PENTIUM 60 PROCESSORS Search Results

ARCHITECTURE OF pentium 2

Abstract: overDrive Pentium e Processor-Based processor superscalar architecture of pentium processor Intel Pentium 66MHz Pentium 60 Processors Intel Pentium OverDrive pentium 60
Contextual Info: intei PRELIMINARY Pentium OverDrive® PROCESSORS FOR Pentium PROCESSOR-BASED SYSTEMS 120/133-M Hz Pentium O verDrive Processor - to upgrade 60 and 66-MHz Pentium Processors 125-M Hz Pentium O verDrive Processor - to upgrade 75-MHz Pentium Processor 150-M Hz Pentium O verDrive Processor -

A80501

Abstract: 80386 specification update pin configuration of intel 80386 80386 developers manual 82430fx SX974 80386 cache memory OF intel 80386 SX835 flush# smi#
Contextual Info: 60- and 66-MHz Pentium Processor Specification Update Release Date: February 1997 Order Number 243326-001 The Pentium® processor may contain design defects or errors known as errata. Characterized errata that may cause the Pentium processor’ s behavior to deviate from published specifications are documented in this specification update.

Sandy Bridge DRAM Controller

Abstract: tagd3 PicoPower VESUVIUS-LS Sandy Bridge PT86C523 intel Sandy Bridge PT86C522 PT86C VESUVIUS-LS PicoPower
Contextual Info: PicoPower VESUVIUS-LS National Semiconductor Preliminary Data Book FEATURES Optimized three-chip PCI system controller for Intel Pentium processor-based portable computers Supports all Pentium and 5-class 3.3-V processors — Supports processor bus speeds of 50-, 60-, and 66-MHz

pentium ii overdrive

Abstract: intel fan pinout processor pentium 2 cache controller intel 82496
Contextual Info: in t e i FUTURE PENTIUM OVERDRIVE tm PROCESSOR FOR P e n t iu m ™ p r o c e s s o r 510\60, 567\66 - b a s e d SYSTEMS SOCKET SPECIFICATIONS 1.0 INTRODUCTION The Future Pentium™ OverDrive™ processor is an end user single-chip CPU upgrade product for Pentium processor (510X60, 567\66)-based systems. The Future Pentium

478 cpu connector

Abstract: FC-PGA 370 motherboard pentium 4 heat sink socket 478 celeron socket 370 motherboard 109X7612H1126 Sanyo Denki cooler pentium socket 478 Motherboard PGA 370 478 SOCKET
Contextual Info: SANYO DENKI CPU COOLERS FOR PIII AND P4 • • • • • • • • • Suitable for Intel Pentium III and Pentium 4 processors High reliability and long life 40,000 hours continuous operation at 60ºC ambient . 4 Years. Superior fan and heat sink design for optimum thermal performance

Contextual Info: / CYPRESS P uy »™ * = 256K Pentium ™-Compatible Cache Module Features Functional Description • 256-Kbyte secondary cache module organized as 32K by 64 • Ideal for Intel ™ Pentium-based sys­ tems and systems with 64-bit data • Operates with 60- and 6 6 -MHz Pen­

74321

Abstract: DM 0365 Burndy DZ7 55C burndy CONNECTOR 124 Intel Pentium 66MHz 1993 burndy 12 pin 12646A
Contextual Info: *= p y p - p p q PRELIMINARY ç , ~ CYM7432 256K Pentium -Compatible Cache Module Features Functional Description • 256-Kbyte secondary cache module organized as 32K by 64 • Ideal for Intel ™ Pentium-based sys­ tems and systems with 64-bit data • Operates with 60- and 66-MHz Pen­

TAG 8916

Abstract: 430TX LM75 MD24 MD25 MD26 northbridge circuit pentium 4 intel i5 block diagram 243328 intel DOC
Contextual Info: E INTEL PENTIUM PROCESSOR WITH MMX TECHNOLOGY MOBILE MODULE n n n n n n Intel mobile Pentium® processor MMX™ technology with internal/bus frequencies of 133/66, 150/60 or 166/66 MHz n Second-level cache of pipeline burst SRAM  Burst read/write at 3-1-1-1; back-to-back

i486

Abstract: b941
Contextual Info: Paradigm PDM44528 32K X 18 Fast CMOS Synchronous Static SRAM with Interleaved Burst Counter Features Description □ Interfaces directly with the i486 , Pentium™ processors 80, 66, 60, 50,40 MHz □ High Speed Access Times - Clock to data valid times:

Contextual Info: CY2254 PRELIMINARY V CYPRESS Features Compatible with Intel THton” chipset requirements Multiple clock outputs to meet re­ quirements o f most motherboards using Pentium “ processors — Four CPU clocks @ 66.66 MHz, 60 MHz, and 50 MHz, pin selectable

