The Qualcomm Difference

Alex Katouzian Senior Vice-President, Product Management, Qualcomm Technologies, Inc.

The Qualcomm diﬀerence

Technology innovation System design approach Execution at scale

Industry-driven technology roadmap Maintaining control of key technology blocks

Text VoiceText Voice

Internet access News/ Text Voice Entertainment

Video Apps Maps Email/Calendar

Photography Shopping Movies Social networking

Qualcomm Technologies, Incorporated. All Rights Reserved. 5 Smartphones are changing consumer behavior Result of immediacy, portability, and connectedness 70+% 60+% Can’t leave the home without it Access their Facebook site via mobile phone ~80% 1B Play games on their phones Access social networks via mobile ~90% ~1/3 Use their phones to search Watch movies on their device at and shop least monthly ~80% ~80% Use phones to navigate Take pictures with mobile device instead of traditional camera* * This stat is speciﬁc to India and the frequency of taking pictures is a few times a week Qualcomm Technologies, Incorporated. All Rights Reserved. Sources: Facebook, Jan. ’13; SA, Apr.’12; 2012 Snapdragon Consumer Survey; 6 TIME Mobility Poll, in cooperation with QUALCOMM, Aug. ’12 User consumption of mobile data continues to rise

Smartphone LTE users consume Mobile operators Total traffic usage more under pressure growth ~50x Up to 2.3x 250x* 1000x More data traffic on More data usage from LTE Wireless data traffic growth Data traffic growth smartphone versus feature subscribers versus 3G over last 5 years phone in 2012

*AT&T Source: Cisco, Feb. ’13; Mobidia, Jan’12; AT&T Dec ’11 Qualcomm Technologies, Incorporated. All Rights Reserved. 7 Investing in technology leadership Enabling rich mobile experiences Power management PMIC System architecture

Multimedia >$14B Camera Audio/video Gesture Display invested in R&D last ﬁve Optimized processors ﬁscal years CPU GPU DSP

Wireless connectivity RF 3G/4G LTE modems Wi-Fi Location technologies

Multimedia

Position Power Location Management

GPU RF

CPU Software/ HLOS

DSP Memory

Modem Connectivity

Custom designed mobile processors Mobile optimized system architecture Optimized software and broad OS support Comprehensive system level design for RF/modem

SW tools and APIs Mobile software SW and compiler optimization Broad OS support Optimized mobile solution

Mobile optimized System fabric/interconnect system architecture Cache and memory design SW vs. HW acceleration

Custom designed Micro-architecture mobile processors Circuit design Transistor level design Power optimization throughout the system the system throughout optimization Power

Purpose built for mobile Krait aSMP “asynchronous SMP”

FlexRender™

Uniﬁed shader architecture Adreno Latest graphics and compute APIs

Advanced multimedia instructions Hexagon Hexagon access program

Camera Custom designed compute cluster MMUDisplay MMU JPEG Krait Krait Adreno CPU CPU Hexagon RF, MMU Video GPU DSP Krait Krait Wi-Fi & GPS BB Bluetooth, MMU Other CPU CPU FM MMU MMU MMU MMUs Designed for ease Multimedia fabric 2MB L2 System fabric of data sharing between processors Designed for heavy graphic loads and concurrent use cases Fabric & memory controller Modem Memory scheduling for high utilization & low latency Snapdragon 800 LPDDR3 LPDDR3

Premium mobile computing devices Snapdragon 800 including: tablets, smartphones, and Smart TVs.

Mid-high tier smartphones Snapdragon 600 and tablets.

Snapdragon 400 High volume smartphones and tablets.

Entry level smartphones and Snapdragon 200 tablets.

Snapdragon 800

Snapdragon 600 Mainline software support Snapdragon 400

Snapdragon 200

Source: Qualcomm data. WindowsQualcomm andTechnologies, the Windows Incorporated. logo are All trademarks Rights Reserved. of the Microsoft group of companies. 15 A recent example—new Facebook home optimization System-level performance enhancements related to key Snapdragon technologies

Cover feeds New Facebook home— App launcher optimized for Qualcomm Snapdragon

Better overall performance Integrated Lower power usage Messaging home & chat screen Better data transfer

Multimedia and gaming Web browsing App performance

GLBenchmark 2.7 Vellamo 2.0 Quadrant 2.0 +324% (T-Rex HD oﬀscreen) +28% +67%

+189% 3DMark graphics +22% SunSpider +84% Geekbench 2 +157% 3DMark Ice Storm +39% Kraken +73% CF-Bench

+58% AnTuTu 3.1 Source: Anandtech, Engadget April 2013 Qualcomm Technologies, Incorporated. All Rights Reserved. 17 System approach for 3G/4GLTE/modem technologies Technology leadership across the board

Modem technology leadership 3rd Gen LTE modem Multimode, multiband support + Advanced features Superior performance Throughput / voice quality Power / thermals Mobility / reliability

+ Commercial maturity Highly integrated Extensive IOT and optimization Large-scale deployments

Radio frequency bands 29 19 23 24 26 27 28 Connectivity Wi-Fi BT GPS 21 22 33 35 36 37 38 7 10 11 12

