Intel IXC1100 manuály

Intel IXC1100 Uživatelský manuál (568 strany)

Značka: Intel | Kategorie: Vývojové desky | Velikost: 4.20 MB |

Tabulka s obsahem

IXP42X Product Line of

Control Plane Processor

DM September 2006

2 Order Number: 252480-006US

Contents

Revision History

1.0 Introduction

2.0 Overview of Product Line

Figure 1. Intel

Figure 2. Intel

Figure 3. Intel

Figure 4. Intel

North AHB

2.1.1.1 ARM

Compatibility

2.1.1.3 Memory Management

2.1.1.4 Instruction Cache

2.1.1.5 Branch Target Buffer

2.1.1.6 Data Cache

2.1.1.7 Intel XScale

2.3 Internal Bus

2.4 MII Interfaces

2.5 AHB Queue Manager

2.6 UTOPIA 2

2.7 USB v1.1

2.9 Memory Controller

2.10 Expansion Bus

2.13 GPIO

2.14 Interrupt Controller

2.15 Timers

2.16 JTAG

3.0 Intel XScale

Processor

3.1.1 Memory Attributes

3.1.3 MMU Control

3.1.3.2 Enabling/Disabling

3.1.3.3 Locking Entries

3.2 Instruction Cache

Example: 32K byte cache

3.3 Branch Target Buffer

History

Bits[1:0]

3.4 Data Cache

Example: 32-Kbyte cache

Example: 2K byte cache

3.4.2 Cacheability

Example 11. Creating Data RAM

3.5 Configuration

3.5.1 CP15 Registers

3.5.1.5 Register 4: Reserved

3.5.2 CP14 Registers

3.6 Software Debug

3.6.1 Definitions

3.6.2 Debug Registers

3.6.3 Debug Modes

3.6.3.1 Halt Mode

3.6.3.2 Monitor Mode

3.6.4.2 Halt Mode Bit (H)

3.6.4.4 Sticky Abort Bit (SA)

3.6.5.1 Halt Mode

3.6.5.2 Monitor Mode

3.6.6 HW Breakpoint Resources

3.6.6.2 Data Breakpoints

(TXRXCTRL)

’ system

3.6.8.2 Overflow Flag (OV)

100

3.6.8.3 Download Flag (D)

100

3.6.9 Transmit Register

101

3.6.10 Receive Register

102

3.6.11 Debug JTAG Access

102

3.6.11.1 SELDCSR JTAG Command

102

3.6.12 Trace Buffer

109

3.6.13 Trace Buffer Entries

111

3.6.13.1 Message Byte

111

3.6.14.1 LDIC JTAG Command

116

3.6.14.3 LDIC Cache Functions

118

Debugger Actions

123

Debug Handler Actions

123

3.7 Performance Monitoring

133

(PMN0 - PMN3)

134

(EVTSEL)

137

3.7.6 Examples

142

3.8 Programming Model

144

3.8.2.2 26-Bit Architecture

145

3.8.2.3 Thumb

145

3.8.2.4 ARM

145

DSP-Enhanced Instruction Set

145

3.8.2.5 Base Register Update

145

3.8.3 Extensions to ARM

146

Architecture

146

3.8.3.2 New Page Attributes

152

3.8.3.4 Event Architecture

154

3.9.1 Interrupt Latency

159

3.9.2 Branch Prediction

160

3.9.3 Addressing Modes

160

3.9.4 Instruction Latencies

160

3.9.4.1 Performance Terms

160

UMLALr6,r8,r0,r1

161

ADD r9,r10,r11

161

SUB r2,r8,r9

161

MOV r0,r1

161

3.10 Optimization Guide

167

3.10.1.1 About This Section

168

3.10.2 Processors’ Pipeline

168

F1 F2 ID RF X1 X2

169

M1 M2 Mx

169

3.10.2.4 Memory Pipeline

172

3.10.3 Basic Optimizations

173

3.10.4.1 Instruction Cache

180

3.10.4.2 Data and Mini Cache

181

3.10.4.3 Cache Considerations

184

3.10.5 Instruction Scheduling

191

3.10.5.1 Scheduling Loads

191

3.10.6 Optimizing C Libraries

199

3.10.7 Optimizations for Size

199

5.0 Internal Bus

204

5.2 Memory Map

205

Table 96. Memory Map

206

6.0 PCI Controller

208

South AHB

210

Figure 33

216

220

Translation

222

225

6.6.1 PCI Byte Enables

226

0x00000010

227

0x00000110 DATA

228

0x00028F91 DAT

229

0xB 0x0

229

0x00000014

230

0x00000015

232

0x00000014 DATA 0

234

6.13 PCI RCOMP Circuitry

249

6.14 Register Descriptions

249

(PCI_DIDVID)

250

(PCI_SRCR)

250

PCI_SRCR (Sheet 1 of 2)

251

(PCI_BAR0)

253

PCI_BHLC

253

PCI_BAR0

253

(PCI_CRP_WDATA)

