Motorola 700/800-Series User Manuals

Motorola

User Manual (English)

User Manual

Table of Contents

Board Level Hardware Description
11
Introduction
11
- Overview
  11
- Related Documentation
  13
- Documents for the MVME162LX
  14
Motorola
14
Publication Number
14
Description
14
- Other Applicable Motorola Publications
  14
Motorola Publication Number
14
Description
14
- Applicable Non-Motorola Publications
  15
Document Title
15
Source
15
- Requirements
  16
- Features
  16
  - Table 1-1. 700/800-Series MVME162LX: Features (Con...
    17
- Specifications
  19
  - Table 12. 700/800-Series MVME162LX: Specification...
    19
- Cooling Requirements
  20
- Special Considerations for Elevated-Temperature Op...
  20
- FCC Compliance
  22
- Manual Terminology
  22
- Block Diagram
  24
  - Figure 11. MVME162LX Block Diagram
    25
- Functional Description
  24
  - Front Panel Switches and Indicators
    24
  - Data Bus Structure
    26
  - Microprocessor
    26
    - MC68040 Cache
      26
  - No-VMEbus-Interface Option
    27
  - Memory Options
    27
    - DRAM Options
      27
    - SRAM Options
      28
    - About the Battery
      29
    - EPROM and Flash Memory
      31
  - Battery Backed Up RAM and Clock
    31
  - VMEbus Interface and VMEchip2
    31
  - I/O Interfaces
    32
  - Local Resources
    35
  - Local Bus Arbiter
    37
    - Table 1-3. Local Bus Arbitration Priority
      37
  - Connectors
    37
- Memory Maps
  38
  - Local Bus Memory Map
    38
    - Normal Address Range
      38
      - Table 14. Local Bus Memory Map (Continued)
        39
Address Range
39
Devices
39
Accessed
39
Port
39
Width
39
Size
39
Software Cache Inhibit
39
Notes
39
- D32
  39
- 4MB-16MB
  39
- N
  39
- D32
  39
- 4MB-32MB
  39
- N
  39
- D32
  39
- 128KB
  39
- N
  39
- D32-D16
  39
- ?
  39
- D32-D8
  39
- 64KB-8MB
  39
- ?
  39
- 2, 4
  39
- D32-D8
  39
- 64KB-8MB
  39
- ?
  39
- 2, 4
  39
- D32
  39
- 2MB
  39
- N
  39
- 1, 5
  39
- D32
  39
- 2MB
  39
- N
  39
- D32
  39
- 2MB
  39
- N
  39
- D32
  39
- 128KB
  39
- N
  39
- 512KB
  40
- N
  40
- D32-D8
  40
- 878KB
  40
- Y
  40
- D32/D1 6
  40
- 64KB
  40
- ?
  40
- 2, 4
  40
  - Table 15. Local I/O Devices Memory Map (Continued...
    41
Address Range
41
Devices Accessed
41
Port Width
41
Size
41
Notes
41
- - -
  41
- 256KB
  41
- D32
  41
- 256B
  41
- 1, 3
  41
- D32-D8
  41
- 256B
  41
- 1, 3
  41
- - -
  41
- 4, 5
  41
- - -
  41
- 4KB
  41
- D32-D8
  41
- 4KB
  41
- D8
  41
- 256B
  41
- 1, 8
  41
- D8
  41
- 256B
  41
- 1, 8
  41
- - -
  41
- 1, 5, 8
  41
- - -
  41
- 8KB
  41
- D8
  41
- 2KB
  41
- 1, 2
  41
- D8
  41
- 2KB
  41
- 1, 2
  41
- D32
  41
- 4KB
  41
- 1, 6
  41
- D32-D8
  41
- 4KB
  41
- - -
  41
- 64KB
  41
- D16
  41
- 128B
  41
- D16
  41
- 128B
  41
- D16
  41
- 128B
  41
- D16
  41
- 128B
  41
- D16
  42
- 128B
  42
- D16
  42
- 128B
  42
- D16
  42
- 128B
  42
- D16
  42
- 128B
  42
- D32-D16
  42
- 256B
  42
- D32-D16
  42
- 256B
  42
- D32-D16
  42
- 256B
  42
- D32-D16
  42
- 256B
  42
- - -
  42
- 128B
  42
- - -
