Motorola MVME2700 Series manuels

Manuels d'utilisation et guides de l'utilisateur pour PC/postes de travail Motorola MVME2700 Series.
Nous fournissons des manuels en pdf 6 Motorola MVME2700 Series à télécharger gratuitement par type de document : Manuel de service, Manuel d'utilisateur


Table des matières

Installation and Use

1

Safety Summary

3

Flammability

4

EMI Caution

4

Lithium Battery Caution

4

Contents

7

List of Figures

13

List of Tables

15

About This Manual

17

Summary of Changes

18

Overview of Contents

18

Comments and Suggestions

19

1Hardware Preparation and

21

Installation

21

Equipment Required

23

Overview of Startup Procedure

23

Table 1-1. Startup Overview

24

Unpacking Instructions

25

Hardware Configuration

25

Flash Bank Selection (J9)

28

SCON LED is turned on

31

PRIMARY SIDE

33

Install all jumpers on J1

36

Remove all jumpers on J11

36

Install all jumpers on J11

36

Remove all jumpers on J1

36

Install all jumpers on J16

37

Remove all jumpers on J17

37

Install all jumpers on J17

37

Remove all jumpers on J16

37

Install all jumpers on J13

38

Remove all jumpers on J14

38

Header J18 is open

38

Remove all jumpers on J13

39

Install all jumpers on J14

39

P2 Adapter Preparation

42

SERIAL 3COM1 COM2 PARALLEL

44

1910 9609

44

10/100 BASETSERIAL 4

44

Header J18 1-2 Header J2 2-3

48

Header J18 2-3 Header J2 1-2

49

J17 1-2

50

J19 1-2

50

Headers: J16 2-3

51

J17 2-3

51

Header J3 1-2

51

Header J2 2-3Header J18 1-2

52

Header J2 1-2Header J18 2-3

53

Header J3 2-3Headers: J16 2-3

54

Header J3 1-2Headers: J16 2-3

55

Header J3 2-3Headers J16 2-3

58

Header J3 1-2Headers J16 2-3

59

1999 9701

65

Hardware Installation

66

11871.00 (1-3) 9710

68

PMC Module Installation

69

11871.00 (2-3) 9710

70

11871.00 (3-3) 9710

72

INTERRUPT ACKNOWLEDGE

74

System Considerations

81

MVME2700 VME Module

82

SPEAKER_OUT

83

2Operating Instructions

85

Operating Instructions

86

Memory Maps

88

PCI Local Bus Memory Map

90

VMEbus Memory Map

90

Programming Considerations

91

PCI Arbitration

92

Interrupt Handling

93

DMA Channels

94

Sources of Reset

94

Endian Issues

95

3Functional Description

99

General Description

101

Functional Description

102

Block Diagram

103

SCSI Interface

104

Ethernet Interface

105

PCI Mezzanine Interface

106

VMEbus Interface

107

ISA Super I/O Device (ISASIO)

108

Programmable Timers

112

Base Module Feature Register

114

P2 Signal Multiplexing

115

ABORT Switch (S1)

116

RESET Switch (S2)

117

FUS LED (DS5) on the

119

SCSI LED on the module

119

SCSI LED on

119

Speaker Control

120

MPC750 Processor

120

RAM200 Memory Module

121

MVME712M Transition Module

122

MVME761 Transition Module

123

4Connector Pin Assignments

125

Common Connectors

126

Debug Connector (J2)

127

∗ RSRV∗ 38

128

Floppy/LED Connector (J3)

131

PCI Expansion Connector (J4)

132

DRAM Mezzanine Connector (J6)

135

RISCwatch Connector (J8)

138

P1 and P2 Connectors

142

MVME712M-Compatible Versions

143

SCSI Connector

145

Serial Ports 1-4

146

Parallel Connector

147

Ethernet AUI Connector

148

MVME761-Compatible Versions

149

Serial Ports 1 and 2

151

Serial Ports 3 and 4

151

5PPCBug Firmware

155

Memory Requirements

156

Implementation

156

Use the Debugger

157

Debugger Commands

158

Diagnostic Tests

162

6CNFG and ENV Commands

165

CNFG and ENV Commands

166

ENV – Set Environment

167

(Default = device number 07)

169

00001000?

