Important µPs at a glance

AMD

Athlon 64

"Winchester" (D0, 90 nm)

L2- Model Freque Mult VCo TD Socke Release Part Cach HT Number ncy i 1 re P t Date Number(s) e

Athlon 64 1800 512 1000 1.40 67 Socket October ADA3000DIK 9x 3000+ MHz KB MHz V W 939 14, 2004 4BI

Athlon 64 2000 512 1000 1.40 67 Socket October ADA3200DIK 10x 3200+ MHz KB MHz V W 939 14, 2004 4BI

Athlon 64 2200 512 1000 1.40 67 Socket October ADA3500DIK 11x 3500+ MHz KB MHz V W 939 14, 2004 4BI

"Manchester" (E4, 90 nm)

L2- Model Freque Mult VCo TD Socke Release Part Cach HT Number ncy i 1 re P t Date Number(s) e

Athlon 64 2000 512 1000 1.35 67 Socket May 31, ADA3200DKA 10x 3200+ MHz KB MHz V W 939 2005 4CG

Page | 132 Important µPs at a glance

Athlon 64 2200 512 1000 1.35 67 Socket May 31, ADA3500DKA 11x 3500+ MHz KB MHz V W 939 2005 4CG

"San Diego" (E4, 90 nm)

L2- Model Freque Mul TD Socke Releas Part Cach HT VCore Number ncy ti 1 P t e Date Number(s) e

Athlon 2200 512 1000 1.35/1.4 67 Socket May 4, ADA3500DAA 64 11x MHz KB MHz 0 V W 939 2005 4BN 3500+

Athlon 2200 1024 1000 1.35/1.4 89 Socket May 4, ADA3700DAA 64 11x MHz KB MHz 0 V W 939 2005 5BN 3700+

Athlon 2400 1024 1000 1.35/1.4 89 Socket May 4, ADA4000DAA 64 12x MHz KB MHz 0 V W 939 2005 5BN 4000+

"Toledo" (E6, 90 nm)

L2- Model Freque Mult VCo TD Socke Release Part Cach HT Number ncy i 1 re P t Date Number(s) e

Page | 132 Important µPs at a glance

Athlon 64 2200 1024 1000 1.35 89 Socket ADA3700DKA 11x 3700+ MHz KB MHz V W 939 5CF

Athlon 64 2400 1024 1000 1.35 89 Socket ADA4000DKA 12x 4000+ MHz KB MHz V W 939 5CF

Page | 133 Important µPs at a glance

"Orleans" (Energy Efficient 45W, F3, 90 nm)

L2- Model Freque Mul TD Socke Release Part Cach HT VCore Number ncy ti 1 P t Date Number(s) e

Athlon 64 2200 1024 1000 1.25/1.4 45 Socket October ADH1600IAA 11x LE-1600 MHz KB MHz 0 V W AM2 8, 2007 5DH

Athlon 64 2400 1024 1000 1.25/1.4 45 Socket October ADH1620IAA 12x LE-1620 MHz KB MHz 0 V W AM2 8, 2007 5DH

Athlon 64 2600 1024 1000 1.25/1.4 45 Socket January ADH1640IAA 13x LE-1640 MHz KB MHz 0 V W AM2 7, 2008 5DH

"Orleans" (Energy Efficient Small Form Factor, F2, 90 nm)

L2- Model Freque Mul TD Socke Releas Part Cach HT VCore Number ncy ti 1 P t e Date Number(s) e

Athlon 64 2200 512 1000 1.20/1.2 35 Socket May 23, ADD3500IAA 11x 3500+ MHz KB MHz 5 V W AM2 2006 4CN

Athlon 64 FX

Page | 132 Important µPs at a glance

"SledgeHammer" (C0 & CG, 130 nm)

L2- Model Freque Mul VCo TD Socke Release Part Cach HT Number ncy ti 1 re P t Date Number(s) e

Athlon 64 2200 1024 800 1.50 89 Socket September ADAFX51CEP 11x FX-51 (C0) MHz KB MHz V W 940 23, 2003 5AK

Athlon 64 2200 1024 800 1.50 89 Socket September ADAFX51CEP 11x FX-51 (CG) MHz KB MHz V W 940 23, 2003 5AT

Athlon 64 2400 1024 800 1.50 89 Socket March 18, ADAFX53CEP 12x FX-53 (CG) MHz KB MHz V W 940 2004 5AT

