card fci
Abstract: CY7C964 VAC068A VIC068A
Text: 1.10 VIC068A Block Transfer Functions The ability to transfer large blocks of data at a high-sustained transfer rate is paramount in today’s VMEbus market. When implemented properly, transfer rates exceeding 30 Mbyte/sec can be obtained using a high-speed processor, high-speed memory and highspeed VMEbus interfaces such as the VIC068A.
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VIC068A
VIC068A.
card fci
CY7C964
VAC068A
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VMEbus
Abstract: CY7C960 CY7C961 VIC068A VIC64
Text: 4.2 Features • Directly connects to VIC068A, VIC64, CY7C960, or CY7C961 • Has internal counters for block transfer and local DMA address control • Has internal multiplexers for D64 64-bit VMEbus block transfers • Has internal comparators for address decoding
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VIC068A,
VIC64,
CY7C960,
CY7C961
64-bit
VIC068A/VIC64
64-pin
68-pin
VMEbus
CY7C960
CY7C961
VIC068A
VIC64
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VIC068A
Abstract: CY7C960 CY7C961 VIC64
Text: 4.2 Features • Directly connects to VIC068A, VIC64, CY7C960, or CY7C961 • Has internal counters for block transfer and local DMA address control • Has internal multiplexers for D64 64-bit VMEbus block transfers • Has internal comparators for address decoding
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VIC068A,
VIC64,
CY7C960,
CY7C961
64-bit
VIC068A/VIC64
64-pin
68-pin
VIC068A
CY7C960
CY7C961
VIC64
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PDF
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VIC068A
Abstract: CY7C960 CY7C961 VIC64
Text: 4.2 Features S Directly connects to VIC068A, VIC64, CY7C960, or CY7C961 S Has internal counters for block transfer and local DMA address control S Has internal mulitplexers for D64 64Ćbit VMEbus block transfers S Has internal compatators for address decoding
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VIC068A,
VIC64,
CY7C960,
CY7C961
64bit
VIC068A/VIC64
64pin
68pin
VIC068A
CY7C960
CY7C961
VIC64
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PDF
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VIC068A
Abstract: VIC64 CY7C964
Text: 4.6 CY7C964 Alternate BLT Initiation Operation for VIC068A and VIC64 Another method of loading the VMEbus block transfer address counters exists within the CY7C964. This method has been placed within its own section of the document because it is not completely compatible with the VIC block transfer initiation cycle.
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CY7C964
VIC068A
VIC64
CY7C964.
VIC64
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VIC068A
Abstract: CY7C964 VIC64
Text: 4.6 CY7C964 Alternate BLT Initiation Operation for VIC068A and VIC64 Another method of loading the VMEbus block transfer address counters exists within the CY7C964. This method has been placed within its own section of the document because it is not completely compatible with the VIC block transfer initiation cycle.
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CY7C964
VIC068A
VIC64
CY7C964.
VIC64
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VIC068A
Abstract: CY7C964 VIC64
Text: 4.6 CY7C964 Alternate BLT Initiation Operation for VIC068A and VIC64 Another method of loading the VMEbus block transfer address counters exists within the CY7C964. This method has been placed within its own section of the document because it is not completely compatible with the VIC block transfer initiation cycle.
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CY7C964
VIC068A
VIC64
CY7C964.
VIC64
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vic068a Block Transfer
Abstract: VIC068A transistor A7 CY7C964 VAC068A
Text: 1.10 VIC068A Block Transfer Functions The ability to transfer large blocks of data at a highĆsustained transfer rate is paramount in today's VMEbus market. When implemented properly, transfer rates exceeding 30 Mbyte/sec can be obtained using a highĆspeed
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VIC068A
VIC068A.