2 3 5 6 4 8 9 1 18 25 20 34 39 40 41 42 43 13 14 17 44

EV-DO GERAN CDMA 1x UMTS TD-SCDMA LTE TDD LTE FDD

Handover techniques (multiple can apply in each case) Handover combinations (hypothetical examples) System selection PS handover Reselection LTE FDD 2G/3G Blind redirection CS fallback Single radio VCC Redirection w/ measurements CSFB w/ SI tunneling Qualcomm Technologies, Incorporated. All Rights Reserved. LTE TDD 19 LTE carrier aggregation (CA) Designed to solve band fragmentation, addressing growing number of CA band combinations

More TDD+FDD Inter-band spectrum

Present 45 60+ Future Combinations CA Complexity Combinations

Intra-band Uplink aggregation Expected to be available in commercial devices by mid-year 2013, enabled by: Snapdragon 800 processor (8974) Gobi 4G LTE advanced modem (MDM 9x25) WTR1625L world mode RF transceiver *

*WTR1625L supports all cellular modes and bands that are currently fully speciﬁed in 3GPP. An additional, much smaller WFR1620 receive-only companion chip is required for implementationQualcomm Technologies, of carrier Incorporated. aggregation All Rightswith WTR1625L. Reserved. 20 Introducing the ﬁrst truly global RF solution for 4G LTE devices RF360 front end architectural solution

One solution Designed for: Advantages Multiband, Multimode all modes all bands Single SKU

Power Antenna Envelope matching power Performance Processor tuner tracker Modem Size RFIC

Reduced development time PMIC Power amp & antenna RF POP switch

*AsQualcomm compared Technologies, to the previous Incorporated. Qualcomm All Rights RF Reserved.solution. 21 Comprehensive system-level solution Modem, AP, sensors and RF work together to enable superior mobile experience

Sensors

Sensor inputs AP enhance antenna Envelope power tracker tuner performance

QFE QFE 15xx 11xx

Antenna ModemModem matching tuner WTR Modem assists 1625L Antenna tuner dynamically antenna matching compensates to overcome Transceiver tuner & envelope power tracker impediments QFE23xx Power (e.g. hand) ampliﬁer Sensors

Quick design cycles Bringing leading technology to all tiers Technology leadership

2008 2010 2011 2012 1st 1 GHz 1st 1.4 GHz 1st & Only 1st Integrated Scorpion CPU Scorpion CPU aSMP Dual Core 3G/4G Multimode 1st Integrated 1st Integrated 1st on 28nm 3G Multimode GPS + GLONASS Krait 200 CPU Krait 300 CPU

Snapdragon 800 Snapdragon 600 Snapdragon 400 Snapdragon 200

Premium mobile computing devices Mid-high tier smartphones High volume smartphones Entry level smartphones and including: tablets, smartphones, and tablets. and tablets. tablets. and Smart TVs.

Ultra HD capture and playback DTS-HD and Dolby digital plus audio Quad Core up to 2.3 GHz KRAIT CPU Expanded gestures

50% performance improvement* MULTIMEDIA ADRENO GPU Audio, video, Open programmable core and gestures HEXAGON DSP

55MP with dual ISP Integrated LTE**, CAMERA 802.11ac**, USB 3.0 CONNECTIVITY Supports 2560x2048 display & BT 4.0 Miracast 1080p HD support 4G LTE, WiFi, DISPLAY/LCD USB, BT and FM Qualcomm IZat GNSS with support for three GPS constellations NAVIGATION

New user experiences Ultra-HD capture and playback Picture-in-picture photos and videos HD simultaneous videos 3D imaging Natural UI/ gesture Content streaming to larger screens Rich Web experience

Premium mobile computing devices Snapdragon 800 including: tablets, smartphones, and Smart TVs.

Mid-high tier smartphones Snapdragon 600 and tablets.

Snapdragon 400 High volume smartphones and tablets.

Entry level smartphones and Snapdragon 200 tablets.

Entry-level smartphones Reduced development time Design ﬂexibility and Broad portfolio enablement feature innovation

Source: Qualcomm data, as of Q2 2013 Qualcomm Technologies, Incorporated. All Rights Reserved. 30 Snapdragon processors The heart of the latest devices 85+ 850+ manufacturers shipping devices announced or with Snapdragon commercially available

435+ 260+ 210+ 900+ 120+ computing (USB, designs in M2M modules Gobi-enabled devices handsets embedded, tablets, routers) development and devices launched since 2009

#1 #1 #1 #1 #1 AP GPU DSP RF 3G/4G/LTE

Sources: Mobile AP Unit Shipment - Strategy Analytics; GPU Shipment - Jon Peddi Research; DSP shipment - Forward Concepts; 3G/4G/LTE - Strategy Analytics; RF iSuppli, Q1’12 Qualcomm Technologies, Incorporated. All Rights Reserved. 33 Mobile technology leadership – today and in future

Technology innovation System design approach Execution at scale

Qualcomm Technologies, Incorporated. All Rights Reserved. 34 Thank you Follow us on: For more information, visit us at: www.qualcomm.com & www.qualcomm.com/blog © 2013 Qualcomm Technologies, Inc. All rights reserved. Qualcomm, Snapdragon, and Gobi are trademarks of Qualcomm Incorporated, registered in the United States and other countries. Trademarks of Qualcomm Incorporated are used with permission. Other products and brand names may be trademarks or registered trademarks of their respective owners.

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