261

PCI_CRP_AD_CBE

261

PCI_CRP_WDATA

261

(PCI_ISR)

263

PCI_ISR (Sheet 1 of 2)

263

PCI_CSR (Sheet 2 of 2)

263

(PCI_INTEN)

264

PCI_INTEN

264

PCI_ISR (Sheet 2 of 2)

264

(PCI_DMACTRL)

265

PCI_DMACTRL (Sheet 1 of 2)

265

(PCI_PTADMA0_AHBADDR)

271

(PCI_PTADMA0_PCIADDR)

271

PCI_PTADMA0_AHBADDR

271

7.0 SDRAM Controller

276

B4963-01

277

B4964-01

278

7.1 SDRAM Memory Space

279

7.2.1 Initializing the SDRAM

283

7.3 SDRAM Memory Accesses

285

7.3.2 Write Transfer

286

7.3.2.1 Write Transfer

286

7.4 Register Description

287

7.4.2 Refresh Register

288

7.4.3 Instruction Register

288

SDR_CONFIG

288

SDR_REFRESH

288

SDRAM controller:

289

Table 116. SDRAM Commands

290

8.0 Expansion Bus Controller

292

(9+CNFG[3:0])

295

8.6 Using I/O Wait

301

Valid Data

302

Valid Address

302

8.8.1 Intel

305

8.8.2 Intel

306

Multiplexed-Mode Read Access

306

8.8.3 Intel

307

Simplex-Mode Write Access

307

8.8.4 Intel

308

Simplex-Mode Read Access

308

T1 T2 T3 T4 T5

311

Motorola* Simplex

311

Write Mode

311

Motorola* Simplex

312

Read Mode

312

8.8.9 TI* HPI-8 Write Access

313

8.8.10 TI* HPI-8 Read Access

314

8.9 Register Descriptions

319

BYTE_SWAP_EN

325

9.0 AHB/APB Bridge

328

Figure 77. APB Interface

329

Peripheral

330

TXD or RXD

333

Bit Definition

333

Figure 79. UART Block Diagram

334

10.2 Configuring the UART

335

10.2.4 UART Interrupts

339

10.4 Register Descriptions

344

Modem Control Register

346

10.4.7 FIFO Control Register

349

10.4.8 Line Control Register

350

10.4.9 Modem Control Register

352

10.4.10 Line Status Register

353

LSR (Sheet 1 of 2)

353

10.4.11 Modem Status Register

354

LSR (Sheet 2 of 2)

354

10.4.12 Scratch-Pad Register

355

ISR (Sheet 1 of 2)

356

10.5 Console UART

357

Interrupt Mask:

365

ISR (Sheet 2 of 2)

370

11.1 Initializing the IBPMU

372

11.2 Using the IBPMU

373

11.2.2 Monitored SDRAM Events

377

11.2.3 Cycle Count

377

11.3 Register Descriptions

378

PSMR (Sheet 1 of 2)

384

PSMR (Sheet 2 of 2)

385

-MHz clock cycles before an

388

12.4 Register Description

391

(GPIT2R)

394

GPIT2R (Sheet 1 of 2)

394

12.4.7 GPIO Clock Register

395

(GPCLKR)

395

GPIT2R (Sheet 2 of 2)

395

GPCLKR (Sheet 1 of 2)

395

GPCLKR (Sheet 2 of 2)

396

13.0 Interrupt Controller

398

13.4 Reading Interrupt Status

400

INTR_ST (Sheet 1 of 2)

402

INTR_ST (Sheet 2 of 2)