  42
- 128B
  42
- - -
  42
- 128B
  42
- - -
  42
- 128B
  42
- - -
  42
- 128B
  42
- - -
  42
- 128B
  42
- - -
  42
- 128B
  42
- - -
  42
- 128B
  42
- - -
  42
- 256B
  42
- - -
  42
- 256B
  42
- - -
  42
- 256B
  42
- - -
  42
- 256B
  42
- D32-D8
  42
- 2KB
  42
- - -
  42
- 2KB
  42
- - -
  43
- 12KB
  43
- D32-D8
  43
- 64KB
  43
- 1, 9
  43
- - -
  43
- 128KB
  43
  - VMEbus Memory Map
    44
    - VMEbus Accesses to the Local Bus
      44
    - VMEbus Short I/O Memory Map
      44
      - Hardware Preparation and Installation
        45
  - Introduction
    45
  - Unpacking Instructions
    45
  - Hardware Preparation
    45
GPI3
55
Address Range
55
Device Accessed
55
- Table 24. EPROM/Flash Mapping — 512K x 8 EPROMs
  55
GPI3
55
Address Range
55
Device Accessed
55
- Table 25. EPROM/Flash Mapping — 1M x 8 EPROMs
  55
GPI3
55
Address Range
55
Device Accessed
55
- Table 26. EPROM/Flash Mapping — 1M x 8 EPROMs, On...
  56
GPI3
56
Address Range
56
Device Accessed
56
- General-Purpose Readable Jumpers Header (J21)
  56
- Memory Mezzanine Options
  57
  - Table 27. Memory Mezzanine Stacking Options
    58
- None
  58
- None
  58
- Parity DRAM
  58
- ECC DRAM
  58
- Parity DRAM
  58
- ECC DRAM
  58
- ECC DRAM
  58
- ECC DRAM
  58
  - Installation Instructions
    58
    - IP Installation on the MVME162LX
      59
      - 1. Each IP has two 50-pin connectors that plug int...
        59
      - 2. Two additional 50-pin connectors (J3 and J4) ar...
        59
    - MVME162LX Installation
      60
    - System Considerations
      62
  - Overview of M68000 Firmware
    67
  - Description of 162Bug
    67
  - 162Bug Implementation
    69
  - Installation and Startup
    69
    - 1. Turn all equipment power OFF. Refer to the Hard...
      69
  - 2. Configure header J1 by installing/removing a ju...
    71
  - 3. The jumper on header J11 configures the IP bus ...
    71
  - 4. The jumper on header J18 enables/disables the I...
    71
  - 5. The jumpers on header J19 enable/disable the IP...
    71
  - 6. Refer to the setup procedure for your particula...
    71
  - 7. Connect the terminal that is to be used as the ...
    71
  - 8. If you want to connect devices (such as a host ...
    72
  - 9. EPROM/Flash configuration header J20 should be ...
    72
  - 10. Power up the system. 162Bug executes some self...
    72
  - 11. Before using the MVME162LX after the initial i...
    73
  - Prom Versions
    73
    - 1. Install a jumper across J16 pins 1-2 to enable ...
      73
    - 2. Copy the PROM contents to Flash memory with the...
      73
    - 3. Remove the jumper from J16 pins 1-2 to disable ...
      73
    - 4. Install a jumper at J21 pins 7 and 8. (162Bug a...
      73
  - Autoboot
    73
  - ROMboot
    75
  - Network Boot
    76
  - Restarting the System
    76
    - Reset
      77
    - Abort
      77
    - Break
      78
    - SYSFAIL* Assertion/Negation
      78
    - MPU Clock Speed Calculation
      79
  - Memory Requirements
    79
  - Disk I/O Support
    81
    - Blocks Versus Sectors