vic068a Block Transfer
transistor A7
CY7C964
VAC068A
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VIC068A
Abstract: CY7C960 CY7C961 CY7C964 VIC64
Text: 4.3 Interfacing to Cypress VMEbus Interface Controllers Previously, interfacing the VIC068A to the VMEbus required a significant number of LSI and MSI devices. With the advent of 64Ćbit VMEbus block transfers and the VIC64, the exĆ ternal discrete device count for a full functional interface has expanded. The CY7C964 has
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VIC068A
64bit
VIC64,
CY7C964
16bit
CY7C964s
CY7C960/961controlled
CY7C960
CY7C961
VIC64
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VIC068
Abstract: CY7C960 CY7C961 CY7C964 VIC068A VIC64
Text: 4.3 Interfacing to Cypress VMEbus Interface Controllers Previously, interfacing the VIC068A to the VMEbus required a significant number of LSI and MSI devices. With the advent of 64-bit VMEbus block transfers and the VIC64, the external discrete device count for a full functional interface has expanded. The CY7C964 has been
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VIC068A
64-bit
VIC64,
CY7C964
16-bit
CY7C964s
CY7C960/961-controlled
VIC068
CY7C960
CY7C961
VIC64
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PDF
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CY7C960
Abstract: CY7C961 CY7C964 VIC068A VIC64 vic068a Block Transfer
Text: 4.3 Interfacing to Cypress VMEbus Interface Controllers Previously, interfacing the VIC068A to the VMEbus required a significant number of LSI and MSI devices. With the advent of 64-bit VMEbus block transfers and the VIC64, the external discrete device count for a full functional interface has expanded. The CY7C964 has been
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VIC068A
64-bit
VIC64,
CY7C964
16-bit
CY7C964s
CY7C960/961-controlled
CY7C960
CY7C961
VIC64
vic068a Block Transfer
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VIC068A
Abstract: No abstract text available
Text: 1.5 VIC068A VMEbus Master Operations The transfer of data is initiated by a VMEbus master module. The master module controls the type of transfer read, write, interrupt acknowledge, etc. and provides the address and address modifiers for the transfer. The timing of the start of the transfer is also controlled by
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VIC068A
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VIC068A
Abstract: vic068a Master
Text: 1.5 VIC068A VMEbus Master Operations The transfer of data is initiated by a VMEbus master module. The master module controls the type of transfer read, write, interrupt acknowledge, etc. and provides the address and address modifiers for the transfer. The timing of the start of the transfer is also controlled
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VIC068A
vic068a Master
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VMEbus
Abstract: CY7C964 VIC068A VIC64
Text: 2.1 Introduction The VIC64 is a member of the industry-standard VIC family of VMEbus interface products. The VIC64 implements 64-bit wide block transfers, in addition to 32- and 16-bit block transfers and 32-, 16-, and 8-bit single-cycle transfers, all using the same backplane hardware. VIC64
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VIC64
64-bit
16-bit
VIC64
VIC068A
VIC64-based
VIC068A.
VIC64.
CY7C964
VMEbus
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VIC068A
Abstract: 68020 motorola
Text: 1.5 VIC068A VMEbus Master Operations The transfer of data is initiated by a VMEbus master module. The master module controls the type of transfer read, write, interrupt acknowledge, etc. and provides the address and address modifiers for the transfer. The timing of the start of the transfer is also controlled by the master.
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VIC068A
68020 motorola
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vic068a Simulation
Abstract: VIC068A interleave VME 1182 Simulation
Text: 1.15 VIC068A Simulation Waveforms Note: LWDENIN* is now called DENIN* and UWDENIN* is now called DENIN1*. Figure 1-50. Master Self-Access 1-162 VIC068A Simulation Waveforms Figure 1-51. Master Deadlock Operation 1-163 VIC068A Simulation Waveforms Figure 1-52. Master Write Post
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VIC068A
vic068a Simulation
interleave
VME 1182
Simulation
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A07T
Abstract: A144 transistor data sheet CY7C964 LD31 VIC068 VIC068A vic068a-bc 08D16 VIC068A user guide
Text: 1V IC0 68 A VIC068A VMEbus Interface Controller — Seven local interrupt lines Features Complete VMEbus interface controller and arbiter — 58 internal registers provide configuration control and status of VMEbus and local operations — Drives arbitration, interrupt, address modifier utility,
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VIC068A
A07through
68xxx
non-68xxx
A07T
A144 transistor data sheet
CY7C964
LD31
VIC068
VIC068A
vic068a-bc
08D16
VIC068A user guide
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VIC068A
Abstract: VIC068A revision CY7C964 VAC068A vic068a Overview 1.3 Overview of the VIC068A vic068a reset timing
Text: 1.3 Overview of the VIC068A The VIC068A provides an economical and convenient means to interface between a local CPU bus and the VMEbus. The local bus interface of the VIC068A emulates Motorola's family of 32Ćbit CISC processor interfaces 68K . Other processors can easily be adapted
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VIC068A
VIC068A
32bit
VIC068A.