"ClawHammer" (CG, 130 nm)

L2- Model Freque Mul VCo TD Socke Release Part Cach HT Number ncy ti 1 re P t Date Number(s) e

Athlon 64 2400 1024 1000 1.50 89 Socket June 1, ADAFX53DEP 12x FX-53 MHz KB MHz V W 939 2004 5AS

Athlon 64 2600 1024 1000 1.50 104 Socket ~ October ADAFX55DEI 13x FX-55 MHz KB MHz V W 939 10, 2004 5AS

"San Diego" (E4, 90 nm)

Page | 132 Important µPs at a glance

L2- Model Freque Mul TD Socke Releas Part Cach HT VCore Number ncy ti 1 P t e Date Number(s) e

Athlon 64 2600 1024 1000 1.35- 104 Socket ADAFX55DAA 13x FX-55 MHz KB MHz 1.40 V W 939 5BN

Athlon 64 2800 1024 1000 1.35- 104 Socket June 27, ADAFX57DAA 14x FX-57 MHz KB MHz 1.40 V W 939 2005 5BN

Dual-Core Desktop Processors Athlon 64 X2

"Manchester" (E4, 90 nm)

L2- Model Freque Mul VCor Sock Releas Cach HT TDP Part Number(s) Number ncy ti 1 e et e Date e

Athlon 2 x 1.30- 89- 2000 1000 Socke 64 X2 256 10x 1.35 110 ADA3600DAA4BV MHz MHz t 939 3600+ KB V W

Athlon 2 x 1.30- 2000 1000 89 Socke August 64 X2 512 10x 1.35 ADA3800DAA5BV MHz MHz W t 939 1, 2005 3800+ KB V

Athlon 2200 2 x 1000 11x 1.30- 89 Socke May ADA4200DAA5BV 64 X2 512 1.35 31, or

Page | 132 Important µPs at a glance

4200+ MHz KB MHz V W t 939 2005 ADA4200BVBOX

Athlon 2 x 1.30- May 2400 1000 110 Socke 64 X2 512 12x 1.35 31, ADA4600DAA5BV MHz MHz W t 939 4600+ KB V 2005

"Windsor" (Energy Efficient Small Form Factor, F2, 90 nm)

L2- Model Freque Mul TD Socke Releas Part Cach HT VCore Number ncy ti 1 P t e Date Number(s) e

ADD3800IAA Athlon 64 2 x May 2000 1000 1.025/1.0 35 Socket 5CU X2 512 10x 23, MHz MHz 75 V W AM2 ADD3800IAT 3800+ KB 2006 5CU

Athlon X2

Athlon 64 FX

"Toledo" (E6, 90 nm)

Model Freque L2- Mul TD Socke Release Part HT VCore Number ncy Cache ti 1 P t Date Number(s)

Athlon 2600 2 x 1000 13x 1.35- 110 Socket January ADAFX60DAA

Page | 132 Important µPs at a glance

1024 64 FX-60 MHz MHz 1.40 V W 939 9, 2006 6CD KB

"Windsor" (F2, 90 nm)

Model Freque L2- Mul Socke Releas Part HT VCore TDP Number ncy Cache ti 1 t e Date Number(s)

2 x Athlon 2800 1000 1.35 / 125 Socket May 23, ADAFX62IAA 1024 14x 64 FX-62 MHz MHz 1.40 V W AM2 2006 6CS KB

Athlon Neo

"Huron" (65 nm, 15W TDP)

L2- Model Freque Mul VCo TD Packa Releas Cach HT Part Number(s) Number ncy ti 1 re P ge e Date e

Athlon 1600 512 1600 1.1 15 January AMGMV40OAX4D Neo MV- 8x ASB1 MHz KB MHz V W 9, 2009 X (Tray) 40 Intel

Page | 132 Important µPs at a glance

Process Year of Peak Clock Address Data Address or Manufactu power bus able re Memory

4004 November 740 4 bits multiplexed 640 bytes 15, 1971 kHz address/data 8008 April 1, 500 8 bits multiplexed 16 KB 1972 kHz address/data 8080 April 1, 2 MHz 16 bits 8 bits 64 KB 1974 8085 March 1976 5 MHz 16 bits 8 bits 8086 June 8, 1978 5-10 20 bits 16 bits 1 MB MHz 8088 June 1, 1979 4.77-9 20 bits 8 bits 1 MB MHz external, 16 bits internal 80286 February 1, 6-25 16 bits 16 bits 16 MB 1982 MHz October 17, 16-33 32 bits 32 bits 4 GB 80386DX 1985 MHz

