Preface

Notebook Computer TN120R Service Manual Preface

I Preface Notice The company reserves the right to revise this publication or to change its contents without notice. Information contained herein is for reference only and does not constitute a commitment on the part of the manufacturer or any subsequent ven- dor. They assume no responsibility or liability for any errors or inaccuracies that may appear in this publication nor are they in anyway responsible for any loss or damage resulting from the use (or misuse) of this publication.

This publication and any accompanying software may not, in whole or in part, be reproduced, translated, transmitted or reduced to any machine readable form without prior consent from the vendor, manufacturer or creators of this publica- tion, except for copies kept by the user for backup purposes.

Brand and product names mentioned in this publication may or may not be copyrights and/or registered trademarks of their respective companies. They are mentioned for identification purposes only and are not intended as an endorsement of that product or its manufacturer.

Version 1.0 January 2008 Preface

Trademarks Intel, Celeron and Intel Core are trademarks/registered trademarks of Intel Corporation. Windows® is a registered trademark of Microsoft Corporation. Other brand and product names are trademarks and./or registered trademarks of their respective companies.

II Preface

About this Manual This manual is intended for service personnel who have completed sufficient training to undertake the maintenance and inspection of personal computers.

It is organized to allow you to look up basic information for servicing and/or upgrading components of the TN120R series notebook PC.

The following information is included:

Chapter 1, Introduction, provides general information about the location of system elements and their specifications. Chapter 2, Disassembly, provides step-by-step instructions for disassembling parts and subsystems and how to upgrade elements of the system.

Appendix A, Part Lists Preface Appendix B, Schematic Diagrams

III Preface

IMPORTANT SAFETY INSTRUCTIONS

Follow basic safety precautions, including those listed below, to reduce the risk of fire, electric shock and injury to per- sons when using any electrical equipment:

1. Do not use this product near water, for example near a bath tub, wash bowl, kitchen sink or laundry tub, in a wet basement or near a swimming pool. 2. Avoid using a telephone (other than a cordless type) during an electrical storm. There may be a remote risk of elec- trical shock from lightning. 3. Do not use the telephone to report a gas leak in the vicinity of the leak. 4. Use only the power cord and batteries indicated in this manual. Do not dispose of batteries in a fire. They may explode. Check with local codes for possible special disposal instructions. 5. This product is intended to be supplied by a Listed Power Unit (DC Output 19V, 3.42A or 18.5V, 3.5A (65W) AC/DC Adapter).

CAUTION Preface Always disconnect all telephone lines from the wall outlet before servicing or disassembling this equipment.

TO REDUCE THE RISK OF FIRE, USE ONLY NO. 26 AWG OR LARGER, TELECOMMUNICATION LINE CORD

This Computer’s Optical Device is a Laser Class 1 Product

IV Preface

Instructions for Care and Operation The notebook computer is quite rugged, but it can be damaged. To prevent this, follow these suggestions:

1. Don’t drop it, or expose it to shock. If the computer falls, the case and the components could be damaged.

Do not expose the computer Do not place it on an unstable Do not place anything heavy to any shock or vibration. surface. on the computer.

2. Keep it dry, and don’t overheat it. Keep the computer and power supply away from any kind of heating element. This is an electrical appliance. If water or any other liquid gets into it, the computer could be badly damaged.

Do not expose it to excessive Do not leave it in a place Don’t use or store the com- Do not place the computer on Preface heat or direct sunlight. where foreign matter or mois- puter in a humid environment. any surface which will block ture may affect the system. the vents.

3. Follow the proper working procedures for the computer. Shut the computer down properly and don’t forget to save your work. Remember to periodically save your data as data may be lost if the battery is depleted.

Do not turn off the power Do not turn off any peripheral Do not disassemble the com- Perform routine maintenance until you properly shut down devices when the computer is puter by yourself. on your computer. all programs. on.

V Preface

4. Avoid interference. Keep the computer away from high capacity transformers, electric motors, and other strong mag- netic fields. These can hinder proper performance and damage your data. 5. Take care when using peripheral devices.

Use only approved brands of Unplug the power cord before peripherals. attaching peripheral devices.

Power Safety The computer has specific power requirements:

• Only use a power adapter approved for use with this computer.

Preface • Your AC adapter may be designed for international travel but it still requires a steady, uninterrupted power supply. If you are  unsure of your local power specifications, consult your service representative or local power company. Power Safety • The power adapter may have either a 2-prong or a 3-prong grounded plug. The third prong is an important safety feature; do Warning not defeat its purpose. If you do not have access to a compatible outlet, have a qualified electrician install one. Before you undertake • When you want to unplug the power cord, be sure to disconnect it by the plug head, not by its wire. any upgrade proce- • Make sure the socket and any extension cord(s) you use can support the total current load of all the connected devices. dures, make sure that • Before cleaning the computer, make sure it is disconnected from any external power supplies. you have turned off the power, and discon- nected all peripherals Do not plug in the power Do not use the power cord if Do not place heavy objects and cables (including cord if you are wet. it is broken. on the power cord. telephone lines). It is advisable to also re- move your battery in order to prevent acci- dentally turning the machine on.

VI Preface

Battery Precautions

• Only use batteries designed for this computer. The wrong battery type may explode, leak or damage the computer. • Do not continue to use a battery that has been dropped, or that appears damaged (e.g. bent or twisted) in any way. Even if the computer continues to work with a damaged battery in place, it may cause circuit damage, which may possibly result in fire. • Recharge the batteries using the notebook’s system. Incorrect recharging may make the battery explode. • Do not try to repair a battery pack. Refer any battery pack repair or replacement to your service representative or qualified service personnel. • Keep children away from, and promptly dispose of a damaged battery. Always dispose of batteries carefully. Batteries may explode or leak if exposed to fire, or improperly handled or discarded. • Keep the battery away from metal appliances. • Affix tape to the battery contacts before disposing of the battery. • Do not touch the battery contacts with your hands or metal objects. Preface  Battery Disposal The product that you have purchased contains a rechargeable battery. The battery is recyclable. At the end of its useful life, under various state and local laws, it may be illegal to dispose of this battery into the municipal waste stream. Check with your local solid waste officials for details in your area for recycling options or proper disposal.

Caution Danger of explosion if battery is incorrectly replaced. Replace only with the same or equivalent type recommend- ed by the manufacturer. Discard used battery according to the manufacturer’s instructions.

VII Preface

Related Documents You may also need to consult the following manual for additional information:

User’s Manual on CD This describes the notebook PC’s features and the procedures for operating the computer and its ROM-based setup pro- gram. It also describes the installation and operation of the utility programs provided with the notebook PC. Preface

VIII Preface Contents Introduction ...... 1-1 LCD (TN120R) ...... A-5 Combo (TN120R) ...... A-6 Overview ...... 1-1 DVD-DUAL-RW (TN120R) ...... A-7 System Specifications ...... 1-2 HDD (TN120R) ...... A-8 External Locator - Top View with LCD Panel Open ...... 1-5 External Locator - Front & Rear Views ...... 1-6 Schematic Diagrams...... B-1 External Locator - Right & Left Side Views ...... 1-7 SYSTEM BLOCK DIAGRAM ...... B-2 External Locator - Bottom View ...... 1-8 Merom CPU-1 ...... B-3 Mainboard Overview - Top (Key Parts) ...... 1-9 Merom CPU-2 ...... B-4 Mainboard Overview - Bottom (Key Parts) ...... 1-10 GM965 Crestline 1/5 ...... B-5 Mainboard Overview - Top (Connectors) ...... 1-11 GM965 Crestline 2/5, DRAM ...... B-6 Mainboard Overview - Bottom (Connectors) ...... 1-12 GM965 Crestline 3/5 ...... B-7 Disassembly ...... 2-1 GM965 Crestline 4/5 ...... B-8 Preface GM965 Crestline 5/5 ...... B-9 Overview ...... 2-1 DDRII SO-DIMM 0 ...... B-10 Maintenance Tools ...... 2-2 DDRII SO- DIMM 1 ...... B-11 Connections ...... 2-2 PANEL, INVERTER, CRT, FTP ...... B-12 Maintenance Precautions ...... 2-3 ICH8-M 1/4, SATA ...... B-13 Removing the Battery ...... 2-5 ICH8-M 2/4, PCI, USB ...... B-14 Removing the Hard Disk Drive ...... 2-6 ICH8-M 3/4 ...... B-15 Removing the Modem Module ...... 2-8 ICH8-M 4/4 ...... B-16 Removing the System Memory (RAM) ...... 2-9 CLOCK GENERATOR ...... B-17 Removing the Processor ...... 2-11 NEW CARD, MINI PCIE ...... B-18 Removing the Wireless LAN Module ...... 2-14 IEEE 1394 VT6311S ...... B-19 Removing the Bluetooth Module ...... 2-15 ENE MR510, 7 IN 1 ...... B-20 Removing the Optical (CD/DVD) Device ...... 2-16 AUDIO CODEC ALC883 ...... B-21 Removing the Keyboard ...... 2-17 AUDIO AMP2056A ...... B-22 Part Lists ...... A-1 KBC-ITE IT8512E ...... B-23 Part List Illustration Location ...... A-2 ODD, CCD, BT, Multi I/O ...... B-24 Top (TN120R) ...... A-3 LED, FAN, CLICK, LID ...... B-25 Bottom (TN120R) ...... A-4 3VS, 5VS, POWER S/W ...... B-26

IX Preface

POWER GPU/1.25VS ...... B-27 POWER 3.3V/5V ...... B-28 POWER 1.5VS/1.05VS ...... B-29 POWER 1.8V/0.9V ...... B-30 CHARGER ...... B-31 VCORE FOR MEROM CPU ...... B-32 Multi Board, PCIE LAN RTL8111B ...... B-33 Multi Board, LED, USB ...... B-34 Multi Board, 3G, MDC, RJ11, LID ...... B-35 FPT ExBoard FINGERPRINT ...... B-36 FPT MBoard FINGERPRINT ...... B-37 FPT MBoard TP, KEY, CIR ...... B-38 CLICK BOARD ...... B-39 Preface

X Introduction Chapter 1: Introduction Overview This manual covers the information you need to service or upgrade the TN120R series notebook computer. Information about operating the computer (e.g. getting started, and the Setup utility) is in the User’s Manual. Information about driv- ers (e.g. VGA & audio) is also found in User’s Manual. That manual is shipped with the computer.

Operating systems (e.g. Windows XP, Windows Vista, etc.) have their own manuals as do application software (e.g. word processing and database programs). If you have questions about those programs, you should consult those manuals.

The TN120R series notebook is designed to be upgradeable. See “Disassembly” on page 2 - 1 for a detailed description 1.Introduction of the upgrade procedures for each specific component. Please note the warning and safety information indicated by the “” symbol.

The balance of this chapter reviews the computer’s technical specifications and features.

Overview 1 - 1 Introduction System Specifications

 Latest Specification Information

The specifications listed in this Appendix are correct at the time of going to press. Certain items (particularly processor types/speeds and CD/DVD device types) may be changed, delayed or updated due to the manufacturer's release schedule. Check with your service center for details.

Feature Specification

Processor Intel® Core™2 Duo Processor 45nm (45 Nanometer) Process Technology (478-pin) Micro-FC-PGA Package, Socket P 3MB On-die L2 Cache & 800MHz FSB T8100/ T8300 2.1/ 2.4 GHz Intel® Core™2 Duo Processor 45nm (45 Nanometer) Process Technology (478-pin) Micro-FC-PGA Package, Socket P 6MB On-die L2 Cache & 800MHz FSB T9300/ T9500 2.5/ 2.6 GHz

1.Introduction Intel® Core™2 Duo Processor 65nm (65 Nanometer) Process Technology (478-pin) Micro-FC-PGA Package, Socket P 2MB On-die L2 Cache & 800MHz FSB T7100/ T7250 1.8/ 2.0 GHz Intel® Core™2 Duo Processor 65nm (65 Nanometer) Process Technology (478-pin) Micro-FC-PGA Package, Socket P 4MB On-die L2 Cache & 800MHz FSB T7300/ T7500/ T7700/ T7800 2.0/ 2.2/ 2.4/ 2.6 GHz Intel® Celeron® M Processor 65nm (65 Nanometer) Process Technology (478-pin) Micro-FCPGA Package, Socket P 1MB On-die L2 Cache & 533MHz FSB 530/ 540/ 550/ 560 1.73/ 1.86/ 2.0/ 2.3 GHz Core Logic Intel® GM965 + ICH8M Chipset LCD 12.1" WXGA (1280 * 800) TFT LCD Touch Panel BIOS One 8Mb SPI Flash ROM Phoenix™ BIOS

1 - 2 System Specifications Introduction

Feature Specification

Memory Two 200 Pin SO-DIMM Sockets Supporting DDRII (DDR2) 667 MHz Memory Expandable up to 4GB (512/ 1024/ 2048 MB DDRII Modules) 512MB Or 1GB Intel® Turbo Memory Module (Option) Security Security (Kensington® Type) Lock Slot BIOS Password Fingerprint ID Reader Module (Factory Option) Storage One Changeable 12.7mm(h) Optical Device (CD/DVD) Type Drive (see “Optional” on page 4) Easy Changeable 2.5" 9.5 mm (h) SATA (Serial) HDD Video Adapter Intel GM965 Integrated Video Shared Memory Architecture - Supports up to 256MB of Video Memory (dynamically allocated from system memory where needed) Supports DirectX9.0 3D Graphics Engine Accelerator 1.Introduction Supports DualView™ Audio Integrated Azalia Compliant Interface 2 * Built-In Speakers 3D Stereo Enhanced Sound System Built-In Microphone Sound-Blaster PRO™ Compatible Keyboard & Winkey Keyboard Built-In TouchPad with Scrolling Function Pointing Device Stylus Pen for Touch Panel Card Reader Embedded 7-in-1 Card Reader (MS/ MS Pro/ SD/ Mini SD/ MMC/ RS MMC/ MS Duo) Note: MS Duo/ Mini SD/ RS MMC Cards require a PC adapter Card SlotS One ExpressCard/34(54) Slot Interface Three USB 2.0 Ports One RJ-45 LAN Jack One Headphone-Out Jack One DC-in Jack One Microphone-In Jack One External Monitor Port One S/PDIF Out Jack One Mini-IEEE 1394 Port One RJ-11 Modem Jack 2 Built-In Instant Keys (Menu, Rotation) Power Supports ACPI 3.0 Supports Wake on USB Management Supports Wake on LAN Supports Resume from Modem Ring Power Full Range AC/DC Adapter AC input 100 - 240V, 50 - 60Hz, DC Output 19V, 3.42A / 18.5V, 3.5A (65 Watts) Battery 4 Cell Smart Lithium-Ion Battery Pack, 14.8V/2.4AH 8 Cell Smart Lithium-Ion Battery Pack, 14.8V/4.4AH (Option)

System Specifications 1 - 3 Introduction

Feature Specification

Communication 1000/100/ 10 Mb Fast Ethernet LAN Azalia 56K Plug and Play Fax Modem V.90 & V.92 Compliant *Note: The Intel  Turbo Memory and Wireless LAN Module Options: UMTS Modes 3.5G Modules can- 802.11 b/g MiniCard USB Wireless LAN Module (Option) not coexist. If one of Intel PRO/Wireless 3945ABG MiniCard PCIe Wireless LAN Module (Option) Note that UMTS modes CAN NOT be these factory options Intel PRO/Wireless 4965AGN MiniCard PCIe Wireless LAN Module (Option) used in North Amer- is included in your 1.3M or 2.0M Pixel USB PC Camera Module (Factory Option) ica. purchase option, then the other is unavail- Bluetooth 2.0 + EDR (Enhanced Data Rate) Module (Factory Option) able. *UMTS/HSPDA-based 3.5G Module with MiniCard Interface (Factory Option) Quad-band GSM/GPRS (850 MHz, 900 MHz, 1800 MHz, 1900 MHz) UMTS WCDMA FDD (2100 MHz) Environmental Temperature Relative Humidity Spec Operating: 5°C ~ 35°C Operating: 20% ~ 80% Non-Operating: -20°C ~ 60°C Non-Operating: 10% ~ 90% Dimensions 306mm (w) * 224mm (d) * 35 - 37.5mm (h) 2.1 kg With 4 Cell Battery and ODD & Weight

1.Introduction Optional Optical Drive Module Options: Bluetooth 2.0 + EDR (Enhanced Data Rate) Module DVD/CD-RW Combo Drive Module (Factory Option) Super Multi Drive Module *Note: The Intel 1.3M or 2.0M Pixel USB PC Camera Module (Factory Turbo Memory and Wireless LAN Module Options: Option) 3.5G Modules can- 802.11 b/g MiniCard USB Wireless LAN Module not coexist. If one of Intel PRO/Wireless 3945ABG MiniCard PCIe Wireless Fingerprint ID Reader Module (Factory Option) these factory options LAN Module is included in your Intel PRO/Wireless 4965AGN MiniCard PCIe Wireless 512MB Or 1GB Intel® Turbo Memory Module(Robson) purchase option, then * LAN Module NAND Flash Memory Card Module (Factory Option) the other is unavail- or able. 8 Cell Smart Lithium-Ion Battery Pack *UMTS/HSPDA-based 3.5G Module with MiniCard Interface (Factory Option)

1 - 4 System Specifications Introduction

External Locator - Top View with LCD Panel Open Figure 1 Top View with LCD 1 Panel Open

1. Built-In PC Camera (Optional) 2. LCD 3. Fingerprint 2 Reader Module (Optional) 4. Menu & Screen

3 Rotation Buttons 1.Introduction 5. Speakers 6. Screen Hinge 4 7. LED Status Indicators 5 5 8. Keyboard 9. Touchpad & 6 7 Buttons 10. LED Power & Communication Indicators 8 11. Power Switch 12. Built-In Microphone

9 10 11 12

External Locator - Top View with LCD Panel Open 1 - 5 Introduction

Figure 2 External Locator - Front & Rear Views Front View 1. LED Power & Communication Indicators 2. Power Switch 1 2 3. S/PDIF-Out Jack 6 3 4 5 Front 7 4. Microphone-In Jack 5. Headphone-Out Jack 6. 7-in-1 Card Reader 7. Stylus Pen Holder

Figure 3

1.Introduction Rear View 1. Security Lock Slot 2. 2 * USB 2.0 Ports 3. DC-In Jack 2 1 4. Battery 3 Rear 4

1 - 6 External Locator - Front & Rear Views Introduction External Locator - Right & Left Side Views Figure 4 Right Side View 1. Stylus Pen Holder 2. Optical Device (for DVD Device) 3. Emergency Eject 5 6 Hole 4 1 2 3 4. 1 * USB 2.0 Port Right 5. RJ-11 Phone Jack 6. RJ-45 LAN Jack 1.Introduction

Figure 5 Left Side View 1. External Monitor Port 2. Mini-IEEE 1394 Port (supports 4 1 2 SELF Powered 3 Left IEEE 1394 devices only) 3. Vent 4. ExpressCard/ 54(34) Slot

External Locator - Right & Left Side Views 1 - 7 Introduction External Locator - Bottom View

Figure 6 Bottom View 1. Battery 1 2. Hard Disk Bay Cover (3.5G Module Location) 2 3. RAM & CPU Bay Cover 4. Vent

3 4 1.Introduction

 Overheating 4

To prevent your com- puter from overheating make sure nothing blocks the vent/fan in- takes while the com- puter is in use.

1 - 8 External Locator - Bottom View Introduction

Mainboard Overview - Top (Key Parts) Figure 7 Mainboard Top Key Parts

1. Clock Buffer 2. ITE 8512E 3. Card Reader Controller ENE MR510 4. RTL 8111B 1.Introduction

2

1 3

Mainboard Overview - Top (Key Parts) 1 - 9 Introduction

Figure 8 Mainboard Overview - Bottom (Key Parts) Mainboard Bottom Key Parts

1. CPU Socket (no CPU installed) 2. Northbridge-intel GM965 3. ExpressCard Assembly 8 7 4. Southbridge-ICH8-M 5. Memory Slots DDRII 6 1 So-DIMM 6. WLAN Mini Card Slot 7. SIM Card Slot 8. 3.5G Mini Card Slot

5 2 1.Introduction

4 3

1 - 10 Mainboard Overview - Bottom (Key Parts) Introduction

Mainboard Overview - Top (Connectors) Figure 9 Mainboard Top 4 Connectors 1. USB Port 3 2. RJ-11 Phone Jack 2 3. RJ-45 LAN Jack 4. 2 *USB Port 5. Keyboard Cable Connector 1 6. Internal Microphone Cable Connector 7. Touch Pad Cable 1.Introduction ConnectorBattery Connector

5

6 7

Mainboard Overview - Top (Connectors) 1 - 11 Introduction

Figure 10 Mainboard Overview - Bottom (Connectors) Mainboard Bottom Connectors 5 4 1. Mini-IEEE 1394 Port 2. External Monitor Port 3. Battery Connector 4. DC-In Jack 18 5. 2 * USB 2.0 Ports 17 16 15 3 6. USB 2.0 Ports 6 7. Optical Device Drive Connector 14 8. 7-in-1 Card Reader 2 9. Headphone-Out Jack 10. Microphone-In Jack 11. S/PDIF-Out Jack 1 12. Fan Cable Connector 13. Bluetooth Cable

1.Introduction Connector 14. Speaker Cable Connector 15. LCD Cable ConnectorDC-In 13 12 Jack 16. Inverter Cable Connector 7 17. CCD Cable Connector 18. Fingerprint Cable 8 Connector 9 10 11

1 - 12 Mainboard Overview - Bottom (Connectors) Disassembly Chapter 2: Disassembly Overview

This chapter provides step-by-step instructions for disassembling the TN120R series notebook’s parts and subsystems. When it comes to reassembly, reverse the procedures (unless otherwise indicated).

We suggest you completely review any procedure before you take the computer apart.

Procedures such as upgrading/replacing the RAM, CD device and hard disk are included in the User’s Manual but are repeated here for your convenience. 2.Disassembly

To make the disassembly process easier each section may have a box in the page margin. Information contained under the figure # will give a synopsis of the sequence of procedures involved in the disassembly procedure. A box with a   lists the relevant parts you will have after the disassembly process is complete. Note: The parts listed will be for the dis- Information assembly procedure listed ONLY, and not any previous disassembly step(s) required. Refer to the part list for the previ- ous disassembly procedure. The amount of screws you should be left with will be listed here also.

A box with a  will also provide any possible helpful information. A box with a  contains warnings. An example of these types of boxes are shown in the sidebar.  Warning

Overview 2 - 1 Disassembly

NOTE: All disassembly procedures assume that the system is turned OFF, and disconnected from any power supply (the battery is removed too).

Maintenance Tools The following tools are recommended when working on the notebook PC:

• M3 Philips-head screwdriver • M2.5 Philips-head screwdriver (magnetized) • M2 Philips-head screwdriver • Small flat-head screwdriver • Pair of needle-nose pliers • Anti-static wrist-strap

Connections Connections within the computer are one of four types:

Locking collar sockets for ribbon connectors To release these connectors, use a small flat-head screwdriver to gently pry the locking collar away from its base. When replac-

2.Disassembly ing the connection, make sure the connector is oriented in the same way. The pin1 side is usually not indicated. Pressure sockets for multi-wire connectors To release this connector type, grasp it at its head and gently rock it from side to side as you pull it out. Do not pull on the wires themselves. When replacing the connection, do not try to force it. The socket only fits one way. Pressure sockets for ribbon connectors To release these connectors, use a small pair of needle-nose pli- ers to gently lift the connector away from its socket. When re- placing the connection, make sure the connector is oriented in the same way. The pin1 side is usually not indicated. Board-to-board or multi-pin sockets To separate the boards, gently rock them from side to side as you pull them apart. If the connection is very tight, use a small flat-head screwdriver - use just enough force to start.

2 - 2 Overview Disassembly

Maintenance Precautions The following precautions are a reminder. To avoid personal injury or damage to the computer while performing a re-  moval and/or replacement job, take the following precautions: Power Safety Warning 1. Don't drop it. Perform your repairs and/or upgrades on a stable surface. If the computer falls, the case and other Before you undertake components could be damaged. any upgrade proce- 2. Don't overheat it. Note the proximity of any heating elements. Keep the computer out of direct sunlight. dures, make sure that 3. Avoid interference. Note the proximity of any high capacity transformers, electric motors, and other strong mag- you have turned off the netic fields. These can hinder proper performance and damage components and/or data. You should also monitor power, and discon- the position of magnetized tools (i.e. screwdrivers). nected all peripherals and cables (including 4. Keep it dry. This is an electrical appliance. If water or any other liquid gets into it, the computer could be badly telephone lines). It is damaged. advisable to also re- 5. Be careful with power. Avoid accidental shocks, discharges or explosions. move your battery in 2.Disassembly •Before removing or servicing any part from the computer, turn the computer off and detach any power supplies. order to prevent acci- •When you want to unplug the power cord or any cable/wire, be sure to disconnect it by the plug head. Do not pull on the wire. dentally turning the 6. Peripherals – Turn off and detach any peripherals. machine on. 7. Beware of static discharge. ICs, such as the CPU and main support chips, are vulnerable to static electricity. Before handling any part in the computer, discharge any static electricity inside the computer. When handling a printed circuit board, do not use gloves or other materials which allow static electricity buildup. We suggest that you use an anti-static wrist strap instead. 8. Beware of corrosion. As you perform your job, avoid touching any connector leads. Even the cleanest hands pro- duce oils which can attract corrosive elements. 9. Keep your work environment clean. Tobacco smoke, dust or other air-born particulate matter is often attracted to charged surfaces, reducing performance. 10. Keep track of the components. When removing or replacing any part, be careful not to leave small parts, such as screws, loose inside the computer.

Cleaning Do not apply cleaner directly to the computer, use a soft clean cloth. Do not use volatile (petroleum distillates) or abrasive cleaners on any part of the computer.

Overview 2 - 3 Disassembly

Disassembly Steps

The following table lists the disassembly steps, and on which page to find the related information. PLEASE PERFORM THE DISASSEMBLY STEPS IN THE ORDER INDICATED.

To remove the Battery: To remove the Bluetooth: 1. Remove the battery page 2 - 5 1. Remove the battery page 2 - 5 2. Remove the bluetooth page 2 - 15 To remove the HDD: 1. Remove the battery page 2 - 5 2. Remove the HDD page 2 - 6 To remove the Optical Device: 1. Remove the battery page 2 - 5 To remove the Modem : 2. Remove the Optical device page 2 - 16 1. Remove the battery page 2 - 5 2. Remove the HDD page 2 - 6 To remove the Keyboard: 3. Remove the modem page 2 - 8 1. Remove the battery page 2 - 5

2.Disassembly To remove the System Memory: 2. Remove the keyboard page 2 - 17 1. Remove the battery page 2 - 5 2. Remove the system memory page 2 - 9

To remove the Processor: 1. Remove the battery page 2 - 5 2. Remove the processor page 2 - 11

To remove the Wireless LAN Module: 1. Remove the battery page 2 - 5 2. Remove the Wireless LAN page 2 - 14

2 - 4 Overview Disassembly

Removing the Battery Figure 1 1. Turn the computer off, and turn it over. Battery Removal 2. Slide the latch 1 in the direction of the arrow, and hold latch 2 in place. 3. Slide the battery64 in the direction of the arrow 3 . a. Slide the 2 latches and hold latch 2 in place. b. Slide the battery in the di- a. rection of the arrow.

4

1 2.Disassembly 3

2

b.

4

3  4. Battery

Removing the Battery 2 - 5 Disassembly

Removing the Hard Disk Drive Figure 2 The hard disk drive can be taken out to accommodate other 2.5" serial (SATA) hard disk drives with a height of 9.5mm HDD Assembly (h). Follow your operating system’s installation instructions, and install all necessary drivers and utilities (as outlined in Removal Chapter 4 of the User’s Manual) when setting up a new hard disk.

a. Locate the HDD bay cov- Hard Disk Upgrade Processl er and remove the 1. Turn off the computer, and remove the battery (page 2 - 5). screws. b. Remove the bay cover. 2. Locate the hard disk bay cover and remove the screws ( 1 - 2 ). 3. Remove the bay cover 63 .

a. b. 1 2

3 2.Disassembly

 HDD System Warning  New HDD’s are blank. Before you begin make sure: You have backed up any data you want to keep from your old HDD. 3. HDD Bay Cover You have all the CD-ROMs and FDDs required to install your operating system and programs.

If you have access to the internet, download the latest application and hardware driver updates for the operating system you plan •2 Screws to install. Copy these to a removable medium.

2 - 6 Removing the Hard Disk Drive Disassembly

4. Carefully grip the mylar tab 4 and slide the hard disk in the direction of arrow 5. Lift the hard disk up (Figure d) in the direction of arrow. Figure 3 HDD Assembly 6. Remove the screws 5 - 6 and separate the mylar cover 67 from the hard disk 68 . 7. Reverse the process to install any new hard disk. Removal Sequence

c. Slide the HDD in the di- c. d. rection of the arrow. d. Lift the HDD out of the bay. e. Remove the screws and separate the mylar cover from the HDD .

4 2.Disassembly

e. 6

7

8  7. Mylar Cover 8. HDD 5 •2 Screws

Removing the Hard Disk Drive 2 - 7 Disassembly

Figure 4 Removing the Modem Module Modem Removal 1. Turn off the computer, remove the battery (page 2 - 5) and the hard disk (page 2 - 6). 2. The modem will be visible at point 1 under the hard disk. a. Remove the hard disk b. Remove the screws. 3. Remove screws 2 - 3 . c. Lift the modem up off 4. Lift the modem up off the socket 4 and disconnect the connector 5 from the modem. the socket and discon- 5. Lift the modem 6 up and off the computer. nect the connector from the modem. d. Remove the modem. a. d.

6 1

b. c. 2.Disassembly

2 5 4

3  6. Modem

•2 Screws

2 - 8 Removing the Modem Module Disassembly

Removing the System Memory (RAM) Figure 5 The computer has two memory sockets for 200 pin Small Outline Dual In-line Memory Modules (SO-DIMM) supporting RAM Module DDRII 533/667MHz. The main memory can be expanded up to 4GB. The SO-DIMM modules supported are 256MB, Removal 512MB and 1024MB DDRII Modules. The total memory size is automatically detected by the POST routine once you turn on your computer. a. Remove the screws. b. Disconnect the fan Memory Upgrade Process cable and the cover. 1. Turn off the computer, remove the battery (page 2 - 5). c. Locate the RAM module. 2. Locate the CPU/RAM bay cover, and remove screws 1 - 4 . 3. Carefully (a fan and cable are attached to the under side of the cover) lift up the bay cover. 4. Carefully disconnect the fan cable 5 . 5. Remove the bay cover 6 . 2.Disassembly 6. The RAM will be visible at point 7 on the mainboard.  Contact Warning a. b. 2 Be careful not to touch the metal pins on the 3 module’s connecting 4 edge. Even the clean- 1 5 est hands have oils which can attract parti- 6 cles, and degrade the module’s perfor- mance.

c.  Fan Cable  Make sure you reconnect the fan 6. CPU/RAM Bay Cover 7 cable 5 before screwing down the bay cover. •4 Screws

Removing the System Memory (RAM) 2 - 9 Disassembly

Figure 6 7. Gently push the two release latches (8 & 9 ) on the sides of the memory socket in the direction indicated by the Memory Removal arrows (Figure d). Sequence 8. The RAM module(s) 10 will pop-up (Figure e), and you can then remove it.

d. Push the release d. e. f. latch(es). e. Remove the module(s). f. Make sure you recon- nect the fan cable. 8

10

9 2.Disassembly 9. Push the latches to release the second module if necessary. 10. Insert a new module holding it at about a 30° angle and fit the connectors firmly into the memory slot. 11. The module will only fit one way as defined by its pin alignment. Make sure the module is seated as far into the slot as it will go. DO NOT FORCE IT; it should fit without much pressure. 12. Press the module down towards the mainboard until the slot levers click into place to secure the module. 13. Replace the bay cover and the screws (make sure you reconnect the fan cable before screwing down the bay cover - Figure f). 14. Restart the computer to allow the BIOS to register the new memory configuration as it starts up.  10 RAM Module(s)

2 - 10 Removing the System Memory (RAM) Disassembly

Removing the Processor Figure 7 Processor Removal 1. Turn off the computer, and remove the battery (page 2 - 5) and the CPU/RAM bay cover (page 2 - 9). 2. Loosen the heat sink screws 3 - 1 (IN THE ORDER 3, 2, 1 AS INDICATED ON THE HEAT SINK - See below). a. Remove the cover and a. Iocate the heat sink. b. Remove the 3 screws in  the order indicated. CPU Heat Sink Screws

In order to prevent damage to the CPU it is very important that the heat sink screws are loosened in the correct order. 2.Disassembly There are numbers printed on the heat sink. The order in which the screws should be loosened, de- pends on whether you are re- moving the CPU, or installing the b. HEAT SINK REMOVAL CPU. Loosen screw 3 FIRST. 3 When REMOVING the heat sink unit loosen the screws in the or- 1 der 3, 2, 1 (as printed on the heat 4 sink). Figure b indicates the correct 2 order to loosen the screws when re- Loosen screw moving the heat sink unit. 1 Loosen screw 2 THIRD. SECOND.

 4. Heat Sink

•3 Screws

Removing the Processor 2 - 11 Disassembly

3. When the screws are loosened sufficiently, carefully lift up the heat sink 4 (Figure c) off the computer. Figure 8 4. Turn the release latch 5 towards the unlock symbol , to release the CPU (Figure d). Processor Removal 5. Carefully (it may be hot) lift the CPU 6 up out of the socket (Figure e). Sequence 6. When re-inserting the CPU, pay careful attention to the pin alignment, it will fit only one way (DO NOT FORCE IT!).

c. Remove the heat sink. d. Turn the release latch to unlock the CPU. c. d. e. Lift the CPU out of the socket.

5

4 5

Unlock Lock 2.Disassembly

e.  Caution 7

The heat sink, and CPU area in 6 general, contains parts which are  subject to high temperatures. Allow the area time to cool before remov- 4. Heat Sink ing these parts. 6. CPU

2 - 12 Removing the Processor Disassembly

7. Tighten the screws 1 - 3 (IN THE ORDER 1, 2, 3 AS INDICATED ON THE HEAT SINK - See below). Figure 9 8. Replace the CPU/RAM bay cover and screws. Processor Removal Sequence

 f. HEAT SINK INSTALLATION f. Tighten the 3 screws in Tighten screw 3 the order indicated. CPU Heat Sink Screws THIRD. 3 In order to prevent damage to the CPU it is very important that the heat sink screws are loosened in the correct order. 1 2 There are numbers printed on the heat sink. The order in which the screws Tighten screw 1 2.Disassembly should be loosened, depends on Tighten screw 2 FIRST. whether you are removing the CPU, or SECOND. installing the CPU.

When INSTALLING the heat sink unit tighten the screws in the order 1, 2, 3 (as printed on the heat sink). Figure f in- dicates the correct order to tighten the screws when installing the heat sink unit.

Removing the Processor 2 - 13 Disassembly

Figure 10 Removing the Wireless LAN Module Wireless LAN Module 1. Turn off the computer, remove the battery (page 2 - 5) and the CPU/RAM bay cover (page 2 - 9). Removal 2. The Wireless LAN module will be visible at point 1 on the mainboard. 3. Carefully disconnect cable 2 , then remove the screw 3 from the module socket. a. Remove the cover and Io- 4 cate the heat sink. 4. The Wireless LAN module will pop-up. b. Disconnect the cable and 5. Lift the Wireless LAN module (Figure d) up and off the computer. remove the screw. c. The WLAN module will pop up. a. b. d. Remove the WLAN mod- ule.

1 3 Note: Make sure you re- connect the antenna ca- ble to the “Main” socket (Figure b). 2

c. 2.Disassembly

4 d.

 4 4. WLAN Module

•1 Screw

2 - 14 Removing the Wireless LAN Module Disassembly

Removing the Bluetooth Module Figure 11 Bluetooth Removal 1. Turn off the computer, remove the battery (page 2 - 5), and the CPU/RAM bay cover (page 2 - 9). 2. The Bluetooth module will be visible at point 1 on the mainboard. a. Remove the cover and 3. Remove screw 2 and turn it over. locate the Bluetooth 4. Carefully disconnect the cable 3 and separate the module from the connector 4 . module. 5. Lift the Bluetooth module 5 up and off the computer. b. Remove the screw. c. Disconnect the cable a. c. and seperate the con- nector. d. Lift the Bluetooth module out.

3 2.Disassembly 1

4 b.

2 d.

5  5. Bluetooth Module

•1 Screw

Removing the Bluetooth Module 2 - 15 Disassembly

Figure 12 Removing the Optical (CD/DVD) Device Optical Device 1. Turn off the computer, remove the battery (page 2 - 5), and the CPU/RAM bay cover (page 2 - 9). Removal 2. Remove the screw at point 1 , and use a screwdriver to carefully push out the optical device at point 2 . 3. Insert the new device and carefully slide it into the computer (the device only fits one way. DO NOT FORCE IT; The a. Remove the cover and locate the screw. screw holes should line up. b. Remove the screw and 4. Insert the new device and replace the optical device screw 1 . push the optical device 5. Reconnect the fan cable before replacing the bay cover (5 in Figure 5 on page 2 - 9). out off the computer at 6. Replace the bay cover and screws. point 2 and remove the 7. Restart the computer to allow it to automatically detect the new device. optical device. a. b.

2

1 33 2.Disassembly



3. Optical Device

•1 Screw

2 - 16 Removing the Optical (CD/DVD) Device Disassembly

Removing the Keyboard Figure 13 1. Turn off the computer, and remove the battery (page 2 - 5). Keyboard Removal 2. Press the three keyboard latches at the top of the keyboard to elevate the keyboard from its normal position (you may need to use a small screwdriver to do this). a. Press the three latches to release the keyboard. 3. Carefully lift the keyboard up, being careful not to bend the keyboard ribbon cable (Figure b). b. Lift the keyboard up and 4. Disconnect the keyboard ribbon cable 4 from the locking collar socket 5 . disconnect the cable 5. Carefully lift up the keyboard 6 (Figure c) off the computer. from the locking collar. c. Remove the keyboard. a. b.

1 2 3

 2.Disassembly 4 Re-Inserting the Key- board 5 When re-inserting the keyboard firstly align c. the three keyboard tabs at the bottom of the keyboard with the slots in the case.

6

6 

6. Keyboard Module.

Keyboard Tabs

Removing the Keyboard 2 - 17 Disassembly 2.Disassembly

2-18 Part Lists Appendix A:Part Lists

This appendix breaks down the TN120R series notebook’s construction into a series of illustrations. The component part numbers are indicated in the tables opposite the drawings.

Note: This section indicates the manufacturer’s part numbers. Your organization may use a different system, so be sure to cross-check any relevant documentation.

Note: Some assemblies may have parts in common (especially screws). However, the part lists DO NOT indicate the total number of duplicated parts used.

Note: Be sure to check any update notices. The parts shown in these illustrations are appropriate for the system at the A.Part Lists time of publication. Over the product life, some parts may be improved or re-configured, resulting in new part numbers.

A-1 Part Lists Part List Illustration Location The following table indicates where to find the appropriate part list illustration. Table A - 1 Part List Illustration Part Pages# Location Top (TN120R) page A - 3

Bottom - (TN120R) page A - 4

LCD - (TN120R) page A - 5

Combo - (TN120R) page A - 6

DVD-DUAL-RW - (TN120R) page A - 7

HDD - (TN120R) page A - 8 A.Part Lists

A - 2 Part List Illustration Location Part Lists Top (TN120R)

Figure A - 1 A.Part Lists Top (TN120R)

無鉛

白色 無鉛

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無鉛

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Top (TN120R) A - 3 Part Lists Bottom (TN120R)

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無鉛

無鉛

無鉛

無鉛

變更 無鉛

無鉛

無鉛

無鉛

無鉛

無鉛 Figure A - 2 無鉛 無鉛 Bottom (TN120R) 無鉛 無鉛

無鉛

無鉛

無鉛

無鉛

無鉛

無鉛

無鉛

無鉛

無鉛 A.Part Lists 無鉛

藍天3 互億 無鉛

無鉛

無鉛

無鉛

無鉛

無鉛 無鉛

無鉛

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A - 4 Bottom (TN120R) Part Lists LCD (TN120R)

Figure A - 3 LCD (TN120R) A.Part Lists

扁頭 無鉛

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無鉛

無鉛

無鉛

無鉛

鐵氟龍 無鉛

鐵弗龍 無鉛

無鉛

(富晶通) 無鉛

富晶通 無鉛

中性 無鉛

無鉛

無鉛

無鉛

黑色 惠貿 無鉛

灰色 惠貿 無鉛

黑色 惠貿 無鉛

無鉛

( 機構尺寸變更) 無鉛

黑色 惠貿 無鉛

無鉛

無鉛

無鉛

(鐵氟龍) 無鉛

(鐵氟龍) 無鉛

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LCD (TN120R) A - 5 Part Lists Combo (TN120R)

Figure A - 4 Combo (TN120R) A.Part Lists

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寬降低 無鉛

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無鉛

A - 6 Combo (TN120R) Part Lists DVD-DUAL-RW (TN120R)

Figure A - 5 DVD-DUAL-RW A.Part Lists (TN120R)

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寬降低 無鉛

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無鉛

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DVD-DUAL-RW (TN120R) A - 7 Part Lists HDD (TN120R)

Figure A - 6 HDD (TN120R) A.Part Lists

無鉛

無鉛

A - 8 HDD (TN120R) Schematic Diagrams Appendix B:Schematic Diagrams

This appendix has circuit diagrams of the TN120R notebook’s PCB’s. The following table indicates where to find the appropriate schematic diagram.

