V292PBC Search Results

TMS320C6x

Abstract: application of tms320c6x V360EPC TMS320 V292PBC V3 Semiconductor texas instrument tms320 dsp
Contextual Info: Application Note: Introduction to Interfacing TI Series of DSP Processors to the PCI Bus 1. Objective This application note describes how to interface Texas Instrument’s TMS320C6x DSP processors to the PCI bus via V292PBC PCI Bridge Controller PBC from V3

Contextual Info: V292PBC Rev.B2 LOCAL BUS to PCI BRIDGE CONTROLLER FOR Am29030/40 , M68040/60™, SA-110™ and PowerPC™403Gx/403GCx PROCESSORS ❒ Glueless interface between AMD’s Am29030 and Am29040 processors and the industry standard PCI Bus ❒ Fully compliant with PCI 2.1 specification

AM29030

Abstract: M68040
Contextual Info: V292BMC Rev D HIGH PERFORMANCE BURST DRAM CONTROLLER FOR Am29030/40 AND M68040/60™ PROCESSORS BLOCK DIAGRAM • Direct interface to Am29030/40 processors • Designed to work with V292PBC/V360EPC PCI bridge • Near SRAM performance achieved with DRAM

altera epm7032

Abstract: M68060 MC68030 MCF5102 MPC860 V292BMC V292PBC
Contextual Info: Application Note: Introduction to interfacing the M68K, ColdFire and PowerQUICC CPUs to the PCI Bus V292PBC interface chip from V3 makes it easy! 1. Objective This application note describes how to interface 32-bit synchronous Motorola M680x0,

Contextual Info: V292PBC S LOCAL BUS TO PCI BRIDGE FOR DE-MULTIPLEXED A/D PROCESSORS • Glueless interface between AMD’s Am29030/ 40 processors and PCI bus • Fully compliant with PCI 2.1 specification • Configurable for primary master, bus master, or target operation

Contextual Info: • TD042DD 0000132 V292PBC 117 Rev. B1 LOCAL BUS TO PCI BRIDGE FOR Am29K PROCESSORS '« IC O * ” ’ • Glueless interface between Am29030/40 processors and the PCI bus • Large, 576-byte FIFOs using V3’s unique D y n a m ic B a n d w id t h A l l o c a t i o n ™ architecture

V292PBC

Abstract: V960PBC V961PBC V962PBC
Contextual Info: V3 Technical Note July 10, 1998 Stepping Change Notification: PBC ‘B2’ Step to EPC ‘A0’ Step Rev 1.30 Includes the V292PBC, V960PBC, V961PBC, and V962PBC EPC ‘A0’ was previously referred to as stepping PBC ‘C0’ The PBC is currently shipping at stepping level ‘B2’. In Q2 1997 V3 Semiconductor

AD11

Abstract: AD12 AD14 AD30 V292BMC V292PBC
Contextual Info: V292PBC Rev. B2 LOCAL BUS TO PCI BRIDGE FOR DE-MULTIPLEXED A/D PROCESSORS • Dual bi-directional address space remapping • Glueless interface between AMD’s Am29030/ 40 processors and PCI bus • On-the-fly byte order endian conversion • Fully compliant with PCI 2.1 specification

POWERPC

Abstract: PowerPCTM V292BMC V292PBC bmc 1242 AMD AM29030
Contextual Info: Application Note: Interfacing the PowerPC 603/603e/ 604/604e CPUs to the PCI Bus 1. Objective This application note describes how to interface 64-bit synchronous PowerPC 60x microprocessors with the V292PBC PBC PCI bridge and V292BMC (BMC) DRAM controller. Target applications include PCI based adapter cards and PowerPC 60x based

ID31

Abstract: V292PBC
Contextual Info: Interface the Power PC 403Gx to the PCI Bus New interface chip makes is easy! 1. Objective This application note describes a simple way to interface the PPC403Gx processor to the PCI bus utilizing the V292PBC PCI host bridge from V3 Semiconductor. 2. Overview

PPC401GF

Abstract: V292PBC V960PBC V960PBC-33 V961PBC V961PBC-33 V961PBC-40 V962PBC V962PBC-33 V962PBC-40
Contextual Info: VxxxPBC Rev. B2 LOCAL BUS TO PCI BRIDGE CONTROLLERS Data Sheet Addendum • I2OTM ready hardware messaging unit • Large, 576-byte FIFOs using V3’s unique DYNAMIC BANDWIDTH ALLOCATION architecture • 2 channel DMA controller • 33MHz and 40MHz local bus versions available

PPC403GC

Abstract: V360EPC 403GC ID31 LA25 V292PBC V3 Semiconductor
Contextual Info: Interfacing IBM’s PowerPC 403GC to PCI using V360EPC from V3 Semiconductor 1. Objective This application note describes the interface between PPC403GC processors from IBM and V360EPC Enhanced PCI Controller EPC from V3 Semiconductor. The V360EPC family of

AD12

Abstract: AD14 AD30 V292PBC V962PBC V962PBC-33 V962PBC-40 V96BMC
Contextual Info: V962PBC Rev. B2 LOCAL BUS TO PCI BRIDGE FOR DE-MULTIPLEXED A/D PROCESSORS • Dual bi-directional address space remapping • Glueless interface between Intel i960 Cx/Hx processors and PCI bus • On-the-fly byte order endian conversion • Fully compliant with PCI 2.1 specification