403

13.5.4 IRQ Status Register

404

13.5.5 FIQ Status Register

404

INTR_PRTY

405

INTR_IRQ_ENC_ST

406

INTR_FIQ_ENC_ST

406

14.0 Timers

408

14.2 Time-Stamp Timer

409

14.3 General-Purpose Timers

409

14.4.1 Time-Stamp Timer

411

OST_TIM0

411

OST_TIM0_RL

412

OST_TIM1

412

14.4.6 Watch-Dog Timer

413

OST_TIM1_RL

413

OST_WDOG

413

14.4.8 Watch-Dog Key Register

414

OST_WDOG_ENAB

414

OST_WDOG_KEY

414

14.4.9 Timer Status

415

OST_STATUS

415

15.0 Ethernet MAC A

416

15.1 Ethernet Coprocessor

417

15.2 Register Descriptions

427

15.2.1 Transmit Control 1

428

15.2.2 Transmit Control 2

429

15.2.3 Receive Control 1

429

15.2.4 Receive Control 2

430

15.2.5 Random Seed

430

15.2.13 Slot Time

433

15.2.15 MDIO Command 1

434

15.2.16 MDIO Command 2

434

15.2.17 MDIO Command 3

435

15.2.18 MDIO Command 4

435

15.2.19 MDIO Status Registers

435

MDIO Command

435

15.2.20 MDIO Status 1

436

15.2.21 MDIO Status 2

436

15.2.22 MDIO Status 3

436

15.2.23 MDIO Status 4

436

15.2.25 Address Mask 1

437

15.2.26 Address Mask 2

438

15.2.27 Address Mask 3

438

15.2.28 Address Mask 4

438

15.2.29 Address Mask 5

438

15.2.30 Address Mask 6

439

15.2.31 Address Registers

439

15.2.32 Address 1

440

15.2.33 Address 2

440

15.2.34 Address 3

440

15.2.35 Address 4

440

15.2.36 Address 5

441

15.2.37 Address 6

441

15.2.40 Unicast Address 1

443

15.2.41 Unicast Address 2

443

15.2.42 Unicast Address 3

443

15.2.43 Unicast Address 4

443

15.2.44 Unicast Address 5

444

15.2.45 Unicast Address 6

444

15.2.46 Core Control

444

16.0 Ethernet MAC B

446

Correct interval

454

Data from here is processed

454

17.5.1 HSS Clock and Jitter

455

Characterization

456

PeriodPeriodPj −=

457

17.6.2 E1

459

17.6.3 MVIP

460

Timeslots

463

MHz clock

463

Frame pulse

463

B4252-02

464

Unused Bytes

465

18.1 USB Overview

468

18.2 Device Configuration

469

18.3 USB Operation

470

18.3.2 Bit Encoding

471

18.3.3 Field Formats

472

The presence of SOF

474

18.3.5 Transaction Formats

475

18.3.6 UDC Device Requests

477

18.3.7 UDC Configuration

478

18.4 UDC Hardware Connections

479

18.5 Register Descriptions

479

18.5.1.1 UDC Enable

481

18.5.1.2 UDC Active

481

18.5.1.3 UDC Resume (RSM)

481

0 x 00000000

485

18.5.3.3 Flush Tx FIFO (FTF)

486

18.5.3.5 Sent STALL (SST)

486

18.5.3.6 Force STALL (FST)

486

18.5.3.7 Bit 6 Reserved

487

18.5.7.3 Flush Tx FIFO (FTF)

494

18.5.7.5 Sent STALL (SST)

494

18.5.7.6 Force STALL (FST)

494

18.5.7.7 Bit 6 Reserved

494

(UDCCS6)

495

18.5.8.7 Bit 6 Reserved

497

UDCCS7 (Sheet 1 of 2)

499

18.5.10.6 Bit 5 Reserved

501

18.5.10.7 Bit 6 Reserved

501

18.5.12.3 Flush Tx FIFO (FTF)

504

18.5.12.5 Sent STALL (SST)

504

18.5.12.6 Force STALL (FST)

504

18.5.12.7 Bit 6 Reserved

504

18.5.13.7 Bit 6 Reserved

507

UDCCS11 (Sheet 1 of 2)

507

18.5.14.6 Force Stall (FST)

509

18.5.15.3 Flush Tx FIFO (FTF)

510

UDCCS14 (Sheet 1 of 2)

513

18.5.17.3 Flush Tx FIFO (FTF)

514

UDCCS14 (Sheet 2 of 2)

514

18.5.17.5 Sent STALL (SST)

515

18.5.17.6 Force STALL (FST)

515

18.5.17.7 Bit 6 Reserved

515

Access: Read/Write

518

18.5.41 UDC Data Register 11

535

(UDDR11)

535

processor writes

537

19.0 UTOPIA Level-2

538

19.1 UTOPIA Transmit Module

540

19.2 UTOPIA Receive Module

543

(a.k.a. – RX_CLAV)

545

(a.k.a. – RX_ENB_N)

545

19.4 MPHY Polling Routines

546

19.5 UTOPIA Level-2 Clocks

546

20.0 JTAG Interface

548

20.1.1 Test-Logic-Reset State

549

20.1.2 Run-Test/Idle State

550

20.1.3 Select-DR-Scan State

550

20.1.4 Capture-DR State

550

20.1.5 Shift-DR State

550

20.1.6 Exit1-DR State

551

20.1.7 Pause-DR State

551

20.1.8 Exit2-DR State

551

20.1.9 Update-DR State

551

20.1.10 Select-IR-Scan State

552

20.1.11 Capture-IR State

552

20.1.12 Shift-IR State

552

20.1.13 Exit1-IR State

552

20.1.14 Pause-IR State

552

20.2 JTAG Instructions

553

20.3 Data Registers

554

20.3.1 Boundary Scan Register

555

20.3.2 Instruction Register

555

21.0 AHB Queue Manager (AQM)

556

21.3 Functional Description

557

21.4 AHB Interface

558

21.4.1 Queue Control

559

21.4.2 Queue Status

560

21.4.2.1 Status Update

560

21.4.2.2 Flag Bus

561

21.5 Register Descriptions

562

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Intel IXC1100 manuály

Intel IXC1100 Uživatelský manuál (568 strany)

Tabulka s obsahem

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