Diagram - Page Diagram - Page Diagram - Page Table B - 1 Schematic SYSTEM BLOCK DIAGRAM - Page B - 2 ICH8-M 4/4 - Page B - 16 POWER 3.3V/5V - Page B - 28 Diagrams

Merom CPU-1 - Page B - 3 ICH8-M 4/4 - Page B - 16 POWER 1.5VS/1.05VS - Page B - 29 Diagrams B.Schematic

Merom CPU-2 - Page B - 4 CLOCK GENERATOR - Page B - 17 POWER 1.8V/0.9V - Page B - 30

GM965 Crestline 1/5 - Page B - 5 NEW CARD, MINI PCIE - Page B - 18 CHARGER - Page B - 31

GM965 Crestline 2/5, DRAM - Page B - 6 IEEE 1394 VT6311S - Page B - 19 VCORE FOR MEROM CPU - Page B - 32

GM965 Crestline 3/5 - Page B - 7 ENE MR510, 7 IN 1 - Page B - 20 Multi Board, PCIE LAN RTL8111B - Page B - 33

GM965 Crestline 4/5 - Page B - 8 AUDIO CODEC ALC883 - Page B - 21 Multi Board, LED, USB - Page B - 34 GM965 Crestline 5/5 - Page B - 9 AUDIO AMP2056A - Page B - 22 Multi Board, 3G, MDC, RJ11, LID - Page B - 35  DDRII SO-DIMM 0 - Page B - 10 KBC-ITE IT8512E - Page B - 23 FPT ExBoard FINGERPRINT - Page B - 36 Version Note

DDRII SO- DIMM 1 - Page B - 11 ODD, CCD, BT, Multi I/O - Page B - 24 FPT MBoard FINGERPRINT - Page B - 37 The schematic dia- grams in this chapter PANEL, INVERTER, CRT, FTP - Page B - 12 LED, FAN, CLICK, LID - Page B - 25 FPT MBoard TP, KEY, CIR - Page B - 38 are based upon ver- ICH8-M 1/4, SATA - Page B - 13 3VS, 5VS, POWER S/W - Page B - 26 CLICK BOARD - Page B - 39 sion 6-7P-T12R5-003. If your mainboard (or ICH8-M 2/4, PCI, USB - Page B - 14 POWER GPU/1.25VS - Page B - 27 other boards) are a lat- er version, please check with the Service Center for updated di- agrams (if required).

B-1 Schematic Diagrams SYSTEM BLOCK DIAGRAM

3VS, 5VS AC-IN,CHARGER CLEVO TN120R System Block Diagram RD111 DESIGN

14.318 MHz POWER GPU, 1.25VS MULTI I/O BOARD Colck Generator ICS9LPR363 Me mory Ter minatio n USB0,1,2,Docking 3G Card,MDC,GLAN Intel Merom VDD3,VDD5,3.3V,5V PROCESSOR DDRII SO-DIMM0 FTP,T/P,CIR BOARD 478pins uFCBGA 1.05VS,1.5VS Finger print DDRII TouchPanel,CIR SO-DIMM1 FSB 1.8V,0.9VS(VTT_MEM) 0.5"~5.5" 667/800 MHz CLICK BOARD LCD CONNECTOR, <8" VCORE IVERTER, NORTH BRIDGE SHEET20 CLICK BOARD CR T TOUCH PAD Intel GM965 SPDIF MIC HP Synaptic 533/6 67(/800 ) MHz OUT IN OUT RJ-11 810602-1703 1299 FCBGA

TP M1.2 AZALIA INT SPK R Sheet 1 of 38 32.768 KHz Azalia Codec (Optional) MDC EC Realtek AUDIO SPI X4 MODULE ITE 8512E <=8" ALC883 AMP. INT SPK L SYSTEM BLOCK DMI 48pins LQFP APA2056A 128pins LQFP SYSTEM SMBUS MDC CON 9*9*1.6mm 14 * 14 * 1. 6 m m LPC 33 MH z 0.5"~11" 0.1"~13 DIAGRAM SOUTH BRIDGE INT MIC AZALIA LINK 24 MH z ICH8-M 33 MH z 1"~16" INT. K/B EC SMBUS PCI BUS 676 BGA PCIE 100 M Hz <1 2 " THERMAL SMART SMART SENSOR FAN BATTERY SHEET 12,13,14,15 32.768KHz 25 F75383M New Card Mini PCIE MHz 3G CARD CARD READER SOCKET SOCKET IEEE LAN EnE MR510 <12" USB2.0 (USB3) (USB6) 1394 SATA I/II 3.0Gb/s 48 0 Mbps REALTEK 128-pin LQFP VT6113S 1"~18" SHEET 17 (Optional) RTL8111B 14*14*1.4mm PATA-133 1"~16" 24.576 MHz

OD D MINI PCIE 7IN1 RJ-45 B.Schematic Diagrams USB0 USB1 USB2 (USB5) (USB8) (USB7) (USB9) (USB4) GOLAN SOCKET point3 CC D FingerPrint TouchPanel Bluetooth 3G CARD point1 point2 Docking Multi fuction B'd SATA HDD (Optional) 12 MHz (Optional) Multi fuction B'd FINGER PRINTER BOARD

B - 2 SYSTEM BLOCK DIAGRAM Schematic Diagrams Merom CPU-1

J SKT1A 4 H_A#[ 35:3] H_A#3 J4 H1 A[ 3] # ADS# H_ADS# 4 H_A#4 L5 E2 A[ 4] # BN R # H_BNR#4 H_A#5 L4 G5 H_BPRI# 4 4 H_D#[63:0] J SKT1B H_D#[63:0] 4 H_A#6 K5 A[ 5] # BPRI# H_D#0 E22 Y22 H_D#32 GROUP 0 ADDR H_A#7 M3 A[ 6] # H5 H_D#1 F24 D[0]# D[32]# AB24 H_D#33 A[ 7] # DEFER# H_DEFER# 4 D[1]# D[33]# H_A#8 N2 F21 H_D#2 E26 V24 H_D#34 A[ 8] # DRDY# H_DRDY# 4 D[2]# D[34]# H_A#9 J1 E1 H_D#3 G22 V26 H_D#35 A[ 9] # DBSY# H_DBSY# 4 D[3]# D[35]#

H_A#10 N3 H DATA GRP 1 _D#4 F23 DATA GRP 0 V23 H_D#36 H_A#11 P5 A[ 10] # F1 H_D#5 G25 D[4]# D[36]# T22 H_D#37 H_BR0# 4 H_A#12 P2 A[ 11] # BR 0# H_D#6 E25 D[5]# D[37]# U25 H_D#38 H_A#13 L2 A[ 12] # D20 H_IERR# H_D#7 E23 D[6]# D[38]# U23 H_D#39 A[ 13] # IERR# D[7]# D[39]# H_A#14 P4 B3 H_D#8 K24 Y25 H_D#40 A[ 14] # INIT# H_INIT# 12 D[8]# D[40]# H_A#15 P1 H_D#9 G24 W22 H_D#41 A[ 15] # CONTROL D[9]# D[41]# H_A#16 R1 H4 Zo = 5 5O ? 5% H_D#10 J24 Y23 H_D#42 A[ 16] # LOCK# H_LOCK# 4 D[10] # D[42]#

M1 H_D#11 J23 DATA 2 GRP W24 H_D#43 4 H _AD STB#0 AD STB[ 0] # C1 H_D#12 H22 D[11] # D[43]# W25 H_D#44 4 H_REQ#[4:0] RESET# H_CPURST# 4 D[12] # D[44]# H_REQ#0 K3 F3 H_D#13 F26 AA23 H_D#45 REQ[0]# RS[0]# H_RS#0 4 D[13] # D[45]# H_REQ#1 H2 F4 H_D#14 K22 AA24 H_D#46 REQ[1]# RS[1]# H_RS#1 4 D[14] # D[46]# Sheet 2 of 38 H_REQ#2 K2 G3 H_RS#2 4 H_D#15 H23 AB25 H_D#47 H_REQ#3 J3 REQ[2]# RS[2]# G2 J26 D[15] # D[47]# Y26 H_TRDY# 4 4 H_DSTBN#0 H_DSTBN#2 4 H_REQ#4 L1 REQ[3]# TRDY# H26 DSTBN[0]# DSTBN[2]# AA26 4 H _D STBP#0 H_DSTBP#2 4 REQ[4]# G6 H25 DS TBP[ 0] # DS TBP[ 2] # U22 4 H_A#[ 35:3] HIT# H_HIT#4 4 H_DINV#0 DINV[0]# DINV[2]# H_DINV#2 4 Merom CPU-1 H_A#17 Y2 E4 Zo= 5 5O ? 5 % A[ 17] # HITM# H_HITM# 4 H_A#18 U5 Zo= 55O? 5% H_A#19 R3 A[ 18] # AD4 H_BPM0# 4 H_D#[63:0] H_D#16 N22 AE24 H_D#48 H_D#[63:0] 4 H_A#20 W6 A[ 19] # BPM[0]# AD3 H_BPM1# H_D#17 K25 D[16] # D[48]# AD 24 H_D#49 1 ADDR GROUP H_A#21 U4 A[ 20] # BPM[1]# AD1 H_BPM2# H_D#18 P26 D[17] # D[49]# AA21 H_D#50 A[ 21] # BPM[2]# D[18] # D[50]# H_A#22 Y5 AC4 H_BPM3# H_D#19 R23 AB22 H_D#51 A[ 22] # BPM[3]# D[19] # D[51]# H_A#23 U1 AC2 H_PRDY# H_D#20 L23 AB21 H_D#52 Diagrams B.Schematic A[ 23] # PRDY# D[20] # D[52]# H_A#24 R4 AC1 H _PR EQ# H_D#21 M24 AC 26 H_D#53 H_A#25 T5 A[ 24] # PR EQ# AC5 H_TCK H_D#22 L22 D[21] # D[53]# AD 20 H_D#54 H_A#26 T3 A[ 25] # TCK AA6 H_TDI H_D#23 M23 D[22] # D[54]# AE22 H_D#55 A[ 26] # TDI D[23] # D[55]# H_A#27 W2 AB3 H_TDO H_D#24 P25 AF23 H_D#56 A[ 27] # TDO D[24] # D[56]# H_A#28 W5 AB5 H_TMS H_D#25 P23 AC 25 H_D#57 A[ 28] # TMS D[25] # D[57]# H_A#29 Y4 AB6 H_TRST# H_D#26 P22 AE21 H_D#58 H_A#30 U2 A[ 29] # X D P/ I TPTRST# SI G N A LS C20 ITP_DBRST# H_D#27 T24 D[26] # D[58]# AD 21 H_D#59 DATA 3 GRP H_A#31 V4 A[ 30] # DBR# H_D#28 R24 D[27] # D[59]# AC 22 H_D#60 H_A#32 W3 A[ 31] # H_D#29 L25 D[28] # D[60]# AD 23 H_D#61 A[ 32] # D[29] # D[61]# H_A#33 AA4 H_D#30 T25 AF22 H_D#62 A[ 33] # THERM AL D[30] # D[62]# H_A#34 AB2 H_D#31 N25 AC 23 H_D#63 A[ 34] # D[31] # D[63]# H_A#35 AA3 D21 H_PROCHOT# 4 H_DSTBN#1 L26 AE25 H_DSTBN#3 4 V1 A[ 35] # PROCHOT# A24 H_THERMDA M26 DSTBN[1]# DSTBN[3]# AF24 4 H _AD STB#1 4 H _D STBP#1 H_DSTBP#3 4 AD STB[ 1] # THERMDA B25 H_THERMDC N24 DS TBP[ 1] # DS TBP[ 3] # AC 20 THERMDC 4 H_DINV#1 DINV[1]# DINV[3]# H_DINV#3 4 A6 12 H_A20M# A20M# A5 C7 AD26 R26 COMP0 12 H_FERR# FERR# THERMTRIP# PM_TH RMTRIP# 5,12 GTLREF COMP[0] C4 CPU_TEST1 C23 U26 COMP1 12 H_IGNNE# IGNNE# T286 CPU_TEST2 D25 TEST1 COMP[1] AA1 COMP2 T287 D5 Z0218 C24 TEST2 COMP[2] Y1 COMP3 12 H _STPC LK# C6 STPC LK# CPU_TEST4 AF26 TEST3 COMP[3] 12 H_INTR LINT0 ICH H CLK T288 TEST4 MISC B4 A22 Z0216 AF1 E5 12 H_NMI LINT1 BCLK[ 0] CLK_CPU_BCLK 16 TEST5 DPRSTP# H_DPRSTP# 5,12,31 A3 A21 Z0217 A26 B5 12 H_SMI# SMI # BCLK[ 1] CLK_CPU_BCLK# 16 TEST6 D PSLP# H_DPSLP# 12 D24 H_DPWR# 4 Z0201 M4 B22 DPWR# D6 4 CPU_BSEL0 H_PWRGD 12 Z0202 N5 RSVD[01] B23 BSEL[0] PWRGOOD D7 RSVD[02] 4 CPU_BSEL1 BSEL[1] SLP# H_CPUSLP # 4 Z0203 T2 C21 AE6 RSVD[03] 4 CPU_BSEL2 BSEL[2] PSI # PS I # 31 Z0204 V3 RSVD[04] Z0205 B2 Merom Ball-out Rev 1a Z0206 C3 RSVD[05] Layout note: Z0207 D2 RSVD[06] Z0208 D22 RSVD[07] Zo=55 ohm, 0.5"max f or GTLREF RSVD[08] Z0209 D3 RESERVED RSVD[09] Z0210 F6 10 mils CPU_GTLREF R266 1K_1%_04 RSVD[10] 6-86-2 7479-006 1.05VS 6-86-2 7479-007 C343 C342 R265 Merom Ball-out Rev 1a 6-86-2 7479-008 0.1u_10V_X7R_04 2K_1%_04 2.2u_6.3V_06 1.05VS If PROCHOT# is routed between CPU, IMVP and MCH, R291 56_04 H_IERR# Layout no te: R16 *54. 9_1%_04 H_PREQ# pull-up resistor has to be 75 ohm ? 5%. If not R279 68.1_1%_06 H_PROCHOT# use, pull-up resistor has to be 58 ohm ? 5% COMP0, CO MP2: 0.5" Max, Zo=27 .4 Ohms COMP1, CO MP3: 0.5" Max, Zo=55 Ohms R264 39_1%_04 H_TMS Layout Note: Best esti mate is 18 mils wide trace for outer R268 150_1%_04 H_TDI VDD3 layers an d 14 mils wide trace if on internal Within 2.0" 3.3V V_TH RM R263 27.4_1%_04 H_TCK R262 680_1%_04 H_TRST# of the CPU R288 layers. R289 0_04 C402 COMP0 10K_04 COMP1 R290 C403 0.1u_16V_04 COMP2 3.3VS R280 R278 COMP3 100K_04 1u_6.3V_04 R298 150_1%_04 ITP_DBRST# 4. 7K_04 4. 7K_04

U19 R14 R15 R269 R270 THERM_ALERT# 22 1 4 H_THERMDAR417 0_04 2 VD D THERM 6 -06-75140-061 D+ 6 Z0215 C A ALE RT PM_THRM# 14 C394 54.9_1%_04 27.4_1%_04 54.9_1%_04 27.4_1%_04 R287 * 0_04 D20 SCS751V-40 1000p_50V_04 3 7 H_THERMDCR418 0_04 5 D- SD ATA 8 SMD _CPU_THERM 22 GND SC LK SMC _CPU_THERM 22 ASC7511M8 6-02- 01032-HJ1 Layout Note : Layout Note: ASC7525 6-02-07525-LD0 Route H_THE RMDA and Near to Ther mal H_THERMDC o n same layer. IC 11,13. .15,17,23,24, 26.. 29 3.3V 12,22,24,25,27,30 VD D3 10 mil trac e on 10 mil spacing. 3..5,7,8,12,15,28 1.05VS 5,8..26,31 3.3VS

Merom CPU-1 B - 3 Schematic Diagrams Merom CPU-2

PLACE NEAR CPU VCORE

C380 C378 C376 C347 C345 C337 C400 C396 C35 C335

10u_10V_08 10u_10V_08 10u_10V_08 10u_10V_08 10u_10V_08 10u_10V_08 10u_10V_08 10u_10V_08 10u_10V_08 10u_10V_08

VC ORE VC ORE JSKT1D JSKT1C A4 P6 VCORE A7 AB20 A8 VSS[001] VSS[ 082] P21 A9 VCC[001] VCC[068] AB7 A11 VSS[002] VSS[ 083] P24 VCC[002] VCC[069] VSS[003] VSS[ 084] A10 AC 7 A14 R2 VCC[003] VCC[070] VSS[004] VSS[ 085] A12 AC 9 A16 R5 C379 C377 C375 C346 C338 VCC[004] VCC[071] VSS[005] VSS[ 086] A13 AC 12 A19 R22 VCC[005] VCC[072] VSS[006] VSS[ 087] A15 AC 13 A23 R25 22u_6. 3V_08 22u_6.3V_08 22u_6. 3V_08 22u_6.3V_08 22u_6.3V_08 A17 VCC[006] VCC[073] AC 15 AF2 VSS[007] VSS[ 088] T1 A18 VCC[007] VCC[074] AC 17 B6 VSS[008] VSS[ 089] T4 A20 VCC[008] VCC[075] AC 18 B8 VSS[009] VSS[ 090] T23 VCC[009] VCC[076] VSS[010] VSS[ 091] B7 AD 7 B11 T26 VCC[010] VCC[077] VSS[011] VSS[ 092] B9 AD 9 B13 U3 C336 C398 C36 C38 C339 VCC[011] VCC[078] VSS[012] VSS[ 093] B10 AD 10 B16 U6 VCC[012] VCC[079] VSS[013] VSS[ 094] B12 AD 12 B19 U21 22u_6.3V_08 VCC[013] VCC[080] VSS[014] VSS[ 095] 22u_6.3V_08 22u_6.3V_08 22u_6.3V_08 22u_6.3V_08 B14 AD 14 B21 U24 B15 VCC[014] VCC[081] AD 15 B24 VSS[015] VSS[ 096] V2 B17 VCC[015] VCC[082] AD 17 C5 VSS[016] VSS[ 097] V5 B18 VCC[016] VCC[083] AD 18 C8 VSS[017] VSS[ 098] V22 VCC[017] VCC[084] VSS[018] VSS[ 099] B20 AE9 C11 V25 VCORE VCC[018] VCC[085] VSS[019] VSS[ 100] C9 AE10 C14 W1 VCC[019] VCC[086] VSS[020] VSS[ 101] C10 AE12 C16 W4 VCC[020] VCC[087] VSS[021] VSS[ 102] C12 AE13 C19 W23 C13 VCC[021] VCC[088] AE15 C2 VSS[022] VSS[ 103] W26 C352 C358 C348 C357 C341 C399 C15 VCC[022] VCC[089] AE17 C22 VSS[023] VSS[ 104] Y3 C17 VCC[023] VCC[090] AE18 C25 VSS[024] VSS[ 105] Y6 1u_6.3V_04 1u_6.3V_04 C18 VCC[024] VCC[091] AE20 D1 VSS[025] VSS[ 106] Y21 1u_6.3V_04 1u_6.3V_04 1u_6.3V_04 1u_6.3V_04 VCC[025] VCC[092] VSS[026] VSS[ 107] D9 AF9 D4 Y24 VCC[026] VCC[093] VSS[027] VSS[ 108] D10 AF10 D8 AA2 VCC[027] VCC[094] VSS[028] VSS[ 109] D12 AF12 D11 AA5 VCORE Sheet 3 of 38 VCC[028] VCC[095] VSS[029] VSS[ 110] D14 AF14 D13 AA8 D15 VCC[029] VCC[096] AF15 D16 VSS[030] VSS[ 111] AA11 D17 VCC[030] VCC[097] AF17 D19 VSS[031] VSS[ 112] AA14 D18 VCC[031] VCC[098] AF18 D23 VSS[032] VSS[ 113] AA16 C395 C351 C37 C401 C383 C350 Merom CPU-2 VCC[032] VCC[099] VSS[033] VSS[ 114] E7 AF20 D26 AA19 VCC[033] VCC[100] VSS[034] VSS[ 115] E9 E3 AA22 VCC[034] VSS[035] VSS[ 116] 1u_6.3V_04 1u_6.3V_04 1u_6.3V_04 1u_6.3V_04 1u_6.3V_04 1u_6.3V_04 E10 G21 80 mils E6 AA25 VCC[035] VC C P[ 01] 1.05VS VSS[036] VSS[ 117] E12 V6 E8 AB1 E13 VCC[036] VC C P[ 02] J6 E11 VSS[037] VSS[ 118] AB4 E15 VCC[037] VC C P[ 03] K6 C367 C366 E14 VSS[038] VSS[ 119] AB8 VCORE E17 VCC[038] VC C P[ 04] M6 22u_6. 3V_08 22u_6.3V_08 E16 VSS[039] VSS[ 120] AB11 E18 VCC[039] VC C P[ 05] J21 E19 VSS[040] VSS[ 121] AB13 VCC[040] VC C P[ 06] VSS[041] VSS[ 122] E20 K21 E21 AB16 VCC[041] VC C P[ 07] VSS[042] VSS[ 123] F7 M21 E24 AB19 C355 C354 C340 C397 C349 C344 VCC[042] VC C P[ 08] VSS[043] VSS[ 124] F9 N21 F5 AB23 VCC[043] VC C P[ 09] VSS[044] VSS[ 125] F10 N6 F8 AB26 0.01u_16V_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.01u_16V_04 F12 VCC[044] VC C P[ 10] R21 1.5VS Layout not e: F11 VSS[045] VSS[ 126] AC3 F14 VCC[045] VC C P[ 11] R6 F13 VSS[046] VSS[ 127] AC6 F15 VCC[046] VC C P[ 12] T21 20mils F16 VSS[047] VSS[ 128] AC8 VCC[047] VC C P[ 13] Near pin B26,C26 VSS[048] VSS[ 129] F17 T6 F19 AC11 VCC[048] VC C P[ 14] VSS[049] VSS[ 130] F18 V21 C392 C393 F2 AC14 VCC[049] VC C P[ 15] VSS[050] VSS[ 131] F20 W21 F22 AC16 VCC[050] VC C P[ 16] VSS[051] VSS[ 132] AA7 10u_10V_08 0.01u_16V_04 F25 AC19 VCC[051] VSS[052] VSS[ 133] AA9 B26 G4 AC21 AA10 VCC[052] VC C A[ 01] C26 G1 VSS[053] VSS[ 134] AC24 AA12 VCC[053] VC C A[ 02] G23 VSS[054] VSS[ 135] AD2 AA13 VCC[054] AD 6 G26 VSS[055] VSS[ 136] AD5 VCC[055] VI D [ 0] H_VID0 31 VSS[056] VSS[ 137] AA15 AF5 H3 AD8 VCC[056] VI D [ 1] H_VID1 31 VSS[057] VSS[ 138] AA17 AE5 H6 AD11 1.05VS VCC[057] VI D [ 2] H_VID2 31 VSS[058] VSS[ 139] AA18 AF4 H21 AD13 EMI VCC[058] VI D [ 3] H_VID3 31 VSS[059] VSS[ 140] AA20 AE3 H24 AD16 AB9 VCC[059] VI D [ 4] AF3 H_VID4 31 J2 VSS[060] VSS[ 141] AD19

B.Schematic Diagrams H_VID5 31 AC 10 VCC[060] VI D [ 5] AE2 J5 VSS[061] VSS[ 142] AD22 C415 C360 C373 C362 C33 C19 C422 H_VID6 31 AB10 VCC[061] VI D [ 6] J22 VSS[062] VSS[ 143] AD25 + AB12 VCC[062] J25 VSS[063] VSS[ 144] AE1 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0. 1u_10V_X7R_04 0.1u_10V_X7R_04 VCC[063] VSS[064] VSS[ 145] 220u_4V_D AB14 AF7 VCCSENSE K1 AE4 VCC[064] VCCSENSE VCCSENSE 31 VSS[065] VSS[ 146] AB15 K4 AE8 VCC[065] VSS[066] VSS[ 147] AB17 K23 AE11 VCC[066] VSS[067] VSS[ 148] AB18 AE7 VSS SEN SE VSSSENSE 31 K26 AE14 VCC[067] VS SSE NSE L3 VSS[068] VSS[ 149] AE16 Merom B al l-out Rev 1a L6 VSS[069] VSS[ 150] AE19 1.05VS R260 R261 L21 VSS[070] VSS[ 151] AE23 . VSS[071] VSS[ 152] L24 AE26 Layout note : VSS[072] VSS[ 153] M2 A2 6-86-27 479-006 VSS[073] VSS[ 154] 0_06 M5 AF6 C363 C359 C371 C34 C39 0_06 Route VCCSENSE and VSS[074] VSS[ 155] 6-86-27 479-007 M22 AF8 6-86-27 479-008 VSSSENSE traces at 27.4Ohm M25 VSS[075] VSS[ 156] AF11 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0. 01u_16V_04 VCORE with 50 mil spacing. N1 VSS[076] VSS[ 157] AF13 VSS[077] VSS[ 158] Place PU and PD within 1 N4 AF16 N23 VSS[078] VSS[ 159] AF19 VSS[079] VSS[ 160] inch of CPU. N26 AF21 VSS[080] VSS[ 161] P3 A25 VSS[081] VSS[ 162] +VCC P = 1.05 V (0 .997 V~1 .102 V) AF25 VSS[ 163] Merom Ball-out Rev 1a .

8,12,13,15,17,23,26,28 1.5VS 2,4,5,7,8,12,15,28 1.05VS 31 VC ORE

B - 4 Merom CPU-2 Schematic Diagrams GM965 Crestline 1/5

U2A J13 H_A#3 H_A#[35:3] 2 2 H_D#[63:0] H_D#0 E2 H_A#_3 B11 H_A#4 H_D#1 G2 H_D#_0 H_A#_4 C11 H_A#5 H_D#2 G7 H_D#_1 H_A#_5 M11 H_A#6 H_D#3 M6 H_D#_2 H_A#_6 C15 H_A#7 H_D#4 H7 H_D#_3 H_A#_7 F16 H_A#8 H_D#5 H3 H_D#_4 H_A#_8 L13 H_A#9 H_D#6 G4 H_D#_5 H_A#_9 G17 H_A#10 H_D#7 F3 H_D#_6 H_A#_10 C14 H_A#11 H_D#8 N8 H_D#_7 H_A#_11 K16 H_A#12 H_D#_8 H_A#_12 H_D#9 H2 H_D#_9 H_A#_13 B13 H_A#13 Host Clock H_D#10 M10 L16 H_A#14 BSEL2 H_D#_10 H_A#_14 BSEL1 BSEL0 Frequency H_D#11 N12 H_D#_11 H_A#_15 J17 H_A#15 H_D#12 N9 B14 H_A#16 0 01 133 MHz 533 MHz H_D#13 H5 H_D#_12 H_A#_16 K19 H_A#17 H_D#_13 H_A#_17 H_D#14 P13 H_D#_14 H_A#_18 P15 H_A#18 0 800 MHz H_D#15 K9 R17 H_A#19 1 0 200 MHz H_D#16 M2 H_D#_15 H_A#_19 B16 H_A#20 H_D#17 W10 H_D#_16 H_A#_20 H20 H_A#21 H_D#_17 H_A#_21 H_D#18 Y8 H_D#_18 H_A#_22 L19 H_A#22 L ayout Noti ce: H_D#19 V4 H_D#_19 H_A#_23 D17 H_A#23 H_D#20 M3 M17 H_A#24 H_D#21 J1 H_D#_20 H_A#_24 N16 H_A#25 0 .1uF shoul d be p laced H_D#_21 H_A#_25 H_D#22 N5 J19 H_A#26 Diagrams B.Schematic 1 00mil s or less f rom G MCH H_D#_22 H_A#_26 H_D#23 N3 H_D#_23 H_A#_27 B18 H_A#27 p in. H_D#24 W6 E19 H_A#28 1.05VS H_D#25 W9 H_D#_24 H_A#_28 B17 H_A#29 H_D#26 N2 H_D#_25 H_A#_29 B15 H_A#30 H_D#_26 H_A#_30 H_D#27 Y7 H_D#_27 H_A#_31 E17 H_A#31 H_D#28 Y9 H_D#_28 H_A#_32 C18 H_A#32 R294 H_D#29 P4 H_D#_29 H_A#_33 A19 H_A#33 L ayout Notic e: H_D#30 W3 B19 H_A#34 * 56_04 H_D#31 N1 H_D#_30 H_A#_34 N19 H_A#35 H_D#_31 H_A#_35 Sheet 4 of 38 1 0 mil s wide , 20 mils spaci ng H_D#32 AD 12 H_D#_32 2 CPU_BSEL0 R284 0_04 CLK_BSEL0 16 H_D#33 AE3 H_D#_33 H_ADS# G12 H_ADS# 2 H_D#34 AD 9 H17 1.05VS H_D#35 AC 9 H_D#_34 H _AD STB #_0 G20 H_ADSTB#0 2 R283 1K_1%_04 R295 GM965 Crestline 1/5 H_D#_35 HOST H _AD STB #_1 H_ADSTB#1 2 H_D#36 AC 7 H_D#_36 H_BNR# C8 H_BNR# 2 R300 54.9_1%_04 MCH_HSCOMP H_D#37 AC 14 H_D#_37 H_BPRI# E8 H_BPRI# 2 1K_1%_04 H_D#38 AD 11 F12 R301 54.9_1%_04 MCH_HSCOMP # H_D#39 AC 11 H_D#_38 H_BREQ# D6 H_BR0# 2 H_D#40 AB2 H_D#_39 H_DEFER# C10 H_DEFER# 2 MCH_BSEL0 5 H_D#_40 H_DBSY# H_DBSY# 2 R303 24.9_1%_04 MCH_HRCOMP H_D#41 AD 7 H_D#_41 HPLL_CLK AM5 CLK_MCH_BCLK 16 H_D#42 AB1 H_D#_42 HPLL_CLK# AM7 CLK_MCH_BCLK# 16 H_D#43 Y3 H8 1.05VS H_D#44 AC 6 H_D#_43 H_DPWR# K7 H_DPWR# 2 H_D#_44 GM 965 H_DRDY# H_DRDY# 2 H_D#45 AE2 H_D#_45 H_HIT# E4 H_HIT# 2 H_D#46 AC 5 H_D#_46 H_HITM# C6 H_HITM# 2 H_D#47 AG3 G10 R292 H_D#48 AJ 9 H_D#_47 H_LOCK# B7 H_LOCK# 2 H_D#49 AH 8 H_D#_48 H_TRDY# H_TRDY# 2 1K_1%_04 L ayout Notic e: H_D#_49 H_D#50 AJ 14 H_D#_50 M CH_HS WING a 10 m ils t races H_D#51 AE9 H_D#_51 2 CPU_BSEL1 R281 0_04 CLK_BSEL1 16 H_D#52 AE11 a nd 20 mils spaci ng H_D#53 AH 12 H_D#_52 K5 H_D#54 AJ 5 H_D#_53 H_DINV#_0 L2 H_DINV#0 2 R293 H_D#_54 H_DINV#_1 H_DINV#1 2 H_D#55 AH 5 H_D#_55 H_DINV#_2 AD 13 H_DINV#2 2 H_D#56 AJ 6 AE13 1K_1%_04 1.05VS H_D#57 AE7 H_D#_56 H_DINV#_3 H_DINV#3 2 H_D#58 AJ 7 H_D#_57 M7 H_D#_58 H_DSTBN#_0 H_DSTBN#0 2 MCH_BSEL1 5 H_D#59 AJ 2 H_D#_59 H_DSTBN#_1 K3 H_DSTBN#1 2 H_D#60 AE5 H_D#_60 H_DSTBN#_2 AD 2 H_DSTBN#2 2 R304 H_D#61 AJ 3 AH 11 1.05VS H_D#62 AH 2 H_D#_61 H_DSTBN#_3 H_DSTBN#3 2 221_1%_04 H_D#63 AH 13 H_D#_62 L7 H_D#_63 H_DSTBP#_0 H_DSTBP#0 2 H_DSTBP#_1 K2 H_DSTBP#1 2 AC 2 R297 10mils MCH_HSWING B3 H_DSTBP#_2 AJ 10 H_DSTBP#2 2 MCH_HRCOMP C2 H_SWING H_DSTBP#_3 H_DSTBP#3 2 1K_1%_04 H_RCOMP M14 H_REQ#0 H_REQ#[4: 0] 2 1.05VS H_REQ#_0 R305 C416 C417 MCH_HSCOMP W1 H_SCOMP H_REQ#_1 E13 H_REQ#1 2 CPU_BSEL2 R285 0_04 CLK_BSEL2 16 MCH_HSCOMP# W2 A11 H_REQ#2 100_1%_04 0.1u_10V_X7R_04 2.2u_6. 3V_06 H_SCOMP# H_REQ#_2 H13 H_REQ#3 B6 H_REQ#_3 B12 H_REQ#4 R296 2 H_CPURST# H_CPURST# H_REQ#_4 R306 2 H_CPUSLP# E5 H_CPUSLP# H_RS#_0 E12 H_RS#0 2 1K_1%_04 1K_1%_04 D7 H_RS#_1 D8 H_RS#1 2 10mils H_RS#_2 H_RS#2 2 MCH_BSEL2 5 Z0401 B9 H_AVREF A9 H_DVREF GM965 CRESTLINE R307 C421 C420 C419 6-0 3-009 65-0S0 2K_1%_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 2.2u_6.3V_06

2, 3,5,7,8,12, 15,28 1.05VS

GM965 Crestline 1/5 B - 5 Schematic Diagrams GM965 Crestline 2/5, DRAM

22 L_BK _CTR

DMI X2 select U2B R50 R 54 24.9_1%_04 1.05VS MCH_CFG_5 Z0501 P3 6 *0_04 U2 C Z0502 P3 7 RSVD1 AV29 RSVD2 SM _ CK _0 M_CLK_DDR0 9 R3 2 Z0503 R35 BB23 L_BK_C TRL J4 0 RSVD3 SM _ CK _1 M_CLK_DDR1 9 11 BL O N L_BKLT_CTR L Z0504 N35 BA25 H3 9 N4 3 Z05139 *4.02K_1% _04 Z0505 AR 1 2 RSVD4 SM _ CK _3 AV23 M_CLK_DDR2 10 Z di ff= R 323 10K_04 Z 05145 E39 L_BKLT_EN PEG _C OM PI M4 3 M_CLK_DDR3 10 3.3V S Z0506 AR 1 3 RSVD5 SM _ CK _4 R 325 10K_04 Z 05146 E40 L_CTRL_C LK PEG_COMPO RSVD6 70O? 0% L_CTRL_D ATA Z0507 AM 1 2 AW 3 0 C3 7 RSVD7 SM _ CK #_0 M_CLK_DDR0# 9 11 P_DD C _C LK L_DDC_CLK Z0508 AN 1 3 BA23 M_CLK_DDR1# 9 11 P_DDC_DATA D3 5 J51 Z0509 J12 RSVD8 SM _ CK #_1 AW 2 5 K40 L_DDC_DATA PE G_R X#_0 L51 M_CLK_DDR2# 10 11 ENAVDD Z0510 AR 3 7 RSVD9 SM _ CK #_3 AW 2 3 L_VDD _EN PE G_R X#_1 N4 7 RSVD10 SM _ CK #_4 M_CLK_DDR3# 10 PE G_R X#_2 Z0511 AM 3 6 R 51 2.37K_1% _04 LVD S_IB G L4 1 T45 PCI express graphics lane RSVD11 LVDS _IBG PE G_R X#_3 Z0512 AL36 BE29 M_CKE0 9 LVD S_VBG L4 3 T50 reverse option for layout Z0513 AM 3 7 RSVD12 SM _C KE _0 AY 3 2 N4 1 LVDS _VBG PE G_R X#_4 U4 0 M_CKE1 9 convenience Z0514 D20 RSVD13 SM _C KE _1 BD 3 9 N4 0 LVDS _VRE FH PE G_R X#_5 Y44 RSVD14 SM _C KE _3 M_CKE2 10 LVDS _VRE FL PE G_R X#_6 BG 3 7 D4 6 Y40 SM _C KE _4 M_CKE3 10 11 L VDS -L CL KN L VDS A_CLK# PE G_R X#_7

