Intel Computer Hardware 80200 podręczniki

Instrukcje obsługi i podręczniki użytkownika dla Płyty rozwojowe Intel Computer Hardware 80200.
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Intel Computer Hardware 80200 Instrukcja Użytkownika (289 strony)

Marka: Intel | Kategoria: Płyty rozwojowe | Rozmiar: 2.83 MB |

Spis treści

80200 Processor based on

Microarchitecture

Contents

A Compatibility: Intel

Introduction

1.1.2 Features

1.2.1 Number Representation

1.3 Other Relevant Documents

Programming Model

2.2.5 Base Register Update

2.3.1 DSP Coprocessor 0 (CP0)

2.3.2 New Page Attributes

2.3.4 Event Architecture

2.3.4.3 Prefetch Aborts

2.3.4.4 Data Aborts

Contents

Memory Management

3.2 Architecture Model

3.2.3 Exceptions

3.4 Control

3.4.3 Locking Entries

Instruction Cache

4.2 Operation

4.2.3 Fetch Policy

4.2.5 Parity Protection

4.3 Instruction Cache Control

Branch Target Buffer

5.1.1 Reset

5.1.2 Update Policy

5.2 BTB Control

Data Cache

6.2.3 Cache Policies

6.2.3.2 Read Miss Policy

6.2.3.3 Write Miss Policy

6.2.5 Parity Protection

6.2.6 Atomic Accesses

6.3.2 Enabling/Disabling

Bits Description Notes

7.2 CP15 Registers

7.2.5 Register 4: Reserved

• translation faults

• domain faults

• permission faults

7.3 CP14 Registers

Configuration

100

System Management

101

8.2 Processor Reset

103

8.2.2 Reset Effect on Outputs

104

8.3 Power Management

105

Interrupts

107

9.3 Programmer Model

108

9.3.1 INTCTL

109

9.3.2 INTSRC

110

9.3.3 INTSTR

111

External Bus

113

10.2 Signal Description

115

10.2.1 Request Bus

116

10.2.2 Data Bus

118

10.2.3 Critical Word First

119

10.2.4 Configuration Pins

120

10.2.5 Multimaster Support

121

10.2.6 Abort

123

10.2.7 ECC

124

10.3 Examples

126

10.3.4 Word Write

129

10.3.5.1 Write Burst

131

10.3.6 Write Burst, Coalesced

132

10.3.7 Pipelined Accesses

133

10.3.8 Locked Access

134

10.3.9 Aborted Access

135

10.3.10 Hold

136

Bus Controller

137

11.3 Error Handling

138

11.3.2 ECC Errors

139

11.4 Programmer Model

141

11.4.2 ECC Error Registers

145

Performance Monitoring

147

12.4.1 Managing PMNC

151

12.7 Examples

158

Software Debug

159

13.3 Introduction

160

13.4.1 Global Enable Bit (GE)

162

13.4.2 Halt Mode Bit (H)

162

13.4.4 Sticky Abort Bit (SA)

163

13.5 Debug Exceptions

164

13.5.2 Monitor Mode

166

13.6 HW Breakpoint Resources

167

13.6.2 Data Breakpoints

168

13.7 Software Breakpoints

169

13.8.2 Overflow Flag (OV)

172

13.8.3 Download Flag (D)

172

13.9 Transmit Register (TX)

174

13.10 Receive Register (RX)

174

13.11 Debug JTAG Access

175

13.11.2 SELDCSR JTAG Register

176

13.11.2.1 DBG.HLD_RST

177

13.11.3 DBGTX JTAG Command

178

13.11.4 DBGTX JTAG Register

179

13.11.5 DBGRX JTAG Command

179

13.11.6 DBGRX JTAG Register

180

13.11.6.1 RX Write Logic

181

13.11.6.2 DBGRX Data Register

182

13.11.6.3 DBG.RR

182

13.11.6.4 DBG.V

183

13.11.6.5 DBG.RX

183

13.11.6.6 DBG.D

183

13.11.6.7 DBG.FLUSH

183

13.12 Trace Buffer

184

13.13 Trace Buffer Entries

186

13.13.1.3 Address Bytes

189

13.13.2 Trace Buffer Usage

190

13.14.1 LDIC JTAG Command

192

13.14.3 LDIC Cache Functions

194

Debugger Actions

201

Debug Handler Actions

201

• a debug handler;

205

• External memory

209

13.15.2.4 High-Speed Download

210

• turn off all breakpoints;

211

• invalidate the btb;

211

Performance Considerations

213

14.2 Branch Prediction

214

14.3 Addressing Modes

214

14.4 Instruction Latencies

215

• Minimum Resource Latency

216

14.4.8 Semaphore Instructions

221

14.4.11 Thumb* Instructions

221

Compatibility: Intel

223

80200 Processor

223

A.3 Architecture Deviations

225

A.3.4 Write Buffer Behavior

226

A.3.5 External Aborts

226

A.3.6 Performance Differences

227

Optimization Guide B

229

B.2 Intel

230

80200 Processor Pipeline

230

F1 F2 ID RF X1 X2

231

M1 M2 Mx

231

B.2.1.5. Use of Bypassing

232

B.2.2.2. Pipeline Stalls

233

B.2.3 Main Execution Pipeline

234

Optimization Guide

235

B.2.4 Memory Pipeline

236

B.3 Basic Optimizations

237

B.3.1.2. Optimizing Branches

238

B.3.2 Bit Field Manipulation

241

B.4.1 Instruction Cache

245

• Interrupt handlers

246

• Real time clock handlers

246

• OS critical code

246

B.4.2 Data and Mini Cache

247

B.4.2.4. Creating On-chip RAM

248

B.4.2.5. Mini-data Cache

249

B.4.2.6. Data Alignment

250

B.4.2.7. Literal Pools

251

B.4.3 Cache Considerations

252

B.4.4 Prefetch Considerations

253

B.4.4.8. Cache Blocking

259

B.4.4.9. Prefetch Unrolling

259

B.4.4.10. Pointer Prefetch

260

B.4.4.11. Loop Interchange

261

B.4.4.12. Loop Fusion

261

B.5 Instruction Scheduling

263

B.6 Optimizing C Libraries

273

B.7 Optimizations for Size

273

Test Features C

275

Test Features

276

C.2.4.2. Bypass Register

280

C.2.5 TAP Controller

281

C.2.5.2. Run-Test/Idle State

282

C.2.5.3. Select-DR-Scan State

282

C.2.5.4. Capture-DR State

282

C.2.5.5. Shift-DR State

283

C.2.5.6. Exit1-DR State

283

C.2.5.7. Pause-DR State

283

C.2.5.8. Exit2-DR State

283

C.2.5.9. Update-DR State

284

C.2.5.11. Capture-IR State

284

C.2.5.12. Shift-IR State

284

C.2.5.13. Exit1-IR State

285

C.2.5.14. Pause-IR State

285

C.2.5.15. Exit2-IR State

285

C.2.5.16. Update-IR State

285

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Intel Computer Hardware 80200 podręczniki

Intel Computer Hardware 80200 Instrukcja Użytkownika (289 strony)

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