Mpu Assign

Important µPs at a glance

AMD Athlon 64 "Winchester" (D0, 90 nm)

Model Number

L2Freque Cach ncy e

HT

Mult VCo TD Socke i1 re P t

Release Date

Part Number(s)

Athlon 64 1800 3000+ MHz

512 KB

1000 MHz

9x

1.40 67 V W

Socket October 939 14, 2004

ADA3000DIK 4BI

Athlon 64 2000 3200+ MHz

512 KB

1000 MHz

10x

1.40 67 V W

Socket October 939 14, 2004

ADA3200DIK 4BI

Athlon 64 2200 3500+ MHz

512 KB

1000 MHz

11x

1.40 67 V W

Socket October 939 14, 2004

ADA3500DIK 4BI

"Manchester" (E4, 90 nm)

Model Number

L2Freque Cach ncy e

Athlon 64 2000 3200+ MHz

512 KB

HT

1000 MHz

Mult VCo TD Socke Release i1 re P t Date

10x

1.35 67 V W

Socket May 31, 939 2005

Part Number(s)

ADA3200DKA 4CG

Page | 132

Important µPs at a glance

Athlon 64 2200 3500+ MHz

512 KB

1000 MHz

11x

1.35 67 V W

Socket May 31, 939 2005

ADA3500DKA 4CG

TD Socke Releas P t e Date

Part Number(s)

"San Diego" (E4, 90 nm) L2Model Freque Cach Number ncy e

HT

Mul ti 1

VCore

Athlon 64 3500+

2200 MHz

512 KB

1000 11x MHz

1.35/1.4 67 0V W

Socket May 4, 939 2005

ADA3500DAA 4BN

Athlon 64 3700+

2200 MHz

1024 1000 11x KB MHz

1.35/1.4 89 0V W

Socket May 4, 939 2005

ADA3700DAA 5BN

Athlon 64 4000+

2400 MHz

1024 1000 12x KB MHz

1.35/1.4 89 0V W

Socket May 4, 939 2005

ADA4000DAA 5BN

"Toledo" (E6, 90 nm)

Model Number

L2Freque Cach ncy e

HT

Mult VCo TD Socke Release i1 re P t Date

Part Number(s)

Page | 132

Important µPs at a glance

Athlon 64 2200 3700+ MHz

1024 KB

1000 MHz

11x

1.35 89 V W

Socket 939

ADA3700DKA 5CF

Athlon 64 2400 4000+ MHz

1024 KB

1000 MHz

12x

1.35 89 V W

Socket 939

ADA4000DKA 5CF

Page | 133

Important µPs at a glance

"Orleans" (Energy Efficient 45W, F3, 90 nm) L2Model Freque Cach Number ncy e

HT

Mul ti 1

VCore

TD Socke Release P t Date

Part Number(s)

Athlon 64 2200 LE-1600 MHz

1024 1000 11x KB MHz

1.25/1.4 45 0V W

Socket October ADH1600IAA AM2 8, 2007 5DH

Athlon 64 2400 LE-1620 MHz

1024 1000 12x KB MHz

1.25/1.4 45 0V W

Socket October ADH1620IAA AM2 8, 2007 5DH

Athlon 64 2600 LE-1640 MHz

1024 1000 13x KB MHz

1.25/1.4 45 0V W

Socket January AM2 7, 2008

ADH1640IAA 5DH

"Orleans" (Energy Efficient Small Form Factor, F2, 90 nm) L2Model Freque Cach Number ncy e

Athlon 64 2200 3500+ MHz

512 KB

HT

Mul ti 1

1000 11x MHz

VCore

TD Socke Releas P t e Date

1.20/1.2 35 5V W

Part Number(s)

Socket May 23, ADD3500IAA AM2 2006 4CN

Athlon 64 FX

Page | 132

Important µPs at a glance "SledgeHammer" (C0 & CG, 130 nm) Model Number

L2Freque Cach ncy e

HT

Mul VCo TD Socke ti 1 re P t

Release Date

Part Number(s)