C70 11 LV DS- LCLKP C4 5 VDS L AB51 MCH_CFG_9 BG 2 0 Z 05137 D4 4 LVDS A_CLK PE G_R X#_8 W49 RSVD M_CS0# 9 0.1u_16V_04 SM _ CS #_0 BK16 Zo= Z 05138 E42 L VDS B_CLK# PE G_R X#_9 AD 44 SM _ CS #_1 M_CS1# 9 LVDS B_CLK PE G_R X#_10 BG 1 6 5 5O? 5% AD 40 R3 1 Z0515 H10 SM _ CS #_2 BE13 M _CS2# 10 G5 1 PE G_R X#_11 AG 46 M _CS3# 10 11 LVD S-L0N Z0516 B5 1 RSVD20 SM _ CS #_3 E51 LVDS A_DA TA#_0 PE G_R X#_12 AH 49 RSVD21 11 LVD S-L1N LVDS A_DA TA#_1 PE G_R X#_13 *4.02K_1% _04 Z0517 BJ 20 BH 1 8 F49 AG 45 RSVD22 S M _O D T _0 M_ODT0 9 11 LVD S-L2N LVDS A_DA TA#_2 PE G_R X#_14 Z0518 BK22 BJ 15 1.8V LVDSA_DATA#3 C4 8 AG 41 Z0519 BF19 RSVD23 S M _O D T _1 BJ 14 M_ODT1 9 Zd iff = LVDS A_DA TA#_3 PE G_R X#_15 M_ODT2 10 Z0520 BH 2 0 RSVD24 S M _O D T _2 BE16 G5 0 J50 RSVD25 S M _O D T _3 M_ODT3 10 10 0O? 0% 11 LVD S-L0P LVDS A_DA TA_0 PEG _R X_0 Z0521 BK18 DDR MUXING E50 L50 RSVD26 11 LVD S-L1P LVDS A_DA TA_1 PEG _R X_1 MCH_CFG_12 Z0522 BJ 18 BL 15 SM _RC O MP F48 M4 7 Z0523 BF23 RSVD27 GM96 5 SM _RC OM P BK14 SM _RC O MP # 11 LVD S-L2P LVDSA_DATA3 D4 7 LVDS A_DA TA_2 PEG _R X_2 U4 4 Z0524 BG 2 3 RSVD28 SM _ RC O MP# R69 LVDS A_DA TA_3 PEG _R X_3 T49 RSVD29 PEG _R X_4 R3 0 Z0525 BC 2 3 BK31 SM _RC O MP _V OH 1K_1%_04 Z05131 G4 4 T41 RSVD30 SM_R CO M P_ VO H LVDS B_DA TA#_0 PEG _R X_5 Z0526 BD 2 4 BL 31 SM _RC O MP _V OL Z05132 B47 W45 Sheet 5 of 38 *4.02K_1% _04 RSVD31 SM_RCOMP_VOL Z05133 B45 LVDS B_DA TA#_1 PEG _R X_6 W41 AR 4 9 M_VREF_MCH LVDSB_DATA#3 B44 LVDS B_DA TA#_2 PEG _R X_7 AB50 SM_VREF_0 LVDS B_DA TA#_3 PEG _R X_8 Z0527 BH 3 9 AW 4 Y48 RSVD34 SM_VREF_1 PEG _R X_9 Z0528 AW20 Z05134 E44 GM965 AC 45 GM965 Crestline 2/5, Z0529 BK20 RSVD35 C159 R68 C160 C54 Z05135 A47 LVDS B_DA TA_0 PE G_R X_10 AC 41 MCH_CFG_13 RSVD36 Z05136 A45 LVDS B_DA TA_1 PE G_R X_11 AH 47 LVDS B_DA TA_2 PE G_R X_12 B4 2 0.01u_16V_04 LVDSB_DATA3 C4 4 AG 49 D PLL_REF _CLK CLK_DREF 16 2.2u_6.3V_06 2.2u_6.3V_06 LVDS B_DA TA_3 PE G_R X_13 C4 2 1K_1%_04 AH 45 DRAM D PLL_RE F_CLK# CLK_DREF# 16 PE G_R X_14 R3 3 H4 8 AG 42 CLK_DREFSS 16 Z0532 A3 5 DP LL_ R EF_ SS CL K H4 7 PE G_R X_15 RSVD41 DP LL_REF_SS CLK# CLK_DREFSS# 16 *4.02K_1% _04 Z0533 B3 7 E27 N4 5 RSVD42 TVA_ DA C PEG _TX#_0 Z0534 B3 6 K4 4 C LK_PC IE_3G PLL 16 3.3V S G2 7 U3 9 Z0535 B3 4 RSVD43 CLK PEG _CLK K4 5 K27 TVB_ DA C PEG _TX#_1 U4 7 RSVD44 PEG _CL K# CLK_PCIE_3GPLL# 16 TVC_D AC TV PEG _TX#_2 Z0536 C34 PM _ EXTTS0 # R327 10K _04 N5 1 RSVD45 PEG _TX#_3 F27 R5 0 clock un-gating PM _ EXTTS1 # R326 10K _04 J2 7 TVA_ RTN PEG _TX#_4 T42 AN 4 7 L2 7 TVB_ RTN PEG _TX#_5 Y43 DMI_RXN_0 DMI_TXN0 13 TVC_R TN PEG _TX#_6 AJ 38 MCH_CLKREQ# R3 6 10K _04 W46 DMI_RXN_1 DMI_TXN1 13 PEG _TX#_7 FSB Dynamic ODT AN 4 2 Z05129 M3 5 W38 DMI_RXN_2 AN 4 6 DMI_TXN2 13 Z05130 P33 TV_DC ON SE L_0 PEG _TX#_8 AD 39 DMI_TXN3 13 DMI_RXN_3 TV_DC ON SE L_1 PEG _TX#_9 AC 46 PEG _TX#_10 AM 4 7 AC 49 DM I_ RXP _0 DMI_TXP0 13 PEG _TX#_11 P2 7 AJ 39 Z o= 55O ? 5% 08/16/2007 PCI-EXPR ESS GRAPHICS AC 42 4 M CH _ BSE L0 N27 CFG_0 DM I_ RXP _1 AN 4 1 DMI_TXP1 13 C 454 47p_50V _04 PEG _TX#_12 AH 39 4 M CH _ BSE L1 DMI_TXP2 13 MCH_CFG_16 N24 CFG_1 DM I_ RXP _2 AN 4 5 C 450 47p_50V _04 PEG _TX#_13 AE49 4 M CH _ BSE L2 CFG_2 DM I_ RXP _3 DMI_TXP3 13 PEG _TX#_14 Z0537 C21 C 443 47p_50V _04 AH 44 CFG_3 PEG _TX#_15 Z0538 C23 AJ 46 DMI_RXN0 13 R2 9 MCH_CFG_5 F23 CFG_4 DMI_TXN_0 AJ 41 H3 2 M4 5 DMI_RXN1 13 11 DAC_BLUE Z0539 N23 CFG_5 DMI_TXN_1 AM 4 0 R317 *150_1%_04 G3 2 CR T_ BL UE PEG _TX_0 T38 CFG_6 CFG DMI_TXN_2 DMI_RXN2 13 CR T_ BL UE # PEG _TX_1 *4.02K_1% _04 Z0540 G23 AM 4 4 Zo= K29 T46 CFG_7 DMI_TXN_3 DMI_RXN3 13 11 DAC_GREEN CR T_ GR EEN PEG _TX_2 Z0541 J20 3 7. 5O? 5% R314 *150_1%_04 J2 9 N5 0 MCH_CFG_9 C20 CFG_8 DMI AJ 47 F29 CR T_ GR EEN # PEG _TX_3 R5 1 DMI_RXP0 13 11 DAC_RED VGA Z0542 R24 CFG_9 DMI_TXP_0 AJ 42 R313 *150_1%_04 E29 CR T_ RED PEG _TX_4 U4 3 CFG_10 DMI_TXP_1 DMI_RXP1 13 CR T_ RED # PEG _TX_5 Z0543 L23 AM 3 9 W42

B.Schematic Diagrams CFG_11 DMI_TXP_2 DMI_RXP2 13 PEG _TX_6 M CH _CF G_12 J23 AM 4 3 DMI_RXP3 13 Y47 3.3VS M CH _CF G_13 E2 3 CFG_12 DMI_TXP_3 K33 PEG _TX_7 Y39 DMI lane reversal 11 DAC_DDCACLK Z0544 E2 0 CFG_13 G3 5 CR T_ DD C_ C L K PEG _TX_8 AC 38 CFG_14 11 DAC_DDCADATA CR T_ DD C_ D AT A PEG _TX_9 Z0545 K2 3 R 322 30.1_1%_04 CR T_ HS F33 AD 47 R43 M CH _CF G_16 M20 CFG_15 Zo= 11 DAC_HSYNC R 318 1.27K_1%_04 CR T_ T VO C3 2 CR T_ HSY N C PEG _TX_10 AC 50 Z0546 M24 CFG_16 0410 R 320 30.1_1%_04 CR T_ VS E33 CR T_ TV O_ IR EF PEG _TX_11 AD 43 CFG_17 55O ? 5 % 11 D AC_V SYN C CR T_ VSY NC PEG _TX_12 * 4.02K_1%_04 Z0547 L32 AG 39 CFG_18 PEG _TX_13 M CH _CF G_19 N33 AE50 M CH _CF G_20 L35 CFG_19 PEG _TX_14 AH 43 MCH_CFG_19 CFG_20 C467 C470 MAX=0.5" PEG _TX_15

E3 5 * 30P_50V_04 * 30P_50V_04 GM965 CR ESTLIN E G41 G FX_VID _0 A3 9 DFGT_VID_0 26 1. 8V 14 PM _BM BU SY# DFGT_VID_1 26 Minimize REFSET L39 PM_BM_BUSY# G FX_VID _1 C3 8 2,12,31 H_DPRSTP# P M_D PR STP# G FX_VID _2 DFGT_VID_2 26 routing length and PM _ EXTTS0# L36 B3 9 9 P M_EXTTS0# P M_EXT_TS#_ 0 PM G FX_VID _3 DFGT_VID_3 26 shield with VSS 10 P M_EXTTS1# PM _ EXTTS1# J36 E3 6 D FG T_VR _EN 26 R319 AW49 P M_EXT_TS#_ 1 G FX_ VR _E N 1.8V 14,31 DELAY_PWRGD Z05140 AV20 PWROK 1K _1%_04 13,17 PLT_RST# RSTIN# R 34 100_1%_04 N20 1.25VS SM _RC OM P R 310 20_1%_06 SM_RCOMP_VOH 2,12 PM _TH R MTR IP# TH ER MTR IP# Z05141 G36

14 , 3 1 P M_D PR SL PVR VID GRAPHICS R 46 0_04 DPRSLPVR SM_RCOMP# R 309 20_1%_06 C4 6 2 C459 AM 4 9 C4 2 3 C L_CLK CL_CLK0 14 AK50 R6 6 R316 CL_DATA C L_D ATA0 14 0.01u_16V_04 2.2u_6.3V_06 BJ 51 AT43 MP W RO K 14 0.1u_16V_04 BK51 NC_1 CL_PW ROK AN 4 9 1K_1%_04 LVD S-L0N 3.01K_1% _04 BK50 NC_2 CL_RST# AM 5 0 Z05144 CL_R ST#0 14 LVD S-L0P NC_3 ME CL _ VR EF BL50 LVD S-L2N SM_R C OM P_VO L SDVO/PCIE NC_4 3.3VS Concurrent mode BL49 LVD S-L2P BL 3 NC_5 C162 R67 LVD S-L1N C4 4 5 C447 R315 NC_6 BL 2 LVD S-L1P NC_7 NC R45 BK1 0.1u_10V_X7R_04 392_1%_04 LVD S-LC LKN 1K _1%_04 BJ 1 NC_8 H3 5 SD VO _C T_CLK 6-13-39201-28B LVD S-LC LKP 0.01u_16V_04 2.2u_6.3V_06 * 4.02K_1%_04 E1 NC_9 SD VO _CTR L_CLK K3 6 SD VO _C T_DA TA NC_10 S D V O _C T R L_ D A T A A5 G3 9 MCH_CLKREQ# NC_11 CLK_REQ# MC H _C L K R E Q # 1 6 C42

C51 G4 0 C5 2 C51 C48 C44 C5 0 C4 9 C47 MCH_CFG_20 B5 0 NC_12 IC H_ S YN C# MCH_ICH_SYNC# 14 A5 0 NC_13 NC_14 A4 9 A3 7 Z05142 R 324 0_04 NC_15 TES T_1 BK2 R3 2 Z05143 R 39 20K_1%_04 2 ..4 ,7 ,8 ,1 2 ,1 5 ,2 8 1.05VS NC_16 TEST_2 2,8..26,31 3.3VS MISC GM965 CR ESTLIN E 7..10,29 1.8V *10P_50V_04 *10P_50V_04 * 1 0P _ 50 V _0 4 * 10P_50V_04 *10P_50V_04 *10P_50V_04 * 10P_50V_04 * 10P_50V_04 8,15,26 1.25VS EMI 6-03-00965-0S0

B - 6 GM965 Crestline 2/5, DRAM Schematic Diagrams GM965 Crestline 3/5

U2E 10 M_B_DQ[63:0] U2D M_B_DQ0 AP49 AY 17 9 M_A_DQ[63: 0] SB_DQ_0 SB _BS_0 M_B_BS0# 10 M_A_DQ0 AR 43 BB19 M_B_DQ1 AR 51 BG18 SA_D Q_0 SA _BS_0 M_A_BS 0#9 Zo = 55 O? 5 % SB_DQ_1 SB _BS_1 M_B_BS1# 10 M_A_DQ1 AW44 BK19 M_A_BS 1#9 M_B_DQ2 AW 50 BG36 M_B_BS2# 10 M_A_DQ2 BA45 SA_D Q_1 SA _BS_1 BF29 M_B_DQ3 AW 51 SB_DQ_2 SB _BS_2 Zo = 55 O? 5 % M_A_BS 2#9 M_A_DQ3 AY 46 SA_D Q_2 SA _BS_2 M_B_DQ4 AN 51 SB_DQ_3 BE17 M_B_CAS# 10 M_A_DQ4 AR 41 SA_D Q_3 BL17 M_B_DQ5 AN 50 SB_DQ_4 SB _CAS# SA_D Q_4 SA_CAS# M_A_CAS# 9 SB_DQ_5

M_A_DQ5 AR 45 M_B_DQ6 AV50 AR 50 Diagrams B.Schematic SA_D Q_5 SB_DQ_6 SB _DM_0 M_B_DM0 10 M_A_DQ6 AT42 AT45 M_B_DQ7 AV49 BD 49 SA_D Q_6 SA_DM_0 M_A_DM09 SB_DQ_7 SB _DM_1 M_B_DM1 10 M_A_DQ7 AW47 BD 44 M_B_DQ8 BA50 BK45 SA_D Q_7 SA_DM_1 M_A_DM19 SB_DQ_8 SB _DM_2 M_B_DM2 10 M_A_DQ8 BB45 BD 42 M_B_DQ9 BB50 BL39 M_A_DQ9 BF48 SA_D Q_8 SA_DM_2 AW 38 M_A_DM29 M_B_DQ10 BA49 SB_DQ_9 SB _DM_3 BH 12 M_B_DM3 10 M_A_DM39 M_B_DM4 10 M_A_DQ10 BG47 SA_D Q_9 SA_DM_3 AW 13 M_B_DQ11 BE50 SB_DQ_10 SB _DM_4 BJ 7 M_A_DM49 M_B_DM5 10 M_A_DQ11 BJ 45 SA_D Q_10 SA_DM_4 BG8 M_B_DQ12 BA51 SB_DQ_11 SB _DM_5 BF3 SA_D Q_11 SA_DM_5 M_A_DM59 SB_DQ_12 SB _DM_6 M_B_DM6 10 M_A_DQ12 BB47 AY 5 M_B_DQ13 AY 49 AW2 SA_D Q_12 SA_DM_6 M_A_DM69 SB_DQ_13 SB _DM_7 M_B_DM7 10 M_A_DQ13 BG50 AN 6 M_B_DQ14 BF50 SA_D Q_13 SA_DM_7 M_A_DM79 SB_DQ_14 M_A_DQ14 BH 49 GM96 5 M_B_DQ15 BF49 GM96 5 AT50 SA_D Q_14 SB_DQ_15 SB_DQS_0 M_B_DQS0 10 M_A_DQ15 BE45 AT46 M_B_DQ16 BJ 50 BD 50 SA_D Q_15 SA _DQS_0 M_A_DQS0 9 SB_DQ_16 SB_DQS_1 M_B_DQS1 10 Zo = 55 O? 5 % Sheet 6 of 38 M_A_DQ16 AW43 BE48 M_A_DQS1 9 M_B_DQ17 BJ 44 BK46 M_B_DQS2 10 M_A_DQ17 BE44 SA_D Q_16 SA _DQS_1 BB43 M_B_DQ18 BJ 43 SB_DQ_17 SB_DQS_2 BK39 M_A_DQS2 9 M_B_DQS3 10 M_A_DQ18 BG42 SA_D Q_17 SA _DQS_2 BC 37 Zo= 55O? 5% M_B_DQ19 BL43 SB_DQ_18 SB_DQS_3 BJ 12 M_A_DQS3 9 M_B_DQS4 10 M_A_DQ19 BE40 SA_D Q_18 SA _DQS_3 BB16 M_B_DQ20 BK47 SB_DQ_19 SB_DQS_4 BL7 SA_D Q_19 SA _DQS_4 M_A_DQS4 9 SB_DQ_20 SB_DQS_5 M_B_DQS5 10 GM965 Crestline 3/5 M_A_DQ20 BF44 BH 6 M_B_DQ21 BK49 BE2 SA_D Q_20 SA _DQS_5 M_A_DQS5 9 SB_DQ_21 SB_DQS_6 M_B_DQS6 10 M_A_DQ21 BH 45 BB2 M_B_DQ22 BK43 AV2 SA_D Q_21 SA _DQS_6 M_A_DQS6 9 SB_DQ_22 SB_DQS_7 M_B_DQS7 10 M_A_DQ22 BG40 AP3 M_B_DQ23 BK42 AU 50 SA_D Q_22 SA _DQS_7 M_A_DQS7 9 SB_DQ_23 SB_D QS#_0 M_B_DQS0#10 M_A_DQ23 BF40 AT47 M_A_DQS0# 9 M_B_DQ24 BJ 41 BC 50 M_B_DQS1#10 M_A_DQ24 AR 40 SA_D Q_23 SA _DQS#_0 BD 47 M_B_DQ25 BL41 SB_DQ_24 SB_D QS#_1 BL45 M_A_DQS1# 9 M_B_DQS2#10 M_A_DQ25 AW40 SA_D Q_24 SA _DQS#_1 BC 41 M_B_DQ26 BJ 37 SB_DQ_25 SB_D QS#_2 BK38 M_A_DQS2# 9 M_B_DQS3#10 M_A_DQ26 AT39 SA_D Q_25 SA _DQS#_2 BA37 M_B_DQ27 BJ 36 SB_DQ_26 SB_D QS#_3 BK12 SA_D Q_26 SA _DQS#_3 M_A_DQS3# 9 SB_DQ_27 SB_D QS#_4 M_B_DQS4#10 M_A_DQ27 AW36 BA16 M_B_DQ28 BK41 BK7 SA_D Q_27 SA _DQS#_4 M_A_DQS4# 9 SB_DQ_28 SB_D QS#_5 M_B_DQS5#10 M_A_DQ28 AW41 BH 7 M_B_DQ29 BJ 40 BF2 SA_D Q_28 SA _DQS#_5 M_A_DQS5# 9 SB_DQ_29 SB_D QS#_6 M_B_DQS6#10 M_A_DQ29 AY 41 BC 1 M_B_DQ30 BL35 AV3 SA_D Q_29 SA _DQS#_6 M_A_DQS6# 9 SB_DQ_30 SB_D QS#_7 M_B_DQS7#10 M_A_DQ30 AV38 AP2 M_B_DQ31 BK37 M_A_DQ31 AT38 SA_D Q_30 SA _DQS#_7 M_A_DQS7# 9 M_B_DQ32 BK13 SB_DQ_31 BC 18 M_B_A 0 M_B_A[13:0] 10 M_A_A[13:0] 9 M_A_DQ32 AV13 SA_D Q_31 BJ 19 M_A_A0 M_B_DQ33 BE11 SB_DQ_32 SB_MA_0 BG28 M_B_A 1 M_A_DQ33 AT13 SA_D Q_32 SA_MA_0 BD 20 M_A_A1 M_B_DQ34 BK11 SB_DQ_33 SB_MA_1 BG25 M_B_A 2 M_A_DQ34 AW11 SA_D Q_33 SA_MA_1 BK27 M_A_A2 M_B_DQ35 BC 11 SB_DQ_34 SB_MA_2 AW17 M_B_A 3 SA_D Q_34 SA_MA_2 SB_DQ_35 SB_MA_3 M_A_DQ35 AV11 BH 28 M_A_A3 M_B_DQ36BC 13 BF25 M_B_A4 SA_D Q_35 SA_MA_3 SB_DQ_36 SB_MA_4 M_A_DQ36 AU 15 BL24 M_A_A4 M_B_DQ37 BE12 BE25 M_B_A 5 SA_D Q_36 SA_MA_4 SB_DQ_37 SB_MA_5 M_A_DQ37 AT11 BK28 M_A_A5 M_B_DQ38 BC 12 BA29 M_B_A 6 SA_D Q_37 SA_MA_5 SB_DQ_38 SB_MA_6 M_A_DQ38 BA13 BJ 27 M_A_A6 M_B_DQ39 BG12 BC 28 M_B_A 7 M_A_DQ39 BA11 SA_D Q_38 SA_MA_6 BJ 25 M_A_A7 M_B_DQ40 BJ 10 SB_DQ_39 SB_MA_7 AY 28 M_B_A 8 M_A_DQ40 BE10 SA_D Q_39 SA_MA_7 BL28 M_A_A8 M_B_DQ41 BL9 SB_DQ_40 SB_MA_8 BD 37 M_B_A 9 M_A_DQ41 BD 10 SA_D Q_40 SA_MA_8 BA28 M_A_A9 M_B_DQ42 BK5 SB_DQ_41 SB_MA_9 BG17 M_B_A 10 SA_D Q_41 SA_MA_9 SB_DQ_42 SB_MA_10 M_A_DQ42 BD 8 BC 19 M_A_A10 M_B_DQ43 BL5 BE37 M_B_A 11 SA_D Q_42 SA_MA_10 SB_DQ_43 SB_MA_11 M_A_DQ43 AY 9 BE28 M_A_A11 M_B_DQ44 BK9 BA39 M_B_A 12 SA_D Q_43 SA_MA_11 SB_DQ_44 SB_MA_12 M_A_DQ44 BG10 BG30 M_A_A12 M_B_DQ45 BK10 BG13 M_B_A 13 SA_D Q_44 SA_MA_12 SB_DQ_45 SB_MA_13 M_A_DQ45 AW 9 BJ 16 M_A_A13 M_B_DQ46 BJ 8 BE24 M_B_A 14 M_A_DQ46 BD 7 SA_D Q_45 SA_MA_13 BJ 29 M_A_A14 M_B_DQ47 BJ 6 SB_DQ_46 SB_MA_14 AV16 M_B_RAS# 10 M_A_DQ47 BB9 SA_D Q_46 SA_MA_14 M_B_DQ48 BF4 SB_DQ_47 SB _RAS# AY 18 Z 0602 M_A_DQ48 BB5 SA_D Q_47 BE18 M_B_DQ49 BH 5 SB_DQ_48 SB_R C VEN # M_A_RAS# 9 M_A_DQ49 AY 7 SA_D Q_48 SA_RAS# AY 20 Z0601 M_B_DQ50 BG1 SB_DQ_49 BC 17 SA_D Q_49 SA_RCVEN# SB_DQ_50 SB_W E# M_B_WE# 10 M_A_DQ50 AT5 M_B_DQ51 BC 2 SA_D Q_50 SB_DQ_51 M_A_DQ51 AT7 BA19 M_B_DQ52 BK3 SA_D Q_51 SA_W E# M_A_WE# 9 SB_DQ_52 M_A_DQ52 AY 6 M_B_DQ53 BE4 SA_D Q_52 SB_DQ_53

M_A_DQ53 BB7 DDR SYSTEM MEMORY A M_B_DQ54 BD 3 B MEMORY SYSTEM DDR M_A_DQ54 AR 5 SA_D Q_53 M_B_DQ55 BJ 2 SB_DQ_54 M_A_DQ55 AR 8 SA_D Q_54 M_B_DQ56 BA3 SB_DQ_55 M_A_DQ56 AR 9 SA_D Q_55 M_B_DQ57 BB3 SB_DQ_56 SA_D Q_56 SB_DQ_57 M_A_DQ57 AN 3 M_B_DQ58 AR 1 SA_D Q_57 SB_DQ_58 M_A_DQ58 AM8 M_B_DQ59 AT3 SA_D Q_58 SB_DQ_59 M_A_DQ59 AN 10 M_B_DQ60 AY 2 SA_D Q_59 SB_DQ_60 M_A_DQ60 AT9 M_B_DQ61 AY 3 M_A_DQ61 AN 9 SA_D Q_60 M_B_DQ62 AU 2 SB_DQ_61 M_A_DQ62 AM9 SA_D Q_61 M_B_DQ63 AT2 SB_DQ_62 M_A_DQ63 AN 11 SA_D Q_62 SB_DQ_63 SA_D Q_63 GM965 CRESTLINE GM965 CRESTLINE

6-03-0096 5-0S0

GM965 Crestline 3/5 B - 7 Schematic Diagrams GM965 Crestline 4/5

VGFX_C OR E NEAR NB R26 0_04 GPUVCC S EN SE 26 1.05VS U2I U2G VGFX_C OR E R27 0_04 GPUV SSS EN SE 26 A13 AW 24 U2J AT35 1.05VS A15 VS S_1 VSS_100 AW 29 C46 W11 VC C _1 VS S_2 VSS_101 VSS_199 VSS_287 AT34 T17 A17 AW 32 C50 W39 AH28 VC C _2 VCC_AXG_NCTF_1 T18 U2F A24 VS S_3 VSS_102 AW 5 C7 VSS_200 VSS_288 W43 AC32 VC C _3 VCC_AXG_NCTF_2 T19 AA21 VS S_4 VSS_103 AW 7 D13 VSS_201 VSS_289 W47 AC31 VC C _5 VCC_AXG_NCTF_3 T21 AB 33 AA24 VS S_5 VSS_104 AY 10 D24 VSS_202 VSS_290 W5 AK32 VC C _4 VCC_AXG_NCTF_4 T22 1A AB 36 VCC_NCTF_1 AA29 VS S_6 VSS_105 AY 24 D3 VSS_203 VSS_291 W7 VC C _6 VCC_AXG_NCTF_5 VCC_NCTF_2 VS S_7 VSS_106 VSS_204 VSS_292 AJ 31 VC C _7 VCC_AXG_NCTF_6 T23 AB 37 VCC_NCTF_3 AB20 VS S_8 VSS_107 AY 37 D32 VSS_205 VSS_293 Y13 AJ 28 T25 AC 33 T27 AB23 AY 42 D39 Y2 VC C _8 VCC_AXG_NCTF_7 VCC_NCTF_4 VSS _N CTF _1 VS S_9 VSS_108 VSS_206 VSS_294 AH32 U15 AC 35 T37 AB26 AY 43 D45 Y41 AH31 VC C _9 VCC_AXG_NCTF_8 U16 AC 36 VCC_NCTF_5 VSS _N CTF _2 U24 AB28 VS S_10 VSS_109 AY 45 D49 VSS_207 VSS_295 Y45 VC C _10 VCC_AXG_NCTF_9 VCC_NCTF_6 VSS _N CTF _3 VS S_11 VSS_110 VSS_208 VSS_296 AH29 U17 AD 35 U28 AB31 AY 47 E10 Y49 VC C _11 VCC_AXG_NCTF_10 VCC_NCTF_7 VSS _N CTF _4 VS S_12 VSS_111 VSS_209 VSS_297 AF32 VC C _12 VCC_AXG_NCTF_11 U19 AD 36 VCC_NCTF_8 VSS _N CTF _5 V31 AC10 VS S_13 VSS_112 AY 50 E16 VSS_210 VSS_298 Y5 U20 AF 33 V35 AC13 B10 E24 Y50 VCC_AXG_NCTF_12 U21 AF 36 VCC_NCTF_9 VSS _N CTF _6 AA 19 AC3 VS S_14 VSS_113 B20 E28 VSS_211 VSS_299 Y11 VCC_AXG_NCTF_13 U23 AH 33 VCC_NCTF_10 VSS _N CTF _7 AB 17 AC39 VS S_15 VSS_114 B24 E32 VSS_212 VSS_300 P29 VCC_AXG_NCTF_14 U26 AH 35 VCC_NCTF_11 VSS _N CTF _8 AB 35 AC43 VS S_16 VSS_115 B29 E47 VSS_213 VSS_301 T29 VCC_AXG_NCTF_15 V16 AH 36 VCC_NCTF_12 VSS _N CTF _9 AD 19 AC47 VS S_17 VSS_116 B30 F19 VSS_214 VSS_302 T31 VCC_AXG_NCTF_16 V17 AH 37 VCC_NCTF_13 VS S_N CTF _10 AD 37 AD1 VS S_18 VSS_117 B35 F36 VSS_215 VSS_303 T33 VCC_AXG_NCTF_17 V19 AJ 33 VCC_NCTF_14 VS S_N CTF _11 AF 17 AD21 VS S_19 VSS_118 B38 F4 VSS_216 VSS_304 R28

VCC CORE VCC VCC_AXG_NCTF_18 VCC_NCTF_15 VS S_N CTF _12 VS S_20 VSS_119 VSS_217 VSS_305 V20 AJ 35 AF 35 AD26 B43 F40 VCC_AXG_NCTF_19 VCC_NCTF_16 VS S_N CTF _13 VS S_21 VSS_120 VSS_218 R30 VC C _13 VCC_AXG_NCTF_20 V21 AK 33 VCC_NCTF_17 VS S_N CTF _14 AK 17 AD29 VS S_22 VSS_121 B46 F50 VSS_219 V23 AK 35 AM17 AD3 B5 G1 VCC_AXG_NCTF_21 VCC_NCTF_18 VS S_N CTF _15 VS S_23 VSS_122 VSS_220 1.8V V24 AK 36 AM24 AD41 B8 G13 AA32 VCC_AXG_NCTF_22 Y15 AK 37 VCC_NCTF_19 VS S_N CTF _16 AP 26 AD45 VS S_24 VSS_123 BA 1 G16 VSS_221 VSS_306 AB32 VCC_AXG_NCTF_23 VCC_NCTF_20 VS S_N CTF _17 VS S_25 VSS_124 VSS_222 VSS_307 Y16 AD 33 NCTF VSS AP 28 AD49 BA 17 G19 AD32 POWER VCC_AXG_NCTF_24 Y17 AJ 36 VCC_NCTF_21 VS S_N CTF _18 AR 15 AD5 VS S_26 VSS_125 BA 18 G24 VSS_223 VSS_308 AF28 4A AU32 VCC_AXG_NCTF_25 Y19 AM35 VCC_NCTF_22 VS S_N CTF _19 AR 19 AD50 VS S_27 VSS_126 BA 2 G28 VSS_224 VSS_309 AF29 AU33 VC C _SM_1 G M96 5 VCC_AXG_NCTF_26 Y20 AL33 VCC_NCTF_23 VS S_N CTF _20 AR 28 AD8 VS S_28 VSS_127 BA 24 G29 VSS_225 VSS_310 AT27 AU35 VC C _SM_2 VCC_AXG_NCTF_27 Y21 AL35 VCC_NCTF_24 VS S_N CTF _21 AE10 VS S_29 VSS_128 BB 12 G33 VSS_226 VSS_311 AV25 VC C _SM_3 VCC_AXG_NCTF_28 VCC_NCTF_25 VS S_30 VSS_129 VSS_227 VSS_312 AV33 VC C _SM_4 VCC_AXG_NCTF_29 Y23 AA 33 VCC_NCTF_26 AE14 VS S_31 VSS_130 BB 25 G42 VSS_228 VSS_313 H50 AW33 Y24 AA 35 AE6 BB 40 G45 VC C _SM_5 VCC_AXG_NCTF_30 VCC_NCTF_27 VS S_32 VSS_131 VSS_229 AW35 Y26 AA 36 AF20 BB 44 G48 Sheet 7 of 38 VC C _SM_6 VCC_AXG_NCTF_31 VCC_NCTF_28 VS S_33 VSS_132 VSS_230

AY35 Y28 AP 35 NCTF VCC AF23 BB 49 G8 VC C _SM_7 VCC_AXG_NCTF_32 VCC_NCTF_29 VS S_34 VSS_133 VSS_231 BA32 Y29 AP 36 AF24 VSS BB 8 H24 VC C _SM_8 VCC_AXG_NCTF_33 VCC_NCTF_30 VS S_35 VSS_134 VSS_232 BA33 AA16 AR 35 AF31 BC 16 H28 GM965 Crestline 4/5 BA35 VC C _SM_9 VCC_AXG_NCTF_34 AA17 AR 36 VCC_NCTF_31 AG2 VS S_36 VSS_135 BC 24 H4 VSS_233 VGFX_C ORE BB33 VC C _SM_10 VCC_AXG_NCTF_35 AB16 Y32 VCC_NCTF_32 AG38 VS S_37 GM96 5 VSS_136 BC 25 H45 VSS_234 BC32 VC C _SM_11 VCC_AXG_NCTF_36 AB19 Y33 VCC_NCTF_33 POWER AG43 VS S_38 VSS_137 BC 36 J11 VSS_235 BC33 VC C _SM_12 VCC_AXG_NCTF_37 AC 16 Y35 VCC_NCTF_34 AG47 VS S_39 VSS_138 BC 40 J16 VSS_236

BC35 VC C _SM_13 VCC_AXG_NCTF_38 AC 17 Y36 VCC_NCTF_35 AG50 VS S_40 VSS_139 BC 51 J2 VSS_237 4 VC C _SM_14 VCC_AXG_NCTF_39 VCC_NCTF_36 VS S_41 VSS_140 VSS_238 BD32 AC 19 Y37 GM96 5 A3 AH3 BD 13 J24 _04 VC C _SM_15 VCC_AXG_NCTF_40 VCC_N C TF_37 VS S_SC B 1 VS S_42 VSS_141 VSS_239 BD35 VC C _SM_16 VCC_AXG_NCTF_41 AD 15 T30 VCC_NCTF_38 VS S_SC B 2 B2 AH40 VS S_43 VSS_142 BD 2 J28 VSS_240 BE32 AD 16 T34 C1 AH41 BD 28 J33 VC C _SM_17 VCC_AXG_NCTF_42 VCC_NCTF_39 VS S_SC B 3 VS S_44 VSS_143 VSS_241 BE33 AD 17 T35 BL1 AH7 BD 45 J35 BE35 VC C _SM_18 VCC_AXG_NCTF_43 AF16 U29 VCC_NCTF_40 VS S_SC B 4 BL51 AH9 VS S_45 VSS_144 BD 48 J39 VSS_242 VSS VC C _SM_19 VCC_AXG_NCTF_44 VCC_NCTF_41 VS S_SC B 5 VS S_46 VSS_145 VSS_243 BF33 AF19 U31 A51 AJ 11 BD 5 VC C _SM_20 VCC_AXG_NCTF_45 VCC_NCTF_42 VS S_SC B 6 VS S_47 VSS_146 BF34 AH 15 U32 AJ 13 BE 1 K12 BG32 VC C _SM_21 VCC_AXG_NCTF_46 AH 16 U33 VCC_NCTF_43 AJ 21 VS S_48 VSS_147 BE 19 K47 VSS_245 GM9 65 BG33 VC C _SM_22 SM VCC VCC_AXG_NCTF_47 AH 17 U35 VCC_NCTF_44 AJ 24 VS S_49 VSS_148 BE 23 K8 VSS_246 BG35 VC C _SM_23 VCC_AXG_NCTF_48 AH 19 U36 VCC_NCTF_45 AJ 29 VS S_50 VSS_149 BE 30 L1 VSS_247 96 0.1u_10V_X7R_04

BH32 VC C _SM_24 VCC_AXG_NCTF_49 AJ 16 V32 VCC_NCTF_46 AJ 32 VS S_51 VSS_150 BE 42 L17 VSS_248 C58 0.1u_10V_X7R C68 0.1u_10V_X7R_04 C C76 0.1u_10V_X7R_0 BH34 VC C _SM_25 VCC_AXG_NCTF_50 AJ 17 V33 VCC_NCTF_47 SCB VSS AJ 43 VS S_52 VSS_151 BE 51 L20 VSS_249 VC C _SM_26 VCC_AXG_NCTF_51 VCC_NCTF_48 VS S_53 VSS_152 VSS_250 BH35 AJ 19 V36 1. 05VS AJ 45 BE 8 L24 BJ 32 VC C _SM_27 VCC_AXG_NCTF_52 AK16 V37 VCC_NCTF_49 AJ 49 VS S_54 VSS_153 BF 12 L28 VSS_251 VC C _SM_28 VCC_AXG_NCTF_53 VCC_NCTF_50 VS S_55 VSS_154 VSS_252 BJ 33 AK19 AK20 BF 16 L3 VC C _SM_29 VCC_AXG_NCTF_54 VS S_56 VSS_155 VSS_253 BJ 34 VC C _SM_30 VCC_AXG_NCTF_55 AL16 VCC_AXM_1 AT33 AK21 VS S_57 VSS_156 BF 36 L33 VSS_254 BK32 AL17 AT31 AK26 BG19 L49 VGFX_C ORE 1.8V VC C _SM_31 VCC_AXG_NCTF_56 VCC_AXM_2 VS S_58 VSS_157 VSS_255 BK33 AL19 1.05VS AK 29 AK28 BG2 M28 BK34 VC C _SM_32 NCTF GFX VCC VCC_AXG_NCTF_57 AL20 VCC_AXM_3 AK 24 AK31 VS S_59 VSS_158 BG24 M42 VSS_256 BK35 VC C _SM_33 VCC_AXG_NCTF_58 AL21 VCC_AXM_4 AK 23 AK51 VS S_60 VSS_159 BG29 M46 VSS_257 BL33 VC C _SM_34 VCC_AXG_NCTF_59 AL23 AL24 VCC_AXM_5 AJ 26 AL1 VS S_61 VSS_160 BG39 M49 VSS_258 8 AU30 VC C _SM_35 VCC_AXG_NCTF_60 AM15 AL26 VCC_AXM_NCTF_1 VCC_AXM_6 AJ 23 AM11 VS S_62 VSS_161 BG48 M5 VSS_259 VC C _SM_36 VCC_AXG_NCTF_61 AM16 AL28 VCC_AXM_NCTF_2 VCC_AXM_7 AM13 VS S_63 VSS_162 BG5 M50 VSS_260

VCC_AXG_NCTF_62 VCC_AXM_NCTF_3 AXM VCC VS S_64 VSS_163 VSS_261 AM19 AM26 AM3 BG51 M9 VGFX_CORE VCC_AXG_NCTF_63 VCC_AXM_NCTF_4 VS S_65 VSS_164 VSS_262 VCC_AXG_NCTF_64 AM20 AM28 VCC_AXM_NCTF_5 AM4 VS S_66 VSS_165 BH 17 N11 VSS_263 B.Schematic Diagrams AM21 AM29 AM41 BH 30 N14 00u_6.3V_B2 VCC_AXG_NCTF_65 VCC_AXM_NCTF_6 VS S_67 VSS_166 VSS_264 + R20 AM23 AM31 AM45 BH 44 N17 T14 VC C _AXG_1 VCC_AXG_NCTF_66 AP15 AM32 VCC_AXM_NCTF_7 AN1 VS S_68 VSS_167 BH 46 N29 VSS_265

VC C _AXG_2 VCC_AXG_NCTF_67 VCC_AXM_NCTF_8 VS S_69 VSS_168 VSS_266 5 1u_6.3V_04 4A W13 AP16 AM33 AN38 BH 8 N32 C7 VC C _AXG_3 VCC_AXG_NCTF_68 VCC_AXM_NCTF_9 VS S_70 VSS_169 VSS_267 477 1 W14 AP17 AP 29 AN39 BJ 11 N36 C53 22u_6.3V_0 C57 22u_6.3V_08 Y12 VC C _AXG_4 VCC_AXG_NCTF_69 AP19 AP 31 VCC_AXM_NCTF_10 AN43 VS S_71 VSS_170 BJ 13 N39 VSS_268 C C128 10u_10V_08 AA20 VC C _AXG_5 VCC_AXG_NCTF_70 AP20 AP 32 VCC_AXM_NCTF_11 AN5 VS S_72 VSS_171 BJ 38 N44 VSS_269 AA23 VC C _AXG_6 VCC_AXG_NCTF_71 AP21 AP 33 VCC_AXM_NCTF_12 AN7 VS S_73 VSS_172 BJ 4 N49 VSS_270 VC C _AXG_7 VCC_AXG_NCTF_72 VCC_AXM_NCTF_13 VS S_74 VSS_173 VSS_271 AA26 VC C _AXG_8 VCC_AXG_NCTF_73 AP23 AL29 VCC_AXM_NCTF_14 AP4 VS S_75 VSS_174 BJ 42 N7 VSS_272 AA28 AP24 AL31 AP48 BJ 46 P19 1.8V VC C _AXG_9 VCC_AXG_NCTF_74 VCC_AXM_NCTF_15 VS S_76 VSS_175 VSS_273 AB21 AR 20 AL32 AP50 BK 15 P2 AB24 VC C _AXG_10 VCC_AXG_NCTF_75 AR 21 AR 31 VCC_AXM_NCTF_16 AR11 VS S_77 VSS_176 BK 17 P23 VSS_274 VC C _AXG_11 VCC_AXG_NCTF_76 VCC_AXM_NCTF_17 VS S_78 VSS_177 VSS_275 AB29 AR 23 AR 32 AR2 BK 25 P3

VC C _AXG_12 VCC_AXG_NCTF_77 VCC_AXM_NCTF_18 NCTF AXM VCC VS S_79 VSS_178 VSS_276 AC20 AR 24 AR 33 AR39 BK 29 P50

VC C _AXG_13 VCC_AXG_NCTF_78 VCC_AXM_NCTF_19 VS S_80 VSS_179 VSS_277 _04 _04 AC21 AR 26 AR44 BK 36 R49 AC23 VC C _AXG_14 VCC_AXG_NCTF_79 V26 AR47 VS S_81 VSS_180 BK 40 T39 VSS_278 AC24 VC C _AXG_15 VCC_AXG_NCTF_80 V28 AR7 VS S_82 VSS_181 BK 44 T43 VSS_279 X7R AC26 VC C _AXG_16 VCC_AXG_NCTF_81 V29 AT10 VS S_83 VSS_182 BK 6 T47 VSS_280 AC28 VC C _AXG_17 VCC_AXG_NCTF_82 Y31 GM965 CRESTLINE AT14 VS S_84 VSS_183 BK 8 U41 VSS_281 0V_X7R_04 AC29 VC C _AXG_18 VCC_AXG_NCTF_83 AT41 VS S_85 VSS_184 BL11 U45 VSS_282 AD20 VC C _AXG_19 AT49 VS S_86 VSS_185 BL13 U50 VSS_283 . 1u_1 VC C _AXG_20 6 -03-009 65-0S0 VS S_87 VSS_186 VSS_284 AD23 AU1 BL19 V2 VC C _AXG_21 VS S_88 VSS_187 VSS_285

AD24 GFX VCC AW45 VCCSM_LF1 AU23 BL22 V3 VC C _AXG_22 VCC_SM_LF1 VGFX_CORE VS S_89 VSS_188 VSS_286 AD28 BC 39 VCCSM_LF2 AU29 BL37 25 0.1u_10V_X7R_04

VC C _AXG_23 VCC_SM_LF2 VS S_90 VSS_189 126 0

AF21 BE39 VCCSM_LF3 AU3 BL47 C127 0.1u_10V_X7R C1 C C124 0.1u_10V_ AF26 VC C _AXG_24 VCC_SM_LF3 BD 17 VCCSM_LF4 AU36 VS S_91 VSS_190 C12 GM965 CRESTLINE VC C _AXG_25 VCC_SM_LF4 VS S_92 VSS_191 AA31 BD 4 VCCSM_LF5 AU49 C16 AH20 VC C _AXG_26 VCC_SM_LF5 AW8 VCCSM_LF6 AU51 VS S_93 VSS_192 C19

