IDT79R2000 Search Results

ALTEM

Contextual Info: C RISC CPU WRITE BUFFER Integrated DeviceTechnolpgy, Inc FEATURES: PRELIMINARY IDT 79R2020A • Pin and functionally com patible with the MIPS Computer Sys­ tem s R2020A Write Buffer • Temporary storage buffers to enhance the performance of the IDT79R2000A RISC CPU processor

175-PIN

Abstract: 79R3000AE IDT79R3000A IDT79R3000 MIPS R3000A
Contextual Info: RISC CPU PROCESSOR IDT79R3000A IDT79 R3000A E In te grated D ev ic e T echn ology» In c. FEATURES: • • • • • • • Enhanced instruction set com patible version of the IDT79R2000, IDT79R3000 RISC CPUs. Upwardly pin-compatible with IDT79R3000 RISC CPU.

Contextual Info: RISC FLOATING POINT ACCELERATOR FPA advance 'NF|d R20°0 FEATURES: DESCRIPTION: • Hardware Support of Single- and Double-Precision Operations: The IDT79R2010 Floating-Point Accelerator (FPA) operates in conjunction with the IDT79R2000 Processor and extends the

Contextual Info: 9 iiiii W "•vMr RISC CPU W R ITE BU FFE R ADVANCE INFORMATION IDT R Integrated Device Technology Inc 79 2020 FEATURES DESCRIPTION • Temporary storage buffers to enhance the performance of the IDT79R2000 RISC CPU processor The IDT79R2020 Write Buffer enhances the performance of

Contextual Info: RISC CPU PROCESSOR FEATURES: advance INFO R M A TIO N IDT79R2000 • UNIX System V.3 and BSD 4.3 operating systems supported • Full 32-bit O peration—Thirty-two 32-bit registers and all instructions and addresses are 32-bit • High-speed CEMOS ™ technology

IDT79R3000AE

Abstract: tag13 79R3000AE
Contextual Info: RISC CPU PROCESSOR IDT79R3000A IDT79R3000AE Integrated D evice Technology» Inc. • FEATURES: • Enhanced instruction set compatible version of the IDT79R2000, IDT79R3000 RISC CPUs. • Upwardly pin-compatible with IDT79R3000 RISC CPU. • IDT79R3000A “E” version relaxes system memory timing

79R3000

Contextual Info: RISC CPU PROCESSOR IDT79R3000A IDT79R3000AE Integrated Device Technology, Inc. FEATURES: Dynamically able to switch between Big- and Little- Endian byte ordering conventions. Coprocessor Interface— The IDT79R3000A generates all addresses and handles memory interface control for up to

idt 79r3000

Abstract: 79R3000 79R3001
Contextual Info: ggl^s y RISController CPU FOR HIGH-PERFORMANCE EMBEDDED SYSTEMS IDT79R3001 In te g ra te d Dev ice Tec h n o lo g y, In c . FEATURES: • • • • • • • • • • • • • Enhanced Instruction Set compatible version of IDT79R3000 RISC CPU

79R3010

Abstract: S912 IDT79R2000
Contextual Info: INTEGRA TE» DEVICE 14E D • 4025771 0 G 0 3 CH 2 RISC FLOATING POINT ACCELERATOR FPA Integrated DeviceTëchnoiogy Inc P R E L IM IN A R Y ID T 7 9 R 2 0 1 0 A T -H 9 -IZ -O S FEATURES: • • Hardware S upport of Single- and Double-Precision Operations:

IDT79R3000A

Abstract: 79R3000AE IDT79R3000 dwr2 D01113
Contextual Info: INTEGRATED DEVICE SflE D 4325771 0011120 534 • IDT RISC CPU PROCESSOR IDT79R3000A IDT79R3000AE Dynamically able to switch between Big- and Little-Endian byte ordering conventions. Coprocessor Interface— The IDT79R3000A generates all addresses and handles memory interface control for up to

