Peritek VCD-V Manuals

Manuals and User Guides for Peritek VCD-V. We have 1 Peritek VCD-V manual available for free PDF download: User Manual

Peritek VCD-V User Manual

Peritek VCD-V User Manual (183 pages)

GRAPHICS BOARDS

Brand: Peritek | Category: Video Card | Size: 0.48 MB

Table of Contents

Table of Contents
4
Introduction
11
- The Organization of this Manual
  11
- Getting Help
  12
- Manual Revisions
  12
- Notices
  13
- Conventions Used in this Manual
  14
Chapter 1 General Information

15
- Introduction
  15
- Functional Description
  16
  - Special Features of the VCU-V
    17
  - Special Features of the VCT-V
    17
  - Special Features of the VCD-V
    17
  - TMS 34020 Graphics Processor
    17
  - TMS 34082 Floating Point Coprocessor
    18
  - Video RAM
    18
  - 34020 Processor Memory (DRAM and PROM)
    19
  - Display Features
    19
  - Vmebus Interface
    20
  - Peripheral Support
    21
- Additional References
  22
- General Specifications
  23
- Monitor Requirements
  30
- Configuration Information
  30
Chapter 2 Installing Your Peritek Graphics Board

32
- Introduction
  32
- Unpacking Your Board
  33
- Vmebus Installation
  34
- Option Selection
  43
  - CSR Addresses
    43
  - Interrupt Grant Receive/Acknowledge
    44
  - Interrupt Priority
    45
    
    Autoboot Enable
    46
    
    Flash EEPROM
    46
    
    VCD Autoboot Enable
    46
    
    VCT-V and VCU-V Autoboot Enable
    46
    
    DRAM and VRAM Size
    47
    
    Master Pixel Clock Oscillator Frequency
    48
    
    BT482 Output Level (VCD-V/T - Special Order Only)
    49
    
    Interlaced Operation and VCU-V Slow Mode
    49
    
    Selecting PTERM Options
    50
    
    Selecting Serial I/O Options
    51
    
    Connections to the VCU-V, VCT-V, and VCD-V
    53
    
    Console
    54
    
    Console, Mouse, Trackball, and Keyboard Connectors
    54
    
    Mouse and Trackball
    55
    
    Serial and PC Keyboards
    57
    
    Video Connector
    58
    
    High Speed Data Port (HSP)
    59
    
    8-Bit SCSI Port (VCT-V and VCU-V)
    60
    
    Digital Video Connector (VCD-V Only)
    61
  - Introduction
    80
  - Control Registers
    81
  - System Architecture
    81
  - Vmebus Interface
    81
  - 34020 Data and Address Buses
    82
  - 34020 Functional Unit
    82
  - 34020/Vmebus Host Interface
    82
  - Graphics Board Clock Sources
    83
  - Phase Locked Loop (PLL) Clock
    83
  - 34020 Video and Processor Clock Synchronization
    84
  - Address Decoding
    84
  - Vmebus Interface
    84
  - Data Bus Transceivers and the Byte Swapper
    85
  - System Arbitration
    86
  - Vmebus Interrupt Controller
    86
  - Control Register Decoding (CSRREQ)
    87
  - Line Buffer Decoding (IOREQ)
    87
  - 34020 Host Interface Arbitrator
    88
  - Display Memory
    88
  - Vmebus Block Mode
    88
  - VCD-V and VCU-V Pixel Size
    89
  - VCD-V Display Memory Size
    89
  - VCT-V Pixel Size
    89
  - VCU-V Display Memory Size
    89
  - Flash EEPROM
    90
  - SIMM Sockets
    90
  - System Memory
    90
  - VCT-V Display Memory Size
    90
  - AMD MACH Field Programmable Gate Arrays (FPGA)
    91
  - PAL22V10 Field Programmable Gate Array (FPGA)
    91
  - Programmed Logic Devices
    91
Chapter 3 Software Summary

65
- Introduction
  65
- Software Availability by Platform and os
  66
- Write Posting
  67
- PX Windows Server
  68
- Graphics Subroutine Package
  69
- PTERM Terminal Emulator
  72
- Software Development Package
  73
- Features of the 34020 Development Tools
  74
- Ancillary Programs
  75
- Initialization Tables
  75
- Software Installation Examples
  75
- Vcnvint
  76
- Vcnvtst
  76
- Vcnvgo
  78
- Vcnvhlt
  78
- Vcnvld
  78
- Vcnvwt
  78
- Tidtsk
  79
- Vcnvdmp
  79
- Vcnvoff
  79
Chapter 4 Theory of Operation

80
Chapter 5 Programming On-Board Devices and Memories

97
- Introduction
  97
- Vmebus and Control Registers
  99
- Control/Status Register (CSR)
  100
- Line Address Register (LAR)
  102
- A32 Address Map and the XARADR Address Match Register
  104
- A16/A24 Address Map and DBRADR Address Match Register
  105
- VECADR Interrupt Vector Address Register
  106
- Device Register Access
  107
- Vmebus Block Transfers (BLT)
  107
- TMS 34020 Graphics Systems Processor
  110
- 34082 Floating Point Coprocessor
  111
- Writemask Register
  111
- VRAM Color Register and Block Fill Special Function
  112
- Byte Ordering and the Hardware Byte Swapper
  113
- Memory Types and Sizes
  113
- Vmebus and 34020 Byte Order Mapping
  114
- Example Code for Software Byte Swapping
  115
- The Hardware Byte Swapper
  115
- 34020 Memory and Device Addresses
  116
- Virtual Memory, Page Faults, and Autoincrement Registers
  116
- Sample Address Calculations
  118
- Initialization Tables
  123
- Application Note: Tweaking 34020 Initialization Parameters
  127
- Request for Timing Table
  130
- Horizontal Zoom
  131
- Vertical and Horizontal Zoom
  131
- Vertical Zoom
  131
- ICS1562 Type Horizontal Zoom Register
  132
- VCD-V/A6 Type ICS1562 Version Horizontal Zoom Register
  133
- VCD-V/A6/D8 Type ICS1562 Version Horizontal Zoom Register
  134
- Horizontal Zoom Control Register (Non-ICS1562 VCD-V's)
  135
- BT463 - Color Map Controller for the VCT-V
  139
- BT468 - Color Map Controller for the VCU-V
  143
- BT459 - Color Map Controller for the VCD-V
  146
- BT482 - Color Map Controller for the VCD-V
  149
- VCD-V Digital Lookup Table (DLUT)
  153
- Hardware Cursors
  157
- Serial I/O Ports (DUART)
  160
- SCSI Port
  162
- High Speed Data Port (HSP)
  165
- PC Keyboard Controller (8242PC)
  165
- Graphics Board Interrupts
  168
- Flash EEPROM and Serial EEPROM
  169
Chapter 6 Troubleshooting

171
- Introduction
  171
- Selecting an Address Range for Your Board
  172
- Memory Map Example
  174
- Does this Board Talk at All
  175
- General Procedures
  177
- Maintenance, Warranty, and Service
  179
- Maintenance
  179
- Warranty
  179
- Return Policy
  179
- Out of Warranty Service
  179

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