AH21 VC C _AXG_27 VCC_SM_LF6 AT6 VCCSM_LF7 _04 AV39 VS S_94 VSS_193 C28 6-06-003 55-061 AH23 VC C _AXG_28 VCC_SM_LF7 AV48 VS S_95 VSS_194 C29 3.3VS_VCCSYNC 1.05VS AH24 VC C _AXG_29 AW1 VS S_96 VSS_195 C33 D 4 SC S355V VC C _AXG_30 VS S_97 VSS_196 AH26 VC C _AXG_31 AW12 VS S_98 VSS_197 C36 R47 10_04 Z0701 C A AD31 10V_X7R_04 AW16 C41 VC C _AXG_32 VS S_99 VSS_198

AJ 20 16V_04 AN14 VC C _AXG_33 .1u_

VC C _AXG_34 SM LF VCC GM965 CRESTLINE 1 0.22u_10V_04 86 0 C7 C C61 0.1u_10V_X7R

55 0.1u_16V_04 8 3. 3V S_VC C SY NC 141 0.47u_10V_04 C C56 0. 1u_ C60 0.22u_10V_04 C413 0.22u_10V_04 C C140 1u_6.3V_04 C155 1u_6.3V_04 2,5,8..26,31 3.3VS 26 VGFX_C ORE GM965 CRESTLINE 5,8..10,29 1.8V 2..5,8,12,15, 28 1.05VS

B - 8 GM965 Crestline 4/5 Schematic Diagrams

GM965 Crestline 5/5

3.3VS L22 HCB1608KF-121T25 6-19- 31001-164-1 1.05VS 10mils 10 0mA 3.3VS 40mils 8 50mA VCCA_CRT_DAC R44 C31 C405 C32 C142 C404 C466 C463 + 3. 3VS_VC C SY NC U2H 10u_10V_08 10u_10V_08 10u_10V_08 10u_10V_08 22u_6.3V_08 0.1u_10V_X7R_04 0_04 10 mils 10mA 100u_6.3V_B2 J32 U13 VCCSYNC VTT_1 U12 VTT_2 C121 A33 U11 VCCA_CRT_DAC_1 VTT_3 VC CA_CRT_DAC B33 U9 VCCA_CRT_DAC_2 VTT_4 3.3VS 0.1u_10V_X7R_04 U8 C409 C18 C123 C131 C25 C115 VTT_5 U7

CR T VTT_6 VC CA_DAC_BG A30 U5 0.1u_10V_X7R_04 0.01u_16V_04 0.1u_10V_X7R_04 0.1u_10V_X7R _04 1u_6.3V_04 1u_6.3V_04 VCCA_DAC_BG VTT_7 U3 VTT_8 B32 U2 VSSA_DAC_BG VTT_9 L19 U1 VTT_10 T13 HCB1608KF-121T25 VC CA_DPLLA B49 VTT_11 T11 10mils 10 0mA VCCA_DPLLA VTT_12 T10 C116 C148 C122 C412 C23 C26 B.Schematic Diagrams B.Schematic VC CA_DPLLB H49 VTT VTT_13 T9 VCCA_DPLLB VTT_14 VCCA_DAC_BG T7 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R _04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 VTT_15 VC CA_HPLL AL2 PL L T6 VCCA_HPLL VTT_16 C452 C460 T5 VC CA_MPLL AM2 VTT_17 T3 22u_6.3V_08 0.1u_10V_X7R_04 VCCA_MPLL VTT_18 T2 10mils 10mA VTT_19 R3 1.8V VTT_20 40mils 51 5mA A41 R2 Z0803 R42 0_06 VCCA_LVDS VTT_21 1.25VS C480 C483 R1 B41 VTT_22 C106 C95 1.25VS 1000p_50V_04 0.1u_10V_X7R_04 VSSA_LVDS C107 Sheet 8 of 38 AT23 1u_6.3V_04 10u_10V_08 VC C_AXD_1 AU 28 0.1u_10V_X7R_04 10 mils VC C_AXD_2 K50 AU 24 3.3VS VCCA_PEG_BG VC C_AXD_3 20mils AT29 Z0804 R308 0_06 GM965 Crestline 5/5 L24 C506 K49 VC C_AXD_4 AT25 1.25VS VSSA_PEG_BG VC C_AXD_5 AT30 C427 C428 C425 HCB1608KF-121T25 0.1u_10V_X7R_04 10 mils VC C_AXD_6 U51 AR 29 1u_6.3V_04 0.1u_10V_X7R_04 22u_6.3V_08 10mils 10 0mA 1.25VS VCCA_PEG_PLL VC C _AXD_NCTF VC CA_DPLLA 40 mils 7 50 mA A P E G R28 0_06 Z0801 AW 18 B23 10mils 10 0mA C494 C493 C495 1. 25VS AV19 VCCA_SM_1 VCC_AXF_1 B21 Z0805 R331 0_04 VCCA_SM_2 VCC_AXF_2 1.25VS + C62 C81 AU 19 A21 VCCA_SM_3 VCC_AXF_3 22u_6.3V_08 0.1u_10V_X7R_04 AU 18 POWER AXF C500 C501 100u_6.3V_B2 VCCA_SM_4 0.1u_10V_X7R_04 22u_6.3V_08 AU 17 AJ 50 VCCA_SM_5 VCC_DMI GM965 0.1u_10V_X7R_04 10u_10V_08 1.25VS AT22 AT21 VCCA_SM_7 BK24 VCCA_SM_8 VC C_SM_CK_1 25mils 20 0mA AT19 BK23 Z0806 R311 0_06 VCCA_SM_9 VC C_SM_CK_2 1.8V L25 C72 C64 C74 AT18 BJ 24 VCCA_SM_10 VC C_SM_CK_3 AT17 BJ 23 C440 C439 C430

HCB1608KF-121T25 1u_6.3V_04 4. 7u_6.3V_06 22u_6.3V_08 AR 17 VCCA_SM_11 A S M VC C_SM_CK_4 10 mils 10 0mA AR 16 VCCA_SM_NCTF _1 SM C K AX D 1u_6.3V_04 0.1u_10V_X7R_04 22u_6.3V_08 VCCA_SM_NCTF _2 10mils 1 00mA 6-08- 22611-2B0 VCCA_DPLLB A43 Z0807 R330 0_04 10 mils 150mA VCC_TX_LVDS 1.8V R35 0_04 1.25VSM_CLK BC 29 1.25VS VCCA_SM_CK_1 C167 C163 C496 BB29 VCC_HV C485 C490 C488 C489 Co-LAY + 3.3VS C97 C98 C83 VCCA_SM_CK_2 C40 100mAVC C_HV + C586

22u_6.3V_08 0.1u_10V_X7R_04 C25 CKA VC C_HV_1 B40 LVDS A 0.1u_10V_X7R_04 10u_10V_08 100u_6.3V_B2 1000p_50V_04 * 100u_6. 3V_B2 0.1u_10V_X7R_04 4.7u_6.3V_06 22u_6.3V_08 B25 VCCA_TVA_DAC_1 HV VC C_HV_2 22u_6.3V_12 VCCA_TVA_DAC_2 R312 C27 VCCA_TVB_DAC_1 80mils 1.3A B27 AD 51 Z0808 R332 0_06 1.05VS VCCA_TVB_DAC_2 VCC_PEG_1 0_06 30 mils 120mA B28 W50 Z0802 A28 VCCA_TVC_DAC_1 TV VCC_PEG_2 W51 Co-LAY VCCA_TVC_DAC_2 VCC_PEG_3 V49 C498 C503 C170 C587 VCC_PEG_4 C588 Co-LAY C426 C432 C433 C436 V50 + VCC_PEG_5 1.25VS + M32 1u_6.3V_04 0.1u_10V_X7R_04 22u_6.3V_12 VCCD_CRT *100u_6.3V_B2 22u_6.3V_12 1u_6.3V_04 0.1u_10V_X7R_04 10u_10V_08 L29 PEG *100u_6.3V_B2 VCCD_TVDAC AH 50 20mils 2 60mA N28 VCC_RXR_DMI_1 AH 51 Z0809 R333 0_06 1.05VS R299 VCCD_QDAC VCC_RXR_DMI_2

AN 2 DMI Co-LAY 20 mils 120mA VCCD_HPLL A7 VTTLF _CAP1 C497 C508 C502 C169 C589 1.5VS VTTLF1 + U48 D T V / C RT F2 VTTLF _CAP2 0_04 VCCD_PEG_PLL VTTLF2 AH 1 VTTLF _CAP3 1u_6.3V_04 10u_10V_08 0.1u_10V_X7R _04 22u_6.3V_12 10mils 15 0mA *100u_6.3V_B2 C80 C102 C92 C63 J41 VTTLF3 VC CA_HPLL H42 VCCD_LVDS_1 VCCD_LVDS_2 4.7u_6.3V_06 1u_6.3V_04 0.1u_10V_X7R_04 22u_6.3V_08 VTTLF

C407 C408 LV D S _10V_04 22u_6.3V_08 0.1u_10V_X7R_04 GM965 CRESTLI NE 20 mils 250mA 1. 05VS 1.25VS 6 -03-00965-0S0 1.25VS C504 C499 C166 A

1u_6.3V_04 0.1u_10V_X7R_04 22u_6.3V_08 D5 414 0.47u C411 0.47u_10V_04 C C418 0.47u_10V_04 SC S355V R302 3.3VS 6-06-0035 5-061 10 mils 15 0mA C 1.8V 0_04 10mils 15 0mA R48 R57 C479 C484 C475 VC CA_MPLL 10_04 VCC_HV 1u_6.3V_04 0.1u_10V_X7R_04 10u_10V_08 0_06 5,7,9,10,29 1.8V C406 C410 7 3.3VS_VCCSYNC 3,12,13,15,17,23,26,28 1.5VS 22u_6.3V_08 0.1u_10V_X7R_04 C149 2,5,9..26,31 3.3VS 5,15,26 1.25VS 1u_6.3V_04 2..5,7,12,15,28 1.05VS

GM965 Crestline 5/5 B - 9 Schematic Diagrams DDRII SO-DIMM 0

+VTT_MEM RESISTORS SO-DIMM 0 16-56034-45A VTT_MEM M_CS0# 4 1 RN37 C435 0.1u_10V_X7R_04 M_A_RAS# 3 2 33_4P2R_04 JDIMM_1A C438 0.01u_16V_04 6 M_A_A[ 13: 0] M_A_DQ[63:0] 6 M_A_A0 102 5 M_A_DQ0 M_ODT1 1 4 RN6 M_A_A1 101 A0 DQ0 7 M_A_DQ1 M_CS1# 2 3 33_4P2R_04 M_A_A2 100 A1 DQ1 17 M_A_DQ2 C442 0.1u_10V_X7R_04 M_A_A3 99 A2 DQ2 19 M_A_DQ3 M_A_A13 4 1 RN35 A3 DQ3 M_A_A4 98 4 M_A_DQ4 M_ODT0 3 2 33_4P2R_04 A4 DQ4 M_A_A5 97 6 M_A_DQ5 1.8V C448 0.1u_10V_X7R_04 A5 DQ5 M_A_A6 94 14 M_A_DQ6 JDIMM_1B M_A_A2 4 1 RN40 A6 DQ6 M_A_A7 92 16 M_A_DQ7 112 18 M_A_A4 3 2 33_4P2R_04 Layout No te: M_A_A8 93 A7 DQ7 23 M_A_DQ8 111 VD D1 VSS16 24 C453 0.1u_10V_X7R_04 M_A_A9 91 A8 DQ8 25 M_A_DQ9 117 VD D2 VSS17 41 M_A_A3 1 4 RN12 M_A_A10 105 A9 DQ9 35 M_A_DQ10 96 VD D3 VSS18 53 M_A_A1 2 3 33_4P2R_04 signal/sp ace/signal: A10/ AP DQ10 VD D4 VSS19 M_A_A11 90 37 M_A_DQ11 95 42 C109 0.1u_10V_X7R_04 A11 DQ11 VD D5 VSS20 M_A_A12 89 20 M_A_DQ12 118 54 M_A_A5 2 3 RN15 9 / 5 / 9 A12 DQ12 VD D6 VSS21 M_A_A13 116 22 M_A_DQ13 81 59 M_A_A8 1 4 33_4P2R_04 A13 DQ13 VD D7 VSS22 86 36 M_A_DQ14 82 65 C117 0.1u_10V_X7R_04 84 A14 DQ14 38 M_A_DQ15 87 VD D8 VSS23 60 M_A_A9 2 3 RN19 M_A_BS 2# 85 A15 DQ15 43 M_A_DQ16 103 VD D9 VSS24 66 M_A_A12 1 4 33_4P2R_04 6 M_A_BS 2# A16_BA2 DQ16 45 M_A_DQ17 88 VD D10 VSS25 127 C130 0.1u_10V_X7R_04 DQ17 VD D11 VSS26 M_A_BS 0# 107 55 M_A_DQ18 3.3VS 104 139 M_A_CAS# 1 4 RN10 6 M_A_BS 0# BA0 DQ18 VD D12 VSS27 M_A_BS 1# 106 57 M_A_DQ19 128 M_A_WE# 2 3 33_4P2R_04 6 M_A_BS 1# BA1 DQ19 20 mils VSS28 M_CS0# 110 44 M_A_DQ20 199 145 C136 0.1u_10V_X7R_04 5 M_CS0# S0# DQ20 VD DSPD VSS29 5 M_CS1# M_CS1# 115 46 M_A_DQ21 165 M_CKE0 1 4 RN23 30 S1# DQ21 56 M_A_DQ22 C41 C43 83 VSS30 171 M_A_BS 2# 2 3 33_4P2R_04 5 M_CLK_DDR0 32 CK0 DQ22 58 M_A_DQ23 120 NC1 VSS31 172 C473 0.1u_10V_X7R_04 5 M_CLK_DDR0# 164 CK0# DQ23 61 M_A_DQ24 50 NC2 VSS32 177 M_A_BS 0# 2 3 RN7 5 M_CLK_DDR1 CK1 DQ24 2.2u_6. 3V_06 NC3 VSS33 166 63 M_A_DQ25 0.1u_16V_04 69 187 M_A_A10 1 4 33_4P2R_04 5 M_CLK_DDR1# CK1# DQ25 NC4 VSS34 M_CKE0 79 73 M_A_DQ26 163 178 C457 0.1u_10V_X7R_04 5 M_CKE0 CKE0 DQ26 5 PM_EXTTS0# NCTEST VSS35 M_CKE1 80 75 M_A_DQ27 20mils 190 M_A_A6 4 1 RN42 Sheet 9 of 38 5 M_CKE1 CKE1 DQ27 VSS36 M_A_C AS# 113 62 M_A_DQ28 MVREF_DIM0 1 9 M_A_A7 3 2 33_4P2R_04 6 M_A_CAS # M_A_R AS# 108 CAS# DQ28 64 M_A_DQ29 VR EF VSS37 21 C465 0.1u_10V_X7R_04 6 M_A_RAS # M_A_WE# 109 RAS# DQ29 74 M_A_DQ30 Z0901 201 VSS38 33 M_A_A11 4 1 RN44 6 M_A_WE# DDRII SO-DIMM 1 SA 0_DIM0 198 WE# DQ30 76 M_A_DQ31 C171 C178 Z0902 202 GND0 VSS39 155 M_CKE1 3 2 33_4P2R_04 SA0 DQ31 GND1 VSS40 SA 1_DIM0 200 123 M_A_DQ32 34 C469 0.1u_10V_X7R_04 SA1 DQ32 VSS41 197 125 M_A_DQ33 2.2u_6.3V_06 0.1u_16V_04 132 M_A_BS 1# 4 1 RN38 10,14,16 ICH_SMBCLK0 SC L DQ33 VSS42 195 135 M_A_DQ34 47 144 M_A_A0 3 2 33_4P2R_04 R23 R22 10,14,16 ICH_SMBDAT0 SD A DQ34 137 M_A_DQ35 133 VSS 1 VSS43 156 C105 0.1u_10V_X7R_04 M_ODT0 114 DQ35 124 M_A_DQ36 183 VSS 2 VSS44 168 5 M_ODT0 10K_04 10K_04 M_ODT1 119 ODT0 DQ36 126 M_A_DQ37 77 VSS 3 VSS45 2 C114 0.1u_10V_X7R_04 5 M_ODT1 ODT1 DQ37 VSS 4 VSS46 134 M_A_DQ38 12 3 DQ38 VSS 5 VSS47 10 136 M_A_DQ39 48 15 C87 0.01u_16V_04 6 M_A_DM0 DM0 DQ39 VSS 6 VSS48 26 141 M_A_DQ40 184 27 6 M_A_DM1 DM1 DQ40 VSS 7 VSS49 52 143 M_A_DQ41 78 39 C99 0.1u_10V_X7R_04 6 M_A_DM2 67 DM2 DQ41 151 M_A_DQ42 71 VSS 8 VSS50 149 6 M_A_DM3 130 DM3 DQ42 153 M_A_DQ43 72 VSS 9 VSS51 161 6 M_A_DM4 Layout note: 147 DM4 DQ43 140 M_A_DQ44 121 VSS 10 VSS52 28 6 M_A_DM5 DM5 DQ44 VSS 11 VSS53 170 142 M_A_DQ45 122 40 6 M_A_DM6 DM6 DQ45 VSS 12 VSS54 Place one cap close to every 2 pull-up resistors 185 152 M_A_DQ46 196 138 6 M_A_DM7 DM7 DQ46 VSS 13 VSS55 154 M_A_DQ47 193 150 term inated to +VTT_MEM DQ47 VSS 14 VSS56 6 M_A_DQS0 13 157 M_A_DQ48 8 162 31 DQS0 DQ48 159 M_A_DQ49 VSS 15 VSS57 6 M_A_DQS1 51 DQS1 DQ49 173 M_A_DQ50 2-1734073-1 6 M_A_DQS2 70 DQS2 DQ50 175 M_A_DQ51 6 M_A_DQS3 DQS3 DQ51 CLOSE TO SO-DIMM_0 131 158 M_A_DQ52 6 M_A_DQS4 DQS4 DQ52 148 160 M_A_DQ53 6 M_A_DQS5 DQS5 DQ53 169 174 M_A_DQ54 6 M_A_DQS6 DQS6 DQ54 6 M_A_DQS7 188 176 M_A_DQ55 DQS7 DQ55 179 M_A_DQ56 R82 1K_1%_04 MVREF_DIM0 1.8V 11 DQ56 181 M_A_DQ57 6 M_A_DQS0# 29 DQS0# DQ57 189 M_A_DQ58 R81 6 M_A_DQS1# DQS1# DQ58 49 191 M_A_DQ59 C179 C176 6 M_A_DQS2# DQS2# DQ59 68 180 M_A_DQ60 6 M_A_DQS3# DQS3# DQ60 B.Schematic Diagrams 129 182 M_A_DQ61 1K_1%_04 1u_6.3V_04 0.1u_10V_X7R_04 6 M_A_DQS4# 146 DQS4# DQ61 192 M_A_DQ62 6 M_A_DQS5# 167 DQS5# DQ62 194 M_A_DQ63 6 M_A_DQS6# 186 DQS6# DQ63 6 M_A_DQS7# DQS7# 2-1734073-1 6-86-24200-0 49 (AMP 9.2) 6-86-24200-0 32(FOXCONN 9 .2)

5,7,8,10,29 1.8V 1.8V 1.8V 10,29 VTT_MEM 2, 5, 8,10..26,31 3.3VS

C491 C486 C112 C152 C133 C146 C153 C139 C90 C79 C91 C424 + + 1u_6.3V_04 1u_6.3V_04 1u_6.3V_04 0.22u_10V_04 VTT_MEM 100u_6.3V_B2 10u_10V_08 10u_10V_08 10u_10V_08 4.7u_6. 3V_06 4.7u_6.3V_06 0.22u_10V_04 * 220u_4V_D

C478 C144

C73 C100 C101 C78 C120 C137 C138 C431 10u_10V_08 10u_10V_08

0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04

B - 10 DDRII SO-DIMM 0 Schematic Diagrams DDRII SO- DIMM 1

SO-DIMM 1 +VTT_MEM RESISTORS 16 - 56 03 4 -4 5A VTT_MEM

M_B_A13 4 1 RN 8 C8 4 0.1u _10 V_X7 R_0 4 JD IMM_2A M_B_RAS# 3 2 33 _ 4 P 2 R _ 0 4 6 M_ B _ A [1 3: 0] M_B_A0 102 5 M_B_DQ0 M_B _DQ [63:0] 6 C8 5 0.1u _10 V_X7 R_0 4 M_B_A1 101 A0 DQ0 7 M_B_DQ1 M _B _ BS1# 4 1 RN 1 1 A1 DQ1 M_B_A2 100 17 M_B_DQ2 M_B_A0 3 2 33 _ 4 P 2 R _ 0 4 A2 DQ2 M_B_A3 99 19 M_B_DQ3 C143 0.1u_10V_X7R_04 M_B_A4 98 A3 DQ3 4 M_B_DQ4 M_B_A5 3 2 RN 4 1 M_B_A5 97 A4 DQ4 6 M_B_DQ5 M_B_A8 4 1 33 _ 4 P 2 R _ 0 4 A5 DQ5 M_B_A6 94 14 M_B_DQ6 C8 9 0.1u _10 V_X7 R_0 4 A6 DQ6 M_B_A7 92 16 M_B_DQ7 1.8V M_B_A2 4 1 RN 1 4 M_B_A8 93 A7 DQ7 23 M_B_DQ8 JDIMM_2B M_B_A4 3 2 33 _ 4 P 2 R _ 0 4 Layout Note: A8 DQ8 M_B_A9 91 25 M_B_DQ9 112 18 C119 0.01u_16V_04 A9 DQ9 VDD 1 V SS1 6 M_B_A10 105 35 M_B_DQ10 111 24 M _B _ BS2# 3 2 RN 2 2 signal/space/signal: M_B_A11 90 A10/AP DQ10 37 M_B_DQ11 117 VDD 2 V SS1 7 41 M_B_A7 4 1 33 _ 4 P 2 R _ 0 4 C113 0.1u_10V_X7R_04 M_B_A12 89 A11 DQ11 20 M_B_DQ12 96 VDD 3 V SS1 8 53 9 / 5 / 9 A12 DQ12 VDD 4 V SS1 9 M_B_A13 116 22 M_B_DQ13 95 42 M_B_A10 2 3 RN 3 6 A13 DQ13 VDD 5 V SS2 0 86 36 M_B_DQ14 118 54 M _B _ BS0# 1 4 33 _ 4 P 2 R _ 0 4 C468 0.1u_10V_X7R_04 84 A14 DQ14 38 M_B_DQ15 81 VDD 6 V SS2 1 59 M_ B _ B S 2 # 85 A15 DQ15 43 M_B_DQ16 82 VDD 7 V SS2 2 65 M_B_A3 2 3 RN 3 9 6 M_ B _ B S 2 # A16_BA2 DQ16 VDD 8 V SS2 3 45 M_B_DQ17 87 60 M_B_A1 1 4 33 _ 4 P 2 R _ 0 4 C464 0.01u_16V_04 DQ17 VDD 9 V SS2 4 6 M_ B _ B S 0 # M_ B _ B S 0 # 107 55 M_B_DQ18 103 66 M_ B _ B S 1 # 106 BA0 DQ18 57 M_B_DQ19 3.3VS 88 VDD 10 V SS2 5 127 M_CS2# 4 1 RN 4 6 M_ B _ B S 1 # M_ C S 2 # 110 BA1 DQ19 44 M_B_DQ20 104 VDD 11 V SS2 6 139 M_ODT2 3 2 33 _ 4 P 2 R _ 0 4 C458 0.1u_10V_X7R_04 5 M_CS2# S0# DQ20 VDD 12 V SS2 7 M_ C S 3 # 115 46 M_B_DQ21 128 5 M_CS3# S1# DQ21 20mils V SS2 8 Diagrams B.Schematic 5 M_CLK_DDR2 30 56 M_B_DQ22 199 145 M_B_A12 4 1 RN 4 3 32 CK0 DQ22 58 M_B_DQ23 VDD SPD V SS2 9 165 M_B_A9 3 2 33 _ 4 P 2 R _ 0 4 C455 0.1u_10V_X7R_04 5 M_CLK_DDR2# 164 CK0# DQ23 61 M_B_DQ24 C46 C45 83 V SS3 0 171 5 M_CLK_DDR3 CK1 DQ24 NC 1 V SS3 1 166 63 M_B_DQ25 120 172 M_B_WE# 2 3 RN 3 4 5 M_CLK_DDR3# M_C KE2 79 CK1# DQ25 73 M_B_DQ26 2.2u_6.3V_06 0.1u_16V _04 50 NC 2 V SS3 2 177 M_B_CAS# 1 4 33 _ 4 P 2 R _ 0 4 C451 0.1u_10V_X7R_04 5 M_CKE2 R2 5 M_C KE3 80 C KE0 DQ26 75 M_B_DQ27 69 NC 3 V SS3 3 187 5 M_CKE3 C KE1 DQ27 NC 4 V SS3 4 Sheet 10 of 38 M_ B _ C A S # 113 62 M_B_DQ28 163 178 M_CS3# 2 3 RN 3 3 6 M_B_CAS# C AS# DQ28 5 PM_EXTTS1# NC TEST V SS3 5 10 K _0 4 M_ B _ R A S # 108 64 M_B_DQ29 190 M_ODT3 1 4 33 _ 4 P 2 R _ 0 4 C444 0.1u_10V_X7R_04 6 M_B_RAS# M_ B _ W E # 109 R AS# DQ29 74 M_B_DQ30 20mils MVREF_DIM1 1 V SS3 6 9 6 M_B_WE # SA0 _DI M1 198 WE # DQ30 76 M_B_DQ31 VRE F V SS3 7 21 M_CKE2 3 2 RN 2 5 SA0 DQ31 V SS3 8 DDRII SO-DIMM 1 SA1 _DI M1 200 123 M_B_DQ32 C1 7 5 C173 Z1001 201 33 M_CKE3 4 1 33 _ 4 P 2 R _ 0 4 C441 0.1u_10V_X7R_04 SA1 DQ32 GN D0 V SS3 9 9,14,16 ICH _ SM BC L K0 197 125 M_B_DQ33 Z1002 202 155 195 SC L DQ33 135 M_B_DQ34 2.2u_6.3V_06 0.1u_16V_04 GN D1 V SS4 0 34 M_B_A6 4 1 RN 1 8 9,14,16 ICH _ SM BD AT0 R2 4 SD A DQ34 137 M_B_DQ35 V SS4 1 132 M_B_A11 3 2 33 _ 4 P 2 R _ 0 4 C437 0.1u_10V_X7R_04 DQ35 V SS4 2 M_ O DT 2 114 124 M_B_DQ36 47 144 5 M_ODT2 ODT0 DQ36 VSS1 V SS4 3 10 K _0 4 5 M_ODT3 M_ O DT 3 119 126 M_B_DQ37 133 156 C434 0.1u_10V_X7R_04 ODT1 DQ37 134 M_B_DQ38 183 VSS2 V SS4 4 168 10 DQ38 136 M_B_DQ39 77 VSS3 V SS4 5 2 C429 0.1u_10V_X7R_04 6 M_B_DM0 DM0 DQ39 VSS4 V SS4 6 26 141 M_B_DQ40 12 3 3.3VS 6 M_B_DM1 52 DM1 DQ40 143 M_B_DQ41 48 VSS5 V SS4 7 15 C104 0.1u_10V_X7R_04 6 M_B_DM2 Layout note: 67 DM2 DQ41 151 M_B_DQ42 184 VSS6 V SS4 8 27 6 M_B_DM3 DM3 DQ42 VSS7 V SS4 9 130 153 M_B_DQ43 78 39 6 M_B_DM4 DM4 DQ43 VSS8 V SS5 0 147 140 M_B_DQ44 71 149 6 M_B_DM5 170 DM5 DQ44 142 M_B_DQ45 72 VSS9 V SS5 1 161 6 M_B_DM6 Place one cap close to every 2 pull-up resistors 185 DM6 DQ45 152 M_B_DQ46 121 VSS1 0 V SS5 2 28 6 M_B_DM7 DM7 DQ46 VSS1 1 V SS5 3 154 M_B_DQ47 122 40 terminated to +VTT_MEM DQ47 VSS1 2 V SS5 4 6 M_B_DQS0 13 157 M_B_DQ48 196 138 31 DQS0 DQ48 159 M_B_DQ49 193 VSS1 3 V SS5 5 150 6 M_B_DQS1 51 DQS1 DQ49 173 M_B_DQ50 8 VSS1 4 V SS5 6 162 6 M_B_DQS2 DQS2 DQ50 VSS1 5 V SS5 7 70 175 M_B_DQ51 6 M_B_DQS3 DQS3 DQ51 CLOSE TO SO-DIMM_1 6 M_B_DQS4 131 158 M_B_DQ52 1734075-2 148 DQS4 DQ52 160 M_B_DQ53 6 M_B_DQS5 169 DQS5 DQ53 174 M_B_DQ54 6 M_B_DQS6 DQS6 DQ54 188 176 M_B_DQ55 6 M_B_DQS7 DQS7 DQ55 179 M_B_DQ56 1.8V R79 1K_1%_04 MV RE F _ DIM 1 11 DQ56 181 M_B_DQ57 6 M_ B _ D Q S 0 # DQS0# DQ57 29 189 M_B_DQ58 6 M_ B _ D Q S 1 # DQS1# DQ58 49 191 M_B_DQ59 R86 C1 7 4 C180 6 M_ B _ D Q S 2 # 68 DQS2# DQ59 180 M_B_DQ60 6 M_ B _ D Q S 3 # 129 DQS3# DQ60 182 M_B_DQ61 1K_1%_04 1u _ 6 . 3 V _ 0 4 0.1u_10V _X7R _04 6 M_ B _ D Q S 4 # DQS4# DQ61 146 192 M_B_DQ62 6 M_ B _ D Q S 5 # DQS5# DQ62 167 194 M_B_DQ63 6 M_ B _ D Q S 6 # 186 DQS6# DQ63 6 M_ B _ D Q S 7 # DQS7# 1734075-2 6-86-24200-018-1(AMP 5.2) 6-86-24200-031(FOXCONN 5.2) Layout note: SO-DIMM_1 is placed farther from the GMCH than SO-DIMM_0 VTT_M EM 1. 8V

C474 C449 C472 C132 C77 C67 C69 C134 + 1u_6.3V_04 1u_6.3V_04 1u_6.3V_04 0.22u_10V_04 0.22u_10V _04 220u_4V_D 10u_10V_08 10u_10V_08

2,5,8,9,11..26,31 3.3VS 1.8V Layout Note: 5 ,7 ..9 ,2 9 1.8V 9,29 VTT_MEM Co-layout

C147 C154 C8 2 C59 C9 3 C1 5 0 C88 C1 0 8 C103 C129 C94 C1 1 1 C118 C135 + 100u_6.3V_B210u_10V _08 10u_10V _08 10u_10V_08 4.7u_6.3V_06 4.7u_6.3V_06 0.1u_10V_X7R_04 0.1u_10V_X7R _04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R _04 0.1u_10V_X7R_04 0.1u_10V_X7R_04

DDRII SO- DIMM 1 B - 11 Schematic Diagrams PANEL, INVERTER, CRT, FTP

C389 0.1u_16V_04 C4 0 0 .1 u _ 16V_ 0 4 Q1 3 R276 2.2K_04 3.3VS Zo=75 Ohm 3.3VS 3.3VS CRT 2N7002W G

CR T _ DD CA DAT D S DAC_DDCADATA 5

5 1 5 1 0529 Z1108 R274 4.7K_04 D1 9 SCS7 5 1 V-4 0 6-06-75140-061 CRT_VSYNC 4 2 CRT_HSYNC 4 2 C A DA C_ BL U E 4 5 DA C_ BL U E_ R DAC_VSYNC 5 DAC_HSYNC 5 5VS DA C_ G REE N 3 6 DA C_ G REE N_ R R275 4.7K_04 DA C_ R ED 2 7 DA C_ R ED_ R U1 8 U1 7 0409 1 8

3 SN74AH C1G 125D CK R 3 SN74AH C1G 125D CK R CR T _ DD CA CL K D S 6-01-74112-UD0 DAC_DDCACLK 5 LP 2 Q14 G FCA3216KF4-121T03 2N7002W R277 2.2K_04 6-19-41001-173-1 Zo=75 Ohm 6-15-27002-7B5 3.3VS

3.3VS J_CRT1 A C A C A C C10509-91505-L

D1 6 D1 7 D1 8 6-20-14X00-115 BA V99 BA V99 BA V99 DAC_RED_R 1

AC AC AC 9 6-06-00099-011 DAC _ RED DAC_GREEN_R 2 5 DA C_ R ED DAC _ GR EEN 10 5 DAC _ GR EEN DAC _ BL UE DAC _ BL UE_ R 3 5 DAC_BLUE 11 LP 3 4 FCA3216KF4-121T03 R271 R272 R273 C368 C3 6 9 C3 7 0 C3 5 3 C356 C3 6 1 12 CRT_DDCADAT_R CRT_DDCACLK 4 5 CR T_ DD CA CL K_ R 5 CR T_V SYN C 3 6 CR T_ VSY NC _ R 75_1%_04 75_1%_04 75_1%_04 22p_50V_04 22p_50V_04 22 p _ 5 0 V _ 04 22 p _ 5 0 V _ 04 22p_50V_04 22p_50V_04 13 CR T _ HSY N C_ R CRT_HSYNC2 7 CRT_HSYNC_R 6 CRT_DDCADAT 1 8 CR T_ DD CA DAT_ R 0413 14 CR T _ VSY NC _ R 7 Sheet 11 of 38 15 CRT_DDCACLK_R 8

C365 C3 7 4 C3 8 4 C386

PANEL, INVERTER, GND1 GN D 2 1000p_50V_04 220p_50V_04 220p_50V_04 1000p_50V_04 CRT, FTP

LVDS -L0N LVD S-L0N 5 LVDS -L0P LVD S-L0P 5 LVDS -L2N LVD S-L2N 5 INVERTER CONNECTOR PLVD D LVDS -L2P PANEL LVD S-L2P 5 LVDS -L1N 2A LVD S-L1N 5 LVDS -L1P L VDS -L CL KN LVD S-L1P 5 LVD S-LCLKN 5 C7 C5 C1 1 L VDS -L CL KP LVD S-LCLKP 5 0.1u_16V_04 * 10p_50V_04 4.7u_6.3V_06 J_LCD1 L1 3 3.3V 3.3V VIN HC B2012KF-500T40 VIN_IN V 12 4 3 2 1 1 2 3 4 6-19-31001-163-1 LVDS-L0N 34 CP1 56 3. 3V S LVDS-L0P Z1101 U1 6 B 78 P_ DD C_ C LK C3 R1 1M_ 0 4 U16A 74LVC08PW C1 C332 C3 3 1 LVDS-L2N 910 P_ DD C_ D ATA CP2 14 74LVC 08PW

11 12 14 6-01-07408-Q70 40 m i l

LVDS-L2P 0.1u_16V_04 *10p_8P4C_04 5 6 7 8 8 7 6 5 *1 0 p_ 8 P 4 C _ 04 1 0.1u_16V_04 0.1u_25V_06 0.1u_25V_06 13 14 LV D S - L C L K N 14 SB_ BLO N 3 Z11054 LVDS-L1N 15 16 LV D S - L C L K P 2 6 17 18 22 BKL_EN LVDS-L1P 5 19 20 B.Schematic Diagrams

87216-2006 7 U16C J_ I N V 1 14

R2 1M_ 0 4 7 74LVC08PW 6-20-41A10-210 3. 3 V S Z1106 9 1 SY S15V SYS 15V 0529 8 IN V_ BL ON 2 5 BL ON 3 3.3V Z1107 10 4 U16D Q1 C9 5

14 74LVC08PW 6

R13 R1 2 1 6 7 R3 C2 D D 0.1u_16V_04 22 , 2 3 LID _SW# 12 87212-06G0 1M _04 1M_04 2 5 11 1M_04 100p_50V_04 D D 6-20-41A10-106 13 14,22,31 PM _PW R OK Z1102 Z1103 3 4 2A PLVD D Q3 G S D

C 2N7002W SI3456DV-T1-E3 7 5 EN AVD D B R1 0 R9 J_INV1 G 6-15-03456-7B1 R1 1 22 BRI GH TNESS Q4 E C10 20 0 _ 1 % _0 6 * 200_1% _06 1

DTC114EUA S 1M_04 6-15-0C114-1B0 0.1u_16V_04 Z1104 6 D Q2 FTP/TP/CIR G 2N 7002W J_ F P TT P 1 VD D5 25,27,2 8 1 U SB_PP4 13 3 .3 V 2,1 3 ..1 5 ,1 7 ,2 3 ,24,2 6 ..2 9

S 2 U SB_PN 4 13 5 V 15,2 3 ,2 4 ,2 6. .2 9,3 1 3.3V VDD 5 5V J_FPTTP1 3 3.3VS 2,5,8..10,12..26,31 U SB_PP9 13 5VS 12,14,15,20,21,23..25 1 4 3.3VS 5 U SB_PN 9 13 SY S15V 25,27 6 VIN 25..31 C590 C591 C592 EN TER KEY # 22 R4 R5 7 8 PO PM EN U# 22 9 CIR_RX 22 4.7K_04 4.7K_04 12 10 3. 3V 11 VDD 5 12 5V 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 5 P_D DC _ DATA 87 2 1 2 - 1 2G 0 5 P_ D DC _CL K 6-20-41A00-112

B - 12 PANEL, INVERTER, CRT, FTP Schematic Diagrams ICH8-M 1/4, SATA

X2 32 . 7 6 8 K H z RTCVCC 6-22-32R76-0B1 20 mils C 533 15p_50V_04 20mils 2 1 D29 R347 SCS751V-40 C581 3 10M_04 6-06-75140-061 1u_6.3V _04 U6 A 4 VD D3 A C RTC_X1 AG 25 E5 RTCX1 FW H0/LAD 0 LPC _AD0 17,22 C 528 15p_50V_04 Zo = 5 0O? 5% RTC_X2 AF24 F5 LPC_AD 1 17,22 RTCX2 FW H1/LAD 1 G8 LPC_AD 2 17,22 RTCRST# AF23 FW H2/LAD 2 F6 RTCRST# FW H3/LAD 3 LPC _AD3 17,22 R 406 68K_1%_04

A C INTRUDER# AD 22 LPC C4 LP C_FR AM E# 17,22

IN TRU DE R# RT C FW H4/LFR AM E#

D32 1 ICH _ INTVR M EN AF25 G9 LPC_D RQ 0# IN TVRM EN LD RQ0# SC S7 51V -40 C2 1 7 JO PEN1 LAN100_SLP AD 21 E6 LD RQ1# R401 R1 1 9 *OPEN_10mil-1MM LAN 100_SLP LDR Q 1#/GPIO23 R 152 10K_04 3.3VS 1u_6.3V_04 G LAN_CLK B24 AF 13 10mils RTC CLEAR GLAN_CLK A2 0GA TE GA20 22

1K_1%_04 1M_04 2 AG 26 JCBAT JCBA T1 LAN _RS TSYN C D22 A2 0M # H_A20M# 2 LAN _RSTS YN C AF 26 ICH_DPRSTP# R91 0_04 1 DPRSTP# H_ D PRS TP# 2 ,5 ,3 1 LAN _RXD 0 C21 AE 26 ICH_DPSLP# R90 0_04 LAN_RXD0 DPS L P# H_D PSLP# 2 1.5VS LAN _RXD 1 B21 2 LAN _RXD 2 C22 LAN_RXD1 AD 24 1 2 LAN_RXD2 FE RR # H_ FER R # 2 85205-02001 Diagrams B.Schematic LAN_TXD0 D21 AG 29 R122 56_04 6-20-41100-002 LAN_TXD1 E20 LAN_TXD0 CPUPWRGD/GPIO49 H_PWRGD 2 R93 *56_04 1. 0 5 V S C537 R111 LAN_TXD2 C20 LAN_TXD1 AF 27 R92 *56_04 LAN_TXD2 IGN N E# H_IGNNE# 2 LAN / GLAN / LAN 0.1u_16V_04 24.9_1%_04 GLAN_DOCK# AH 21 AE 24 Z1208 R106 0_04 H_INIT# 2 G LAN_D OC K#/G PIO 13 IN IT# AC 20 INTR H_INTR 2 D25 AH 14 GLAN_COMPI RC IN # ICH_KBC_RST# 22 Z1201 C25 R1 4 3 1 0K _ 04 3.3VS GLAN_COMPO AD 23 H_NMI 2 3.3VS AJ 16 CPU NMI AG 28 Sheet 12 of 38 20,23 AZ_BITCLK HDA_BIT_CLK SM I# H_SMI# 2 AJ 15 20,23 AZ_SY NC HDA_SYNC AA 24 H _ STPC L K# 2 3.3VS AE14 STPC L K# 20,23 AZ _RST# HDA_RST# R151 AE 27 SB_TH RM TRIP # R 89 24.9_1%_04 ICH8-M 1/4, SATA TH RM TRI P# PM_THRMTRIP# 2,5 20 AZ_SD IN 0 AJ 17 *1K_1%_04 AH 17 HDA_SDIN0 AA 23 Z1207 R87 56_04 23 AZ_SD IN 1 1.05VS C2 9 6 R162 HD A_SD IN2 AH 15 HDA_SDIN1 TP8 HDA_SDIN2 HD A_SD IN3 AD 13 V1 ID E_ PD D0 0.1u_16V_04 * 10K_04 HDA_SDIN3 DD 0 U2 ID E_ PD D1