IDT39C60

Abstract: 74FCT245 1002d AN-24 IDT49C460 IDT71256 IDT74FCT245 IDT74FCT646
Contextual Info: DESIGNING WITH THE IDT49C460 AND IDT39C60 ERROR DETECTION AND CORRECTION UNITS  Integrated Device Technology, Inc. APPLICATION NOTE AN-24 DESIGNING WITH THE IDT49C460 AND IDT39C60 ERROR DETECTION AND CORRECTION UNITS APPLICATION NOTE AN-24 By Robert Stodieck

IDT39C60

Abstract: 1002B 74FCT245 AN-24 IDT49C460 IDT71256 IDT74FCT245 IDT74FCT646 1002d
Contextual Info: DESIGNING WITH THE IDT49C460 AND IDT39C60 ERROR DETECTION AND CORRECTION UNITS Integrated Device Technology, Inc. DESIGNING WITH THE IDT49C460 AND IDT39C60 ERROR DETECTION AND CORRECTION UNITS INTRODUCTION APPLICATION NOTE AN-24 APPLICATION NOTE AN-24 By Robert Stodieck

79R3000

Contextual Info: RISC CPU PROCESSOR IDT79R3000 • Supports concurrent refill and execution of instructions. • Partial word stores executed as read-modify-write operations. • 6 external interrupt inputs up to 64 different sources , 2 software interrupts, with single cycle latency to exception

tag 9018

Abstract: MIPS Translation Lookaside Buffer TLB R3000 mips r2000a
Contextual Info: 14E D INTEGRATED DEVICE • 4flHS771 0003^05 3 ■ PRELIMINARY IDT 79R2000A RISC CPU PROCESSOR IntegratedDevlcelechndogyInc T-V? '/7 • Optimizing Compilers available Include: C, FORTRAN, Pascal, P l/f , COBOL, Ada FEATURES: • Full 3 2-blt Operation-Thirty-two 32-bit registers and air

Contextual Info: INTEGRATED DEVICE 3ÖE D • 4Û2S771 ‘0DD7tDl- 1 » I 5 T - T - U 9 - 17-32RISController CPU FOR HIGH-PERFORMANCE EMBEDDED SYSTEMS B y IDT79R3001 Integrated Device Technology, Inc. • Supports caches from 8 Kbytes to 16Mbytes

tag3l

Abstract: 2000AG
Contextual Info: RISC CPU PROCESSOR FEATURES: • F ull 3 2 -b it O p e ra tio n -T h irty -tw o 3 2 -b it re giste rs and a ll ins tru ctio n s a n d a d d re sse s a re 3 2 - bit. • E fficie n t p ip e lin in g —T h e C P U ’s 5-sta g e p ip e lin e desig n a ssists in o b ta in in g a n e xe cu tio n rate a p p ro a c h in g o n e

R3000A

Abstract: MIPS R3000A 79r3000 idt79r3000 79R3000A tagp2 tag27 IDT79R3000A R3000 mips IDT79R3000AE
Contextual Info: IDT79R3000A IDT79R3000AE RISC CPU PROCESSOR In tegrated D e v ice T e c h n o lo g y , Inc. Dynamically able to switch between Big- and Little- Endian byte ordering conventions. Coprocessor Interface— The IDT79R3000A generates all addresses and handles m emory interface control fo r up to

Robinson Nugent CATALOG

Abstract: MC68461 SAB80286 WE32104 Z80000 IMST414 FGE2000 MCA2800ALS 82786 intel TC110G
Contextual Info: T Circuit C o m p o n en ts Inc. r MicrofQ 3000 PGA Decoupling Capacitors Micro/Q 3000 ceramic capacitors are a family of very low inductance decoupling capacitors specifically designed to be through-hole mounted under pin grid arrays PGAs , PGA sockets, and

79r3000

Abstract: IDT79R3000 idt 79r3000 79R3010 R3000 IDT79R2000 jalr harvard architecture
Contextual Info: IDT79R3000 RISC CPU PROCESSOR • Supports concurrent refill and execution of instructions. • Partial word stores executed as read-modify-write operations. • 6 external interrupt inputs up to 64 different sources , 2 software interrupts, with single cycle latency to exception