T222 TRANSPUTER Search Results

Module Motherboard Software MMS

Abstract: 16 stage pipeline
Contextual Info: Chapter 42 _ 361 IMS B012 Double extended eurocard anmos* FEATURES • 16 transputer module TRAM slots • IMS T222 - 16 bit transputer • Two IMS C004 programmable 32 way switches • Double Extended Eurocard • 40 links available at edge connectors

Contextual Info: Chapter 43 375 IMS B018 TRAM motherboard mos FEATURES • 8 TRAM slots • IMS T222 transputer • 64 Kbytes SRAM • 256 Kbytes Flash ROM • Two RS232 compatible serial ports • 8K non-volatile SRAM • Real time clock • 4 External links • 4 Subsystem ports

T222-20

Abstract: inmos transputer T225 ims pcb B4301 IMSB430 B-430 B430TRAM T225
Contextual Info: Chapter 35 301 IMS B430 Prototyping TRAM mos FEATURES IMS T222 16-bit Transputer User programmable Wait State Generator Two JEDEC user configurable memory sock­ ets with 32Kbyte of SRAM fitted as standard Two memory mapped I/O control signals Large through-hole matrix prototyping area

inmos transputer reference manual

Contextual Info: Chapter 29 237 IMS B418 Flash ROM TRAM Size 2 mos Engineering Data 64Kbyte flash ROM IMS T222 transputer Sub-system port F INMOS serial links services system îû n /ir û c 64 Kbyte flash ROM on-board programming software 64Kbyte flash ROM Proi ogramming

inmos t212 transputer

Abstract: T222 transputer transputer T222 series T212 data inmos transputer reference manual 25F3 T212 Inmos T212
Contextual Info: 297 IM S T 212 transputer Uranos The IMS 1222 is recommended for new designs Engineering Data FEATURES 16 bit architecture 50 ns internal cycle time 20 MIPS peak instruction rate Pin compatible with IMS T222 2 Kbytes on-chip static RAM 80 Mbytes/sec sustained data rate to internal memory

7F60

Abstract: T222-20
Contextual Info: Chapter 33 283 IMS B422 SCSI TRAM Size 2 mos Engineering Data 64 Kbytes SRAM Reset- ► Analyse- *NotError LlnkO —I _I— Linkl —I_ H Link2 H b Llnk3 - I h- SCSI Bus IMS T222 SSReset SSAnalyse notSSError FEATURES GENERAL DESCRIPTION

B409

Abstract: d7220 D7220 AD NEC D7220 g176 B409 03 G-176 B408
Contextual Info: Chapter 27 219 IMS B409 Display TRAM Size 8 mos Reset - Engineering Data composite SYNC R G B Analyse • R G B ii NotError- VideoTiming Generator BLANK c lo c k s . Pixel bus control J ¿L Pixel bus FEATURES • IMS T222, 16-bit Transputer • Video timing generator

pc motherboard reset circuit

Abstract: motherboard architecture Module Motherboard Software MMS transistor t222 inmos transputer link adapter VARELCO 10 EdgeLink T222 transputer T222
Contextual Info: Boiimos Chapter 49 Module Motherboard Architecture INMOS Technical Note 49 409 Module motherboard architecture 49.1 411 Introduction INMOS transputer modules are designed to form the building blocks of parallel processing systems. They consist of printed circuit boards in a range of sizes which typically hold a member of the transputer family

T222 transputer

Abstract: inmos static ram T222-20 inmos transputer IMSB416 TRAM Inmos ims pcb
Contextual Info: Chapter 18 155 IMS B416 TRAM 1 6 -b it transputer 64 Kbytes Size 1 mmos Engineering Data - — <h 64 Kbytes LinkO J - * IM S T 2 2 2 SRAM Linkl Link2 Link3. Terminated links FEATURES GENERAL DESCRIPTION

inmos transputer T225

Abstract: IMST222
Contextual Info: 1 Introduction 1 Introduction The IMS T225 transputer is a 16 bit CMOS microcomputer with 4 Kbytes on-chip RAM for high speed pro­ cessing, an external memory interface and four standard INMOS communication links. The instruction set achieves efficient implementation of high level languages such as ANSI C and provides direct support for

PC MOTHERBOARD SERVICE MANUAL free

Abstract: b008 IMSC012 IMSB008 TRAM T222
Contextual Info: Chapter 37 309 IMS B008 IBM PC Motherboard I mos Engineering Data IBM PC Bus interrupt logic Slave logic DMA logic reset logic Down ^_3ystem services System services to TRAM 0 » ^services System Subsystem from TRAM 0 IN S ,-Peset CO 12 Slot 0 Slot 1 Slot 2

b407

Abstract: transputer MK7990 inmos static ram T222-20 ims pcb Inmos T222 IMST222
Contextual Info: 305 Chapter 36 IMS B431 -iliTs Ethernet TRAM Size 2 DFûmOS' INMOS links Reset Product Overview Analyse notError AUI - • connection Ethernet MK68592 SIA IMST222 64 kbytes static RAM MK7990 LANCE I I FEATURES • Connects transputer systems to IEEE802.3 Local Area Networks