AE13 IHDA DD 1 V3 ID E_ PD D2 20,23 AZ_SDOUT HDA_SDOUT DD 2 T1 ID E_ PD D3 DD 3 HDA_DOCK_EN#_R AE10 V4 ID E_ PD D4 HD A_ DO C K_ RST# AG 14 HDA_DOCK_EN#/GPIO33 DD 4 T5 ID E_ PD D5 H DA _DO CK_R ST#/GP IO34 DD 5 Layout note: AB 2 ID E_ PD D6 DD 6 SA TA_ LE D# AF10 T6 ID E_ PD D7 SA TALE D# DD 7 24.9_1% needs to placed within 2" of ICH8, T3 ID E_ PD D8 56 Ohm must be placed within 2" of 24.9_1% SATA_R XN0_ C AF6 DD 8 R2 ID E_ PD D9 SA TA0RXN DD 9 RTCVCC RTCVCC SATA_R XP0_ C AF5 T4 ID E_ PD D1 0 w/o stub. SA TA TXN0 C 267 3900p_50V_X7R_04 SA TA_ TXN0 _C AH 5 SA TA0RXP DD 1 0 V6 ID E_ PD D1 1 Zd iff = 1 00O ? 0 % SA TA TXP0 C 258 3900p_50V_X7R_04 SA TA_ TXP 0_C AH 6 SA TA0TXN DD 1 1 V5 ID E_ PD D1 2 SA TA0TXP DD 1 2 U1 ID E_ PD D1 3 SATA1R XN DD 1 3 AG 3 V2 ID E_ PD D1 4 I DE_ PD D [15: 0] 2 3 R103 R340 SATA1R XP AG 4 SA TA1RXN DD 1 4 U6 ID E_ PD D1 5 SATA1TXN AJ 4 SA TA1RXP DD 1 5 SA TA1TXN 332K_1%_06 332K_1%_06 SATA1TXP AJ 3 AA 4 SA TA1TXP DA0 AA 1 I DE_ PD A0 2 3 I DE_ PD A1 2 3 SATA2R XN AF2 IDE DA1 AB 3 SA TA2RXN DA2 I DE_ PD A2 2 3 ICH _ INTVR M EN LAN100_SLP SATA2R XP AF1 Z o= 55O ? 5 % SA TA2RXP SATA2TXN AE4 Y6 I DE_ PD C S1 # 23 SATA2TXP AE3 SA TA2TXN DC S1 # Y5 SA TA2TXP DC S3 # I DE_ PD C S3 # 23 SATA 16 CLK_SATA# AB7 W4 16 C L K_ SATA AC 6 SA TA_CLKN DI OR # W3 I DE_ PD IO R# 2 3 SA TA_CLKP DIOW# Y2 I DE_ PD IO W # 23 DD AC K# ID E_ PD DA CK# 2 3 Z1206 AG 1 Y3 SA TARBI AS# IDEIRQ IDE_IRQ 23 AG 2 Y1 ID E_ PD IO RD Y SA TARBI AS IO RD Y W5 I DE_ PD IO RD Y 2 3 DDREQ I DE_ PD D REQ 23 Within 500mil 82801HBM IC H8M R399 6-03-82801-0FF 24.9_1%_04

SATA HDD SATA & ODD LED J_HDD1 S1 S2 SATATXP0 S3 SATATXN0 3.3VS 3.3VS S4 S5 SATAR XN0 C29 3900p_50V_X7R _04 SATA_R XN0_C S6 SATAR XP0 C24 3900p_50V_X7R _04 SATA_R XP0_C 3. 3 V S S7 R2 1 6 D34 R2 1 4 3.3VS SCS355V 10 K _ 0 4 6-06-00355-061 100K_04 P1 R 203 4.7K_04 ID E_ PD IO RD Y P2 SATA_L ED # C A HD_LED# 24 P3 C1 5 C388 P4 R194 10K_04 ID E_ IR Q P5 0.01u_16V_04 10u_10V_08 P6 D33 SCS355V P7 5VS C A 23 C D_D ASP# P8 P9 P10 P11 Z1202 P12 C4 C8 C6 C3 8 7 C390 C391 P13 Z1203 + 2,22,24,25,27,30 VDD 3 P14 Z1204 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 1u _ 6 . 3 V _ 0 4 10u_10V_08 100u_6.3V_B2 2,5,8..11,13..26,31 3.3VS P15 Z1205 1 1 ,1 4 ,1 5 ,20,2 1 ,2 3 ..2 5 5VS 3,8,13,15,17,23,26,28 1.5VS C16623-122A4 11,25,27,28 VDD5 PI N GN D1 ~2=G N D 15 RT C VC C 6-20-43720-122 2 ..5 ,7 ,8 ,1 5,2 8 1.05VS

ICH8-M 1/4, SATA B - 13 Schematic Diagrams ICH8-M 2/4, PCI, USB

ICH8M Boot BIOS select

St rap PCI_GNT#0 SP I_CS #1 U6D P27 V27 17 PC I E_R XN 1_WLAN DMI_RXN0 5 P26 PERN1 DMI0RXN V26 17 PCIE_RXP1_WLAN PER P1 DMI0RXP DMI_RXP0 5 C525 0.1u_10V_X7R_04 PC I E _TXN1_C N29 U29 F W H (d e fa ult )11 St uf f St uff 17 PC I E_TXN 1_WLAN PETN 1 DMI0TXN DMI_TXN0 5 C526 0.1u_10V_X7R_04 PC I E _TXP1_C N28 U28 17 PCIE_TXP1_WLAN PETP 1 DMI0TXP DMI_TXP0 5 M27 Y27 PC I 10 St uff Un s ta ff 17 PC I E_R XN 2_NEW_CARD DMI_RXN1 5 M26 PERN2 DMI1RXN Y26 17 PC I E_R XP2_N EW _CARD DMI_RXP1 5 C523 0.1u_10V_X7R_04 PC I E _TXN2_C L29 PER P2 DMI1RXP W29 17 PCIE_TXN2_NEW_CARD PETN 2 DMI1TXN DMI_TXN1 5 C524 0.1u_10V_X7R_04 PC I E _TXP2_C L28 W28 SP I 01 Un s ta ff St uff 17 PCIE_TXP2_NEW_CARD PETP 2 DMI1TXP DMI_TXP1 5 K27 AB 26 Zo = 5 5O ? 5% 23 PCIE_RXN3_3G PERN3 DMI2RXN DMI_RXN2 5 K26 AB 25 23 PCIE_RXP3_3G C521 0.1u_10V_X7R_04 PC I E _TXN3_C J29 PER P3 DMI2RXP AA 29 DMI_RXP2 5 23 PC I E _TXN3_3G DMI_TXN2 5 C522 0.1u_10V_X7R_04 PC I E _TXP3_C J28 PETN 3 DMI2TXN AA 28 PCI RST#: LAN ,Cardbus,KBC 23 PC I E _TXP3_3G PETP 3 DMI2TXP DMI_TXP2 5 H27 AD 27 PLT _RST#: N/B,I DE,FWH 23 PC I E_R XN4_GLAN PERN4 DMI3RXN DMI_RXN3 5 H26 AD 26 23 PCIE_RXP4_GLAN PER P4 DMI3RXP DMI_RXP3 5 C519 0.1u_10V_X7R_04 PC I E _TXN4_C G29 AC 29 BUF _PLT_RST#: NEW CARD,M INI CARD 23 PCIE_TXN4_GLAN PETN 4 DMI3TXN DMI_TXN3 5 23 PCIE_TXP4_GLAN C520 0.1u_10V_X7R_04 PC I E _TXP4_C G28 AC 28 DMI_TXP3 5

PETP 4 PCI-Express DMI3TXP Z1301 F27 T26 CLK_PCIE_ICH# 16 Z1302 F26 PERN5 DMI_CLKN T25 PER P5 DMI_CLKP CLK_PCIE_ICH 16 3.3VS 3.3VS Z1303 E29 PETN 5 R177 R141 Z1304 E28 Interface Media Direct Y23 Z1312 R127 24.9_1%_04 PETP 5 DMI_ZCOMP 1.5VS PC I _GNT#0 PC I _GNT#2 Y24 DMI_IRCOMP Pla ce within 50 0 Z1305 D27 Z1306 D26 PERN6/GLAN_RXN G3 mil s of ICH USB_PN023 *10K _04 10K_04 Z1307 C29 PER P6/ GLAN _R XP USBP0N G2 USB_PP0 23 R176 R137 Z1308 C28 PETN 6/ GLAN _TXN US BP0P H5 PETP 6/ GLAN_TXP USBP1N USB_PN123 Zo= 55O? 5% H4 US BP1P USB_PP1 23 USB0: P ort 0 / Dock ing *10K_04 *10K_04 SPI _S CLK R367 15_04 Z1325C23 H2 SPI _CLK USBP2N USB_PN223 R366 * 10K_04 SPI _C S0# R362 15_04 Z1326B23 H1 USB1: P ort 1 R126 * 10K_04 SPI _C S1# E22 SPI _CS0# US BP2P J3 USB_PP2 23 USB_PN317 Sheet 13 of 38 SPI _CS1# USBP3N J2 USB2: P ort 2 USB_PP3 17 R123 * 10K_04 SPI _S I R118 15_04 Z1327D23 US BP3P K5 USB_PN411 USB3: N ew card 3. 3VS R99 *10K_04 SPI _S O F21 SPI _MOSI SPI USBP4N K4 Zd if f= SPI _MIS O US BP4P USB_PP4 11 K2 90 O? 5 % USB4: T ouch Panel ICH8-M 2/4, PCI, USBP5N USB_PN523 4 5 PCI_REQ#2 AJ 19 K1 23 USB_OC#1 OC0# US BP5P USB_PP5 23 USB5: B luetooth RN27 3 6 PCI_REQ#1 AG16 L3 8.2K_8P4R_04 2 7 PCI _D EV SEL# AG15 OC1#/GPIO40 USBP6N L2 USB_PN617 AD20 :CardReader 23 USB_OC#2 USB_PP6 17 USB6: M ini Card 1 8 AE15 OC2#/GPIO41 US BP6P M5 USB 17 USB_OC#3 USB_PN723 8 1 PCI_REQ#3 R140 10K_04 Z1316 AF15 OC3#/GPIO42 US B USBP7N M4 USB7: C CD AD25 :1394 3. 3V OC4#/GPIO43 US BP7P USB_PP7 23 RN29 7 2 PCI_I NT#G R375 10K_04 Z1317 AG17 M2 OC5#/GPIO29 USBP8N USB_PN823 USB8: 3 G card 8.2K_8P4R_04 6 3 PCI_FRAME# R150 10K_04 Z1318 AD12 M1 OC6#/GPIO30 US BP8P USB_PP8 23 5 4 PCI_STOP# R373 10K_04 Z1319 AJ 18 N3 USB9: F inger Print OC7#/GPIO31 USBP9N USB_PN911 8 1 PCI_I NT#C R148 10K_04 Z1320 AD14 N2 RN32 7 2 PCI_REQ#0 REQ# 0:C ardReader R371 10K_04 Z1321 AH18 OC8# US BP9P USB_PP9 11 8.2K_8P4R_04 6 3 PCI_I NT#B REQ# 2:1 394 OC9# F2 5 4 PCI_PERR# USBRBIAS# F3 Z1313 R402 20_1%_06 USBRBIAS 8 1 PCI_I NT#E Zo= 60O? 5% RN30 7 2 PCI_I NT#F 82801HBM ICH8M Pla ce within 50 0 8.2K_8P4R_04 6 3 PCI_SERR# INTA #: mil s of ICH 5 4 PCI_I NT#A 8 1 PCI_LOCK# INTB #:C ardReader RN31 7 2 PCI_I NT#D 8.2K_8P4R_04 6 3 PCI_TRDY# INTC #: 5 4 PCI_I RDY# U6B INTD #:1 394 18,19 PCI_AD[31:0] R191 8.2K_04 PCI_I NT#H PC I _AD 0 D20 A4 PC I _R EQ#0 AD 0 REQ0# PCI_REQ#0 19 PC I _AD 1 E19 D7 PC I _GNT#0 PCI_GNT#0 19 PC I _AD 2 D19 AD 1 GNT0# E18 PC I _R EQ#1 3.3V PC I _AD 3 A20 AD 2 REQ1#/GPIO50 C18 PC I _GN T#1 PC I _AD 4 D17 AD 3 GNT1#/GPIO51 B19 PC I _R EQ#2 AD 4 REQ2#/GPIO52 PCI_REQ#2 18 PC I _AD 5 A21 F18 PC I _GN T#2 AD 5 GNT2#/GPIO53 PCI_GNT#2 18 PC I _AD 6 A19 A11 PCI_REQ#3 AD 6 REQ3#/GPIO54 C216 0.1u_16V_04 PC I _AD 7 C19 C10 PC I _GN T#3 U9 PC I _AD 8 A18 AD 7 GNT3#/GPIO55 B.Schematic Diagrams

5 74LVC1G08GW PC I _AD 9 B16 AD 8 C17 PCI_C/BE#0 18,19 PLT_RST# 1 PC I _AD 10 A12 AD 9 C/BE0# E15 R380 6-01-74108 -Q61 PCI_C/BE#1 18,19 4 PC I _AD 11 E16 AD 10 C/BE1# F16 BUF_PLT_RST# 17,22,23 AD 11 C/BE2# PCI_C/BE#2 18,19 * 1K_1%_04 2 PC I _AD 12 A14 E17 AD 12 C/BE3# PCI_C/BE#3 18,19 PC I _AD 13 G16 AD 13 R104 PC I _AD 14 A15 C8 PCI_IRDY# PC I _AD 15 B6 AD 14 IRDY# D9 PCI_IRDY# 18,19 3 PCI _PAR 18,19 100K_04 PC I _AD 16 C11 AD 15 PAR G6 PC I _R ST# PC I _AD 17 A9 AD 16 PCI PC I R ST# D16 PC I _D EV SEL# AD 17 DEVSEL# PCI_DEVSEL# 18,19 PC I _AD 18 D11 A7 PC I _P ER R# AD 18 PERR# PCI _PERR# 18,19 PC I _AD 19 B12 B7 PC I _LOC K# AD 19 PLOC K# PC I _AD 20 C12 F10 PC I _S ER R# AD 20 SERR# PCI _SERR# 19 PC I _AD 21 D10 C16 PC I _S TOP# PC I _AD 22 C7 AD 21 STOP# C9 PCI_TRDY# PCI_STOP# 18,19 PCI_TRDY# 18,19 PC I _AD 23 F13 AD 22 TRDY# A17 PC I _F RAME# PCI_FRAME#18,19 PC I _AD 24 E11 AD 23 FR AME# AD 24 PC I _AD 25 E13 AG24 PLT_RST# AD 25 PLTR ST# PLT_RST#5,17 PC I _AD 26 E12 B10 PC LK_I C H AD 26 PC I C LK PCLK_ICH16 PC I _AD 27 D8 G7 AD 27 PME# PME# 18,19,22 PC I _AD 28 A6 PC I _AD 29 E8 AD 28 PC I _R ST# R232 0_04 PC I _AD 30 D6 AD 29 19 PCI_RST# PC I _AD 31 A3 AD 30 AD 31

PLT_RST# R98 *0_04 PCIRST# 18,23 PCI_I NT#A F9 Interrupt I/F F8 PCI_INT#E 19 PCI_INT#A PI R QA# PI R QE#/ GPI O2 19 PCI_INT#B PCI_I NT#B B5 G11 PCI_INT#F PCI_I NT#C C5 PI R QB# PI R QF#/ GPI O3 F12 PCI_INT#G PC LK_ICH R387 *100K_04 Z1309 C551 * 10p_50V_04 PCI_I NT#D A10 PI R QC# PIRQG#/GPIO4 B3 PCI_INT#H 18 PCI_INT#D PI R QD#PIRQH#/GPIO5 82801HBM ICH8M

2,5,8..12,14..26,31 3.3VS 2,11,14,15,17,23,24,26..29 3.3V 3,8,12,15,17,23,26,28 1.5VS 11,12,14,15,20,21,23..25 5VS

B - 14 ICH8-M 2/4, PCI, USB Schematic Diagrams ICH8-M 3/4

3.3VS 3.3VS 9,10,16 ICH_SMBCLK0 LCDID0 R390 10K_04 DDR2, CLK GEN 9,10,16 ICH_SMBDAT0 U6C LCDID1 R386 10K_04 ICH_SMBCLK0 AJ26 AJ 12 SB_GPIO21 SMBCLK SATA0GP/ GPI O21 R132 ICH_SMBDAT0 AD19 AJ 10 SB_GPIO19 CL_RST#1 AG21 SMBDATA SATA1GP/ GPI O19 AF 11 LCDID0 SB_GPI O21 R385 10K_04 17 CL_RST#1 100K_04 Z o= 55 O? 5% AC17 LINKALERT# SATA2GP/ GPI O36 AG11 LCDID1 SB_GPI O19 R175 10K_04 VCORE PWRGD SMLINK0 SATA GPIO SATA3GP/ GPI O37 ICH_SMBCLK1 AE19 R384 * 10K_04 17 ICH_SMBCLK1 SMLINK1

ICH_SMBDAT1 SMB AG9 CLK_ICH14 R166 * 10K_04 VRM_PWRGD NEW CARD, MINI CARD 17 ICH_SMBDAT1 PM_RI# AF17 CLK14 G5 CLK_ICH48 CLK_ICH14 16 RI# CLK48 CLK_ICH48 16 Q7 R178 0_04 SB_SU SSTA T# F4 D3 SUSCLK 17 LPCPD# SU S_STAT#/ LPC PD # SUSCLK

2N7002W PM_SYSRST# AD15 Clocks 6-15-2 7002-7B5 D C239 SY S_RESET# AG23 ICH _SU SB# Layout note: AG12 SLP _S3# AF 21 ICH _SU SC# 5 PM_BMBUSY# BMBUSY#/GPIO0 SLP _S4# G *0.1u_10V_X7R_04 AD 18 SLP_S5# 31 CLKEN# SLP _S5# It"s for internal testing SW I # AG22 purposes only 22 SWI# SMBALERT#/GPIO11 AH 27 S4_STATE S PM_STPPC I # AE20 S 4_STATE#/GPIO26 16 PM_STPPC I # STP_PC I #/ GPI O15 PM_STPCPU# AG18 AE 23 SB_PWROK R146 100K_04 16 PM_STPCPU# STP_C PU#/GPIO25 PWROK 3.3V PM_CLKRUN# AH11 AJ 14 Z1421 R377 100_1%_04 17,22 PM_CLKRUN# CLKRUN#/GPIO32 D PR SLPVR / GPI O16 PM_DPRSLPVR 5,31 SYS R129 *10K_04 PM_STPPC I # PC I E_WAKE# AE17 AE 21 S B_BATLOW# R128 10K_04 17,23 PCIE_WAK E# WAK E# BATLOW# 3.3V R138 10K_04 SMI # SER I R Q AF12 ICH_SMBDAT0 17,19,22 SER I RQ SER I R Q R134 2.2K_04 2 PM_THRM# PM_THRM# AC13 C2 PWR_BTN# R190 * 10K_04 3.3V R130 2.2K_04 ICH_SMBDAT1 THRM# PWRBTN#

PWR_BTN#22 Diagrams B.Schematic R116 2.2K_04 ICH_SMBCLK0 R136 1M_04 VR M_PWRGD AJ20 AH 20 Z1420 R370 10K_04 VR MPW RGD GPIO LAN_RST# R131 2.2K_04 ICH_SMBCLK1 Z1401 AJ22 AG27 Z1419 R338 100_1%_04 RSMRST# 22 R149 1K_1%_04 PC I E_WAK E# TP7 RSMRST# R339 10K_04 R145 10K_04 PM_SY SRST# Z1499 AJ 8 E1 TACH1/GPIO1 CK_PWRGD CLK_PWRGD16 8 1 SW I # Z1498 AJ 9 3.3VS C516100p_50V_04 TACH2/GPIO6 RN26 7 2 CL_RST#1 11 SB_B LON R3950_04 Z1422 AH9 E3 MPWROK MPWROK5 10K_8P4R_04 6 3 ICH_SUSB# SC I # AE16 TACH3/GPIO7 CLPWROK 22 SC I # MGT Power 5 4 07/23/2007 SMI # AC19 GPIO8 AJ 25 Z1418 R343 *0_04 PM_SLP_M# R109 22 SMI # GPIO12 SLP_M# 8 1 SC I # SB_A LIEN_DET# AG8 TACH0/GPIO17 RN28 7 2 FWH_TBL# AH12 F23 CL_CLK0 5 3.24K_1%_06 Sheet 14 of 38 10K_8P4R_04 6 3 PM_R I # AE11 GPIO18 CL_CLK0 AE 18 21 SB _MUTE# CL_CLK1 17 5 4 SB _SUS STAT# R394 10K_04 FWH_WP# AG10 GPIO20 CL_CLK1 3.3VS SC LOCK/GPIO22 GPIO Z1404 AH25 F22 Zo= 5 5O? 5% C209 3.3VS QRT_STATE0/GPIO27 CL_DATA 0 CL_DATA0 5 Z1405 AD16 AF 19 R108 ICH8-M 3/4 3.3VS R154 *0_04 Z1423 AG13 QRT_STATE1/GPIO28 CL_DATA 1 CL_DATA1 17 16 PW RS AVE# Z1406 AF9 SATAC LKR EQ#/GPIO35 D24 Z1428 12 mils 453_1%_06 0. 1u_10V_X7R_04 SLOAD/GPIO38 CL_VREF 0 R160 100K_04 SB_ALIEN_DET# R165 10K_04 Z1424 AJ11 AH 23 Z1427 R361 SD ATAOUT0/GPIO39 CL_VREF 1 R153 10K_04 Z1425 AD10 R157 10K_04 SERIRQ R161 * 1K_1%_04 SD ATAOUT1/GPIO48 AJ 23 3.24K_1%_06 3.3VS CL_RST#0 5 R155 8.2K_04 PM_THRM# AD9 CL_RST# Zo = 5 5O? 5 % 20 I C H _SPKR SPKR R144 * 10K_04 PM_STPC PU # R381 *10K_04 AJ 27 Z1417 R342 10K_04 C L_ VRE T0 /1= 0.4 05 V 12mils 3.3VS MEM_LED / GPI O24 3.3V R158 8.2K_04 PM_CLKRUN# AJ13 AJ 24 Z1416 R354 10K_04 5 MCH_ICH_SYNC# MCH_SYNC# ALER T/ GPI O10 AF 22 Z1415 0410 C539 R365 Z1426 AJ21 NETDETECT/GPIO14 AG19 Z1414 100K_04 R359 TP3 WOL_EN / GPI O9 R368 3.3V 0.1u_10V_X7R_04 MISC Link Controller *1K _1%_04 82801HBM ICH8M 453_1%_06

C584

0.1u_16V_04

U23B 14 74LVC08PW C3034.7u_6.3V_06 RSMRST# 4 6 SU SB# 17, 19,22,27 ICH_SUSB# 5 R222150K_04 R404 5VS D8 7 1M_04 3.3V SC S355V 6-06-00355-061 R206 100K_04 U23A Z1413 C A R207 1M_04 14 74LVC08PW PM_PWROK 1 R407 0_04 11,22,31 PM_PWROK 3.3V 3 Z1407 SB_PW ROK D7SCS355V U23C 2 C A 5,31 DELAY_PWRGD 26 1.25V S_PWRGD 74LVC08PW C582 R408 3.3V 4

1 6-01-07408-Q70

7 *0.1u_16V_04 RSMRST# 9 1M_04 8 SUSC#22 ICH_SUSC# 10 U23D 14 74LVC08PW 12 28 VCCP_PWRGD R403 11 MPWROK 7 13 29 1.8V_PWRGD 1M_04 7

CLK_ICH14 R179 * 10K_04 Z1411 C274 *0.1u_10V_X7R_04

CLK_ICH48 R189 * 10K_04 Z1412 C287 *0.1u_10V_X7R_04 POWER OK

3.3VS U14 R229 2 Z1409 PM_PWROK RST# PM_PW ROK 11,22,31 3 VC C 1 100_04 GND R223 C307 G690L293T73 100K_04 0.1u_16V_04 6-03-69029-0D0 (IMP809) 11,12,15,20,21,23..25 5VS 2,11,13,15,17,23,24,26..29 3.3V 2,5,8..13,15..26,31 3.3VS

ICH8-M 3/4 B - 15 Schematic Diagrams ICH8-M 4/4

Layo ut not e: RTCVCC U6F 80mils 1.2A U6E Place within 100 mils AD25 VCCRTC VCC1_05[ 01] A13 1. 05VS A23 VS S[ 001] VS S[ 099] K7 of pin A16 and T7 of VCC1_05[ 02] B13 A5 VS S[ 002] VS S[ 100] L1 C205 C202 C515 A16 C13 C253 C226 C242 AA2 L13 ICH8M on the bottom V5REF[1] VCC1_05[ 03] + VS S[ 003] VS S[ 101] VCC5REF T7 V5REF[2] VCC1_05[ 04] C14 AA7 VS S[ 004] VS S[ 102] L15 side or 140 mils on 0.1u_10V_X7R_04 0. 1u_16V_04 10u_10V_08 VCC1_05[ 05] D14 0.1u_10V_X7R_04 1u_6.3V_04 100u_6.3V_B2 A25 VS S[ 005] VS S[ 103] L26 the top side V5R EF _SU S G4 V5REF_SUS VCC1_05[ 06] E14 AB1 VS S[ 006] VS S[ 104] L27 F14 AB24 L4 VCC1_05[ 07] VS S[ 007] VS S[ 105] CLOSE TO pin AD25 AA 25 G14 La yout n ote: AC 11 L5 AA 26 VCC1_5_B[01] VCC1_05[ 08] L11 AC 14 VS S[ 008] VS S[ 106] M12 5VS AA 27 VCC1_5_B[02] VCC1_05[ 09] L12 Place at MCH edge AC 25 VS S[ 009] VS S[ 107] M13 D31 AB 27 VCC1_5_B[03] VCC1_05[ 10] L14 AC 26 VS S[ 010] VS S[ 108] M14 A SC S751V -40 AB 28 VCC1_5_B[04] VCC1_05[ 11] L16 AC 27 VS S[ 011] VS S[ 109] M15 6-06 -75140 -061 AB 29 VCC1_5_B[05] VCC1_05[ 12] L17 AD 17 VS S[ 012] VS S[ 110] M16 D28 VCC1_5_B[06] VCC1_05[ 13] L18 L ayout note: AD 20 VS S[ 013] VS S[ 111] M17 D29 VCC1_5_B[07] VCC1_05[ 14] M11 Place within 100mils of ICH on the AD 28 VS S[ 014] VS S[ 112] M23 3.3VS 1.5VS E25 VCC1_5_B[08] VCC1_05[ 15] M18 bottom side or 140 mils on the top AD 29 VS S[ 015] VS S[ 113] M28 VCC1_5_B[09] VCC1_05[ 16] VS S[ 016] VS S[ 114] C 20 mils E26 P11 AD 3 M29 E27 VCC1_5_B[10] CORE VCC1_05[ 17] P18 1.5VS AD 4 VS S[ 017] VS S[ 115] M3 Z1501 A F24 VCC1_5_B[11] VCC1_05[ 18] T11 10mils 23mA L28 AD 6 VS S[ 018] VS S[ 116] N1 D30 0409 R133 F25 VCC1_5_B[12] VCC1_05[ 19] T18 Z1505 AE1 VS S[ 019] VS S[ 117] N11 R400 G24 VCC1_5_B[13] VCC1_05[ 20] U11 AE12 VS S[ 020] VS S[ 118] N12 SC S751V- 40 H23 VCC1_5_B[14] VCC1_05[ 21] U18 C518 C514 HCB1608KF- 121T25 AE2 VS S[ 021] VS S[ 119] N13 1.5VS_PCIE_ICH VCC1_5_B[15] VCC1_05[ 22] VS S[ 022] VS S[ 120] 100_1%_04 0_08 80 mils 657mA H24 VCC1_5_B[16] VCC1_05[ 23] V11 AE22 VS S[ 023] VS S[ 121] N14 C J23 VCC1_5_B[17] VCC1_05[ 24] V12 10u_10V_08 0.01u_16V_04 AD 1 VS S[ 024] VS S[ 122] N15 VC C5REF J24 VCC1_5_B[18] VCC1_05[ 25] V14 AE25 VS S[ 025] VS S[ 123] N16 K24 VCC1_5_B[19] VCC1_05[ 26] V16 AE5 VS S[ 026] VS S[ 124] N17 C578 C577 C212 C219 C210 C193 C206 K25 V17 AE6 N18 + VCC1_5_B[20] VCC1_05[ 27] VS S[ 027] VS S[ 125] L23 VCC1_5_B[21] VCC1_05[ 28] V18 AE9 VS S[ 028] VS S[ 126] N26 1u_6.3V_04 0.1u_10V_X7R_04 100u_6. 3V_B2 10u_10V_08 0. 1u_10V_X7R _04 0.1u_16V_04 0.1u_16V_04 L24 VCC1_5_B[22] VCCA3GP AF14 VS S[ 029] VS S[ 127] N27 L25 VCC1_5_B[23] VC C DMIP LL R29 20mils 50mA 1. 25VS AF16 VS S[ 030] VS S[ 128] N4 La yout n ote: M24 VCC1_5_B[24] Z1506 L29 HCB1608KF- 121T25 AF18 VS S[ 031] VS S[ 129] N5 M25 AE28 AF3 N6 Place above Caps within 100 mils of ICH on the bottom N23 VCC1_5_B[25] VC C _DMI[1] AE29 C517 10u_10V_08 1. 05VS AF4 VS S[ 032] VS S[ 130] P12 side or 140 mils on the top near D28, T28, AD28 N24 VCC1_5_B[26] VC C _DMI[2] 20mils 50mA AG5 VS S[ 033] VS S[ 131] P13 Sheet 15 of 38 N25 VCC1_5_B[27] AC23 AG6 VS S[ 034] VS S[ 132] P14 VCC1_5_B[28] V_C P U_I O[1] VS S[ 035] VS S[ 133] Layo ut not e: P24 AC24 AH 10 P15 L5 P25 VCC1_5_B[29] V_C P U_I O[2] C248 C228 C237 AH 13 VS S[ 036] VS S[ 134] P16 Place within 100 mils HCB1608KF- 121T25 R24 VCC1_5_B[30] AF29 AH 16 VS S[ 037] VS S[ 135] P17 ICH8-M 4/4 R25 VCC1_5_B[31] VCC3_3[ 01] 0.1u_10V_X7R_04 1u_6.3V_04 10u_10V_08 AH 19 VS S[ 038] VS S[ 136] P23 of pin G4 of ICH8M on 6-1 9-3100 1-164- 1 10mils 47mA R26 VCC1_5_B[32] AD2 AH 2 VS S[ 039] VS S[ 137] P28 the bottom side of Z1502 R27 VCC1_5_B[33] VCC3_3[ 02] AF28 VS S[ 040] VS S[ 138] P29 1. 5VS 140mils on the top T23 VCC1_5_B[34] AC8 AH 22 VS S[ 041] VS S[ 139] R11 Lay out no te: C289 C576 T24 VCC1_5_B[35] VCC3_3[ 03] AD8 C257 C197 C276 AH 24 VS S[ 042] VS S[ 140] R12 T27 VCC1_5_B[36] VCC3_3[ 04] AE8 AH 26 VS S[ 043] VS S[ 141] R13 Place within 100mils 10u_10V_08 0.1u_10V_X7R_04 T28 VCC1_5_B[37] VCC3_3[ 05] AF8 0.1u_10V_X7R_04 0.1u_16V_04 0.1u_16V_04 AH 3 VS S[ 044] VS S[ 142] R14 VCC1_5_B[38] VCC3_3[ 06] VS S[ 045] VS S[ 143] of ICH on the bottom T29 AH 4 R15 09/26/2006 U24 VCC1_5_B[39] AA3 20mils 278mA AH 8 VS S[ 046] VS S[ 144] R16 side or 140 mils on VCC1_5_B[40] VCC3_3[ 07] VS S[ 047] VS S[ 145]

0409 VCCP_CORE U25 VCC1_5_B[41] VCC3_3[ 08] U7 3. 3VS AJ 5 VS S[ 048] VS S[ 146] R17 the top V23 VCC1_5_B[42] VCC3_3[ 09] V7 B11 VS S[ 049] VS S[ 147] R18 V24 W1 C247 C268 B14 R28 5V 3. 3V VCC1_5_B[43] VCC3_3[ 10] VS S[ 050] VS S[ 148] V25 VCC1_5_B[44] VCC3_3[ 11] W6 B17 VS S[ 051] VS S[ 149] R4 10 mils W25 VCC1_5_B[45] VCC3_3[ 12] W7 0.1u_16V_04 10u_10V_08 B2 VS S[ 052] VS S[ 150] T12

Y25 IDE Y7 B20 T13 A VCC1_5_B[46] VCC3_3[ 13] VS S[ 053] VS S[ 151] B22 VS S[ 054] VS S[ 152] T14 R204 D9 80mils 1.5A AJ6 VCCSATAPLL VCC3_3[ 14] A8 B8 VS S[ 055] VS S[ 153] T15 RX AR VCC3_3[ 15] B15 C24 VS S[ 056] VS S[ 154] T16 10_04 SC S751V- 40 1.5VS AE 7 VCC1_5_A[01] VCC3_3[ 16] B18 C26 VS S[ 057] VS S[ 155] T17 AF 7 B4 C254 C302 C270 C27 T2 VCC1_5_A[02] VCC3_3[ 17] VS S[ 058] VS S[ 156] C La yout n ote: AG7 B9 C6 U12 V5R EF_S U S C271 C277 C280 C295 AH7 VCC1_5_A[03] VCC3_3[ 18] C15 0.1u_10V_X7R_04 0.1u_16V_04 0.1u_10V_X7R_04 D12 VS S[ 059] VS S[ 157] U13 AJ7 VCC1_5_A[04] VCC3_3[ 19] D13 D15 VS S[ 060] VS S[ 158] U14 C291 C290 1u_6.3V_04 1u_6. 3V_04 0.01u_16V_04 VCC1_5_A[05] VCC3_3[ 20] D5 D18 VS S[ 061] VS S[ 159] U15 0.1u_10V_X7R_04 AC1 PCI VCC3_3[ 21] E10 D2 VS S[ 062] VS S[ 160] U16 VCC1_5_A[06] VCC3_3[ 22] VS S[ 063] VS S[ 161] 1u_6.3V_04 0.1u_10V_X7R_04 AC2 ATX E7 D4 U17 AC3 VCC1_5_A[07] VCC3_3[ 23] F11 10mils 32mA E21 VS S[ 064] VS S[ 162] U23 Place within 100mils of ICH on the bottom AC4 VCC1_5_A[08] VCC3_3[ 24] E24 VS S[ 065] VS S[ 163] U26 side or 140 mils on the top near pin AE7 AC5 VCC1_5_A[09] AC12 Z1507 R159 0_04 E4 VS S[ 066] VS S[ 164] U27 VCC1_5_A[10] VCCHDA 10mils 32mA 3. 3VS 3. 3V E9 VS S[ 067] VS S[ 165] U3 B.Schematic Diagrams AC10 AD11 F15 VS S[ 068] VS S[ 166] U5 AC9 VCC1_5_A[11] VCCSUSHDA E23 VS S[ 069] VS S[ 167] V13 VCC1_5_A[12] J6 TP_VCCSUS105_ICH1 C234 F28 VS S[ 070] VS S[ 168] V15 1.5VS AA 5 VCCSUS1_05[1] AF20 TP_VCCSUS105_ICH2 F29 VS S[ 071] VS S[ 169] V28 10mils 10mA AA 6 VCC1_5_A[13] VCCSUS1_05[2] 0. 1u_10V_X7R_04 F7 VS S[ 072] VS S[ 170] V29 VCC1_5_A[14] VS S[ 073] VS S[ 171] VCCSUS1_5[1] AC16 TP _VC C SU S15_I C H 1 G1 VS S[ 074] VS S[ 172] W2 R358 1.5VS R405 0_04 Z1503 G12 VCC1_5_A[15] E2 VS S[ 075] VS S[ 173] W26 10 mils G17 J7 TP _VC C SU S15_I C H 2 G10 W27 0_06 VCC1_5_A[16] VCCSUS1_5[2] 3.3V VS S[ 076] VS S[ 174] C579 C580 H7 VCC1_5_A[17] G13 VS S[ 077] VS S[ 175] Y28 VCCSUS3_3[ 01] C3 G19 VS S[ 078] VS S[ 176] Y29 VC C GLANPLL 0.1u_10V_X7R_04 0.1u_16V_04 AC7 VCC1_5_A[18] G23 VS S[ 079] VS S[ 177] Y4 AD7 VCC1_5_A[19] VCCSUS3_3[ 02] AC18 C235 C284 G25 VS S[ 080] VS S[ 178] AB 4 C541 VCCSUS3_3[ 03] AC21 G26 VS S[ 081] VS S[ 179] AB 23 D1 VCCUSBPLL VCCSUS3_3[ 04] AC22 0.1u_10V_X7R_04 0.01u_16V_04 G27 VS S[ 082] VS S[ 180] AB 5 0.1u_16V_04 AG20 H25 AB 6 VCCPSUS VCCSUS3_3[ 05] VS S[ 083] VS S[ 181] Layo ut not e: F1 E R CO B US AH28 H28 AD 5 1. 5VS L6 VCC1_5_A[20] VCCSUS3_3[ 06] 20mils 170mA 3.3V H29 VS S[ 084] VS S[ 182] U4 Place within 100mils of ICH C269 L7 VCC1_5_A[21] P6 H3 VS S[ 085] VS S[ 183] W24 VCC1_5_A[22] VCCSUS3_3[ 07] VS S[ 086] VS S[ 184] on the bottom side or 140 mils M6 P7 H6 3.3VS 3.3VS VCC1_5_A[23] VCCSUS3_3[ 08] VS S[ 087] on the top near pin F1 0.1u_10V_X7R_04 M7 C1 C283 C227 +C583 J1 A1 VCC1_5_A[24] VCCSUS3_3[ 09] N7 J25 VS S[ 088] VS S_N C TF[ 01] A2 W23 VCCSUS3_3[ 10] P1 0.1u_10V_X7R_04 0.1u_16V_04 J26 VS S[ 089] VS S_N C TF[ 02] A28 R120 R124 VCC1_5_A[25] VCCSUS3_3[ 11] P2 100u_6.3V_B2 J27 VS S[ 090] VS S_N C TF[ 03] A29 TP_V CCLAN105_ICH1 F17 VCCSUS3_3[ 12] P3 J4 VS S[ 091] VS S_N C TF[ 04] AH 1 0_0610 mils 0_06 10mils TP_V CCLAN105_ICH2 G18 VCCLAN1_05[ 1] VCCSUS3_3[ 13] P4 J5 VS S[ 092] VS S_N C TF[ 05] AH 29 VCCLAN1_05[ 2] VCCSUS3_3[ 14] P5 K23 VS S[ 093] VS S_N C TF[ 06] AJ 1 VC C GLAN3_3 VCCLAN3_3 VCCLAN3_3 F19 VCCSUS3_3[ 15] R1 K28 VS S[ 094] VS S_N C TF[ 07] AJ 2 G20 VCCLAN3_3[ 1] VCCSUS3_3[ 16] R3 K29 VS S[ 095] VS S_N C TF[ 08] AJ 28 C213 C230 VCCLAN3_3[ 2] VCCPUSB VCCSUS3_3[ 17] R5 K3 VS S[ 096] VS S_N C TF[ 09] AJ 29 VCCGLANPLL A24 VCCSUS3_3[ 18] R6 K6 VS S[ 097] VS S_N C TF[ 10] B1 VCCGLANPLL VCCSUS3_3[ 19] VS S[ 098] VS S_N C TF[ 11] 0.1u_16V_04 0. 1u_16V_04 10mils 80mA GLAN POWER B29 VS S_N C TF[ 12] 1.5VS R351 0_06 Z1504 A26 VCCGLAN1_5[1] VC C C L1_05 G22 TP_VCCCL_105 A27 VCCGLAN1_5[2] 82801HBM ICH8M C531 C530 B26 VCCGLAN1_5[3] VCCCL1_5 A22 TP_VCCCL_15 B27 VCCGLAN1_5[4] 0.1u_16V_04 0.1u_16V_04 B28 VCCGLAN1_5[5] VC C CL3_3[1] F20 Z1508 C543 C544 G21 R125 0_04 11,23,24,26. .29,31 5V VC C CL3_3[2] 3.3VS 2, 11,13,14,17,23,24, 26..29 3.3V VCCGLAN3_3 B25 VCCGLAN3_3 *0. 1u_10V_X7R_04 * 1u_6.3V_04 3,8,12,13,17, 23,26,28 1.5VS 10 mils 64mA 82801HBM I CH8M 12 RTCVCC 2,5,8..14,16. .26,31 3.3VS 11,12,14,20,21, 23..25 5VS 5,8, 26 1.25VS 2..5,7, 8,12,28 1.05VS