      81
    - Device Probe Function
      82
    - Disk I/O via 162Bug Commands
      82
    - Disk I/O via 162Bug System Calls
      83
    - Default 162Bug Controller and Device Parameters
      85
    - Disk I/O Error Codes
      85
  - Network I/O Support
    85
    - Intel 82596 LAN Coprocessor Ethernet Driver
      86
    - UDP/IP Protocol Modules
      86
    - RARP/ARP Protocol Modules
      87
    - BOOTP Protocol Module
      87
    - TFTP Protocol Module
      87
    - Network Boot Control Module
      87
    - Network I/O Error Codes
      88
  - Multiprocessor Support
    88
    - Multiprocessor Control Register (MPCR) Method
      88
- $800
  88
- *
  88
- N/A
  88
- N/A
  88
- (MPCR)
  88
- $804
  89
- *
  89
- *
  89
- *
  89
- *
  89
  - GCSR Method
    90
- GPCSR0
  91
- GPCSR1
  91
  - Diagnostic Facilities
    91
  - Manufacturing Test Process
    91
    - Using the 162Bug Debugger
      93
  - In This Chapter
    93
  - Entering Debugger Command Lines
    93
Base
96
Identifier
96
Examples
96
- $
  96
- &
  96
- @
  96
- %
  96
String
96
Literal
96
Numeric Value
96
(In Hexadecimal)
96
Expression
97
Result (In Hex)
97
Notes
97
- Address as a Parameter
  97
- Address Formats
  98
  - Table 41. Debugger Address Parameter Formats
    98
Format
98
Example
98
Description
98
- Offset Registers
  99
  - Example:
    99
- Port Numbers
  101
- Entering and Debugging Programs
  101
- Calling System Utilities from User Programs
  103
- Preserving the Debugger Operating Environment
  103
  - 162Bug Vector Table and Workspace
    104
162Bug reserves ...
104
For ...
104
- Examples
  104
- Hardware Functions
  105
- Exception Vectors Used by 162Bug
  105
  - Table 42. Exception Vectors Used by 162Bug
    105
Vector
105
Offset
105
Exception
105
162Bug Facility
105
- $10
  105
- $24
  105
- $80-$B8
  105
- $BC
  105
- $ Note 1
  105
- $ Note 2
  105
- $DC
  105
  - Exception Vector Tables
    107
  - Using 162Bug Target Vector Table
    107
  - Creating a New Vector Table
    108
  - Floating Point Support
    110
Integer Data Types
110
Floating Point Data Types
110
- 1. The sign field is the first field and is a bina...
  110
- 2. The exponent field is the second field and is a...
  110
- 3. The mantissa field is the last field and is a h...
  110
- 4. The sign field, the exponent field, and at leas...
  111
- 5. Each field must be separated from adjacent fiel...
  111
- 6. All the digit positions in the sign and exponen...
  111
- Single Precision Real
  111
- Double Precision Real
  111
- Scientific Notation
  112
- The 162Bug Debugger Command Set
  112
  - Table 43. Debugger Commands (Continued)
    113
Command Mnemonic
113
Title
113
Command Line Syntax
113
- Configure and Environment Commands
  117
- Configure Board Information Block
  117
- Set Environment to Bug/Operating System
  119
  - Table A1. ENV Command Parameters (Continued)
    120
- B
  120
- N
  120
- B
  120
- Y
  120
- N
  120
- N
  120
- A
  120
- Y
  120
- Y
  120
- N
  120
- Y
  121
- N
  121
- Y
  121
- N
  121