VIC068A revision
CY7C964
VAC068A
vic068a Overview
1.3 Overview of the VIC068A
vic068a reset timing
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VIC068A
Abstract: VIC068A revision CY7C964 VAC068A
Text: 1.3 Overview of the VIC068A The VIC068A provides an economical and convenient means to interface between a local CPU bus and the VMEbus. The local bus interface of the VIC068A emulates Motorola’s family of 32-bit CISC processor interfaces 68K . Other processors can easily be adapted
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VIC068A
VIC068A
32-bit
VIC068A.
VIC068A revision
CY7C964
VAC068A
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VIC068A-BC
Abstract: VIC068A-GC VIC068 CY7C964 LD31 VIC068A VMEbus Interface Handbook vic068a-ac
Text: VIC068A VMEbus Interface Controller Features — Seven local interrupt lines • Complete VMEbus interface controller and arbiter — 58 internal registers provide configuration control and status of VMEbus and local operations — Drives arbitration, interrupt, address modifier utility,
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VIC068A
68xxx
non-68xxx
VIC068A
VIC068A-BC
VIC068A-GC
VIC068
CY7C964
LD31
VMEbus Interface Handbook
vic068a-ac
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vmebus ARBITRATION
Abstract: VIC068A CY7C960 CY7C961 CY7C964 VAC068A VIC64 393 chip 2441D Introduction to the VIC068A
Text: 5/96 Table of Contents Introduction How to Use This Book Section 1. The VIC068A VMEbus Interface Controller Chapter 1.1 Introduction to the VIC068A 1.1.1 Description 1.1.2 Features Summary Chapter 1.2 VIC068A Signal Descriptions 1.2.1 VMEbus Signals 1.2.2 Local Signals
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VIC068A
VIC068A
VIC068A/VAC068A
vmebus ARBITRATION
CY7C960
CY7C961
CY7C964
VAC068A
VIC64
393 chip
2441D
Introduction to the VIC068A
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VMEbus
Abstract: VAC068A VIC068A 7400 family motorola 68010
Text: Glossary 245 7400-family part type that is an 8-bit octal bus transceiver with controls for direction and enabling of drivers. 543 7400-family part type that is an 8-bit (octal) bus transceiver with controls for latch enable, output enable, and direction flow.
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7400-family
VIC068A
VAC068A
VIC068A
16-bit
VMEbus
VAC068A
7400 family
motorola 68010
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VIC068A user guide
Abstract: VIC068A vic64 VIC64 Users CY7C964 VIC068 VME64 2561b l2465 H-10-H
Text: yr~ YIC64 Design Notes Introduction Cypress Semiconductor has supplemented its Bus Interface product family with the VIC64, a member of the industry-standard VIC family of VMEbus interface products. The VIC64 implements 64-bit wide block transfers, in addition to 32- and 16-bit block transfers and 32-, 16-, and 8-bit single-cycle trans
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VIC64
VIC64,
64-bit
16-bit
VIC068A
VIC64-based
VIC068A.
VIC64.
VIC068A user guide
VIC64 Users
CY7C964
VIC068
VME64
2561b
l2465
H-10-H
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PDF
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vic068a-bc
Abstract: A07T Shared resource arbitration
Text: fax id: 5601 VIC068A VMEbus Interface Controller — Seven local interrupt lines Featu res • Complete VMEbus interface controller and arbiter — 58 internal registers provide configuration control and status of VMEbus and local operations — 8-level interrupt priority encode
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VIC068A
A07through
68xxx
non-68xxx
vic068a-bc
A07T
Shared resource arbitration
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