B - 16 ICH8-M 4/4 Schematic Diagrams CLOCK GENERATOR

CLOCK GENERATOR

Layout note: 3. 3VS Insatlled: Differential clock C45 6 3.3VS level is higher L2 0 HC B1 608 KF - 121 T25 1u_ 6.3 V_04 6-19-31001-164-1 3.3VS 3.3VS_CLK 40mils R40 3.3VS 1K_1%_0 4 L23 C6 5 C4 71 C46 1 C44 6 Layout note: Z1609 R41 300 _1%_0 4 HCB1608KF-121T25 PLACE CRYSTAL WITHIN 500 0. 1u_ 10V_X7R_ 04 0. 1u_ 10V_X7R_ 04 0. 1u_ 10V_X7R_ 04 30mils 10u _10 V_ 08 Z1 610 MILS OF ICS9LPR363 L21 X1 C482 C487 C 492 C145 FSX8L_14.318MHz HCB1608KF-121T25 20mils 6-22-14R31-1BK Z1601 0.1 u_1 0V_X7 R_0 4 1u_6.3V_04 0 .1u _10 V_X7 R_04 1 0u_ 10V_0 8

4 3 21 28 42 50 47 1 7 56 C6 6 C 110 C4 76 U1 B.Schematic Diagrams B.Schematic 12 10 u_1 0V_08 1u_6.3V_04 0 .1u _10 V_ X7R _04 11 49 Z1611 1 4 RN17 CLK_MCH_BCLK VDD48 CPUT_L1F CLK_MCH _BCLK 4 45 VDDA VR EF CPUC_L 1F 48 Z1612 2 3 33_4P2R_04 CLK_MCH_BCLK# CLK_MCH _BCLK# 4 C157 C158 VDDPCI VDDPCI VDD REF VDDCPU 52 Z1613 1 4 RN21 CLK_CPU_BCLK

VDDPCI EX VD D P CVDDPC I E IEX X CL K_CPU_ BCLK 2 2 2p_ 50V_0 4 2 2p_ 50V_ 04 XTA L _I N 58 CPUT_L0 51 Z1614 2 3 33_4P2R_04 CLK_CPU_BCLK# X1 CPUC_L0 CL K_CPU_ BCLK# 2

XTA L _OU T 57 44 Z1615 3 2 RN13 CLK_PCIE_ICH X2 PCIeT_L8/CPUITPT_L2 43 Z1616 4 1 33_4P2R_04 CLK_PCIE_ICH# CLK_PCIE_ICH 13 PCI eC_L8/CPUI TPC_L2 CLK_PCIE_ICH# 13 Sheet 16 of 38 41 Z1617 R3 8 47 5_1 %_04 PCIe T_L 7/PEREQ1 # LAN_CL KREQ# 23 CLK_4 8M_CARD R5 5 12_ 06 40 Z1618 R3 7 47 5_1 %_04 ???! 19 CLK_4 8M_C ARD MCH_CLKREQ# 5 CLK_ICH48 R5 2 12_ 06 PCIeC_L7/PEREQ2# CLOCK 14 CLK_I CH48 FSLA 12 39 Z1619 FSLA/USB_48MHz PCIeT_L6 4 CL K_BSEL 0 R4 9 2.2 K_04 38 Z1620 REF_1 4.3 18M 60 PCIeC_L6 GENERATOR R5 3 10K_0 4 REF 0_1 4.3 18M 36 Z1621 1 4 RN3 CLK_PCIE_MINI 4 C LK_BSEL2 PCIeT_L5 CLK_PCIE_MINI 17 CLK_I CH1 4R5 6 33_ 04 FSLC 61 35 Z1622 2 3 33_4P2R_04 C LK_PCI E_MIN I# 14 CL K_IC H14 REF1/FSLC/TEST_SEL PCIeC_L5 CLK_PCIE_MINI # 17 62 30 Z1623 2 3 RN2 CLK_PCIE_GLAN 14 PM_STPCPU# 63 CPU_STOP# PCIeT_L4 31 Z1624 1 4 33_4P2R_04 CLK_PCIE_GLAN# CLK_PCIE_GLAN 23 14 PM_STPPCI# PCI/ PCIEX_STOP# PCIeC_L4 CLK_PCIE_GLAN# 23 R63 3 3_04 Z1602 5 26 Z1625 3 2 RN1 CLK_SATA 17 PCLK_TPM R7 0 1 0K_04 PCICLK3/*SELPCI EX0_LCD# SATACLKT_L 27 Z1626 4 1 33_4P2R_04 CLK_SATA# CLK_SATA 12 SATACLKC_L CLK_SATA# 12 PCLK_KBC R62 33_04 Z1603 4 24 Z1627 4 1 RN5 C LK_PCI E_MIN I_3 G 22 PCLK_KBC PCICLK2 PCIeT_L3 CLK_PCIE_MINI _3G 23 25 Z1628 3 2 33_4P2R_04 C LK_PCI E_MIN I_3 G# CLK_PCIE_MINI _3G# 23 PCIeC_L3 33 PCLK_CARD R61 33_04 Z1604 3 *PEREQ4# WL AN _CL KREQ# 17 ,23 19 PCLK_C AR D PCICLK1 22 Z1629 4 1 RN9 C LK_PCI E_NEW_CAR D PCIeT_L2 CL K_PCIE_N EW _CARD 1 7 18 PC LK _13 94 PCLK_1394 PCIeC_L2 23 Z1630 3 2 33_4P2R_04 C LK_PCI E_NEW_CAR D# CL K_PCIE_N EW _CARD # 17 R5 9 1 0K_04 R60 3 3_04 Z1605 64 32 3.3VS **PCICLK0/REQ_SEL *PEREQ3# NEWC ARD_C LKREQ# 17 19 Z 16 314 1 RN16 C LK_PCI E_ 3GPLL PCIeT_L1 CLK_PCIE_3GPLL 5 13 PCLK_IC H PCLK_ICH R64 33_ 04 Z 160 6 9 20 Z1632 3 2 33_4P2R_04 CLK_PCIE_3GPLL# CLK_PCIE_3GPLL# 5 R7 1 1 0K_04 * SEL LCD_ 27# /PCI CLK_F 5 PCIeC_L1 34 3.3 VS R3 28 1 0K_04 Z1608 R32 9 0_0 4 Z 160 7 8 *PWRSAVE# PWRSAVE# 14 PCICL K_F 4/I TP_EN 17 Z1633 4 1 RN20 CLK_DREFSS 27FIX/LCD _SSCGT/PCIeT_L0 CL K_DREFSS 5 9,1 0,1 4 IC H_SMBCL K0 54 18 Z1634 3 2 33_4P2R_04 CLK_DREFSS# CL K_DREFSS# 5 55 SCLK 27SS/LCD _SSCGC/ PCIeC_L0 16 FSLB 9,1 0,1 4 IC H_SMBDAT0 SDATA FSLB/TEST_MODE R321 0_04 CLK_BSEL1 4 3. 3VS R65 100K_04 CLK_ PWRGD_ T 10 VTT_PWR_GD /PD# 14 Z1635 4 1 RN24 CLK_DREF C4 81 PC IeT _L9 /DO TT_ 96MH zL 15 Z1636 3 2 33_4P2R_04 CLK_DREF# CL K_DREF 5 CL K_DREF# 5 R58 0_0 4 C1 51 PC I eC _L9 / D O TC _ 96MH z L 14 C LK_PWRGD 6-16-33034-45C GN D GN DA GN D GND GND GND GND GND * 0. 1u_ 10V_ X7R_ 04 IC S9LPR36 3DG LF

0. 1u _10 V_ X7R _04 2 6 13 29 37 46 53 59 6-02-09363-E61 RTM 875 T-36 3 6-0 2-8 7536 -EL0

PEREQ1# : P CI ECLK 0 , 6 PEREQ2# : P CI ECLK 1 , 8 PEREQ3# : P CI ECLK 2 , 4 Host Clo ck BSEL 2 BSEL 1 B SEL0 PEREQ4# : P CI ECLK 3 , 5, 7 Frequency PEREQ[1..4]# ha ve 0 0 1 13 3 M Hz 5 33 MHz 8 00 MHz internal pull up 0 1 0 20 0 M Hz

3 .3VS 2,5 ,8. .1 5,1 7.. 26, 31

CLOCK GENERATOR B - 17 Schematic Diagrams NEW CARD, MINI PCIE

3.3VS

C182 0.1u_16V_04 WLAN POWER 5 NEW CARD WLAN3.3VS BUF_PLT_RST# 1 Q5 4 3.3VS A O3409 2 6-15-03409-7E0 3.3V U4 U5 74LVC 1G08GW J_NEW 1 S D C 172 0.1u_16V_04 21 9 NC_RST# NC_PERST# 13 3 6-01-74108-Q61 AUXIN PER ST# C 220 0.1u_16V_04 PER ST# G NC_3.3V 20 mil 3.3VS 20 12 C2 2 AU XOU T 6-01-74108-Q61 +3 . 3 V A U X C30 C 181 0.1u_16V_04 6 C 222 0.1u_16V_04 3.3VIN NC_3.3VS 40 mil C 177 0.1u_16V_04 5 8 14 10u_10V_08 1u_6.3V_04 R17 R1 8 C1 4 3.3VIN 3.3VOUT +3 . 3 V 7 C 229 0.1u_16V_04 15 1.5VS 3.3VOUT +3 . 3 V 20K_1%_04 0.1u_16V_04 C 211 0.1u_16V_04 R1 9 10 0 K _ 0 4 NC_1.5VS 40 mil C 185 0.1u_16V_04 18 16 9 1.5VIN 1.5VOUT +1 . 5 V C 186 0.1u_16V_04 19 17 C 208 0.1u_16V_04 10 1.5VIN 1.5VOUT +1 . 5 V 100K_04 D 15 NC_CPPE# 17 Q6 CPP E# CPP E# BU F_PLT_RS T# 2 14 N C_C PU SB# 4 G 13,22,23 BU F_PLT_R ST# 23 S YSR ST# CPUSB# PC IE_W AKE# 11 CPU SB# 22 WLAN_PW R 2N7002W 13 USB_OC#3 OC# 14 , 2 3 P CIE _W AKE # WAKE #

R 95 * 100K_04 16 S 16 NEWCARD_CLKREQ# CL KR EQ # 6-15-27002-7B5 4 R 135 10K_04 14,19,22,27 SU SB# STBY# 3.3VS R 88 * 100K_04 3.3V 16 C LK_PCI E_NEW _CA RD 19 18 REF CL K+ From SB GPIO Pin 16 CLK_P CIE _NEW _CAR D # 1 22 REF CL K- default HI NC RC LKEN R 7 8 1 0K _0 4 10 3 Z1701 R 77 10K_04 22 3.3V 12 NC SH DN # 13 PCIE _RXP2_N EW _C AR D 21 PER p0 Power Plane:Suspend 13 PCIE_RXN2_NEW_CARD 13 NC 11 25 PER n0 S3:Defined NC GND 13 PC IE_TXP2_NEW _CAR D PETp0 24 25 24 5 Z1702 NC GND 13 PC IE_TXN2_N EW _C ARD PETn0 RESERVED 6 Z1703 P 2231TH LFC1 RESERVED Sheet 17 of 38 3 6-02-22311-9L1 13 U SB_PP3 USB _D + 2 1 13 U SB_PN 3 USB _D - GND Port 3 20 8 GND 23 ENE P2231 pin3,4,14,15,22 14 ICH_SMBDAT1 WLAN_PWR Signal default HI for WLAN NEW CARD, MINI 7 SMB _DATA GND 26 has internally pulled high 14 ICH_SMBCLK1 SMB _CLK GND 1.BIOS Setup HI for Intel PCIE WLAN ( 170K ohmS ) 130832-1 2.USB WLAN BIOS Setup LOW for G ND 1~4 =G ND PCIE 6-21-G3A30-126 Fn+F11

TPM 1.2 20 mil 3.3VS J_MINI1 MINI CARD WLAN 3.3VS U1 5 PC IE_W AK E# 1 2 26 10 3 WAK E# 3.3V_0 6 20 mil 12,22 LPC _AD0 1.5VS 23 LAD0 VDD1 19 R 267 10K_04 5 BT_DA TA 1.5V_0 8 UIM_PWR 12,22 LPC _AD1 LAD1 VDD2 3.3VS BT_CHCLK UI M_PW R 20 24 C328 C323 C322 C320 10 UIM_DATA 12,22 LPC _AD2 17 LAD2 VDD3 7 UIM_DATA 12 UIM_CLK 12,22 LPC _AD3 16,23 WLAN_CLKREQ# LAD3 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 1u_6.3V_04 11 CLKR EQ # UIM_CLK 14 UIM_RST 16 CLK_PC IE_M IN I# RE FCL K - UI M_R ESET 21 13 16 UIM_VPP 16 P C LK _T P M LCLK TPM 16 CL K _P CIE _MIN I RE FCL K + UIM_VPP 9 22 5 15 GND0 4 12,22 LPC _FR AME# 16 LFRA ME# VSB GND1 GND5 5,13 PLT_RST# LRES ET# 27 14,19,22 SERIRQ SER IRQ 15 14,22 P M_CLKRU N # CLKRUN# KEY R250 0_04 28 6 21 18 14 LP C P D # L PCP D# GPIO GND2 GND6 B.Schematic Diagrams 2 27 26 TPM _BAD D 9 GPIO2 29 GND3 GND7 34 TESTBI/B ADD 13 GND4 GND8 40 XTALI GND9 TPM _PP 7 35 50 PP 22 WLA N_D ET# GND11 GN D1 0 13 PCI E_RXN 1_W LAN 23 14 25 PETn0 20 13 P CIE _RXP1_WLAN W LAN_EN 22,24 1 XTALO 31 PETp0 W _DI SABLE# 22 BUF _PLT_R ST# NC _ 1 13 P CIE _TXN 1_W LAN PER n0 PER SET# 3 4 33 30 Z1704 R 20 * 0_04 12 NC _ 2 GND_1 11 13 PC IE_TXP1_WLAN PER p0 N C(S MB_C LK) 32 Z1705 R 21 * 0_04 IC H _S MBC L K1 1 4 IC H _S MBD AT1 1 4 NC _ 3 GND_2 18 17 NC (SM B_D ATA) 36 GND_3 NC 3 NC(USB_D-) USB_PN613 R 247 100_1%_04 8 25 19 38 TESTI GND_4 NC 4 NC(USB_D+) USB_PP6 13 37 L18 1 2 3G-POW ER 39 NC 6 24 20 mil R421 0_04 3.3V SSX35BC B 3.3V 41 NC 7 3.3VA UX 28 NC 8 1.5V_1 40 mil * HC B2012K-500T40 43 48 6-03-00035-0H0 NC 9 1.5V_2 1.5VS 14 C L_CLK1 45 52 WLAN 3.3VS 47 NC 1 0 3.3V_1 42 14 C L_D ATA1 20 mil 49 NC 1 1 NC (L ED _ W W A N# ) 44 14 C L_RST#1 NC 1 2 LED_W LAN# PCLK_TPM R 245 * 33_04 C 327 *10p_50V_04 51 46 SINSUN 0529 NC 1 3 NC (L ED _ W PA N# ) Port 6 TPM _PP R 2 48 * 10 K _0 4 88908-5204 3.3VS PIN 5,13,14 NC For Kedr on WLAN De vice 6-21-84D10-226 TPM _BADD R 239 10K_04 3.3VS PIN 8 100 R TO GND R 2 46 * 10 K _0 4

asserted before entering S3 1.5VS 3,8,12,13,15,23,26,28 3.3V 2,11,13..15,23,24,26..29 LPC reset timing: 3.3VS 2,5,8..16,18..26,31 5V 11,15,23,24,26.. 29,31 LPCPD# inactive to LRST# inactive 32~96us

3.3VS 1.5VS 3.3V HI : ACCESS C28 C27 C3 7 2 C385 C364 TP M _PP LOW : HI : 4 E/4F h 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 10u_10V_08 0.1u_16V_04 NORMAL ( LOW : 2E / TP M _BADD Int e rnal PD ) 2F h

B - 18 NEW CARD, MINI PCIE Schematic Diagrams IEEE 1394 VT6311S

PVA _1394 IEEE1394 3.3VS C240 C201 C223 C221

10u_10V_08 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 C214 0.33u_10V_X7R_06 R156 L2 1394_TPBIAS0 R117 54.9_1%_04 6-13-54R91-28B 0_08 J_1394 HCB1608KF-121T25 LP1 R115 54.9_1%_04 13,19,22 PME# 6-19-31001-1 64-1 GND1 4 Z1801 8 1 1394_TPA0+ shield TPA + GND2 3 Z1802 7 2 1394_TPA0- PVA _1394 VC C_1394 shield TPA- 2 Z1803 6 3 1394_TPB0+ 3.3VS TPB + 1 Z1804 5 4 1394_TPB0- TPB- 160 OHM #944CM-0051 Z1805 R107 54.9_1%_04 C252 C250 C238 C225 C243 C233 C195 C249 VDD_1394 VCC_1394 C13116-104A1 R112 54.9_1%_04 R97 R94 10u_10V_08 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04

6-21-B4D10-104 EN R113 4.99K_1%_06 *10K_04 *0_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 0.1u_10V_X7R_04 C204 270p_50V_06

4_XCPS VDD_1394 1394_I2C 94_PHYRST# Z1806 VCC_1394 Note: Note: 1394_XREXT 139 1394_XO 1394_XI 13

Close to 1394 CONN. Close to VT6311S Diagrams B.Schematic

R110 1394_XI C189 15p_50V_04 Crystal Placement U10 4.7K_04 1 X3

4 9 5 0 Cr yst al must be p la ce a s

6 63 62 61 60 5 58 57 56 55 54 53 52 51 50 49 48 47 46 4 44 43 42 41 4 39 38 37 36 35 34 33 6-03-06311-0P0 F SX_8L 24.576MHz close as 6 8 7 4 1 XI 10

XO D9 11 10 C200 0.1u_16V_04 6-22-24R57-1B4 C9 C7 C6 C3 C2 C0 pos sible to the Chip. Ke ep C15 N NC8 N N CEN NC5 NC N N N C14 C13 NC

PVA1 PVA 0 1394_XO C188 15p_50V_04 N PME# GND 2 XC PS GN N N NC12 NC NC GND VD D 4 GND VC C 5

I2 tra ces XR EXT GND VD D _1394 all on o ne PCB layer. 65 PH YR ST# 32 Z1807 Sheet 18 of 38 GNDARX1 PWRDET VDD_1394 66 31 1394_TPB0- 67 GNDATX1 GND5 30 1394_TPB0+ 68 XTPB 0M VDD3 29 1394-EECK XTPB 0P SCL/EECK IEEE 1394 VT6311S 1394_TPA0- 69 28 1394-EEDI XTPA 0M SD A/ EED I 1394_TPA0+ 70 27 1394-EEDO 1394_TPBIAS0 71 XTPA 0P EE DO 26 1394-EECS C218 C251 C232 PVA _1394 72 XTPB I AS0 EECS 25 PC I _AD 0 1394_XREXT R102 6.2K_1%_04 73 P VA2 AD 0 24 PC I _AD 1 P VA3 AD 1 1u_6.3V_04 0.1u_10V_X7R_04 10u_10V_08 74 23 C199 47p_50V_04 NC20 GND4 75 22 76 NC21 GND3 21 77 NC22 VDD2 20 PC I _AD 2 NC23 AD 2 78 19 PC I _AD 3 NC24 AD 3 79 18 PC I _AD 4 1394_PHYRST# GNDARX2 AD 4 80 IEEE-1394 17 81 GNDATX2 VCC4 16 PC I _AD 5 VD D_1394 82 NC16 AD 5 15 PC I _AD 6 C190 NC17 VT6113S AD 6 83 14 PC I _AD 7 NC18 AD 7 1u_6.3V_04 84 13 PVA _1394 REG_FB GND1 85 12 PC I _C/ BE#0 13,19 86 NC19 C BE0# 11 PC I _AD 8 87 P VA4 AD 8 10 PC I _AD 9 PC I _AD [ 31: 0] P VA5 AD 9 13,19 PCI_AD[31:0] 88 9 PC I _AD 10 13 PC I _I NT#D INTA# AD 10 89 8 PC I _AD 11 13,23 PC I RST# 90 PCIRST# AD 11 7 PC I _AD 12 VCC_1394 16 PCLK_1394 91 PCICLK AD 12 6 92 GND15 GND2 5 13 PC I _GNT#2 GNT# VCC3 93 4 PC I _AD 13 13 PC I _R EQ#2 REQ# AD 13 PC I _AD 31 94 3 PC I _AD 14 1394_XCPS R100 1K_1%_04 PC I _AD 30 95 AD31 AD 14 2 PC I _AD 15 PC I _AD 29 96 AD30 AD 15 1 AD29 C BE1# PC I _C/BE#1 13,19

# # RA 16 19 17 1 2 6 Y# 7 1394_I2CEN R96 * 4.7K_04 C6 21 20 19 DY# VCC_1394 24 ND ND0 ND18 VC GND AD 26 AD 25 AD CBE3 IDSEL AD 23 AD 22 G STOP# G PER R PAR AD VC C 1 VD D G AD AD AD 18 AD 17 AD 1 GND CBE2# FRAME # IRD VC C TR DEVSEL# AD 28 AD 2

6 1 5 EEPROM RA 7 02 16 21

9 98 99 100 101 1 103 104 105 10 107 108 109 110 11 112 113 114 115 1 117 118 119 120 1 122 123 124 12 126 127 128 VT6311S 4-Wire X

PCI_PAR 13,19 I2C 4. 7 K PCI_PERR# 13,19 4 4

394 PCI_STOP# 13,19 _1394 3 C_139 6 PCI _D EVS EL# 13, 19 27 16 24 C_139 22 17 28 25 PCI_TRDY# 13,19 Note: VCC_1 VC VC VD D AD AD I_AD I_AD I_AD I_ Close to VT6311S I_AD I_ I_AD Z1808 PCI_IRDY# 13,19 PC PC I _AD 2 PC I _AD 18 PC PC PC I _AD 21 PC I _AD 20 PC I _AD 19 PC PC PC PC PC I _AD 2 PCI_FRAME# 13, 19

PCI_C/BE#2 13,19 VC C_1394 U7 13, 19 PC I _C/BE#3 8 1 1394-EECS 7 VCC CS 2 1394-EECK NC SK R163 C191 6 3 1394-EEDI ORG DI 5 4 1394-EEDO 1394_TPA0+, 1394_TPA0- & 1394_TPB0+, 1394_TPB0- 0.1u_10V_X7R_04 GND DO 100_04 Layout Note: CAT93C46S-26490T 1. VT6311S to Connector max length is 5" 6-04 -00S10-A92 2. Differentia l pair impedance is 110 ohms +- 6 ohms PC I _AD 25 3. Differentia l pair trace layout from VT6311S to 1394 connector m ust be parallel 4. Trace Layou t 18/4/6/4/18 1394_TPA0+ Equal length 1394_TPA0- +- 50 mils 1394_TPB0+ Equal length 2,11,13. .15,17, 23,24,26..29 3. 3V 1394_TPB0- 2,5,8.. 17,19..26,31 3. 3VS

IEEE 1394 VT6311S B - 19 Schematic Diagrams ENE MR510, 7 IN 1

xD_BSY# MFUNC7 xDWP# SUSB# 14,17,22,27 MS_D1 MFUNC6 3.3VS MS_D0 MFUNC5 MS_D2 MFUNC4 R172 47K_04 MS_INS# MS_D3 P CIRST# MSCLK R192 *0_04 SERIRQ 14,17,22 R233 47K_04 SD _CD# MFUNC2 R188 *0_04 PCI_INT#B 13 R228 47K_04 SD _WP SD _W P 3.3VS SD _C D# MFUNC1 VC C _CARD R184 47K_04 MFUNC2 XMD AT4B SD _CLK MS_CLK VCC_CARD R198 47K_04 MFUNC5 xDSMCE# 3. 3VS R199 47K_04 MFUNC6 R205 47K_04 MFUNC7 C571 C570 C569 Z1901 *10p_50V_04 * 10p_50V_04 0.1u_16V_04

R173 47K_04 SM_CD#

R181 47K_04 XMDAT4B 3 2 7 28 17 01 R182 47K_04 xDSMCE# U13 1 127 126 125 124 12 122 121 120 119 118 1 116 115 114 113 11 111 110 109 108 10 106 105 104 103 102 1 100 99 98 97 R202 47K_04 xD _BS Y# O C C Z B IZ IZ 1B R213 47K_04 xDWP# 5B 4B NC NC NC VS S _SD VS S C3B Near Ca rdreader CONN VC EOZ PO C7B VC C PD AT6B AT4B _VC NC2B NC6 RSTIZ R_ENIZ VCC_SD GND XSDCD SPENDIZ VC C _CARD XG XMD BSMDAT5B XMFU N XMFUNC XM FU N XMF U XMF U XMFUNC XMFUNC XPMPWR_ PISMW KS R LKOSM XS U

R243 47K_04 SD _D0 AT7BSMCEOZ R244 47K_04 SD _D1 XPMP W XPMPWR 96 MS_BS MSBSOSMD AT1 XSD W

R236 47K_04 SD _D2 CARD_PWREN# 1 XMD 95 CARD_PWREN# R170 0_04 XMD AT5B SMW XMD AT6BS MBSY I Z XSD PW R33OZ XMS C MS_SMPWROZ PCI_INT#A13

R237 47K_04 SD _D3 2 XMSD AT 3BSMDXMSD AT3B AT 2 X MSD AT0B SMDXMSDAT1BSMD AT2B 94 EN EI N T R171 *0_04 PCI_INT#B13 R238 47K_04 SD _CMD 3 NC MFUNC0 93 PME# 13,18,22 SD _D 2 4 GND_SD RIOUTZ _PMEOZ 92 SDDAT2SMCLE VS S R218 47K_04 MS_D0 SD _D 3 5 91 PC I _AD 0 SDDAT3SMDAT4 PC I AD 0 R215 47K_04 MS_D1 SD _C MD 6 90 MS_INS# SDCMDSMALE MSINSI Z R219 47K_04 MS_D2 SD C LK 7 89 SM_CD# R225 47K_04 MS_D3 SD _D 0 8 SDCLKSMWEOZ SMC DIZ 88 PC I _AD 1 Sheet 19 of 38 SD _D 1 9 SDDAT0SMDAT7 PC I AD 1 87 PC I _AD 2 R164 47K_04 MS_BS 10 SDDAT1SMDAT0 PC I AD 2 86 PC I _AD 3 VC C _CARD VCC_SD PC I AD 3 R185 47K_04 MFUNC1 11 85 PC I _AD 4 NC PC I AD 4 R193 47K_04 MFUNC4 12 84 PC I _AD 5 ENE MR510, 7 IN 1 13 NC PC I AD 5 83 PC I _AD 6 MS_INS# 14 NC PC I AD 6 82 PC I _AD 7 SD _CD# 15 NC PC I AD 7 81 NC ENE MR510 VCC 3. 3VS 16 80 C315 C263 13 PC I _R EQ#0 PCIREQOZ VS S 17 79 13 PC I _GNT#0 PCIGNTIZ NC PC I _AD 31 18 78 *0. 1u_16V_04 * 0.1u_16V_04 PC I _AD 30 19 PCIAD31 NC 77 PC I _AD 29 20 PCIAD30 NC 76 PCIAD29 NC 21 75 VSS NC PC I _AD 28 22 74 PCIAD28 PCICBE0Z PC I _C / BE#0 13, 18 PC I _AD 27 23 73 PC I _AD 8 PC I _AD 26 24 PCIAD27 PC I AD 8 72 PC I _AD 9 PC I _AD 25 25 PCIAD26 PC I AD 9 71 PC I _AD 10 PCIAD25 PC I AD 10 PC I _AD 24 26 70 PC I _AD 11 PCIAD24 PC I AD 11 Card Reader Power 27 69 13,18 PCI_C/BE#3 PCICBE3Z VCC 3. 3VS PC M_I DSEL 28 68 PC I _AD 12 29 PCIIDSELI PC I AD 12 67 PC I _AD 13 3.3VS 30 VCC PC I AD 13 66 PC I _AD 14 31 NC PC I AD 14 65 PC I _AD 15 J_CARD-REV1 NC PC I AD 15 32 SD _CD# P1 3 YZ RZ ROZ

NC YZ CD_SD 22 21 19 18 SD _D2 P2 BE1Z LKI BE2Z SD _D3 P3 DAT2_SD IAD IAD I D EV SELZ IC IAD2 IFRAMEZ SD _CMD P4 CD/DAT3_SD C PC PC I A D PC I AD 20 PC I R STI Z PC I C PC PC I A D SD C LKI VC C VSS NC NC PC I AD 17 PC I AD 16 PC I C PC NC NC VC C PCIIRD PC I TR D PC PC I S TOPZ PC I PE R PC I SE R PC I PAR PC VSS NC NC N PC P5 CMD_SD VSS _SD P6 VCC_CARD VD D_SD 2 8

33 34 35 36 37 38 39 40 41 4 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 5 59 60 61 62 63 64 MR510 SD _CLK P7 CLK_SD P8 SD _D0 P9 VSS _SD SD _D1 P10 DAT0_SD DAT1_SD SD _WP P11 WP_S D B.Schematic Diagrams P12 VSS _MS VCC_CARD P13 MS_CLK P14 VC C_MS 3.3VS MS_D3 P15 SCLK_MS

6 DAT3_MS 23 MS_INS# P16 INS_MS PC I _AD 20 R240 *100_1%_04 PCM_IDSEL MS_D2 P17 PC I _C/BE#113,18 DAT2_MS MS_D0 P18 PC I _AD 23 R241 100_04 PC I _PAR 13, 18 MS_D1 P19 SD I O/DAT0_MS PC I _A D PC I _AD 22 PC I _AD 21 PC I _AD 20 PC I _AD 19 PC I _AD 18 PC I _AD 17 PC I _AD 1 PC I _SER R # 13 MS_BS P20 DAT1_MS P22 PC I _PER R # 13, 18 MS_CLK R226 0_04 MSCLK P21 BS_MS GND P23 PC I _STOP# 13, 18 VSS _MS GND PC I _DEVSEL#13,18 SD _C LK R242 0_04 SDCLK PC I R ST# MDR019-C0-0010 13 PCI_RST# PC I _TRDY# 13,18 16 PCLK_CARD PC I _I R DY# 13,18 6-21-G4010-123 PC I _AD [ 31: 0] 13,18 PC I _AD [ 31: 0] 16 CLK_48M_CARD PC I _FR AME# 13, 18 PC I _C/BE#213,18

VC C _CARD CLOSE TO CHIP Card Reader Power 6-15-0 3409-7E0 C326 C301 30 m il Q8 30 mil 0.1u_16V_04 0.1u_16V_04 S D 3.3VS VC C _CARD

G R169 AO3409 C256 R174 R414 100K_04 0.1u_16V_04 *100K_04 470_06 3.3VS 2,5,8.. 18,20.. 26, 31 3.3VS CARD_PWREN# CLOSE TO CHIP D

C311 C264 C308 C305 C324 C265 C282 C294 Q22 G 2N7002W 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 10u_10V_08 S

B - 20 ENE MR510, 7 IN 1 Schematic Diagrams AUDIO CODEC ALC883

L35 3.3VS HC B1608KF-121T25 3.3VS_A UD 5 V S_ AUD 5V S 6-19-31001-164-1 L34 H CB1608KF-121T25 C5 5 2 C5 6 6 C5 7 4 C5 7 2 C5 6 5 C2 7 2 C2 6 6 C255 C5 6 0 1u_6.3V_04 0.1u_16V_04 10u_10V_08 0. 1u _ 1 6 V _ 0 4 0. 1u _ 1 6 V _ 0 4 0.1u_16V_04 0.1u_16V_04 10u_10V_08 10u_10V_08 JSPDIF 3 AU DG

4 7 1 9 25 38 1 U12 0529 5 2 21 EAPD _ MO D E GPIO0 Z2001 3 27 Z2012 C279 10u_10V_08

GPIO1 DVSS1 D VSS2 VRE F DVDD1 C298 22p_50V_04 DVDD2 AVD D1 AVD D2 Layout Note: 2 R211 33_04 AZ_SDOUT_R 5 28 MIC1-VREFO-L AU DG Very close to Audio Codec 12,23 AZ _S DO UT R201 33_04 AZ_BITCLK_R 6 SD ATA- OU T MI C1 -V R E F O -L 32 MIC1-VREFO-R TOP VIEW 12,23 AZ _B ITCLK R195 22_04 A Z_ SDI N0 _ R 8 BI T-CLK M IC1 -V REF O-R 12 AZ_SD IN0 SD ATA- IN R187 33_04 AZ_SYNC_R 10 29 Z2013 12,23 AZ_SYNC SY N C LIN E1-VR EFO -L R183 33_04 A Z_RST#_R 11 DIGITAL 37 Z2014 12,23 AZ_R ST# RESET# LI N E 1 - V R E F O - R JHP,JMIC Z2002 47 30 MIC2-VREFO SP DIF I/EAP D MI C2 -V R E F O 31 Z2015 5 SP DIFO 48 LIN E2-VR EFO 4 Diagrams B.Schematic SP DIF O 35 1 FR ON T-O UT-L FRONT-L 21 3 BEE P R392 10K_04 Z2003 Z2004 12 36 PC BE EP FRONT-OUT-R FRONT-R 21 2 R393 1K_1%_04 C 273 1u_6.3V_04 39 SU RR -O UT-L L_H P_OU T_A 21 6 41 SU RR -O UT-R R _HP _OUT_A 21 AU D G C 568 100p_50V_04 JD _SENSE 13 Z2005 34 Sens e A(JD 1) 43 Z2016 SOLDER SIDE VIEW MIC_SENSE R168 20K_1%_04 Sens e B(JD 2) CEN-OUT 44 Z2017 LF E-OUT Z2006 14 HP_SENSE R167 39.2K_1%_04 Z2007 15 LIN E2-L 45 Z2018 Sheet 20 of 38 LIN E2-R SID ESU RR -O UT-L 46 Z2019 ANALOG SID ESU RR -O UT-R C262 1u_6.3V_04 Z2008 16 MIC2-L IN T_MIC C261 1u_6.3V_04 Z2009 17 33 Z2020 R2 2 4 1 0K _04 5VS_ AU D MIC2-R DCVOL 3 JSPDIF1 AUDIO CODEC C_ C D_ L 18 40 Z2021 R227 20K_1%_04 5 CD-L JD REF C_ C D_ G 19 C_ C D_ R 20 CD-GND 23 Z2022 C562 1u_6.3V_04 C316 R2 3 4 4 CD-R LIN E1-L 24 Z2023 C563 1u_6.3V_04 SPDIFO Z2025 2 ALC883 LI N E 1 - R MIC1-L C 260 4.7u_6.3V _06 Z2010 21 1 MIC1-R C 259 4.7u_6.3V _06 Z2011 22 MIC1-L 0.01u_16V_04 100_1%_04 2SJ-S870-010 MIC1-R AVS S1 AVSS2 AU DG R2 3 5 C317 6-20-B4I00-005 ALC883

6-03-00883-0P0 26 42 *2 2 0 _ 0 4 680p_50V_04 SP DIF OUT BLACK Layout Note: AU D G Codec pin 1 ~ pin 11 and pin 47 and pin 48 MIC_SENSE J_MIC1 5 are Digital signals. 4 The others are Analog signals. MIC1-R L10 FC M 1608K-121T06 3 Z2026 6 MIC1-L L8 FC M 1608K-121T06 2 1 2SJ-S351-018 C321 C319 6-20-B2800-006 680p_50V_04 680p_50V_04 MIC IN PI NK

M IC1 -V REF O-L M IC 1- VRE F O- R

R200 R2 0 9 HP_SENSE J_HP1 2.2K_04 2.2K_04 5 21 HP_PLU G 4 MIC1-L MIC1-R R 419 100_1%_04 L9 FC M1608K-121T06 3 21 HEADPHONE-R 6 C297 C3 0 4 R 420 100_1%_04 L11 FC M1608K-121T06 2 21 HEADPHONE-L 1 680p_50V_04 680p_50V_04 2SJ-S351-017 C3 1 3 C312 C318 R230 R2 3 1 6-20-B2820-006 AUDG AU DG 680p_50V_04 680p_50V_04 0.1u_16V_04 1K_1%_04 1K_1%_04 H EAD PHONE GREEN

MI C 2 -V R E F O J_INTMIC1 PC BEEP 2 1 R74

C5 5 5 2.2K_04 1u_6.3V_04 J_INTMIC1 BEE P INT_ M IC 22 KBC _BEE P 1 2 C165 88266-02001 C5 6 1 680p_50V_04 6-20-63120-102 1u_6.3V_04 PC B Footprint = 88266-2L 14 IC H_ SPK R

3 .3 VS 2 ,5 ,8 ..1 9 ,2 1 ..2 6, 31 5V 11,15,23,24,26..29,31 5VS 11,12,14,15,21,23..25

AUDIO CODEC ALC883 B - 21 Schematic Diagrams AUDIO AMP2056A

3.3VS 5VS 5VS_AMP

C546 0.1u_10V_X7R_04 40 mils 5VS 5VS_AMP 6-06 -00355-061 HCB2012KF-500T40 R372 C548 R382 L4 1 2 C A C556 C554 C575 14 SB_MU TE# 0. 1u_10V_X7R_04 D27 SCS355V C549 C567 C573 C275 C281 C278

10K_04 5 U22 1u_6.3V_04 0.1u_16V_04 0.1u_16V_04 C A OPMUTE APM# 1 100K_04 0.1u_10V_X7R_04 10u_10V_08 10u_10V_08 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 20 EAP D_MODE D26 * SCS355V 4 MU TEA PM# 2 22 KBC _MUTE# 74AHC1G08GW C559 0.1u_16V_04 Z2119

3 AU D G AU D G 6-01-74108-V 60

AUDG U11 28 26 1 20 10 R210 8.2K_04 Z2101 C292 1u_6.3V_04 Z2105 3 20 FRONT-R R_IN_AMP 22 R_OUT+_C L332 1 FCM1608K-121T06 SP KOUTR+

SD # R_OUT+ VD D

R212 8.2K_04 Z2102 C293 1u_6.3V_04 Z2106 5 B EEP 20 FRONT-L L_IN_AMP PVDD PVDD 21 R_OUT-_C L322 1 FCM1608K-121T06 SP KOUTR- R221 0_04 Z2103 C299 4.7u_6.3V_06 Z2107 R196 39K_04 Z2109 4 R_OUT- 20 R_HP_OUT_A R_IN_HP 8 L_OUT+_C L6FCM1602 1 8K-121T06 SP KOUTL+ L_OUT+ R220 0_04 Z2104 C300 4.7u_6.3V_06 Z2108 R197 39K_04 Z2110 6 20 L_HP_OUT_A L_IN_HP 9 L_OUT-_C L7FCM1602 1 8K-121T06 SP KOUTL- L_OUT-

R378 R383 Z2111 Z2112 27 AP A2 05 6A 0K_04 5VS AMP_EN # 17 R_HP_OUT_C L302 1 FCM1608K-121T06 HEADPHONE-R 20 100K_04 10K_04 24 R_HP_OUT HP_EN 18 L_HP_OUT_C L312 1 FCM1608K-121T06 L_HP_OUT HEADPHONE-L 20 C near CP+ and CP- Z2113 12 CP+ R379 R374 C288 11 Z2116 R208 0_06 Sheet 21 of 38 CPVDD 5VS_AMP