Athlon 64 2200 FX-51 (C0) MHz

1024 800 11x KB MHz

1.50 89 V W

Socket September ADAFX51CEP 940 23, 2003 5AK

Athlon 64 2200 FX-51 (CG) MHz

1024 800 11x KB MHz

1.50 89 V W

Socket September ADAFX51CEP 940 23, 2003 5AT

Athlon 64 2400 FX-53 (CG) MHz

1024 800 12x KB MHz

1.50 89 V W

Socket March 18, 940 2004

ADAFX53CEP 5AT

"ClawHammer" (CG, 130 nm) L2Model Freque Cach Number ncy e

HT

Mul VCo TD Socke ti 1 re P t

Release Date

Socket June 1, 939 2004

Part Number(s)

Athlon 64 2400 FX-53 MHz

1024 1000 12x KB MHz

1.50 89 V W

ADAFX53DEP 5AS

Athlon 64 2600 FX-55 MHz

1024 1000 13x KB MHz

1.50 104 Socket ~ October ADAFX55DEI V W 939 10, 2004 5AS

"San Diego" (E4, 90 nm)

Page | 132

Important µPs at a glance

L2Model Freque Cach Number ncy e

HT

Mul TD Socke Releas VCore ti 1 P t e Date

Part Number(s)

Athlon 64 2600 FX-55 MHz

1024 1000 13x KB MHz

1.35- 104 Socket 1.40 V W 939

ADAFX55DAA 5BN

Athlon 64 2800 FX-57 MHz

1024 1000 14x KB MHz

1.35- 104 Socket June 27, ADAFX57DAA 1.40 V W 939 2005 5BN

Dual-Core Desktop Processors Athlon 64 X2 "Manchester" (E4, 90 nm) L2Model Freque Cach Number ncy e

HT

Mul VCor Sock Releas TDP Part Number(s) ti 1 e et e Date

Athlon 64 X2 3600+

2000 MHz

2x 256 KB

1.30- 891000 Socke 10x 1.35 110 MHz t 939 V W

Athlon 64 X2 3800+

2000 MHz

2x 512 KB

1.301000 89 10x 1.35 MHz W V

Socke August ADA3800DAA5BV t 939 1, 2005

2x 512

1000 11x 1.30- 89 1.35

Socke May 31,

Athlon 64 X2

2200

ADA3600DAA4BV

ADA4200DAA5BV or Page | 132

Important µPs at a glance

4200+

MHz

KB

MHz

V

W

t 939

2005

Athlon 64 X2 4600+

2400 MHz

2x 512 KB

1.30May 1000 110 Socke 12x 1.35 31, MHz W t 939 V 2005

ADA4200BVBOX

ADA4600DAA5BV

"Windsor" (Energy Efficient Small Form Factor, F2, 90 nm) L2Model Freque Cach Number ncy e

Athlon 64 2000 X2 MHz 3800+

2x 512 KB

HT

Mul ti 1

VCore

TD Socke Releas P t e Date

May 1000 1.025/1.0 35 Socket 10x 23, MHz 75 V W AM2 2006

Part Number(s)

ADD3800IAA 5CU ADD3800IAT 5CU

Athlon X2 Athlon 64 FX "Toledo" (E6, 90 nm) Model Freque L2Number ncy Cache

Athlon

2600

2x

HT

Mul TD Socke Release VCore 1 ti P t Date

1000 13x

1.35-

110 Socket January

Part Number(s)

ADAFX60DAA Page | 132

Important µPs at a glance

64 FX-60 MHz

1024 KB

MHz

1.40 V W

939

9, 2006

6CD

"Windsor" (F2, 90 nm)

Model Freque L2Number ncy Cache

Athlon 2800 64 FX-62 MHz

2x 1024 KB

HT

Mul Socke Releas VCore TDP 1 ti t e Date

1000 14x MHz

1.35 / 125 1.40 V W

Part Number(s)