74F74

Abstract: inmos transputer T225 transputer Inmos t805 FP 8022 74F04 800E 801C T222 T225
Contextual Info: IMS T225 16-bit transputer FEATURES H 16 bit architecture H 33 ns internal cycle time H 30 MIPS peak instruction rate H Debugging support H 4 Kbytes on-chip static RAM H 60 Mbytes/sec sustained data rate to internal memory H 64 Kbytes directly addressable external memory

74F04

Abstract: 74F74 800E 801C T222 T225 T225E Inmos T222
Contextual Info: IMS T225 16-bit transputer FEATURES 16 bit architecture 33 ns internal cycle time 30 MIPS peak instruction rate Debugging support 4 Kbytes on-chip static RAM 60 Mbytes/sec sustained data rate to internal memory 64 Kbytes directly addressable external memory

T225E

Abstract: ST225
Contextual Info: w # S G S -m O M S O N IMS T225E 16-bit transputer - Extended temperature FEATURES • 16 bit architecture ■ 50 ns internal cycle time ■ 20 MIPS peak instruction rate ■ Debugging support ■ 4 Kbytes on-chip static RAM ■ 40 Mbytes/sec sustained data rate to internal memory

IMSB401

Abstract: inmos T414 Inmos T222
Contextual Info: 0 O W IO S Chapter 48 Dual-In-Line Transputer Modules TRAMs (INMOS Technical Note 29) 389 Dual-ln-Line Transputer Modules (TRAMs) 48.1 391 Background In the early days of the transputer, INMOS built a number of transputer evaluation boards. Most are the same

Contextual Info: S G S -T H O M S O N S IMS T225E s L lP T M lM i 16-bit transputer - Extended temperature FEATURES H 16 bit architecture H 50 ns internal cycle time H 20 MIPS peak instruction rate H Debugging support H 4 Kbytes on-chip static RAM H 40 Mbytes/sec sustained data rate to internal

Contextual Info: SGS-THOMSON IMS T225 • H I 16-bit transputer EATURES 16 bit architecture 33 ns internal cycle time 30 MIPS peak instruction rate Debugging support 4 Kbytes on-chip static RAM 60 Mbytes/sec sustained data rate to internal memory 64 Kbytes directly addressable external memory

inmos transputer T225

Abstract: inmos transputer T425 inmos T225 T400 clock transputer IMST222 2U06 T225 801C IMST225
Contextual Info: /^ T A S G S -T H O M S O N T Ë , « fô tm IMS T225 ilg ïïlîM Ig S 16-bit transputer FEATURES • 16 bit architecture ■ 33 ns internal cycle time ■ 30 MIPS peak instruction rate ■ Debugging support ■ 4 Kbytes on-chip static RAM ■ 60 Mbytes/sec sustained data rate to internal memory

T225E

Abstract: imst225
Contextual Info: _ 16-bit transputer FEATURES • 16 bit architecture ■ 33 ns internal cycle time ■ 30 MIPS peak instruction rate ■ Debugging support ■ 4 Kbytes on-chip static RAM ■ 60 Mbytes/sec sustained data rate to internal memory ■

D4405

Abstract: T414 9515s D7405 M212 ST20450 T222 T225 T400 T425
Contextual Info: TRANSPUTER occam 2.1 TOOLSET Transputer occam software development and debugging tools PRODUCT INFORMATION FEATURES occam 2.1 compiler. Excellent compile time diagnostics. Some global and local optimizations. Assembler inserts. Support for EPROM programming.

FP 1117 aj

Abstract: a9yv T222 transputer 2BF4 T222 inmos transputer T225 200ppm 2p23 IMST400
Contextual Info: SGS-THOMSON IMS T225E 16-bit transputer - Extended temperature FEATURES • 16 bit architecture ■ 50 ns internal cycle tim e ■ 20 M IPS peak instruction rate ■ D ebugging support ■ 4 Kbytes on-chip sta tic RAM ■ 40 M bytes/sec sustained data rate to internal m em ory

Contextual Info: IMS T225 11 Transputer instruction set summary 11.1 Introduction The Function Codes table 11.9 page 48 gives the basic function code set. Where the operand value is less than 16, a single byte encodes the complete instruction. If the operand value is greater than 15, one

Contextual Info: IMS T225 3 System services System services include all the necessary logic to initialize and sustain operation of the device. They also include error handling and analysis facilities. 3.1 Power Power is supplied tothe device via the VDD and GND pins. Several of each are provided to minimize induc­