398 *10K_04 100K_04 100K_04 1u_6.3V_06 Z2114 14 19 C306 C309

R217R397R * 10K_04 R396 *1 * 10K_04 CP- HPVDD

D 15 1u_6.3V_04 0.1u_16V_04 CPVSS Z2115 16 ND

AUDIO AMP2056A ND HPVSS ND G PG BYP ASS G GND PG PGN D C564 C Q18 S

AUDG 2N7002W 1u_6. 3V_04 5 AUDG Z2117 R391 0_04 29 2 13 7 23 2 3.3VS

D APA2056A 6-02 -02056-AL0 C553 20 HP_PLUG G 0.1u_16V_04 Q20 S 2N7002W Z2118 6-15-2700 2-7B5 AUDG AUDG C557 C558

1u_6.3V_04 0.1u_16V_04

AU D G

5VS SPEAKER CONNECTOR B.Schematic Diagrams J_S PK1 SPKOUTR+ L17 F CM1608K-121T06 SPK OUTR+_R 1 1 C598 SPKOUTR- L16 SPK OUTR-_R 2 2 SPKOUTL- L15 FFC CM1608K-121T06 SPK OUTL-_L 3 0.1u_10V_X7R_04 L3 SPKOUTL+ L14 SPK OUTL+_L 4 3 5 U26 1 2 FCM1608K-121T06 4 HP_PLUG 1 HCB2012KF-500T40 4 Z2111 Z2112 C17 C16 C13 C12 87212-04G0 MUTEA PM# 2 C285 0.1u_16V_04 *74AHC1G08GW 180p_50V_04 180p_50V_04 180p_50V_04 180p_50V_04 C599 C314 0.1u_16V_04

3 6-20-41A00-104 C310 0.1u_16V_04 *1u_6.3V_04 C286 0.1u_16V_04

AU DG

2, 5,8..20,22..26,31 3.3VS 11,15,23,24,26..29,31 5V 11,12,14,15,20,23..25 5VS

B - 22 AUDIO AMP2056A Schematic Diagrams KBC-ITE IT8512E

L1 KB-S I3 1 8 KBC _AVD D HC B1608KF-121T25 KB-S O3 2 7 CP 3 KB-S I2 3 6 *150p_8P4C_04 R 364 10K_04 WD T_E N VD D 3 6-19-31001-164-1 VD D3 KB-S I1 4 5 VD D3 C527 C196 C184 C550 C198 C 192 C 187 KB-S O6 1 8 R363 VD D3 10u_10V_08 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 KB-S I6 2 7 CP 4 R 355 10K_04 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 KB-S I7 3 6 *150p_8P4C_04 100K_04 KB-S O7 4 5 C215 R 357 WD _DISABLE R360 KB-S O0 1 8 0.1u_10V_X7R _04 KBC _AG ND KB-S O1 2 7 CP 5 10K_04 U21 G 100K_04 3.3VS KB-S O2 3 6 *150p_8P4C_04 Z2201 3 KB-S I0 4 5 MR# 1 Z2202S D KBC _W R ESET# 124J_KB1 5 RESET# VDD 3 VC C KB-S O4 1 8 4 Q1 7 C540

U8 11 26 50 92 114 121 127 3 74 J_KB1 KB-S O5 2 7 CP 6 C 529 2 WD I 2N7002W KB-S I4 3 6 *150p_8P4C_04 GND 6-15-27002-7B5 1u_6.3V_04 10 58 KB -SI0 4 KB-S I5 4 5 0.1u_16V_04 A AT3510IGV-2.93-C-C-T1 12,17 LPC _AD 0 LA D0 KSI0 /STB # VC C

9 VB AT 59 KB -SI1 5 3IN1 AVC C 12,17 LPC _AD 1 8 LA D1 VSTBY VS TBY VST BY VSTB Y VSTBY VS TBY KSI 1/AFD # 60 KB -SI2 6 KB-S O8 1 8 6-03-35102-0D0 12,17 LPC _AD 2 7 LA D2 K SI2 /IN IT# 61 KB -SI3 8 KB-S O9 2 7 CP 7 12,17 LPC _AD 3 LA D3 KS I3/SLIN # PCLK_K BC 13 62 KB -SI4 11 KB-S O10 3 6 *150p_8P4C_04 16 PC LK_KBC LP CC LK KSI 4 J1 12 , 1 7 LPC _FR AM E# 6 63 KB -SI5 12 KB-S O11 4 5 5 LF RAME# KSI 5 64 KB -SI6 14 WD _DISA BLE 1 2 14,17,19 SER IR Q LPC K/B MATRIX 22 SERIRQ KSI 6 65 KB -SI7 15 KB-S O12 1 8 13,17,23 BU F_PLT_RST# LP CR ST#/W U I4/G PD2 ( PU ) KSI 7

KB-S O13 2 7 CP 8 Diagrams B.Schematic KBC _W RE SET# 14 36 KB -SO 0 1 KB-S O14 3 6 *150p_8P4C_04 20m il WRST# KSO 0/PD 0 37 KB -SO 1 2 KB-S O15 4 5 KSO 1/PD 1 H8_GA 20 126 38 KB -SO 2 3 G A20/GPB5 KSO 2/PD 2 4 39 KB -SO 3 7 24 LED _AC IN# 16 K BR ST#/GPB 6( PU ) KSO 3/PD 3 40 KB -SO 4 9 30 AC _IN# 20 PWUREQ#/GPC7( PU ) KSO 4/PD 4 41 KB -SO 5 10 2 THER M _A LERT# L80LLAT/GPE7( PU ) KSO 5/PD 5 VER. MODEL_ID VO LT A GE 42 KB -SO 6 13 KSO 6/PD 6 11 EN TERK EY# 23 43 KB -SO 7 16 V1.0 HIGH 3.3V 15 E CS CI# /G PD 3 ( PU ) KSO 7/PD 7 44 KB -SO 8 17 VDD3 VDD3 TN120R 11 PO PME NU # E CS MI#/G PD 4 ( PU ) KSO8/ACK# 45 KB -SO 9 18 D36 *SCS751V-40 KSO 9/BU SY Sheet 22 of 38 46 KB -SO 10 19 C A R6 10K_04 CPU _ FAN _ R 76 DAC KS O10/PE 51 KB -SO 11 20 R7 4.7K_04 M OD EL_ID R349 10K_04 VD D3 SYS _F AN _R 77 DAC0/GPJ0 KS O11/ER R # 52 KB -SO 12 21 R8 4.7K_04 DAC1/GPJ1 KSO 1 2/SLC T 78 53 KB -SO 13 22 R352 * 10K_04 17 WLAN_PWR DAC2/GPJ2 KSO 13 KBC-ITE IT8512E 79 54 KB -SO 14 23 C 17,24 WLAN_EN SRS_EN 80 DAC3/GPJ3 KSO 14 55 KB -SO 15 24 SM C_BA T AC 81 DAC4/GPJ4 KSO 15 D3 A RX 21 KBC _MU TE# DAC5/GPJ5 IT8512E BA V99 ADC FLASH 85202-24051 C BAT_DE T 66 100 6-20-94A90-124 SM D_BA T AC VD D 3 BAT_VO LT_R 67 ADC0/GPI0 FLFR AM E#/G PG 2 101 KB C_SP I_CE # D2 A ADC1/GPI1 FLAD 0/SCE # CHG_CUR_R 68 102 KB C_SP I_SI BA V99 3G _ D E T # R 350 10K_04 TOTAL_CU R _R 69 ADC2/GPI2 FLA D1/SI 103 KB C_SP I_SO C CC D_ D ET# R 346 10K_04 70 ADC3/GPI3 FL AD 2/SO 104 BAT_D ET AC ADC4/GPI4 FLAD3/GPG6 30 BAT_D ET 3G _ D E T # 71 105 KB C_SP I_SC LK D1 A 23 3G_DET# ADC5/GPI5 FLCLK/SCK CC D_ D ET# 72 106 BA V99 C 207 23 CCD_DET# MO DE L_ I D 73 ADC6/GPI6 ( PD )FLRST#/WUI7/TM/GPG0 CCD_EN 23 C PCLK _K BC R 114 * 10_04 ADC7/GPI7 BAT_VO LT AC GPIO 30 BAT_VO LT 56 D22 A *10p_50V_04 SMBUS ( PD )KS O1 6 /G PC 3 SU SB# 14,17,19,27 30 SM C_B AT SMC_BAT R 422 100_04 110 57 SU SC # 14 BA V99 R 4 15 0_ 0 8 SMD_BAT R 423 100_04 111 SMCLK0/GPB3 ( PD )KS O1 7 /G PC 5 C 30 SM D_B AT SMC _CP U_TH ER M 115 SMDAT0/GPB4 93 CH G _ CU R AC D35 2 SMC_CPU_THERM SMCLK1/GPC1 ( P D )I D0 /G PH 0 PM_CLKR U N# 14,17 30 CH G_C UR SMD _CP U_TH ER M 116 94 D23 A KBC _RST# C A 2 SMD_CPU_THERM 117 SMDAT1/GPC2 ( P D )I D1 /G PH 1 95 CTX1 H OLD _SW# 23 BA V99 IC H_ KB C_ R ST# 1 2 24 SMC_MDMSIC 118 S MC LK2/G PF6( PU ) ( P D )I D2 /G PH 2 96 WDT_EN C 24 SMD_MEMSIC S MD AT2 /G PF7 ( PU ) ( P D )I D3 /G PH 3 97 TOTAL_C UR AC * SC S751V-40 Co-layout ( P D )I D4 /G PH 4 W LAN _D ET# 1 7 30 TOTA L_C U R 98 D24 A 07/18/2007 LCD_BRIGHTNESS 24 PWM ( P D )I D5 /G PH 5 99 BT_D ET# 23 BA V99 BAT_VO LT_R D D_O N 25,27 30 BAT_ VO LT 25 P W M 0/GPA 0 ( PU ) ( P D )I D6 /G PH 6 R348 100_1%_04 C 532 1u_6.3V_04 20 KBC _BEE P P W M 1/GPA 1 ( PU ) 6-06-00099-011 28 107 CHG_CUR_R 23 LED _SC ROLL# P W M 2/GPA 2 ( PU ) ( P D )I D7 /G PG 1 3G _EN 23,24 30 CH G_ C U R 23 LED_NUM# 29 R353 100_1%_04 C 536 *1u_6.3V_04 30 P W M 3/GPA 3 ( PU ) TO T A L _ C U R TOTAL_CU R _R 23 LED _CAP # EXT GPIO 31 P W M 4/GPA 4 ( PU ) 82 R356 100_1%_04 C 538 *1u_6.3V_04 LOW ACTIVE 24 LED_BAT_CHG# P W M 5/GPA 5 ( PU ) ( PD )EG AD/ GPE 1 SM I# 14 32 83 NEAR BATTE RY CONNEC T 24 LED _BAT_FU LL# 34 P W M 6/GPA 6 ( PU ) ( PD )EG CS #/GPE 2 84 SC I# 14 PW R_ BTN # 14 24 L E D_ PW R# P W M 7/GPA 7 ( PU ) ( PD )EG CL K/ GPE 3 R 369 10K _04 VD D3 PS/2 WAKE UP 80 C L K 85 35 R142 CIR _ IN D2 5 3I N 1 86 P S2CLK 0/GPF 0( PU ) ( P D )W UI 5/ GPE 5 17 KB C_R ST# RSMRST# 14 VD D3 CIR_RX 11 A C H8_GA20 12 GA20 80 D E T # 87 PS2DAT0/GPF1( PU ) ( PD )LPC PD#/W UI 6/GPE 6 10 K _0 4 P S2CLK 1/GPF 2( PU ) 88 13,18,19 PME# PS2DAT1/GPF3( PU ) PWM/COUNTER 24 TP_C LK 89 47 C PU_ F ANS EN 2 4 SC S7 51V -40 90 P S2CLK 2/GPF 4( PU ) ( PD )TAC H0/G PD 6 48 SY S_FA NS EN 24 TP_D ATA PS2DAT2/GPF5( PU ) ( PD )TAC H1/G PD 7 6-06-75140-061 120 TH E R M _ R S T # 125 WAKE UP ( PD )T MR I0 /W U I2 /G PC 4 124 VC OR E_O N 31 VDD3 C 509 P W R SW /G PE4( PU ) ( PD )T MR I1 /W U I3 /G PC 6 PM_PWR O K 11,14,31 8Mbit KBC_SPI_*_R = 0.1"~0.5" CIR 0.1u_10V_X7R_04 18 119 CIR_IN 25 PW R_SW # R I1 # /W U I0 /G PD 0( PU ) ( PD )C RX/G PC 0 11,23 LID _SW# 21 123 DOCK_ON 23 U2 0 R I2 # /W U I1 /G PD 1( PU ) ( PD )C T X/ GPB 2 8 5 K BC_ SP I_SI_R K BC_SP I_ SI GP INTERRUPT LPC/WAKE UP VDD SI R 344 47_04 C534 30p_50V_04 33 19 2 K BC_ SP I_SO _R K BC_SP I_ SO 5 L_BK_CTR G IN T/GP D5 ( P U ) ( PD )L80HLA T/GPE 0 SW I# 14 SO R 335 1K_1%_04 R 336 15_04 C510 30p_50V_04 112 KBC _FLASH 3 1 KBC_SPI_CE#_R K BC_ SP I_ CE # CHG_EN 30 UART ( P D )R IN G# /P W R FAIL # /L PC RS T #/ GPB 7 WP# CE# R 337 15_04 C511 30p_50V_04 108 6 K BC_ SP I_SC LK _R K BC_SP I_ SC LK 23,24 BT_EN 109 RXD/GPB0( PU ) CLOCK 2 R 341 4.7K_04 SC K R 345 47_04 C535 30p_50V_04 11 B KL_EN TXD /G PB1( PU ) C K32KE 128 Z 2203 7 4 CK32K HO L D# VS S VSS VS S VSS VSS VSS VS S VSS AV SS R 139 10M_04 IT851 2 E/E X SST25VF080B

6-03-08512-0P1 1 12 27 49 91 113 12 2 75 6-04-25080-A70 X4 VD D 3 2,12,24,25,27,30 24 CP U_ FA N CPU_FAN_R 32.768KH z J_H8DBG1 3.3V 2,11,13..15,17,23,24,26..29 R105 120K_1%_04 NC1 SHORT J_H8DBG1 WD T_E N 6-22-32R76-0B1 2 1 VDD3 3 .3 VS 2 ,5 ,8 ..2 1 ,2 3 ..2 6 ,3 1 1 2 2 1 4 3 C194 0.1u_10V_X7R_04 1 4 2 3 10 9 3I N 1 6 5 80CLK KB C_AG ND C2 4 4 C245 8 7 80DET# 10 9 LC D_BR IG HTN ESS 11 BR IGH TN ESS R101 100_04 15p_50V_04 15p_50V_04 SP UF Z-10S3-VB-0-B 6-21-C2A00-210 C203 * 0.1u_10V_X7R _04

KBC-ITE IT8512E B - 23 Schematic Diagrams ODD, CCD, BT, Multi I/O

MULTI I/O CONN J_ M F B 1

IDE _PDD [15:0] 6-21-C3DB0-225 2 1 ODD 12 I DE_P DD [15:0] VA 4 3 VA J_O DD1 6 5 Z 2301 Z2304 08/09/2007 Z 2302 12 8 7 C20 0.1u_16V_04 3. 3V R186 33_04 CD_RST# 34 ID E_PDD 8 10 9 13,18 PC IRST# 56 12 11 ID E_PD D 7 ID E_PDD 9 78 14 13 5V 5V NE ED 3A ID E_PD D 6 ID E_PDD 10 C2 1 22 HOLD_S W# ID E_PD D 5 910 ID E_PDD 11 0.1u_16V_04 16 15 3G_E N 13 USB_PN2 3G_EN 22,24 ID E_PD D 4 11 12 ID E_PDD 12 18 17 13 14 13 USB_PP2 20 19 USB _ PN0 13 ID E_PD D 3 ID E_PDD 13 Port 2 ID E_PD D 2 15 16 ID E_PDD 14 13 USB _O C #2 22 21 USB _PP0 13 12,20 AZ_S DO UT ID E_PD D 1 17 18 ID E_PDD 15 VA 24 23 19 20 12,20 AZ_ SY NC 26 25 ID E_PD D 0 21 22 IDE _PDD R EQ 12 12 AZ_ SD IN1 28 27 Port 0 23 24 IDE _ PDI OR # 1 2 12,20 AZ_R ST# 30 29 12 ID E_PD IOW # 25 26 12 , 2 0 AZ_BITCLK 32 31 LAN_C LKR EQ# 16 C381 C3 8 2 C5 9 3 C594 12 ID E_ PD IOR D Y 27 28 IDE _ PDD AC K# 1 2 R416 0_04 34 33 ID E_IRQ Z2305 3.3VS 12 ID E_ IR Q 29 30 ID E_PDD IAG # 36 35 1.5VS 12 I DE_PD A1 31 32 C595 12 I DE_PD A0 33 34 IDE _ PDA 2 1 2 * 22p_50V_04 5V S 12 ID E_PD CS1# 35 36 IDE _PDC S3# 12 12 CD _ DA SP# 37 38 5F1-233A1-A 2000-218 39 40 C 231 *0.01u_50V_04

41 42 0.1u_25V_06 0.1u_25V_06 0.1u_25V_06 6-21-C4700-218

43 44 0.1u_25V_06 R 376 R 121 0_04 CD_CABSEL 45 46 J_MFB2 47 48 Z 2303 Z2306 10K_04 49 50 16 CL K_ PC IE_ M IN I_ 3G # 2 1 3G _ D E T # 2 2 16 C LK_PC IE_MINI_3G PC IE_W AK E# 14,17 CDR-50DP1 4 3 5VS 3.3VS 1.5VS 6 5 13 PC IE_R XN3_3G 8 7 USB_PN813 CD _ DA SP# PIN GND1~GND2=GND 13 PC IE_R XP3_3G 10 9 USB_PP8 13 Port 8 12 11 13 PC IE_TXN3_3G 14 13 PCI E_ W AKE # 1 4, 17 C224 C236 C241 C 246 C 547 C545 C542 C596 C5 9 7 13 PC IE_TXP3_3G 16 15 WLAN _CLKR EQ# 16,17 DO CK _O N 2 2 R147 *10K_04 IDE_PDDIAG# + 18 17 13 PC IE_TXP4_GLAN 20 19 Sheet 23 of 38 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 1u_6.3V_04 10u_10V_08 100u_6.3V_B2 13 PC IE_TXN 4_G LAN 22 21 CLK_PC IE_G LAN 16 R180 *5.6K_04IDE_PDD7 24 23 CLK_PC IE_G LAN# 16 13 PC IE_R XP4_GLAN 26 25 LID_SW # 11,22 ODD, CCD, BT, 13 P C I E _R X N 4_ G L A N 28 27 BUF _PLT_R ST# 13,17,22 30 29 13 USB_PN1 LED_N U M# 22

0.1u_16V_04 0.1u_16V_04 32 31 Port 1 13 USB_PP1 34 33 LED_C AP# 22 Multi I/O 13 U SB_O C#1 36 35 LED_S CR OLL# 22

5F1-233A1-A2000-218

Bluetooth CCD Q12 NDS352AP_NL 5V 6-15-00352-7B1 5V _ C C D 48 mil 3.3V L26 L12 H C B2012KF -500T40 S D H CB2012KF-500T40 3.3V_BT 6-19-31001-163-1 50mil G J_CCD1 C3 2 9 C330 R259 C 334 C 333 Z2307 Z2308 1

B.Schematic Diagrams C507 C505 10u_10V_08 100K_04 0.1u_16V_04 10u_10V_08 0.1u_16V_04 0.1u_16V_04 10u_10V_08 R258 5

J_BT1 100K_04 R 2 5 7 3 3 0K _0 4 J_CCD 1 6 J_BT1 Z2309 5 1

13 U SB_PN 5 4 D 13 US B_PN7 2 1 6 13 U SB_PP5 3 13 US B_PP7 3 22 BT_DE T# Q11 22 CCD_DET# Port 5 R 334 10K_04 BT_EN # 2 G 2N 7002W 4 3. 3V _B T 1 22 CC D_ EN 5

S 87212-05G 0 D 87212-06G0 From H8 default HI 6-20-41A00-105 G 22,24 BT_EN 6-20-41A10-106 Q15 S 2N7002W 6-15-27002-7B5 VA 25,30 1.5VS 3,8,12,13,15,17,26,28 3.3V 2,11,13..15,17,24,26..29 3.3VS 2,5,8..22,24..26,31 5V 11,15,24,26..29,31 5VS 11,12,14,15,20,21,24,25

B - 24 ODD, CCD, BT, Multi I/O Schematic Diagrams LED, FAN, CLICK, LID

SYS15V Power Plane 6-15-04468-7B0 VDD5 8 PQ51 5VS PR189 7 3 6 2 1M_04 5 1 4 5VS SYS3V VDD5 SY S 15V AO4468 PC243 PR 1 17 EN_5VS PC 22 3 PC215

1 PJ 8 PR120 PR 1 91 100K_04 0.1u_ 10V_X7R_ 04 0. 1u_10 V_X7R_04 220 0p_50 V_0 4 D PC 2 38 + *10K_04 100K_04 PR116 PQ20

2 DIS_5VS_3VS 20m il G 1000 p_50V_04 2N 7002W 47K_04 S PC233 0. 1u_10 V_X7R_ 04 PC224PC22 10 u_10V_0 0 8 0 .01u _50V_04 PC2 28 0.01 u_50V_04 PC 216 0.0 1u_50 V_0 4 PC227 0. 01u_50 V_ 04 PC214 0. 01u_5 0V_ 04 PC2 40 100u _6.3V_B2 PC234 0.1 u_10V_X7R_0 4 PC229 0. 1u_10 V_X7R_ 04 D PC 1 05 PQ19 G SYS15V *0.1u_10V_X7R_04 Power Plane 27 ..29 SUSBL 2N7 002W 8 PQ49 3.3 VS S 7 3 6- 15 -2 70 02 -7 B5 VDD3

6 2 Diagrams B.Schematic PR190 5 1 4 10 0K_ 04 AO4468 PR121 PR 1 18 10 0K_ 04 EN_3. 3VS 100K_04 Sheet 24 of 38

D LED, FAN, CLICK, PR122 PQ 21 G 2N700 2W LID 0_04 PC2 31 0.01 u_50V_04 PC225 0.1u_10V_X7R_04 PC241 10 u_10V_08 PC217 0. 01u_ 50V_04PC21 9 0 .01u _50V_04 PC239 0. 01u_5 0V_ 04 PC2 35 0.01 u_50V_04 PC2 36 0.01 u_50V_04 PC226 0.1u_10V_X7R_04 PC218 0. 1u_10PC232 V_X7R_ 04 0 .1u_1 0V_ X7R _04 S PC24 4 2 200p_ 50V_04

PC 1 06

0 .1u_ 10V_X7R_0 4

VA VIN1 P D 13 SC S 751 V- 40 6-06-75140-061 VI N PQ32 A C C A 2SB1198KR/T 146 6- 15 -2 11 98 -2 B1 PD14 SCS355V E C A C PR163 10K_04 VDD3 PD16 SCS355V 6-06-00355-061

PR 1 56 B PWR_SW# 100K_04 22 PW R _ SW # PR15 9 1 0K_ 04 DDON# PQ36 2 N7002W

To KBC D

G

S PQ34 D D 2N 7002W PR 17 2 PQ35 MM_B TN G 2N7 002W GDD_ ON PQ 37 DD_ON 22, 27

E C M_B TN 10 0K_ 04 S S POWER SW VIN From KBC PC161 PC 1 60 DTA114 EUA PR170 0 .1u_1 6V_ 04 6-15-0A114-2B0 0.1u _16V_04 POWER SWITCH B 1 00K_04

3 1 M_ BTN # PR171 10K_04 MBTN# 2 PC 24 2

GND2 GND1 0.1u_ 16V_04 SW8 SS3N-CMSCF-V-T/R 11,27 SYS15V 6-53-20508-030 11,27,28 VDD5 2,12, 22,2 4,27 ,30 VDD3 23 ,30 VA 11 ,26. .31 VIN 2,5, 8..2 4,26 ,31 3.3 VS 11, 12,1 4,15, 20,2 1,23 ,24 5VS 27 VIN1

LED, FAN, CLICK, LID B - 25 Schematic Diagrams 3VS, 5VS, POWER S/W

SYS15V Power Plane 6-15-04468-7B0 VDD5 8 PQ51 5VS PR189 7 3 6 2 1 M_04 5 1 4 5VS SYS3V VDD5 SYS15V AO446 8 PC243 PR 1 17 EN_5VS PC 22 3 PC215

1 PJ 8 PR120 PR 1 91 100K_04 0.1u_ 10V_X7R_ 04 0. 1u_10 V_X7R_04 220 0p_50 V_0 4 D PC 2 38 + * 10K_04 100K_04 PR116 PQ20

2 20m il DIS_5VS_3VS G 2N 7002W 1000 p_50V_04 47K_04 S PC233 0. 1u_10 V_X7R_ 04 PC224PC22 10 0 u_10V_0 8 0 .01u _50V_04 PC2 28 0.01 u_50V_04 PC 216 0.0 1u_50 V_0 4 PC227 0. 01u_50 V_ 04 PC214 0. 01u_5 0V_ 04 PC2 40 100u _6.3V_B2 PC234 0.1 u_10V_X7R_0 4 PC229 0. 1u_10 V_X7R_ 04 D PC 1 05 PQ19 G SYS15V * 0. 1u_1 0V_ X7R_04 Power Plane 27 ..29 SUSBL 2N7 002W 8 PQ49 3.3 VS S 6- 15 -2 70 02 -7 B5 7 3 VDD3 6 2 PR190 5 1 4 10 0K_ 04 AO446 8 PR121 PR 1 18 10 0K_ 04 EN_3. 3VS Sheet 25 of 38 100K_04

3VS, 5VS, POWER D PR122 PQ 21 G S/W 2N700 2W 0_04 PC2 31 0.01 u_50V_04 PC225 0.1 u_10V_X7R_0PC241 4 10 u_10V_08 PC217 0. 01u_ 50V_04 PC21 9 0 .01u _50V_04 PC239 0. 01u_5 0V_ 04 PC2 35 0.01 u_50V_04 PC2 36 0.01 u_50V_04 PC226 0.1 u_10V_X7R_0PC218 4 0. 1u_10PC232 V_X7R_ 04 0 .1u_1 0V_ X7R _04 S PC24 4 2 200p_ 50V_04

PC 1 06

0.1u_10V_X7R_04

VA VIN1 PD13 SCS751 V- 40 6-06-75140-061 VI N PQ32 A C C A 2SB1198KR/T 146 6- 15 -2 11 98 -2 B1 PD14 SCS355V E C A C PR163 10K_04 B.Schematic Diagrams VDD3 PD16 SCS355V 6-06-00355-061

PR 1 56 B PWR_SW# 100K_04 22 PW R _ SW # PR15 9 1 0K_ 04 DDON# PQ36 2 N7002W

To KBC D

G

S PQ34 D D 2N 7002W PR 17 2 PQ35 PQ 37 MM_B TN G 2N7 002W GDD_ ON DD_ON 22, 27

POWER SW VIN E C M_B TN 10 0K_ 04 S S From KBC PC161 PC 1 60 DTA114 EUA PR170 0 .1u_1 6V_ 04 6-15-0A114-2B0 0.1u _16V_04 POWER SWITCH B 1 00K_04

3 1 M_ BTN # PR171 10K_04 MBTN# 2 PC 24 2

GND2 GND1 0.1u_ 16V_04 SW8 SS3N-CMSCF-V-T/R 11,27 SYS15V 6-53-20508-030 11,27,28 VDD5 2,12, 22,2 4,27 ,30 VDD3 23 ,30 VA 11 ,26. .31 VIN 2,5, 8..2 4,26 ,31 3.3 VS 11, 12,1 4,15, 20,2 1,23 ,24 5VS 27 VIN1

B - 26 3VS, 5VS, POWER S/W Schematic Diagrams POWER GPU/1.25VS

5V VI N PC197 PC2 00 PC 196 A PD 4 PC205 PC20 6 PC199 PC67 PC45 FM 0540-N 6 -0 6- 0 05 40 -0 21 5 6 7 8 0.01u_50V_04 0.01u_50V_04 0.01u_50V_04 10u_25V_12 10u_25V_12 0.1u_25V_06 * 1u_6.3V_04 1u_6.3V_04 4 C

PR72 PQ 45 1 2 3 IRF 7 413 ZPB F 6-15-07413-7B0 PR 19 3 PC 245 0_04 *10_06 * 1000p_50V_06 GPU VGFX_CORE

PR71 PC65 PL9 PJ 17 2 1 8A 1 2 0_04 1u_6.3V_04 1uH _7* 7*3.5 OP EN_ 8 A 6-19-41001-231

3. 3 V S DRN DRN 5 6 7 8 C PR 79 PR80 4 18.2K_1%_06 33K_1%_06

1 + +

PR 83 3.3VS 1 2 3 PC68 PC 78 PC77 B.Schematic Diagrams B.Schematic PJ 3 PR67 A PR 85

PR 81 10K_1%_04 6- 15 -0 7 83 2- 7B 0

20m il 1000p_50V_04 PR73 PQ 46 RPB F IR F7832ZT 6-06-05822-061

24 23 22 21 20 19 PD 24 FM 5822 16.2K_1%_06

22 K _ 0 4 2 22K_04 1000p_50V_04 33n_X7R _06 PC 198 220u_4V_D PC191 220u_4V_D P C202 0.1u_10V_X7R_04 PC 201 0.01u_50V_04 PC 207 0.01u_50V_04

V5 PR86 TG BG

BST 10K_04 1 DR N 18

5 D FGT_VID _3 2 VID 4 PM O N PG D 17 VGAPWR_EN 10K_04 5 D FGT_VID _2 3 VID 3 EN 16 RAMP 5 D FGT_VID _1 VID 2 RAM P PR90 4 PU6 15 5 D FGT_VID _0 PR 101 0_04 5 VID 1 CS+ 14 6 VID 0 SC472B CS- 13 PC8 0 100_1%_04 Sheet 26 of 38 HYS FB+ PR 95

1 5.1K_1%_06 100p_50V_04 1 GND AG ND ERROUT PR88 PJ 4 PR 92 CL SET VR EF FB - SS POWER GPU/ PR 103 PJ 5

22K_04 20m il 22K_04 GH YS 25 7 8 9 10 11 12 6-02-00472-CQ0 10 0 _ 1 % _ 04

2 20m il GS S PC 83

2 1.25VS VGA PW R _EN PR 82 10K_04 5V GVREF E_OUT GPU 100p_50V_04 GCLSET PQ13 D P R102 10_04 2N7002W PC7 3 PR 115 0_04 G 6-15-27002-7B5 PR 74 47 K_0 4 GPUVCCSENSE7

PR 111 0_04 S PR 58 PR104 PR105 PR 114 GP UVS SSEN SE 7 0.1u_10V_X7R _04 8.2K_1%_04 2 PQ 1 2 1 3 0K _1 % _ 0 4 130K_1%_04 D PJ 2 2N 7002W 47K_04 PR 112 20m il G

PC 91 *100p_50V_04 PC 93 0.01u_50V_04 DF GT _ VR _ EN 5 1

PC98 1000p_50V_04 Note: All Grounds Tied together at output Caps. 100p_50V_04

S PR 57 10_04 PR 113 100K_04 PR 110 0_06 PR 106 100K_04 120K_1%_04 GVREF PC89 P C94 100p_50V_04 0529 PC 87 100p_50V_04 PC99 100p_50V_04 P C100 560p_X7R_04

5V 1.5V S PC 49 1. 25 V S

PU 4 APL5913 1u_6.3V_04 PR 49 10K_04 5 6 3. 3V VIN VC N TL 9 PJ 7 7 VIN 4 1. 25 V B D 2A 1 2 14 1.25VS_PWR GD POK VO UT 3 OPEN_2A PR48 10K_04 EN1.25VS 8 VO UT 5V EN 1 2 1.25VFB PR 84 10K_1%_04 GN D VFB

D PQ 10 PC52 P C72 68p_50V_04 PC101 G + 28 SU SBL # 6 -0 2- 0 59 13 -3 20 1u_6.3V_04 PC 57 PC 61 PC 66

S 2N 7002W 10u_10V_08 10u_10V_08 10u_10V_08 0.1u_10V_X7R_04

PR 78 PC 84 220u_4V_D PC82 0.1u_16V_04

17.4K_1%_04

3,8,12,13,15,17,23,28 1.5VS 2,11,13..15,17,23,24,27..29 3.3V 5, 8, 1 5 1.25VS 7 VGF X_C OR E 11,25,27..31 VIN 11,15,23,24,27..29,31 5V 2,5,8..25,31 3.3VS

POWER GPU/1.25VS B - 27 Schematic Diagrams POWER 3.3V/5V

PQ52 Power Plane VIN AO4468 Power Plane 6-15-04468-7B0 VI N VDD5 8 5V PQ50 EMI 7 3 AO4468 3A 6 2 3A 5V SY S15V VD D3 8 3.3V VI N1 5 1 7 3 PR154 2.2_04 Z3031 PC 221 PC194 4 3A 6 2 3A PR 188 5 1 EN _15V Z3028 PR187 4 0.1u_25V_06 0. 1u_25V_06 PC148 0_04 PC230 1M_04 D PR186 0.1u_25V_06 EN_15V Z3029 *0.01u_50V_04 G DD_ON# PQ47 PD 12 100K_04 PC 237 FM0540-N LDO5V 1 PC222 D S 2N7002W 6-06-00540-021 PQ48 PJ 18 0.01u_50V_04 2N7002W 2200p_50V_04 G DD_ON# Z3002 C A LDO5V 6-15-27002-7B5 20mil 2 S PD11 FM0540-N C A PC 152 PR 157 PC 147 *1M_04

PC126 PC125 4.7u_6.3V_06 0. 1u_10V_X7R_04 PC 130 PC 131

PJ 9 10u_25V_12 10u_25V_12 10u_25V_12 10u_25V_12 1 2 Z3003 14,17,19,22 SU SB# SUSBL 25,28,29

20mil PQ29 1 2 18 19 15 0529 PC 145 PC155 PC246 PR 194 AO4468 PR195 PC 247 *1000p_50V_06 *10_06 0.1u_10V_X7R _04 *10_06 *1000p_50V_06

6-15-04800-7B1 VIN ST2 ST1 8 7 6 5 0.1u_10V_X7R_04 5 6 7 8 INTVCC BOO Sheet 27 of 38 BOO 4 Z3005 22 14 Z3016 4 PQ27 08/16/2007 TG1 TG2 VDD5 SY S5V PL4 AO4468

PR149 4.7uH_6.8* 7.3*3.5 3 2 1 1 2 3 POWER 3.3V/5V 10m_12 6-19-41001-242 PL3 PR 150 SY S3V VDD3 PJ 13 6- 1 3- R 01 01 - 13 B -B 4.7uH_6.8*7.3*3.5 10m_12 PJ 14 5A 1 2 5A 1 2 Z300623 13 Z 3017 1 2 5A 1 2 5A

SW1 SW2 C

OPEN-5mm C PD 9 OPEN-5mm 1 7 6 5 5 6 7

8 PQ30 8 _04

PC 137 PC 136 + PC135 PD 10 AO4468 m_NEC FM5822 4 LGATE 120 17 LGATE2 4 FM5822 0.1u_10V_X7R_04 0.1u_10V_X7R_04 150u_6.3V_V BG1 BG2 u_6.3V_V

6-06-05822-061 A 25moh 25mohm_NEC PQ31 2 A 3 2 1 1 2 3 AO4468 1 + Z3040 PR148 10_04 Z3034 27 8 Z3032PR 166 10_04 Z3041 SENSE1+ SEN SE2+

1000p_50V_04 PC 142 PC156 2

1000p_50V_04 4150 PR147 10_04 Z3035 28 7 Z3033 PR 165 10_04 SENSE1- SENSE2- PC 13 PC144 0.1u_10V_X7R PC141 PR 153 PC 143 PR 164 Change pull up 5V PR143 Z3030 220p_50V_04 Z3011 2 11 Z3019 0_06 5V ITH1 EXTVCC 22p_50V_04 105K_1%_06 47K_04 2007/2/27 PC139 * 100p_50V_04 PC151 PC 146 PR 158 Z3012 3 5 Z3020 220p_50V_04 Z3022 PR161 47K_04 SGN D4 VFB1 ITH2 *100p_50V_04 63.4K_1%_06 PR145 12 PC 149100P_50V_04 PGOOD

LDO5V Z3013 24 SGND4 20K_1%_06 MODE/PLLIN 4 Z3021 VFB2 PR146 LDO5V Z3037 25 FREQ/PLLF LTR SGND4 0_04 PR151

SYS5V SY S15V 10K_04 PR 144 1 16 B.Schematic Diagrams PR 152 3.32K_1%_06 PGND PR 155 UN2

*0_04 R RUN TK/S S2 TK/SS1 ILIM SY S5V PR167 *0_04 TK/S S2 PU 8 C A 20K_1%_04 PR173 PR 192 LTC3850 PC158 SY S5V 9 26 6 1 10 07/30/2007 PIN 29 = SGND4 LGATE1 PD 19 S CS355V * 10K_04 100K_04 6- 0 2- 0 38 50 - CQ 0 Z3026 154

SGND4 TK/SS 2 Z3039 0.1u_16V_04 A C PR 162 PR168 0_04 LDO5V SY S10V

PC PC138 SGND4 DD_ON# PD 18 S CS355V DD_ON# 29 *0_04 SGN D4 Z3025 PC157 PR 169 2200p_50V_04 EN _3V C A PJ 12 D 16V_04 *10K_04 PC153 1 2 SH ORT PQ33 SGN D4 PD 17 S CS355V DD_ON G PC162 Z3027 0.01u_16V_04 22,25 DD_ON 0.01u_ 0.1u_16V_04 A C PR160 0.1u_10V_X7R_04 5V SGND4 SGND4 SY S15V

S SGND4

2N7002W EMI 159 2200P_50V_04 EN_5V PC140 1000P_50V_04 PD 15 S CS355V

PC 6-06-00355-061 PC150 2200p_50V_04 100K_04 PC1 PC 16 PC34 PC 163 PC 164 PC174

0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04

5V 11,15,23,24,26,28,29,31 5V 11,25,28 VD D5 2,12,22,24,25,30 VD D3 PC209 PC 211 PC213 PC 170 PC 192 PC210 25 VI N 1 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 11,25,26,28..31 VI N 2,5,8..26,31 3.3VS 2,11,13..15,17,23,24,26,28,29 3.3V 11,25 SY S15V

B - 28 POWER 3.3V/5V Schematic Diagrams POWER 1.5VS/1.05VS

VI N PC 110 PC118 PC116

PC 113 PC122 PC124 PR129 0_06 PR136 10_04 PC121 1u_6.3V_04 0.1u_25V_06 10u_25V_12 VD D5 *10u_25V_12

*10u_25V_12 10u_25V_12 PR137 10K_04 PR133 10_04 PC117 1u_6.3V_04 0.1u_25V_06 3.3V VC CP_PWRGD 14 VC C P_PWRGD SGND1 SGND2

A PD6 A FM0540-N PD5 6-06-00540-021 FM0540-N

PQ24 PU 7 PC123 1000p_50V_04

AO4468 C C 27 13 PGOOD1 PGOOD2 PC127 1000p_50V_04 PC248 PR196 2A PC128 1u_6.3V_04 3 25 Power P lane VD D P1 VC C A1 * 1000p_50V_06 *10_06 PC 120 1u_6.3V_04 17 11 SGN D1 SGND2

7 6 5 VD D P2 VC C A2 1.05 VS UP TO 1. 1VS 8 Diagrams B.Schematic 6 23 PR142 1M_04 PR197 PC249 1.05VS V1. 05 DH1 TON1 PL1 4 PR134 2A *10_06 *1000p_50V_06 PJ 10 2.5uH_7*7* 3.5 4 9 PR132 750K_04 ILIM1 TON2

8A 6-19-41001-233 3 2 1 23. 7K_1%_06 1 2 1 2 5 20 LX1 DH2 5 6 7 8

C PR 139 8mm 2 21 PC132 0.1u_25V_06 PQ25 Power Pl ane

7 6 5 DL1 BST2 PC111 PC112 PD 7 8 4 V1. 5 1.5VS + + 0_04 PR 141

6V_04 7 18 AO4468 PJ11 4 PC119 0.1u_25V_06 BS T1 SC41 3 ILIM2 PL2 0605 1 2 3 Sheet 28 of 38 220u_4V_D *220u_4V_D 18.2K_1%_06 0p_50V_04 PR 125 FM5822 26 19 1 2 6A 1 2 FB K1 LX2