V96SSC25LP

Contextual Info: ‘ÌOOMEOO 0 0 0 0 3 0 3 ISA V96SSC • * * ▼ / Rev. BO HIGH-INTEGRATION SYSTEM CONTROLLER FOR ¡960 Sx/Jx AND PowerPC 401 Gx PROCESSORS • Direct interface to ¡960Sx/Jx and PPC401Gx processors • High-performance burst DRAM controller • Two-channel fly-by DMA controller

Contextual Info: V961PBC Rev. B2 LOCAL BUS TO PCI BRIDGE FOR MUTLTELEXED A/D PROCESSORS • Dual bi-directional address space remapping • Glueless interface between Intel i960Jx, IBM PPC401Gx, processors and PCI bus • On-the-fly byte order endian conversion • Fully compliant with PCI 2.1 specification

Contextual Info: ^004200 □□□□102 MST • V961PBC •" V Rev. B1 LOCAL BUS TO PCI BRIDGE FOR i960 Jx AND PowerPC 401 Gx PROCESSORS " • Glueless interface between ¡960Jx, PPC401 Gx processors and the PCI bus • Large, 576-byte FIFOs using V3's unique D y n a m ic B a n d w id t h A l l o c a t i o n ™ architecture

Contextual Info: T 0 Q 4 E D 0 D D D O H b b 212 V292BMC Rev. D HIGH PERFORMANCE BURST DRAM CONTROLLER :.V “ FOR Am29030/40 PROCESSORS • Pin/Software compatible with earlier V292BMC. • Integrated Page Cache Management. • Direct interfaces to Am29030/40 processors.

ld18 st

Abstract: tvp ul 137 AD14 V292PBC V360EPC V360EPC-33 V360EPC-50 V962PBC V96BMC
Contextual Info: V‘ 5f V360EPC Rev. AO LOCAL BUS TO PCI BRIDGE FOR DE-MULTIPLEXED A/D PROCESSORS &M|£ 0 * 1Glueless ¡960Cx/Hx and AMD29030/40 processors interface 1Large, 640-byte FIFOs using V 3’s unique D y n a m ic B a n d w id t h A l l o c a t io n architecture

V360EPC

Abstract: 1gg7 Extended Sector Remapper V3 Semiconductor V350EPC design of dma controller using vhdl eeprom programmer schematic 24c02 V292PBC V960PBC V961PBC
Contextual Info: Chapter 1 Introduction In a very short period of tim e the PCI bus standard has moved beyond the PC to become the most w idely accepted high-performance bus standard for embedded applications. As a leader in providing chipset solutions for high-end embedded applications, V3 Sem iconductor

8086 microprocessor kit manual

Abstract: Hitachi 64180 manual HD64570F HD64572AFL33 HD64570F16 HD64572 HD64570CP16 8086 microprocessor serial communication service manual hitachi HD64572S
Contextual Info: HD64570/HD64572 SCA Series SCA-I SCA-II HITACHI Description The SCA Series of devices converts parallel data to serial data, and serial data to parallel data for communication with other devices. The HD64570 and HD64572 Serial Communications Adapter (SCA-I

i960Cx

Abstract: V360EPC AD30 V292PBC V360EPC-33 V360EPC-50 V962PBC V96BMC
Contextual Info: V360EPC Rev. A0 LOCAL BUS TO PCI BRIDGE FOR DE-MULTIPLEXED A/D PROCESSORS • Glueless interface to i960Cx/Hx and AMD29030/40 processors • On-the-fly byte order endian conversion • I2O ATU and messaging unit including hardware controlled circular queues

hitachi sh3

Abstract: 3 volt regulator hitachi sh-3 30MHZ SH7708 V292PBC SDRAM 1997 pld connector Hitachi SH3 PCI Host Bridge
Contextual Info: Application Note: Introduction to interfacing the Hitachi SH-3 microcontroller to the PCI Bus 1. Objective This application note describes the development of a SH-3 PCI evaluation board, Tsunami. It discusses how to interface the 32-bit synchronous Hitachi SH7708 SH-3 microcontroller

PJ3N

Contextual Info: . . y lf • * ▼ • =1004200 0 0 0 0 0 2 1 V96DPC f « 450 ■ Rev. B1 LOCAL BUS TO PCI BRIDGE FOR i960 Cx/Hx/Jx/Sx AND PowerPC 40lGx PROCESSORS • Glueless interface between i960Sx/Jx/Cx/Hx, PPC401 Gx processors and two PCI buses • On-the-fly byte order endian conversion

AD14

Abstract: AD30 PPC401GF V292PBC V961PBC V961PBC-33 V961PBC-40 V96BMC V96SSC
Contextual Info: V961PBC Rev. B2 LOCAL BUS TO PCI BRIDGE FOR MULTIPLEXED A/D PROCESSORS • Glueless interface between Intel i960Jx, IBM PPC401Gx, processors and PCI bus • Dual bi-directional address space remapping • On-the-fly byte order endian conversion • Fully compliant with PCI 2.1 specification