PROGRAMMABLE PIPELINE MICROCODE MEMORY Search Results

SAM448

Contextual Info: Programmable Peripheral SAM448 User-Configurable Microsequencer Features □ First Generation Programmable System Device □ User-Programmable Microsequencer for Implementing High-Performance State Machines □ On-Chip Reprogrammable EPROM Microcode Memory Up to 448

EPS444

Abstract: H731
Contextual Info: m m STAND-ALONE M ICROSEQUENCERS m FEATURES GENERAL DESCRIPTION User-Configurable/Stand-Alone Microsequencer SAM for implementing high-performance con­ trollers On-Chip reprogrammable EPROM Microcode Memory up to 448 words deep 15 x 8 Stack Loop Counter

programmable pipeline microcode memory

Abstract: 102D 10KHZ 173D 201D EPS448 labels altera sam
Contextual Info: ~Y?\ L lr - A STAND-ALONE MICROSEQUENCER E P Q ild f l L I O H 't O FEATURES GENERAL DESCRIPTION • User-Configurable/Stand-Alone Microsequencer SAM for implementing high-performance con­ trollers • On-Chip reprogrammable EPROM Microcode Memory up to 448 words deep

sam448

Abstract: SAM448-20TMB WSI MagicPro II Programmer SAM448-20J SAM448-20S SAM448-20TM sam448-20 28 PIN lcc socket SAM448-20TI wsi magicpro ii
Contextual Info: Programmable Peripheral SAM448 Introduction User-Configurable Microsequencer Overview The SAM448 is a microsequencer intended for use in digital systems that require events to be controlled at high speed. A microsequencer is basically an instruction oriented device executing one internal

sam448-20

Contextual Info: SAM448 PRELIMINARY WAFERSCALE INTEGRATION, INC. HIGH-PERFORMANCE PROGRAMMABLE STAND-ALONE MICROSEQUENCER SAM™ KEY FEATURES • User-Programmable/Stand-Alone Microsequencer (SAM) for Implementing High-Performance State Machines • On-Chip Reprogrammable EPROM

EPS448

Abstract: waveform-generation
Contextual Info: EPS448 SAM EPLD Stand-Alone Microsequencer -August 1993, ver. 4 Data Sheet Features □ □ □ □ □ □ □ □ □ □ User-configurable Stand-Alone Microsequencer SAM EPLD for implementing high-performance controllers

EPS448

Abstract: eps448-20 programmable pipeline microcode memory microsequencer altera sam PLS-SAM 102D 201D waveform-generation lifo stack 256 word 8 bit
Contextual Info: EPS448 SAM EPLD Stand-Alone Microsequencer Data Sheet September 1991, ver. 3 □ Features U se r-co n fig u ra b le Stan d -A lo n e M icro seq u en cer SA M for implementing high-performance controllers On-chip reprogrammable microcode EPROM up to 448 words deep

programmable pipeline microcode memory

Abstract: microsequencer bit-slice EPS444 altera JLCC carrier packaging
Contextual Info: 6PS444 6PS44B STAND-ALONE MICROSEQUENCERS FEATURES GENERAL DESCRIPTION • User-Configurable/Stand-Alone Microsequencer SAM Altera’s EPS44x (SAM) devices are fully-integrated CMOS VLSI Microsequencer devices designed to provide an efficient vehicle for the implementation of

programmable pipeline microcode memory

Abstract: idt71502 S1364 lifo stack 39C10 IDT39C10B S1370 IDT39C10
Contextual Info: 4K x 80 WRITABLE CONTROL STORE STATIC RAM MODULE WITH ON-BOARD SEQUENCER FEATURES: • Serial Protocol Channel SPC” reading, writing and interroga­ tion • Separate ch ip select, write enable and output enable memory controls • High fanout pipeline register

IDT71502

Abstract: IDT71502S25 IDT49C402 IDT39C10 1DT74FCT programmable pipeline microcode memory 71502
Contextual Info: CM O S STATIC RAM 64K 4 K x 16-BIT REGISTERED RAM w /S P C 1 IDT 71502S IDT 71502L FEATURES: DESCRIPTION: • 4K x 16 RAM with registered outputs, serial or parallel load and readback capability In only 48 pins • Serial Protocol Channel allows serial load and readback of RAM

Contextual Info: EPS448 SAM EPLD Stand-Alone Microsequencer Data Sheet September 1991, ver. 3 U s e r- c o n fig u ra b le S ta n d - A lo n e M ic ro s e q u e n c e r S A M for implementing high-performance controllers On-chip reprogrammable microcode E P R O M up to 448 words deep

6052S

Abstract: programmable pipeline microcode memory IDT39C10 I-156
Contextual Info: Integrated DevlceTechnoJogy, Inc 4K x 80 WRITABLE CO NTRO L STORE STATIC RAM MODULE W ITH ON-BO ARD SEQ UEN CER PRELIMINARY IDT 7M6052 S in c e e a c h o f the R A M s h av e their o w n external o utput ena bled , eith er or both o f th ese field s c a n b e o ve rrid d en fro m an external