- FF800000
  121
- FFDFFFFC
  121
- N
  122
- Y
  122
- N
  123
- FFFFD20F
  124
- Y
  124
- FFE00000
  125
- Y
  126
- 000FFFFF
  126
- 03FF
  126
- N
  126
- Y
  127
- EFFFFFFF
  127
- 0D
  127
- N
  127
- Y/N (Depends on calculated size of local RAM)
  128
- N
  128
- Y
  129
- Y
  129
- 05 06 07
  129
- D2
  130
  - Configuring the IndustryPacks
    130
    - Disk/Tape Controller Data
      135
- Disk/Tape Controller Modules Supported
  135
Controller Type
135
First CLUN
135
First Address
135
Second CLUN
135
Second Address
135
- $00*
  135
- $06
  135
- $FFFF9000
  135
- $07
  135
- $FFFF9800
  135
- $16
  135
- $FFFF4800
  135
- $17
  135
- $FFFF5800
  135
- $18
  135
- $FFFF7000
  135
- $19
  135
- $FFFF7800
  135
  - Disk/Tape Controller Default Configurations
    136
CISC Embedded Controllers -- 7 Devices
136
Controller LUN
136
Address
136
Device LUN
136
Device Type
136
- $XXXXXXXX
  136
MVME328 -- 14 Devices
137
Controller LUN
137
Address
137
Device LUN
137
Device Type
137
- $FFFF9000
  137
- $FFFF9800
  137
- $FFFF4800
  137
- $FFFF5800
  137
- $FFFF7000
  137
- $FFFF7800
  137
  - IOT Command Parameters for Supported Floppy Types
    138
IOT Parameter
138
Floppy Types and Formats
138
DSDD5
138
PCXT8
138
PCXT9
138
PCXT9_3
138
PCAT
138
PS2
138
SHD
138
- F
  138
- D
  138
- D
  138
- D
  138
- D
  138
- D
  138
- D
  138
- D
  138
- D
  138
- D
  138
- D
  138
- D
  138
- D
  138
- D
  138
- D
  138
- S
  138
- E
  138
- E
  138
- E
  138
- E
  138
- E
  138
- E
  138
- S
  138
- S
  138
- S
  138
- S
  138
- F
  138
- F
  138
- F
  138
- 0A00
  138
- 02D0
  138
- 05A0
  138
- 0B40
  138
- 09F8
  139
- 05A0
  139
- 0B40
  139
- 12C0
  139
- 2D00
  139
- 5.25/DD
  139
- 5.25/DD
  139
- 5.25/DD
  139
- 3.5/DD
  139
- 5.25/HD
  139
- 3.5/HD
  139
- 3.5/ED
  139
  - Network Controller Data
    141
  - Network Controller Modules Supported
    141
Controller Type
141
CLUN
141
DLUN
141
Address
141
Interface Type
141
- $00
  141
- $00
  141
- Ethernet
  141
- $02
  141
- $00
  141
- Ethernet
  141
- $03
  141
- $00
  141
- Ethernet
  141
- $04
  141
- $00
  141
- Ethernet
  141
- $05
  141
- $00
  141
- Ethernet
  141
- $06
  141
- $00
  141
- Ethernet
  141
- $07
  141
- $00
  141
- Ethernet
  141
- $10
  141
- $00
  141
- Ethernet
  141
- $11
  141
- $00
  141
- Ethernet
  141
- $12
  141
- $00
  141
- Ethernet
  141
- $13
  141
- $00
  141
- Ethernet
  141
- $14
  141
- $00
  141
- Ethernet
  141
- $15
  141
- $00
  141
- Ethernet
  141
  - Troubleshooting CPU Boards
    143
  - Solving Startup Problems
    143
    - Table D1. Troubleshooting MVME162LX Boards (Conti...
      143
- TROUBLESHOOTING PROCEDURE COMPLETE.
  146
  - Numerics
    147
  - A
    147
  - B
    147
  - C
    148
  - D
    148
  - E
    148
  - F
    149
  - G
    149
  - H
    149
  - I
    149
  - J
    150
  - L
    150
  - M
    150
  - N
    151
  - O
    151
  - P
    151
  - R
    151
  - S
    151
  - T
    152
  - U
    152
  - V
    152
  - W
    152
  - Z
    153

Size:

645 KB
Pages:

153
Language:

English