Socket May 23, ADAFX62IAA AM2 2006 6CS

Athlon Neo "Huron" (65 nm, 15W TDP)

L2Model Freque Cach Number ncy e

Athlon Neo MV40

1600 MHz

512 KB

HT

Mul VCo TD Packa Releas Part Number(s) ti 1 re P ge e Date

1600 8x MHz

1.1 V

15 W

ASB1

January 9, 2009

AMGMV40OAX4D X (Tray)

Intel

Page | 132

Important µPs at a glance Process or

Year of Manufactu re

4004

November 15, 1971

740 kHz

4 bits multiplexed address/data

640 bytes

8008

500 kHz 2 MHz

8 bits multiplexed address/data 16 bits 8 bits

16 KB

8085 8086

April 1, 1972 April 1, 1974 March 1976 June 8, 1978

16 bits 20 bits

8 bits 16 bits

8088

June 1, 1979

5 MHz 5-10 MHz 4.77-9 MHz

20 bits

1 MB

80286

February 1, 1982 October 17, 1985

6-25 MHz 16-33 MHz

16 bits

8 bits external, 16 bits internal 16 bits

32 bits

32 bits

4 GB

June 16, 1988 1994

16-33 MHz 60-66 MHz 300500 MHz 450600 MHz

24 bits

16 bits

16 MB

8080

80386DX 80386SX Pentium I Pentium II Pentium III Pentium IV Itanium

Xeon

Dual

1997

1999

Peak power

Clock

Address bus

32 bits

Data bus

Address able Memory

64 KB

1 MB

16 MB

4GB

2000 May 29, 2001 2004

2007

733800 MHz 1.862.8 GHz 1.602.7 Page | 133

Important µPs at a glance

Page | 134

Important µPs at a glance

Hewlett- Packard CPU codename

Used in calculator models

Properties

Saturn

HP-71B, HP-18C, HP-28C

640 kHz

Bert

HP-10B, HP-20S, HP-21S

640 kHz, 10 KB ROM, 256 Bytes RAM, LCD driver

Sacajawea

HP-14B, HP-22S, HP-32S, HP32SII

640 kHz, 16 KB ROM, 512 Bytes RAM, LCD driver

Lewis

HP-17B, HP-19B, HP-27S, HP28S, HP-42S

1 MHz, 64 KB ROM, LCD driver, memory controller, IR control

Clarke

HP-48SX, HP-48S

2 MHz, LCD controller, memory controller, UART and IR control

Yorke

HP-48GX, HP-48G, HP-38G, HP-39G, HP-49G

3.68 MHz, LCD controller, memory 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

○

Cell microprocessor

○

Gekko, Broadway and Xenon CPUs for game consoles.

Page | 133

Important µPs at a glance

Motorola 68020: •

32-bit address & ALU.

•

3 stage pipeline.

•

Instruction cache of 256 bytes.

•

Unrestricted word and longword data access (see alignment).

•

8 x multiprocessing 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

Chip

Speed (MHz)

Timers

I/O

Comm. Contr.

Others

Z80180 6, 8, 10

2

N/S

CPU

1 MB MMU, 2xDMAs, 2xUARTs

Z80181 10

1

16

CPU

1 MB MMU, 2xDMAs, 2xUARTs

Z80182 16, 33, 20 0

Clock Serial, 24

ESCC, CSIO, UART

S180 Megacell, 2xESCC channels, 16550 MIMIC

Z80195 20, 33

4

7/24

SCC, CSIO, UART

Z8L180 20

2

Clock Serial

CSIO, UART

1 MB MMU, 2xDMAs, 2xUARTs, 3.3 V Operation

Z8L182 20

0

Clock Serial

ESCC, CSIO, UART

S180 Megacell, 2xESCC channels, 16550 MIMIC, 3.3V operation

Z8S180 10, 20, 33 2

Clock Serial

UART, DMA, 1 MB MMU, 2xDMAs, 2xUARTs I2C, SPI

Page | 132