C-Cube VRP3

Contextual Info: 8 CLM4550 Broadcast API Features Access This chapter describes the protocols and memory locations used to access the broadcast API features of the CLM4550. The sections in this chapter are: • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ 8.1, CLM4550 Broadcast Interface

Intel IXA SDK Developers Workbench

Abstract: ixp sdk IXF440 IXDP1200 IXF1002 IXM1200 IXP1200 IXP1200 Network Processor Family Microcode Program intel ixa sdk CJ22
Contextual Info: 10671H.qxd 5/11/01 1:57 PM Page 1 product brief Intel Internet Exchange Architecture Software Developers Kit 2.0 for the IXP1200 Network Processor Software for a Total Development Environment Enabling Next-Generation Networks Product Highlights Intel Internet Exchange

0xf6000

Abstract: C-Cube VRP3
Contextual Info: 9 CLM4400 Broadcast API Features Access This chapter describes the protocols and memory locations used to access the broadcast API features of the CLM4400. The sections in this chapter are: • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ 9.1, CLM4400 Broadcast Interface

special pentium registers

Abstract: mmx circuit diagram pentium opcodes clock cycle free electrical engineering projects block diagram of processor pentium 1 MMX intel block diagram of pentium PROCESSOR computer pentium 4 MOTHERBOARD CIRCUIT diagram block diagram OF pentium II microprocessor ARCHITECTURE OF pentium 3
Contextual Info: MMX Microarchitecture of Pentium Processors With MMX Technology and Pentium® II Microprocessors Michael Kagan, IDC, Intel Corp. Simcha Gochman, IDC, Intel Corp. Doron Orenstien, IDC, Intel Corp. Derrick Lin, MD6, Intel Corp. Index Words: MMX™ technology, multimedia applications, IA extensions, Pentium® processor

A336E

Abstract: monochrome cmos digital image A336 A436 A436TM Motion JPEG Codec 2d dct block
Contextual Info: A336E Parallel Video DSP Chip from Oxford Micro Devices file:///W|/A336E_summary.html Summary of A336TM/8/E Parallel Video DSP Chip Use A336 Video Digital Signal Processor Chip as a fully C-programmable, universal, real-time image/video/audio compressor/decompressor for small portable devices

A436TM

Abstract: 400M A236 A336 A436 Assembly Programming code for circular convolution 2d dct block
Contextual Info: A336 Parallel Video DSP Chip from Oxford Micro Devices file:///W|/A336_summary.html Summary of A336TM/4/512KB Parallel Video DSP Chip Use A336 Video Digital Signal Processor Chip as a fully C-programmable, universal, real-time image/video compressor/decompressor for small portable devices

EZchip NP3

Abstract: MIPS34k
Contextual Info: NPA-0 Access Netw ork Processor w ith I ntegrated Traffic Management and Host CPU Core Product Brief Package / Process / Pow er Highlights  Single-chip, programmable, wire-speed network processor with 5-Gigabit aggregate throughput  Flexible processing with programmable packet parsing,

A236

Abstract: A436 A436TM
Contextual Info: A436 Parallel Video DSP Chip from Oxford Micro Devices file:///W|/A436_summary.html Summary of A436TM Parallel Video DSP Chip Use A436 Video Digital Signal Processor Chip as a fully C-programmable, universal, real-time image/video compressor/decompressor and communicator

MPC8260CE

Abstract: MPC8265 user manual CPM121 MPC8260 ABB STD DR CPM-80 CPM64 MPC8265 user manual input id CPM110 cpm78
Contextual Info: Freescale Semiconductor MPC8260CE Rev. 4.6, 11/2004 Errata MPC8260 PowerQUICC II Family Device Errata This document describes all known silicon errata for the MPC8260 PowerQUICC II™ family of integrated communications processors. Refer to Table 3 for a list of devices.

image compression using neural networks

Abstract: CMOS image sensor fingerprint circuit A236 A436 A436TM programmable pipeline microcode memory
Contextual Info: A436 Parallel Video DSP Chip from Oxford Micro Devices file:///W|/A436_summary.html Summary of A436TM Parallel Video DSP Chip Use A436 Video Digital Signal Processor Chip as a fully C-programmable, universal, real-time image/video compressor/decompressor This device is under development and specifications are subject to change without notice.

in 5404 motorola diode

Abstract: part numbering system ic master 2K42A diode 5404 motorola 1K42A MSC8101
Contextual Info: Freescale Semiconductor, Inc. Silicon Errata MSC8101CE2K42A/D Rev 3, 1/2004 Freescale Semiconductor, Inc. Silicon Errata for the MSC8101 Processor, Mask 2K42A This document presents the errata for the 2K42A mask of the Motorola MSC8101 device. The errata are

1K42A

Abstract: in 5404 motorola diode 2K87M MSC8101
Contextual Info: Freescale Semiconductor, Inc. Silicon Errata MSC8101CE1K42A/D Rev 3, 1/2004 Freescale Semiconductor, Inc. Silicon Errata for the MSC8101 Processor, Mask 1K42A This document presents the errata for the 1K42A mask of the Motorola MSC8101 device. The errata are