Contextual Info: paradigm PDM34078 3.3V 32K x 32 Fast CMOS Synchronous Static RAM with Burst Counter and Output Register Features Description □ Interfaces directly with the x86, Pentium , 680X0 and PowerPC™ processors 100, 80, 66, 60, 50 MHz □ Single 3.3V power supply

XTAL 12 MHz

Abstract: 12 MHz xtal Crystal oscillator 12 MHz led clock circuit diagram CY2254
Contextual Info: ' / CYPRESS Features • Compatible with Intel TMton " chipset requirements Multiple clock outputs to meet re­ quirements o f most motherboards using Pentium"' processors — Four CPU clocks @ 66.66 MHz, 60 MHz, and 50 MHz, pin selectable — Six PCI clocks CPUCLK/2

351N

Contextual Info: Paradigm PDM34078 3.3V 32K x 32 Fast CMOS Synchronous Static RAM with Burst Counter and Output Register Features Description □ Interfaces directly with the x86, Pentium , 680X0 and PowerPC™ processors 100, 80, 66, 60, 50 MHz □ Single 3.3V power supply

Contextual Info: Paradigm PDM34078 3.3V 32K x 32 Fast CMOS Synchronous Static RAM with Burst Counter and Output Register Features Description □ Interfaces directly with the x86, Pentium , 680X0 and PowerPC™ processors 100, 80, 66, 60, 50 MHz □ Single 3.3V power supply

Contextual Info: FEATURES AND SPECIFICATIONS Features and Benefits • 615 circuit for Mobile Pentium* II and Celeron* processors ■ Ultra low profile of 2.00mm .079" ■ Over 60% PCB space savings versus previous module-style mobile processor packaging ■ Easy-to-use cam mechanism provides smooth contact

Contextual Info:  PowerMP4-60 First Serial RapidIO VME Computing System Unique Pentium® and PowerPC® VME Turnkey Multiprocessor Computer  Low-Latency, High-Bandwidth Serial RapidIO Interconnects  Standard COTS-Based Technology  Outstanding Computing Performance

CY2254

Contextual Info: CY2254 PRELIMINARY ' / C Y P R E S S Features • Compatible with Intel TMton " chipset requirements Multiple clock outputs to meet re­ quirements of most motherboards using Pentium"' processors — Four CPU clocks @ 66.66 MHz, 60 MHz, and 50 MHz, pin selectable

82C568

Abstract: 82C567 4464 64k dram 4464 dram HA20C md4203 AD7166 82C566 SiS chipset 486 opti 82c
Contextual Info: 82C566/82C567/82C568 Viper-MAX Chipset Scaleable MultiMedia PC Solution 1.0 Features CPU Interface • Fully supports all Intel 3.3V Pentium processors P54C™, P55C™, P55CT™ at 50, 60, and 66.667MHz • Supports AMD® K86™ and Cyrix® 6x86 processors

Contextual Info: , PARADIGM PRELIMINARY PDM340ÔÔ 3.3V 64K x 32 Fast CMOS Synchronous Static RAM with Burst Counter and Output Register Features Description □ Interfaces directly with the x86, Pentium , 680X0 and PowerPC™ processors 100, 80, 66, 60, 50 MHz □ Single 3.3V power supply

Contextual Info: SLC90E42 ADVANCE INFORMATION STANDARD MICROSYSTEMS CORPORATION SLC90E42 NorthBridge Member of High Performance TeXas Chipset FEATURES 324 Pin BGA North Bridge Chip Supports the Pentium C om patible Processor with Host Bus from 60 MHz to 75 MHz at 3.3V and

Contextual Info: , PRELIMINARY PARADIGM PDM3408Ô 3.3V 64K x 32 Fast CMOS Synchronous Static RAM with Burst Counter and Output Register Features Description □ Interfaces directly with the x86, Pentium , 680X0 and PowerPC™ processors 100, 80, 66, 60, 50 MHz □ Single 3.3V power supply

Contextual Info: PARMGM PDM44026 32K x 36 Fast CMOS Synchronous Static SRAM with Interleaved Burst Counter Features Description I ! Interfaces directly with the i486 , Pentium™ processors 80, 66, 60, 50, 40 MHz The PDM44026 is a 1,179,648 bit synchronous ran­ dom access memory organized as 32,768 words by

Contextual Info: P a r a e ï g PDM44028 m 64K x 18 Fast CMOS Synchronous Static SRAM with Interleaved Burst Counter Features Description U Interfaces directly with the i486 , Pentium™ processors 80, 66, 60, 50,40 MHz □ High Speed Access Times - Clock to data valid times:

9042h

Abstract: DRB102
Contextual Info: SLC90E42 ADVANCE INFORMATION STANDARD MICROSYSTEMS CORPORATION SLC90E42 NorthBridge Member of High Performance TeXas Chipset FE A TU R E S 324 Pin BGA North Bridge Chip Supports the Pentium Compatible Processor with Host Bus from 60 MHz to 75 MHz at 3.3V and