A 3 2 1 PQ23 Ra 2.5uH_7* 7*3.5 AO4468 24 16

VOU T1 DL2 5 6 7 C 410 11K_1%_04 8 PR 126 PC115 6mm POWER 1.5VS/ EN_1.5VS 8 12 PD 8

4V_D Ra

109 0.01u_16V_04 EN / PS V2 FB K2

PC 11 4 FM5822 20K_1%_04 20p_50V_04

PC108 0.01u_1 PC 22 10 EN / PS V1 VOUT2 6-06-05822-061

1 2 3 1.05VS

A + + 1

PR128 D2 D2 PQ26

Rb ND1 AO4468 267 * 220u_ PR 127 AGN D AGN PGN PG 10K_1%_04 PC PC133 220u_4V_D Rb 10K_1%_04 5 28 14 1 1

SGND1 SGND2

SGND2 6-02-00413-CL0

SGND1

5V PR135 PR140

0_04 0_04

PR124 1.05VS PR138 EMI EN_1.05VS 10K_04 5V

10K_04 D

PC212 PC 102 PC 103 PC129 SU SB L# PR 130 PR131 SUSBL# G SUSBL# 26 0.1u_16V_04 0.1u_16V_04 0.1u_16V_04 0.1u_10V_X7R_04 PQ28 0_06 0_06 S 2N7002W D 6-15-27002-7B5 PQ22 SGND1 SGND2 G PC 107 25,27, 29 SUSBL 2N7002W SGND1 0.1u_10V_X7R_04 S

11,25..27,29.. 31 VI N 11, 25, 27 VD D5 11,15,23,24,26,27, 29, 31 5V 2,11,13. .15,17,23,24,26, 27, 29 3.3V 3,8,12,13,15,17, 23, 26 1.5VS 2..5,7,8, 12, 15 1.05VS

POWER 1.5VS/1.05VS B - 29 Schematic Diagrams POWER 1.8V/0.9V

VDDQ VI N 5V 3.3V

PR 75 PR89 PD3 A FM0540- N PR96 1.5M_04 10_04 6-06-00540-021 100K_04 PU5

PR87 10_04 3 7 C 1.8V_ PWRGD VD D QS PGD 1.8V_PWRGD14 Ra PC 90 PC95 PC 74 VI N PR 99 2 100p_50V_04 2K_1%_04 1u_6. 3V_04 1u_6.3V_04 TON PC64 PC79 PC70 6 1 0u_25V_12 10u_25V_12 FB PR 68 08/17/2007 0.1u_25V_06 8 REF BST 24 PR 97 9 0_06 PC 56 COMP 5 6 7 8 PR198 PC 250 10_04 PC 85 PR77 0.1u_1 0V_X7R_04 * 10_06 *1000p_50V_06 Rb PR107 DH 23 4 PQ15 PR 91 *0.1u_1 6V_04 AO4468

10_04 10K_1 %_04 10 0_06 1 2 3 PL8 VTTS PR 69 2. 5uH_7*7*3.5 5 21 6-19-41001-233 VDDQ VC C A ILIM PR 108 PJ 6 PC 96 PC97 PC71 PC75 22 23.7K_1%_06 1 2 1 2 LX 6A 1.8V 1u_6.3V_ 04 19 OPEN_6A * 68n_50V_06 DL 5 6 7 C Sheet 29 of 38 0_06 1000p_50V_04 1u_6. 3V_04 8 VSS A 4 PC 195 PC 204 PC88 PC92 VSS A 4 + + PJ 16 14 20 POWER 1.8V/0.9V VTT VDDP1 5V 2 1 1.5A 15 PQ16 1 2 3 220u_4V_D 220u_4V_D 0.1u_10V_X7R_04 0. 01u_50V_04 VTT_ME M VTT

PC60 AO4468 A PD23 OPEN_2A 12 FM5822 VDDQ VD D P2 6-06-05822-061 PC193 PC208 PC 69 13 PC 203 PR 76 VD D P2 25 + PC 76 PC81 PR93 1 PGN D 2 18 VS SA EN / PS V PGN D 1 16 1u_6.3V_04 150u_6.3V_ V 10 u_10V_08 10u_10V_08 *10u_10V_08 1u_6.3 V_04 11 PGN D 1 17 0_06 *20K_1%_04 10u_10V_08 VTTEN PGN D 2 SC 486

5V PR63 220K_04 1.8VEN

D PC 62 PQ14 DD_ON# G 0.1u_10V_X7R_04 PR98 27 DD_ON# 2N7002W S *0_04

PR10 0 V TTEN 5V 100K_04 D PC 86 B.Schematic Diagrams PR 109 PQ17 G 0.1u_10V_X7R_04 2N7002W

100K_04 S D PQ18 25,27,28 SU S BL PR94 0_04 G 2N7002W

S 6-15-27002-7B5

11,25..28,30 ,31 VIN 11,15, 23,24,26..28 ,31 5V 2, 11,13..15, 17,23,24,26. .28 3.3V 5,7.. 10 1.8V 9,10 VTT_MEM

B - 30 POWER 1.8V/0.9V Schematic Diagrams CHARGER

PF 1 U25 5A VDD3 5 VP NC 1 6-26-15001-717 VN 2 VB J_MBAT1 SMC_BAT 4 3 SMD _ BA T 1 CH2 CH1 2 1 * CM1213- 02ST 22 SMC_BAT 3 2 PC251 22 SMD_BAT 3 22 BAT_DET 4 4 0. 1u_25V_06 PC3 PC2 PC 4 PC 8 PC 16 6 5 5 30p_ 50V_04 3 0p_50V_04 30p_5 0V_ 04 10u _25V_12 10u_25 V_1 2 BTC-05AL1 VIN 6-21-D3 400-105

PR39 0_04 AC OK

PR40 10K_04 AC _I N # VDD3 AC_IN# 22 PQ40 4A 160 mil PC181 AM4835P 8 0. 01u_50 V_04 3 7 PR199 PC252 2 6 *10_06 * 1000p_ 50V_06 1 5 4

PQ41 PL5 VA VA AM4835P 15uH_ 10* 10* 4 PR177 Diagrams B.Schematic 6-15-04835-7 B3 6 -19-41001-244-1 25m _25 VB PD22 PR183 20m_ 25 8 6-1 3-R0256-14B-2 A C 8A 32 0m il 3 7 Z3504 1 2 3A 120mil 2 6 1 5 PC6 PC 7 PC 1 71 PC 1 68 PR 6 5 F M1040- T1 4 C PC 176 PC25 PC 1 77 6-0 6-10401-061 PD25 0.1 u_25V_06 10u_25V_12 0.01 u_50V_04 Z3505 FM5822 10 u_25V_12 10u_ 25V_12 10u_ 25V_ 12 10u_ 25V_12 Sheet 30 of 38 6-06-05822-06 1 A

220 K_1%_04 CHARGER AC I N PC55 10u_25 V_1 2 PC63 0. 1u_25 V_0 6

PC189 10u_ 25V_12 PC190 10u _25V_12 Z3516 PR 6 4 PC183 0.1 u_25V_06 Hi: 16. 8V PR 18 4 *1 0K_0 6 PR182 0 _06 Z3517 PR62 0_ 06 VREF

PR 61 Low :12 .6V CHG_C UR 22

20K_1%_04 * 0_06 PC59

0. 01u_5 0V_ 04 VA PR34 0_06 CTL

PR30 * 100K_04 PU3 PC21 22p_ 50V_04 13 12 PR 31 0 _06 Z3506 14 +I NC1 -INC 1 11 CTL OUTD/SEL Z3507 15 FB123 OUTC 1 10 PR60 100K_04 Z3508 16 -INE3 +INE1 9 PC1 4 6800p _X7R_06 PC22 PR17 PR 2 5 3 0K_1 %_04 Z3510 17 8 Z35 18 PR59 10K_04 Z3521 PR24 Z3509 18 RT -INE1 7 Z35 19PR66 0_06 A CIN PC33 0. 1u_25V_06 Z3511 19 XA C OK AC I N 6 * 10K_04 33K_1% _06 Z3512 20 VH VR E F 5 AC OK PC1 3 6800p _X7R_06 2200 p_50V_04 PR 3 3 10_ 04 Z3513 21 OUT ACOK 4 Z35 20PR4 10K_04 Z 3522 VIN PC32 Z3514 22 VCC -INE2 3 0.2 2u_10 V_04 23 CS +INE2 2 PR6 100K_04 GND OUTC 2 Z3515 24 +I NC2 -INC 2 1 TOTA L_CUR 22 PC31 1 u_6.3 V_04 MB3 9A126 MB3 9A1 26 PC11 0.0 1u_50V_04 6-02-39126 -C60 PR29 *2.2M_06

VREF

PR42 PR 43 PC58 VD D 3 CUR_CONT

3 0K_ 1%_0 4 30K_ 1%_0 4 T_CUR_ CONT 0. 22u_10 V_0 4 PR185 A DJ C. V PO IN T PR54 VBE C Z3523 BAT1_VOLT PQ4 2 10K_04 30 K_1%_04 BA T_V OLT 22 PR 50 PR 51 D PQ7 2N70 02W D T A11 4EU A G Z3525 6-15-0A114-2 B0 7.5K_1%_04 10.2K_1%_04 PQ11

B Z3524 S 1 D 2N70 02W PJ 1 5 2m m_ OP G CHG_EN

D CHG_EN 22

Ch an ge 2 S VD D 3 G PR 90 t o PC54 0.1 u_16V_04

PQ8 S

PR 55 6.0 4K_1 %_04 6. 04 K 2N70 02W 6-15 -27002-7B5 20 07 /2 /2 7

VI N 1 1,25. .29, 31 VA 2 3, 25 VDD3 2 ,12, 22,24 ,25, 27

CHARGER B - 31 Schematic Diagrams VCORE FOR MEROM CPU

VIN

5V VCORE FOR MEROM CPU VIN PC 253 P C254 PC255 PC256 VIN V-RC1 6-06-00540-021

0.1u_25V_06 0.1u_25V_06 0.1u_25V_06 0.1u_25V_06

PC 26 A PC18 PD 1 P C257 PC 258 PC 259 P C260 PC 261 PC262 PC263 PC 264 P C265 PC 266 1u_6.3V_04 F M0540-N PR 28 1000p_50V_04 10_04 VIN C BS T1

PC38 PC 36 PC 188 0.1u_25V_06 0.1u_25V_06 0.1u_25V_06 0.1u_25V_06 0.1u_25V_06 0.1u_25V_06 0.1u_25V_06 0.1u_25V_06 0.1u_25V_06 0.1u_25V_06

PC 17 5 6 7 P R8 * 0_04 8 + P R21 100_1%_04 PR 10 0.1u_25V_06 * 10u_25V_12 1u_6.3V_04 4 22u_25V_10*5_OSCON SGND3 PQ6 0_04

PC 1 5 1 2 3 IR F7413ZPBF PR 13 22A H_DPRSTP# PR9 0 _04 DPRSL_STP PL6 2,5,12 H_DPRSTP# EN_VCORE 7.5K_1%_04 15n_50V_06 0.5uH _10*10* 4.5 VC OR E PM _DPR SLPVR PR18 *499_1%_06 DPRSL TG1 PQ38 PQ 39 5,14 PM _DPR SLPVR 6-19-41001-256 IR F7832ZTRP BF IR F7832ZTRP BF 44A close to IMVP6 DR N1 2 1 BG1 VPN1 ISH 5 6 7 5 6 7 C 3.3VS 8 8 PD2 DRN1 PC 185 PC 186 PC 182 PR 1 9 44 43 42 41 40 39 38 37 36 35 34 PC27 4 4 + + + 680_1%_04 F M5822 PR 1 6

PR23 EN * 0_06 470u_2.5V_D 470u_2.5V_D *470u_2.5V _D IS H 1 2 3 1 2 3 TG 1 BG1 VIN1 V5_1 VPN 1 BS T1 PC 24 100p_50V_04 0.1u_16V_04 A DR N1

C LKEN # 1 DPRSL 33 14 CL KE N# C LKEN # PRS TP# CS1+ PR 22 68K_1%_04 130K_1%_06 VC OR E_VR EF 2 32 CS1N VC OR E_H YS 3 VREF CS1- 31 CS2N VC OR E_CLS ET4 HYS PU2 CS2- 30 C LSET CS2+ PR 35 357K_1%_06 H_VID6 5 29 P C20 *1000p_50V_06 CS1N 3 H_ V ID6 H_VID5 6 VID6 ERROUT 28 VC C A PR 15 0_06 Sheet 31 of 38 PR 27 3 H_ V ID5 PC 29 100p_50V_04 H_VID4 7 VID5 VC C A 27 3 H_ V ID4 VID4 AG ND H_VID3 8 SC452 26 DAC PR 38 0_06 130K_1%_06 3 H_ V ID3 VID3 DAC 3 H_ V ID2 H_VID2 9 25 VC _SS PC 30 1000p_50V_04 H_VID1 10 VID2 6-02-00452-CM0 SS 24 PR 26 VCORE FOR 3 H_ V ID1 H_VID0 11 VID1 DR P+ 23 1K_1%_04

3 H_ V ID0 VID0 DRP- CS2N PC 187 PC 173 PC175 E-RC + + + MEROM CPU SGND3 3.3VS GN D PW RG D VPN 2 VIN2 BS T2 TG 2 DR N2 BG2 V5_2 PSI# FB+ FB- 470u_2.5V_D *470u_2.5V_D 470u_2.5V_D PR 44 VIN 1K_04 45 12 13 14 15 16 17 18 19 20 21 22 P C19 1u_6.3V_04

DELAY_PWRGD PR 45 0_04 VPN2 PC 44 PC37 PC 51

5, 14 DEL A Y_ PW RG D 5 6 7 VCC SEN SE PR 53 10_04 FB+ PC 39PC40 0.01u_50V_04 1000p_50V_04 8 + 3 V CC SEN SE VSSS ENS E PR 41 10_04 FB- 0.1u_25V_06 *10u_25V_12

3 VS SSEN SE PC 23 1500p_50V_06 PSI# PC 28 100p_50V_04 4 15u_25V_D 2 PSI# DR P- VCORE_VREF PQ 9 VCO R E DR P+ SG ND 3 IR F7413ZPBF 1 2 3 EMI PR 52 6-15-07413-7B0 *680_1%_04 P R 4 6 7. 5K _1 % _ 0 4 CS2P PC 53 15n_50V_06 PQ 43 TG 2 PR 56 0_04 PQ44 IR F7832ZTRP BF PL7 22 A BG 2 IR F7832ZTR PBF 6-15-07832-7B0 DRN2 DRN2 2 1 3. 3V S 5V 0.5uH_10*10*4.5 5 6 7 8 5 6 7 8 C

PC 43 *100p_50V_04 PC 46 *100p_50V_04 PC 42 * 100p_50V_04 P C41 * 100p_50V_04 PD 21 P R181 4 4 * 0_06 A FM 5822 PC 179

SGN D 3SG ND 3SG ND 3SG N D3 PD20 1 2 3 1 2 3 PC 178 0.1u_16V_04 PC 165 0.1u_16V_04 PC 172 0.1u_16V_04 PC184 0.1u_16V_04 PC180 0.1u_16V_04 P C268 0.1u_16V_04 P C269 0.1u_16V_04 P R47 100_1%_04 A P C50 1000p_50V_04 F M0540-N PR70 0_06 B.Schematic Diagrams V-RC2

PC 47 1u_6.3V_04 PC 48 1u_6.3V_04 * 1000p_50V_06 C

BS T2 SGND3 VIN 6-06-05822-061 VC _SS 10K_04 3. 3V S PR 11 EN_V CO RE 5V 5V PC 10 PC 9 RT2 PR7 PR12 *0.1u_10V_X7R _04 PR 2 * 0_04 PR 180 DR P_L1 2 1 CS1N 0523 PR 5 PR1 PC12

22 VCORE_ON D 100K_04 * 10K_04 28K_1%_04 N TC _100K_06 * 10K_04 *10K_04 *22n_X7R_04 * 22n_X7R _04 G PU 1 PQ5 DR N1 PR 174 PC169 33n_X7R_04 PR 178 5 *7 4 A H CT 1 G 0 2 SG ND 3 D 1 KB CV RO N

S 2N7002W CLKEN# 1 PQ 2

D 47K_04 PJ 1 6-15-27002-7B5 17.4K_1%_04 4 G PQ1 DC R_ D R1 PR 175 47K _04 DRP+ 2 * 2N7002W

PR 3 0 _04 G 20m il S

11,14,22 PM_PW RO K 2N 7002W DC R_ D R 2 PR 179 47K _04 D 2 PC 167 PR176 PQ4

S PR20 3 PC 5 10.5K_1%_06 DPRSL G PR 36 PR 32 680p_50V_04 DR N2 PC35 33n_X7R_04 DRP- *2N 7002W * 0_04 D SG N D3 0.1u_10V_X7R_04 47K_04 S SGND3 17.4K_1%_04 PQ 3 SG ND 3 RT1 PR 14 DPRSL_STP G SG ND 3 0509 PR 37 DR P_L2 2 1 CS2N *AO3414 SG ND 3 * 0_04 28K_1%_04 S NTC _100K_06

6-17-10420-730 SGN D 3 3 VC OR E 2, 5, 8. . 2 6 3.3VS 11,15,23,24,26..29 5V 1 1 ,2 5. .3 0 VIN

B - 32 VCORE FOR MEROM CPU Schematic Diagrams Multi Board, PCIE LAN RTL8111B B.Schematic Diagrams B.Schematic

Sheet 32 of 38 Multi Board, PCIE LAN RTL8111B

Multi Board, PCIE LAN RTL8111B B - 33 Schematic Diagrams Multi Board, LED, USB

Port 0

MJ_MFB1 5P1-251A4-13V00-218 USB PORT 6-21-C1700-218 M_USBVCC02 MR21 ML8 M_USBVCC2 2 1 470K_04 HCB3216KF-800T30 MVINA 4 3 MVINA MUSB_OC#2 60 mil 6 5 MGND 8 7 MC37 0.1u_16V_04 MR20 MC43 MJ_USB1 M_3.3V 10 9 6-19-31001-1 62-1 560K_04 C107B3-10403-Y 12 11 M_5V 0.1u_16V_04 MC34 14 13 M_5V NEED 3A 6-21-B4950-104 34 MHOLD_SW# 0.1u_16V_04 MUSB_PN2 16 15 M3G_EN 1 18 17 M3G_EN 34 V+ MUSB_PP2 MGND MGND 20 19 MUSB_PN034 MUSB_OC#2 MUSB_PN2 1 2 MUSB_PN2_R 2 Port 2 22 21 MUSB_PP0 34 Port 0 DATA_L 34 MAZ_SDOUT 24 23 MUSB_PP 2 4 3 MUSB_PP2_R 3 34 MAZ _SYN C 26 25 DATA_H MGND Port 2 ML9 34 MAZ _SDIN1 28 27

WCM3216F2S-161T03 4 ld 34 MAZ_RST# 30 29 GND 34 MAZ_BITCLK MLAN_C LKR EQ# 32 ield

32 31 sh shield shield shie 6-19-41001- 097 1

34 33 D2 D3

M_3.3VS 36 35 M_1.5VS ND4 GND GN GN G

MGND M_5V M_U SB VCC02 MGND MGND MU3 100 MIL MJ_MFB2 4 1 5P1-251A4-13V00-218 M_3.3V VI N VOUT MC40 3 5 MC42 MC41 MC38 MC39 Sheet 33 of 38 VI N VOUT + 34 MCLK_PCIE_MINI_3G# 2 1 M3G_DET# 34 10u_10V_08 2 0.1u_16V_04 0.1u_16V_04 10u_10V_08 100u_6.3V_B2 34 MCLK_PCIE_MINI_3G 4 3 MPCIE_WAKE# 32,34 GND Multi Board, LED, USB 6 5 MR31 RT9701-CPL 34 MPCIE_RXN 3_3G 8 7 MUSB _PN 8 34 MGND 34 MPC I E_R XP3_3G 10 9 MUSB _PP8 34 10K_04 6-02-09701-9C2 Port 8 MGND 12 11 34 MPCIE_TXN3_3G 14 13 MPCIE_WAK E# 32, 34 34 MPC I E_TXP3_3G MWLAN_CLKREQ# 34 16 15 MDOCK_ON 18 17 32 MPCIE_TXP4_GLAN 20 19 32 MPCIE_TXN4_GLAN 22 21 MCLK_PCIE_GLAN 32 24 23 MCLK_PCIE_GLAN# 32 32 MPCIE_RXP4_GLAN 26 25 MLID_SW# 34 Dock Connector 32 MPCIE_RXN4_GLAN 28 27 MBUF_PLT_RST# 32,34 30 29 MNUM_LED# MVINA 34 MUSB _PN 1 10pin 32 31 MCAP_LED# 34 MUSB _PP1 Port 1 34 33 MSCROLL_LED# 34 MUSB_OC#1 36 35 MCN1 1 1 2 MGND MGND 2 3 3 4 DOCK USB 4 MGND 5 5 6 MDOCK_ON MH10 MH11 6 7 MDOCKIN# C256D146 C256D146 7 8 8 USBDOCK_EN 34 11 9 11 9 12 10 4 ML16 3 12 10 MUSB_PN0_DOCK 34 MVINA MVINA MVINA 1 2 MUSB_PP0_DOCK 34 BTK-10HE1G-SD001 MGND MPR3 *WCM3216F2S- 161T03 MGND MGND B.Schematic Diagrams 6-21-D 4900-110 MPC1 MPC3 MPC2 1K_04 MR44 0_04

0 .1u_ 25V_06 0. 1u_2 5V_06 0. 1u_2 5V_06 MR45 0_04

MGND MGND MGND MGND MGND

NU M LOCK CAPS LOCK SCROLL LED LED LO CK LED MVA++ MVINA M_3.3VS M_3.3VS M_3.3VS MDC_J AC K1

MVA ++ MPR1 0_20 MVINA 1 MR8 MR7 MR6 2 GND1 MPC8 220_04 220_04 220_04 GND2 MPC11 MPC6 MPC5 MPC10 MPC7 MPC9 MPC4 GND3 MNUM MCAP MSCROLL GND4 0.1u_25V_06 0.1u_25V_06 0.1u_25V_06 10u_25V_12 10u_25V_12 10u_25V_12 10u_25V_12 0.1u _25V_0 6 A A A MD3 MD2 MD1 2DC-G213-B200 6- 20-B3430-103 MPGND MPR2 0_20 KP-2012SGC KP-2012SGC KP-2012SGC 6-52-5200 1-022 C C C MGND MNUM_LED# MCAP_LED# MSCROLL_LED# MPGND

M_1.5VS 34 M_3.3V 32,34 M_3.3VS 32,34 M_5V 34

B - 34 Multi Board, LED, USB Schematic Diagrams Multi Board, 3G, MDC, RJ11, LID

MUIM_CLK MR40 *4.7K_04 MU IM _ DA T A MU SB_P P0_R MR 2 7 *0 _ 0 4 MU S B _ P P 0 3G MR 4 1 MU SB_P N0_R MR 2 8 *0 _ 0 4 MU S B _ P N 0 MC55 MR42 220u_4V_D MJ_SIM1 20 mil 0_04 + MGND 0_ 0 4 LOCK (T OP VI EW ) M_3.3V SMU IM _ CL K C3 C7 SMUIM_DATA UIM_CLK UIM_DATA MJ_3G1 M C57 0.1u_16V_04 MU I M _R S T C2 C6 MU IM_VPP 1 2 MU I M _P W R C1 UIM_RST UIM _VPP C5 32,33 MP CIE_W AKE# M _3.3VS 3 WAK E# 3.3V _0 6 UIM_PWR UIM_GND M_3.3V MR29 BT_DA TA 1.5V _0 M _1.5VS 5 8 MU I M _ P W R USB0 MU 5 BT_CH C LK UI M_PW R 10 MU I M _ D A T A OP E N MGND 30K_04 M R26 0_04 7 UIM_DATA 12 MUIM_CLK MC58 C 1770661-1 1 10 33 M W LAN _CLKR EQ # 33 M U SB_PP0_D OC K 11 CL K REQ # UIM_CLK 14 MU I M _ R S T DATA1 + VCC 33 M C LK_PC IE_MIN I_3G# RE FC LK - UI M_R ESET 6-86-2B006-001 13 16 MU IM _VPP 0.1u_16V_04 2 9 M R30 1K _04 33 MCLK_PC IE_M INI_3G RE FC LK + UIM_VPP 33 M USB _PN0_D OCK DATA1 - S U SBD OC K_EN 33 9 Layout? 15 GN D 0 4 MU SB_PP 0_R 3 8 GN D 1 GN D5 DATA2+ D ATA0+ M U SB_PP0 33 MGND 1. SIM? ? ? ? ? ? ? ? (10mil) 2. ???? ???? GND MU SB_PN 0_R 4 7 MG ND KEY MGND DATA2 - DATA0- M U SB_PN 0 33 3. SIM hold ?????GND?? 5 6 GN D O E# 21 18 GN D 2 GN D6 4.SIM CONN ? ? MINI CARD 27 26 29 GN D 3 GN D7 34 CONN Port 0 GN D 4 GN D8 40 TS3U SB221 GN D9 35 50 MG N D 33 M3G_DET# 23 GN D 1 1 GN D 10 MGND 33 MP CIE _R XN3 _ 3 G PETn0 25 20 SM UIM _ CL K M C73 *22p_50V_04 Diagrams B.Schematic 33 MPCIE_RXP3_3G PETp0 W _DI SABLE# M3G_EN 33 31 22 33 M PC IE_TXN3_3G PER n0 PER SE T# M BUF _PLT_RST# 32,33 SM UIM _ DA T A DOCKUSB 33 M PC IE_ TXP3 _ 3G 33 30 M C74 *22p_50V_04 PER p0 NC(SMB_CLK) 32 17 NC(SMB_DATA) 36 MU IM _ DA T A M C75 *22p_50V_04 NC 3 N C(U SB _D -) MUSB_PN8 33 19 38 NC 4 NC(USB_D+) M US B_PP8 33 37 MU IM _ V P P M C76 *22p_50V_04 39 NC 6 24 M R43 0_04 M _3.3VS NC 7 3.3V AUX M_3.3V 41 28 NC 8 1.5V _1 MC54 MC56 43 48 Port 8 USB SWITH:USB0 AND DOCKUSB 45 NC 9 1.5V _2 52 M_1.5VS MG N D NC 1 0 3.3V _1 M_3.3VS Sheet 34 of 38 0.1u_16V _04 10u_10V_08 47 42 NC 1 1 NC (L ED _ W W A N# ) 49 44 MC53 NC 1 2 LED_W LAN# + 51 46 M_1.5VS M_3.3V MGND MGND NC 1 3 NC(LED_WPAN#) 220u_4V_D USBDOCK_EN Multi Board, 3G, 88910-5204 AC ES MC 52 MC 5 9 6-21-82D40-262 MGND MGND 0.1u_16V_04 0.1u_16V_04 L DOCKUSB MDC, RJ11, LID MG ND MG N D H(NORMAL) US B 0 P o rt

MDC MODULE ML 7 MR24 U SBV CC 01 U SB_VC C01_0 MJ_MDC1 FC M1608K-121T06 470K_04 1 2 M_3.3V 60 mil GND RE SER VED 6-19-31001-129-1 M L11 HC B3216KF-800T30 M R 19 33_04 MA Z _ S D O U T_ R 3 4 33 MUSB_OC#1 USB PORT 33 MA Z _ S D OU T Azalia_SD O RE SER VED 5 6 10mil MR25 MC 6 8 MC 4 6 M R 18 33_04 MAZ _SYN C _R 7 GND 3.3V Main/aux 8 33 MAZ_SYNC 560K_04 M R 17 22_04 MAZ _SDIN 1_R 9 Azalia_SY NC GND 10 33 MAZ_SDIN1 Azalia_SD I GND *22u_6.3V_08 0.1u_16V_04 M R 16 33_04 MA Z _ R S T # _ R 11 12 MA Z _ B IT CL K _R M R 15 33_04 33 MA Z _ RS T# Azalia_R ST# Azalia_BC LK M AZ_BITC LK 33

MU J US B 1 88018-120G MC 3 6 MC 3 5 MG N D 0509 6-20-C2D10-206 MJ_MDC1 ML14 MGND 1 0.1u_16V_04 *22p_50V_04 WC M3216F2S-161T03 VC C0 9 12 11 MU SB_P N0_R 1 2 2 S DA TA 0 - 2 1 MU SB_P P0_R 4 3 3 MGND MGND Port 0 DA TA 0 + 10 4 S GN D 0 5 MGND VC C1 11 S USB VC C0 1 U SB _VCC 01_1 6 DA TA 1 - LID SWITCH IC HOLD SENSOR SWITCH ML12 H CB 3216KF -800T30 60 mil 7 DA TA 1 + 12 S MC69 MC48 8 6-19-31001-162-1 GN D 1 * 22u_6.3V_08 0.1u_16V_04 M _3.3V M _ 3. 3V MGND C107B4-10803-L MG ND 6-21-B4960-104 MR 3 * 10 K _0 4 M R 32 *10K_04 ML13 MG N D PSU 1 PSU2 WC M3216F2S-161T03 1 3 1 3 VCC OUT ML ID _ S W # 3 3 VC C OU T MHOLD_SW# 33 33 MUSB_PN1 1 2 USB_PN1_R

4 3 U SB_PP1_R MC1 GND MC 7 0 GND 33 MUSB_PP1 Port 1 AH 999WLA PSU1, PSU2 A H999WLA PSU1, PSU2 0.1u_16V_04 0.1u_16V_04 6-19-41001-097 2 2 2 2

1 3 1 3 MGND MG N D MG N D MGND

M_5V U SBVC C 01 MU 4 100 MIL 4 1 VIN VO UT MC 4 5 3 5 MC47 MC49 MC51 MC50 VIN VO UT + 10u_10V_08 2 0.1u_16V_04 0.1u_16V_04 10u_10V_08 100u_6.3V_B2 GND MG N D RT9701-CP L M _1.5VS 33 6-02-09701-9C2 MG ND M _3.3V 32,33 M _3.3VS 32,33 M _5V 33

Multi Board, 3G, MDC, RJ11, LID B - 35 Schematic Diagrams FPT ExBoard FINGERPRINT FPT EXB'D FINGERPRINT

FPU1 A1 FPESD_RING EXT_RING2 B1 FPGR I D0/ SENSE CR I DO C1 RING FPGND D1 FPMU XOU T MUXOUT AVDD E1 FPAVDD F1 FPMC S MC S G1 Sheet 35 of 38 PAD_VDD1B FPTC_VDD H1 FPMI SO/MOD E3 MI S O FPT ExBoard FPJ1 J1 DVDD FPDVDD1 1 2 FINGERPRINT A2 FPGPI O1 FPGND FPMUXOUT 3 4 FPAVDD FPTC _VD D GPI O1 FPGRID0/SENSE 5 6 FPDVD D1 B2 FPMCS 7 8 FPMOSI AGND FPMISO/MODE3 9 10 FPPD_REG C2 FPDATA0 FPGPIO1 11 12 FPNRESET DATA0 13 14 FPDATA2 D2 FPDATA1 FPGND FPDATA0 15 16 FPESD_RING DATA1 FPDATA1 17 18 FPMCLK GPI O0 E2 FPGPI O0/ IN T FPGPIO0/INT 19 20 FPXIN FPUSB_PN 21 22 FPXOUT F2 FPMC LK FPUSB_PP 23 24 MCL K FPGN D G2 FPUSB_PN USB_DN SPNZ-24S2-VB-017-1-R H2 FPUSB_PP USB_D P B.Schematic Diagrams MO SI J2 FPMOSI FPJ1 A3 FPPD_REG 12323 1 PD_REG B3 FPNR ESET NRESET 2 2424 2 C3 BOTT ON VIEW TOP V IEW DGND D3 FPDATA2 DATA2 E3 FPESD_RING EXT_RING1 F3 PVDD FPTC_VDD G3 FPXI N XTA LI N H3 PGND XTA LO UT J3 FPXOUT TCS4B 6-03-00004-0F0 FPGND

B - 36 FPT ExBoard FINGERPRINT Schematic Diagrams FPT MBoard FINGERPRINT

FINGERPRINT

F3.3V FC4 10MIL FU1 FGRID0/ SE NSE FP TES D F R6 100_04 FE SD_RING 1 3 0. 1u_16V_04 2

FR24 FC32 FR5 FC1 RClam p0502B FTC_VDD 6-06 -00 502 -061 * 330K_04 *0. 1u_16V_0 4 330K_04 * 18p_50V_04 FDATA 2 FR20 47K_04 ES D ICP PIN2

FPD_REG FDATA 1 FR19 47K_04

FDATA 0 FR21 47K_04 FGND C FR25 FD1 FGPI O1 FR23 330 K_04 2 pin mus t *SCS551V 0_04 FMIS O/MODE3 FR7 47K_04 co nnect t o GND co pper on Top A FGND la yer

FESD_GND FGND B.Schematic Diagrams B.Schematic

FGPIO0/I NT FR41.5K_04 J _FP1 FUSB_PP1_R FR2 27.4_1%_04 FUSB_PP4 23 1 123 6-04-25128-490 FTC_V DD FC3 24 2 2 24 FU2 T OP VIEW BOTTON V IEW FMISO/MODE3 5 8 Sheet 36 of 38 47P_5 0V_04 FMOSI 2 S VDD FMCS 1 Q CS# TJ_F P1 FMCLK 6 SCK FPT MBoard 3 FC7 FGND 1 2 WP# FAVDD FESD_GND FP TTCS4B MUX 3 4 0. 1u_16V_0 4 FGRID0/ SENSE 5 6 FTC_VDD FINGERPRINT FDVDD1 FMCS 7 8 FMOSI 4 7 FMI SO/MODE3 9 10 FP D_REG VSS HOLD# FUSB_PN1_R F R3 27.4_ 1%_04 FUSB_PN4 FGP IO1 11 12 FNRES ET AT25128A FGND 13 14 FD AT A2 FC6 FC34 FC33 FGND 6 -04 -251 28- 490 FGND FDA TA0 15 16 FE SD_RING 1u_6. 3V_04 1u_6.3 V_04 0.1u_16V_04 FR1 FC2 FDA TA1 17 18 FMCLK FGP IO0/INT 19 20 FXIN 100K_04 47P_5 0V_04 FUSB_PN1_R 21 22 FXOUT FUS B_P P1_R 23 24 FGND FGND FGND

CON24A FGND FGND FGND

6- 19- 3100 1-1 29- 1 FL1 JFPTLCD1 1 USB_PP_TUH37 FCM160 8K-121 T06 2 USB_PN_TUH 37 JF PTLCD 3 FESD_GND FGND 4 FUSB_PP4 F3. 3V FUSB_PN4 12 5 FQ2 NDS352AP_NL F3. 3V 6 7 FE NTERKE Y # 37 6-1 5-00 352 -7B 1 FP OPMENU# 37 8 FGND

S 9 FCIR_RX 37 FG_FET G FR12 F3.3V 1 10 F3.3V FNRES ET F R22 47K_04 FTC_V DD 11 FR35 0 _06 FV DD5 * 0_04 FC36 FC35 FR36 0 _06 F C31 0.1u_ 16V_04 FC14 12 F5V FGND FA VDD

D 1u_6 .3V_04 0. 1u_16V_0 4 0. 022u_16V_04 87213- 1200G FC40 FC39 6 -20 -53A 00- 112 FR11 15_04 0. 1u_16V_04 0. 1u_16V_0 4 FTC_V DD FGND F3.3V FC15 FPTTCS4BMUX F C5 33p_50V_04 FR10 FC12 FC8 FGND 1u_6.3V_04 0.1u_16V_04 FGND FGND 33_0 4 EFQ1 0 .1u_16V_04 B 2 SB1 198KR/T14 6 FU3 FR8 FDVDD1 C FGND 1 8 6 -15 -21 198- 2B1 A# VCC 330K_04 FPT123B 2 FXIN B 7 FPT123VCC Rx/ Cx FC11 3 6 FPT123CX FGND F3.3V 2 1 1u_6 .3V_04 FR9 FC10 CLR# Cx F C9 2.2u_6. 3V_06 FXOUT 34 FGND 1 00K_04 1u_6. 3V_04 4 5 FPT123Q F R26 10K_04 FG_F ET GND Q FX1 HSX531 S/12MHZ 6-2 2-12 R00 -1B J FGND SN74LVC1G12 3DCT 6-01 -74 112 -QD0 FR18 * 47K_04 FC29 FC30 FGND FGND 22p _50V_04 22 p_50V_04 37 FVDD5 F5V 37 F5V FGND FGND

FPT MBoard FINGERPRINT B - 37 Schematic Diagrams FPT MBoard TP, KEY, CIR

TOUCH PANEL UPPER LEFT RIGHT

F5V F5V FU4 TOP VIEW

7 3 VC C2 VCC1 FR 13 1M _04 24 FC 16 FC 17 VCC1 FC 37 FC23 4WIRE-PANEL FC 20 15p_50V_04 TUH O S1 20 OS C1 10u_10V_08 1u_6.3V_04 6-22-12R00-1BJ 0.1u_16V_04 1u_6.3V_04 FR 15 FX2 27 FC 21 15p_50V_04 4 3 HS X531S/ 12M H Z GPIOA 26 100K_04 GPIOB 2 FG ND FGN D 12 FG ND GPI OC FG N D FG ND 19 5 OS C0 GPI OD LOWER FG N D TU H OS0 6 GPIOE 15 FR 14 10K_04 TUH PLR ST 18 SC L/G PIO F 28 #TOUCH_HOLD FR30 10K_04 #RES # TO U CH _ HO L D/ GPI OH 16 #M EMCS/S DA/ GPI OG FC 19 FC 22

1u_6.3V_04 0.1u_16V_04 FGN D FJ_TP1 FG N D FG ND FR 31 1.5K_04 FP TV33O 9 4 FPTX+ FR 16 0_04 FPTR ight FPTR ight V3 3O X+ 1 8 FPTY+ FR 17 0_04 FPTLower FPTLower Y+ 2 FC 38 FC 28 FC 27 12 FPTX- FR 28 0_04 FPTLeft FPTLeft 1u_6.3V_04 X- 13 FPTY- FR 29 0_04 FPTU pper FPTU pper 3 47p_50V_04 47p_50V_04 Y- 4 FR 33 33_04 FG ND TUH U SBN 11 F5V 36 US B_ PN _ TU H US BD- /DA TA /RXD 25 TUH PEN IR Q FR 27 100K_04 88502-0401 FR 32 33_04 TUH U SBP 10 #P ENI RQ 23 36 US B_ PP_ TU H US BD+ /C L K/TXD VREF 22 IN 4 6-21-94A20-104 Sheet 37 of 38 FC25 FC 26 21 FC 24 IN 3 22p_50V_04 22p_50V_04 1 0.1u_16V_04 31 DC L K 14 DIN GND FPT MBoard TP, 32 17 N.C GND 29 FGN D FG N D 30 DO U T FG N D KEY, CIR RT S/ LE D/G PIO J FG ND UTS 668 0 6-03-06680-0P0

F5V F5V F5V F5V

FD 2 FD 3 FD 5 FD 4 C C C C BAV99 BAV 99 BAV 99 BA V99 FH 5 FH2 FH 1 FH4 FH 3 6-06-00099-011 C 67D67N C 67D67N H 6_5D 2_5 H6_0D2_3B6_5H6 _ 5 D 2 _3 AC FPTRight AC F PTLowerAC FPTLeft AC F PTUpper A A A A

0509 FG N D FG ND FG N D B.Schematic Diagrams

FG N D FGND FGND FG ND

MENU KEY CIR FC IR 1

A POP MENU KEY 36 FC IR _RX ROTATION KEY B FSW1 FR 34 100_1% _04 FC IRV CC C C. IR 6-53-3050B-A41 FVD D 5 TMG -533-S -V-T/R FS W2 1 2 TM G-533-S-V -T/R 6-53-3050B-A41 FP OP MEN U # 36 3 4 1 2 P L-IRM0301-A538 F ENTE RKE Y# 36 3 4 6-05-03015-010 FC 18 FGND FC 13 FC 41 FC42 5 6

5 6 0.1u_16V_04 0.1u_16V _04 0.1u_16V_04 4.7u_6.3V_06

FGND FG ND FG ND FG ND

FGND

36 FV DD 5

36 F5V

B - 38 Schematic Diagrams CLICK BOARD CLICK BOARD

C+5VS CJTP1 CJTPZ01 CTP1 1 CTPBUTTON_R CTP CJTP 2 CTPBUTTON_L CC1 CTP_DATA 1 3 CJTPZ02 CTP_CLK 2 4 Diagrams B.Schematic 4 3 CJTPZ03 0.1u_16V_04 1 1 5 CJTPZ04 4 6 85201-04051 7 CGND 8 CTP_C LK 6-20-94A50-104 9 CTP_D ATA 10 12 CGND 11 C+5VS Sheet 38 of 38 12 CLICK BOARD 87151-1207G 6-20-94A20-112

CSW1 CSW2 TMG-533-S-V-T/R 6-53-3050B-A41 TMG- 533-S-V-T/ R 6-53-3050B-A41 1 2 1 2 CSW1~2 3 4 C TPBU TTON _R 3 4 CTPBUTTON_L 2 4

1 3 5 6 5 6

CGND CGND

CH2 CH 3 CH1 C87D87N H6_5D2_3 H6_5D2_3

CGND CGND

CLICK BOARD B - 39 Schematic Diagrams B.Schematic Diagrams

B - 40