June 16, 16-33 24 bits 16 bits 16 MB 80386SX 1988 MHz 1994 60-66 32 bits 4GB Pentium I MHz 1997 300- Pentium 500 II MHz 1999 450- Pentium 600 III MHz 2000 Pentium IV May 29, 733- Itanium 2001 800 MHz 2004 1.86- Xeon 2.8 GHz 2007 1.60- Dual 2.7 Page | 133 Important µPs at a glance

Page | 134 Important µPs at a glance

Hewlett- Packard

CPU Used in calculator models Properties codename

Saturn HP-71B, HP-18C, HP-28C 640 kHz

640 kHz, 10 KB ROM, 256 Bytes RAM, LCD Bert HP-10B, HP-20S, HP-21S driver

HP-14B, HP-22S, HP-32S, HP- 640 kHz, 16 KB ROM, 512 Bytes RAM, LCD Sacajawea 32SII driver

HP-17B, HP-19B, HP-27S, HP- 1 MHz, 64 KB ROM, LCD driver, memory Lewis 28S, HP-42S controller, IR control

2 MHz, LCD controller, , Clarke HP-48SX, HP-48S UART and IR control

HP-48GX, HP-48G, HP-38G, 3.68 MHz, LCD controller, memory Yorke HP-39G, HP-49G controller, UART and IR control

Page | 132 Important µPs at a glance

IBM

• IBM 801 — Pioneering prototype RISC processor; 1980 • IBM ROMP — RISC processor, also known as 032 processor • IBM POWER — Commercial RISC processor range ○ POWER1 ○ POWER2 ○ POWER3 ○ POWER4 ○ POWER5 ○ POWER6 ○ POWER7 in development • PowerPC — Partly based on POWER ○ PPC 601 ○ PPC 603 ○ PPC 604 ○ PPC 620 ○ PPC 7xx ○ PPC 4xx embedded CPUs ○ IBM RS64 ○ PPC 970 ○ ○ , Broadway and CPUs for game consoles.

Page | 133 Important µPs at a glance

Motorola 68020: • 32-bit address & ALU. • 3 stage . • Instruction cache of 256 bytes. • Unrestricted word and longword data access (see alignment). • 8 x capability. • Larger multiply (32×32 -> 64 bits) and divide (64÷32 -> 32 bits quotient and 32 bits remainder) instructions, and bit field manipulations. • Addressing modes added scaled indexing and another level of indirection. • Low cost, EC = 24-bit address. 68030: • Split instruction and data cache of 256 bytes each • On-chip MMU (68851). • Low cost EC = No MMU. 68040: • Instruction and data caches of 4 kilobytes each • 6 stage pipeline. • FPU lacks IEEE transcendental functions capability. • FPU emulation works with 2E71M and later chip revisions. • Low cost LC = No FPU. • Low cost EC = No FPU & MMU. 68060: • Integer pipeline. • Two cycle integer multiplication unit. • Branch prediction. • Dual instruction pipeline.

Page | 134 Important µPs at a glance

• Instructions in the address generation unit (AGU) and thereby supply the result two cycles before the ALU. • Low cost LC = No MMU. • Low cost EC = No MMU & FPU.

Page | 132 Important µPs at a glance

Zilog Z180

Speed Chip Timers I/O Comm. Contr. Others (MHz)

Z80180 6, 8, 10 2 N/S CPU 1 MB MMU, 2xDMAs, 2xUARTs

Z80181 10 1 16 CPU 1 MB MMU, 2xDMAs, 2xUARTs

Clock ESCC, CSIO, S180 Megacell, 2xESCC channels, Z80182 16, 33, 20 0 Serial, 24 UART 16550 MIMIC

SCC, CSIO, Z80195 20, 33 4 7/24 UART

Clock 1 MB MMU, 2xDMAs, 2xUARTs, Z8L180 20 2 CSIO, UART Serial 3.3 V Operation

Clock ESCC, CSIO, S180 Megacell, 2xESCC channels, Z8L182 20 0 Serial UART 16550 MIMIC, 3.3V operation

Clock UART, DMA, Z8S180 10, 20, 33 2 1 MB MMU, 2xDMAs, 2xUARTs Serial I2C, SPI

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