173

(Default)

174

ASpecifications

181

Cooling Requirements

182

EMC Compliance

183

BSerial Interconnections

185

EIA-232-D Connections

186

Interface Characteristics

188

EIA-530 Connections

189

Proper Grounding

193

Serial Interconnections

194

CTroubleshooting CPU Boards:

195

Solving Startup Problems

195

FUS (or

196

HOLD or

196

PAUSE key

196

HOLD or PAUSE key again

196

Introduction

197

DRelated Documentation

201

Manufacturers’ Documents

202

Related Specifications

205

Table des matières

Installation and Use

1

Safety Summary

3

Flammability

4

EMI Caution

4

Lithium Battery Caution

4

Contents

7

List of Figures

11

List of Tables

13

About This Manual

15

Summary of Changes

18

Overview of Contents

19

Comments and Suggestions

20

Terminology

21

1Hardware Preparation and

23

Installation

23

Unpacking Instructions

24

Preparation

25

Jumper Settings

27

System Considerations

29

Figure 1-1. MVME5100 Layout

31

PMC Modules

32

Primary PMCspan

34

2081 9708

35

Secondary

36

PMCspan

36

MVME5100

38

2Operation

41

Operation

42

Status Indicators

43

Connectors

43

System Power-up

44

❏ Chapter 3, PPCBug Firmware

45

❏ Appendix B, Troubleshooting

45

3PPCBug Firmware

47

PPCBug Firmware

48

Using PPCBug

49

Default Settings

52

ENV – Set Environment

53

∗ signal during board

56

∗ signal after

56

00001000?

60

(Default)

61

Firmware Command Buffer

67

Standard Commands

68

Diagnostics

72

4Functional Description

75

Features Descriptions

77

Processor

79

P2 Input/Output (I/O) Modes

81

Input/Output Interfaces

81

5Pin Assignments

85

98

MVME5100 Ethernet port 2

112

6Programming the MVME51xx

117

Processor Bus Memory Map

118

PCI Local Bus Memory Map

121

VMEbus Memory Map

121

Programming Considerations

123

PCI Arbitration

124

Interrupt Handling

126

DMA Channels

128

Sources of Reset

128

∗ signal

129

Endian Issues

130

ASpecifications

133

Power Requirements

134

±5%) +12V (±10%) –12V (±10%)

134

Cooling Requirements

135

° C to 55° C (commercial) or

135

° C with increased airflow

135

BTroubleshooting

137

RAM500 Memory Expansion

141

Functional Description

142

1 Bank of 9 (x8)

144

RAM500 Module Installation

145

RAM500 Connectors

147

RAM500 Programming Issues

152

DRelated Documentation

155

Manufacturers’ Documents

156

II User Manual

156

Related Specifications

158

Table des matières

User’s Manual

1

Part 1 and 2

1

Safety Summary

3

Contents

5

List of Figures

15

List of Tables

17

About This Manual

19

Summary of Changes

20

Overview of Contents

20

Comments and Suggestions

22

1General Information

25

PPCBug Implementation

26

Memory Requirements

27

Start-up

28

General Information

30

Auto Boot

37

Length Contents Description

39

Sample ROMboot Routine

40

Network Auto Boot

42

Restarting the System

43

Reset/Abort

44

Board Failure

45

Disk I/O Support

46

Blocks and Sectors

47

Device Probe

47

Disk I/O Error Codes

51

Network I/O Support

52

RARP and ARP Modules

54

BOOTP Module

54

TFTP Module

54

Network Boot Control Module

54

Network I/O Error Codes

55

GCSR Method

59

Bit3130292827262524

60

Data and Address Sizes

61

Byte Ordering

61

2Using the Debugger

63

Command Arguments

64

Entering Commands

67

Command Options

68

Control Characters

68

Using the Debugger

70

Exception Vectors

71

Context Switching

72

Floating Point Support

74

Single Precision Real

75

Double Precision Real

75

Scientific Notation

76

3Debugger Commands

77

Command Description

78

2/26/97

80

AS - One-Line Assembler

81

BC - Block of Memory Compare

82

BF - Block of Memory Fill

84

$2002F is clear

86

H Half-word

87

$000FFFFF

88

BM - Block of Memory Move

89

BR - Breakpoint Insert

92

NOBR - Breakpoint Delete

92

BS - Block of Memory Search

94

BV - Block of Memory Verify

99

Debugger Commands

100

CACHE - Cache Control

102

CM - Concurrent Mode

103

NOCM - No Concurrent Mode

103

A List all supported devices

104

Examples

109

CS - Checksum

111

Read Data = 01000013

113

PPC1-Bug>

113

DC - Data Conversion

115

DMA - Block of Memory Move

118

Effective address: C1000000

120

Effective address: C1FFFFFF

120

DS - One-Line Disassembler

125

DU - Dump S-Records

126

ECHO - Echo String

128

ENV - Set Environment

130

. The offset

131

More stuff in between

147

GN - Go to Next Instruction

151

Set a breakpoint

157

HE - Help

159

IBM - Indirect Block Move

162

IDLE - Idle Master MPU

164

IOC - I/O Control for Disk

165

IOI - I/O Inquiry

168

Flag Byte prompt

172

T Format a disk track

173

D Format the entire disk

173

Example 2:

184

LO - Load S-Records from Host

186

MA - Macro Define/Display

191

NOMA - Macro Delete

191

MAE - Macro Edit

194

MAL - Enable Macro Listing

196

NOMAL - Disable Macro Listing

196

MAR - Load Macros

197

List macros

198

Define macro ASM

198

List all macros

198

MAW - Save Macros

199

MD, MDS - Memory Display

201

Example 5:

203

Example 6:

203

Example 7:

204

Example 8:

204

MENU - System Menu

205

M, MM - Memory Modify

206

MMD - Memory Map Diagnostic

210

MMGR - Memory Manager

212

MS - Memory Set

216

MW - Memory Write

217

Example 3:

218

NAB - Network Auto Boot

219

NAP - NAP MPU

220

NIOC - Network I/O Control

227

Network I/O transactions

232

NIOP - Network I/O Physical

233

00? <Return>

242

NPING - Network Ping

244

Look at location $20000

248

To look at location $20000

248

PA - Printer Attach

249

NOPA - Printer Detach

249

Command Input

251

Arguments

251

PF - Port Format

259

NOPF - Port Detach

259

N Disabled

261

NOPF Port Detach

263

PFLASH - Program FLASH Memory

264

RB - ROMboot Enable

269

NORB - ROMboot Disable

269

RD - Register Display

271

REMOTE - Remote

277

RESET - Cold/Warm Reset

278

RL - Read Loop

280

RM - Register Modify

281

RS - Register Set

284

RUN - MPU Execution/Status

286

SD - Switch Directories

288

SET - Set Time and Date

289

SROM - SROM Examine/Modify

290

SYM - Symbol Table Attach

294

NOSYM - Symbol Table Detach

294

Offset Field Description

295

Example 4:

296

T - Trace

299

Trace next instruction:

301

Trace the next instruction:

302

TA - Terminal Attach

303

TIME - Display Time and Date

304

TM - Transparent Mode

305

Initialize IP and R3, R4:

308

WL - Write Loop

318

4One-Line Assembler/

319

Disassembler

319

Directives

320

Source Program Coding

321

These are only recognized

323

Instructions

324

Addressing Modes

326

SYSCALL System Call Directive

328

Entering a Source Line

330

Entering Branch Operands

331

Assembler Error Messages

332

5System Calls

333

System Call Routines

334

System Call function

335

.INSTAT

340

<CR>. The

341

<CR>

341

.READSTR

342

.READLN

344

.CHKBRK

345

Field descriptions:

347

.DSKCFIG

349

Device Descriptor Packet

350

Table 5-8. CFGA Fields

357

.DSKFMT

359

Entry Conditions

360

.DSKCTRL

362

System Calls

364

.NETCFIG

366

.NETFOPN

372

.NETFRD

374

.NETCTRL

376

.OUTCHR

379

<CR><LF> sequence

380

<CR><LF>

380

.WRITELN

381

.ERASLN

383

.WRITDLN

384

.SNDBRK

386

.RTC_TM

388

.RTC_DT

389

.RTC_DSP

390

.RTC_RD

391

.REDIR_I

393

.REDIR_O

393

.RETURN

394

.BINDEC

395

.CHANGEV

396

.STRCMP

397

.MULU32

398

.DIVU32

399

.CHK_SUM

400

.BRD_ID

401

.ENVIRON

404

.PFLASH Function

408

.DIAGFCN

411

F

413

Example 2: .TESTSTAT

419

Example 3: .MEMSTAT

420

Example 4: .ST_NMLIST

421

.SIOPEPS

423

Size of the scripts array

424

.FORKMPU Function

425

.FORKMPUR Function

426

.IDLEMPU Function

431

I/O Control Structure

435

.IOINFORM

437

Port Control Structure

438

.IOCONFIG

439

.IODELETE

440

.SYMBOLTA

442

.SYMBOLTD

444

ARelated Documentation

445

Document Title and Source

447

Publication

447

Related Documentation

448

Related Specifications

453

BSystem Menu

457

Go to System Diagnostics

458

Initiate Service Call

458

Display System Test Errors

458

Dump Memory to Tape

458

Menu Items

459

Tape Dump Example:

460

Operation

461

System Menu

462

Concurrent mode (Y/N)?

463

Manual Connection

465

Terminal Connection

466

CPPCBug Messages

467

Error Messages

468

Other Messages

469

DS-Record Format

471

S-Record Types

472

Creating S-Records

473

S00A00006765745F7274630D

474

S20C0400200000000000000000CF

474

S804040000F7

474

EDisk and Tape Controllers

477

Disk and Tape Controllers

480

FDisk Status Codes

481

ATAPI (CD-ROM Drives)

482

SCSI Firmware Status Codes

483

Disk Status Codes

486

GEstablishing Network

489

Connections with PPCBug

489

M). If this value is invalid

490

HNetwork Communication Status

491

NAB 3-143

503





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