ARM ARM926EJ-S Specifications Page 248
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Dual Timer/Counters
15-2 Copyright © 2004, 2006 ARM Limited. All rights reserved. ARM DDI 0287B
15.1 About the ARM Dual-Timer module (SP804)
The ARM Dual-Timer module is an Advanced Microcontroller Bus Architecture
(AMBA) compliant System-on-Chip (SoC) peripheral developed, tested, and licensed
by ARM Limited. For more information, see the AMBA Specification (Rev 2.0).
The release state of the ARM Dual-Timer module used in the ARM926EJ-S
Development Chip is SP804-r1p0. The base address for the Dual-Timer control
registers are
0x101E2000
and
0x101E3000
.
The module is an AMBA slave module and connects to the core APB. The Dual-Timer
module consists of two programmable 32/16-bit down counters that can generate
interrupts on reaching zero.
15.1.1 Features
The features of the Dual-Timer module are:
• Compliance to the AMBA Specification (Rev 2.0) for easy integration into an SoC
implementation.
• Two 32/16-bit down counters with free-running, periodic, and one-shot modes.
• Common clock with separate clock-enables for each timer gives flexible control
of the timer intervals.
• Interrupt output generation on timer count reaching zero.
• Identification registers that uniquely identify the Dual-Timer module. These can
be used by software to automatically configure itself.
- ARM926EJ-S Development Chip 1
- CE Declaration of Conformity 3
- Contents 5
- List of Tables 10
- List of Figures 13
- • Feedback on page xxiii 17
- About this document 18
- Preface 19
- Feedback 23
- Chapter 1 27
- Introduction 27
- Platform 28
- ARM926EJ-S PXP 29
- Subsystem 29
- 1.2 Functional description 30
- 1.3 External interfaces 35
- 0x00000000 37
- 0x70000000 37
- 0x20000000 37
- 0x30000000 37
- ARM D bus 38
- Chapter 2 41
- 0x101E0000 42
- 2.2 Clock control 53
- Figure 2-5 54
- 2.4 JTAG logic 65
- Chapter 3 75
- $50(-6'HY&KLS 81
- 2IIFKLS$+%EULGJH 81
- %XVPDWUL[ 82
- 1xxx x00 84
- 0 001-111 x 01 84
- 0000 010 84
- 0000 111 84
- +5($'<6,1 87
- +5($'<2876287 87
- 3.2 Memory map options 89
- Configuration 90
- PWP System 90
- Controller 90
- 0x80000000 94
- 0x03FFFFFF 99
- • REMAPSTATIC HIGH 101
- 3.2.6 APB address maps 103
- 3.2.7 MBX memory map 105
- Figure 3-20 105
- 3.3 AHB signals to pads 106
- Controllers and Peripherals 109
- AHB Monitor 111
- Chapter 4 111
- 4.1 About the AHB monitor 112
- 4.2 Functional description 113
- 89181922232829 332 114
- 0x101D0000 121
- 4.3 AHB Monitor registers 133
- CtArmdBurstIncr8 142
- CtDma0BurstIncr8 142
- CtDma1BurstIncr8 142
- CtClcdBurstIncr8 142
- CtExpBurstIncr8 142
- CtGxiRdAddrWait 147
- CtGxiRdDataWait 147
- 4.3.33 AHBMONPeriphID 0 to 3 150
- 4.3.34 AHBMONPCellID 151
- It is set at the value of 151
- Chapter 5 153
- Color LCD Controller (CLCDC) 153
- 5.1 About the CLCDC 154
- 5.2 Functional description 156
- ARM926EJ-S Dev. Chip 157
- 32 32 2 2 64 160
- 64 64 2 4 256 160
- ClcdCrsrXY(X) 161
- ClcdCrsrXY(Y) 161
- 0x10120800 163
- Cursor0 164
- Undefined 170
- 31 6543 10 170
- CrsrNumber[1:0] 170
- CrsrFrameSync 172
- CrsrSize 172
- CrsrY Undefined CrsrX 173
- 31 14 13 8 7 6 5 0 174
- CrsrClipY CrsrClipX 174
- 0xFE0-0xFEC 179
- 0xFF0-0xFFC 181
- 5.4 CLCD signals on pads 183
- Chapter 6 185
- MOVE Coprocessor 185
- Figure 6-1 MOVE overview 187
- Chapter 7 189
- MBX HR-S Graphics Accelerator 189
- 0x40000000 190
- 7.2 Memory map and registers 194
- Translation table in 196
- Static registers 196
- Chapter 8 197
- 0x10130000 198
- 8.2 Functional description 200
- 8.3 DMA signals on pads 203
- Chapter 9 205
- 0x101E4000 206
- 0x101E5000 206
- 0x101E6000 206
- 0x101E7000 206
- 9.2 Functional description 207
- 9.3 GPIO signals on pads 209
- Chapter 10 211
- 0x10110000 212
- 10.3 MPMC signals on pads 218
- Chapter 11 221
- Real-Time Clock (RTC) 221
- 0xFFFFFFFF 222
- 11.2 Functional description 223
- Chapter 12 225
- Smart Card Interface (SCI) 225
- 12.1 About the ARM SCI 226
- 12.2 Functional description 228
- 12.3 SCI signals on pads 230
- Chapter 13 231
- 0x10100000 232
- 13.2 Functional description 235
- ARM926EJ-S 235
- Dev. Chip 235
- GX175 MPMC 236
- PL093 SSMC 236
- Multiplex 236
- 13.2.1 Implementation details 238
- 13.3 SSMC signals on pads 239
- Chapter 14 241
- Synchronous Serial Port (SSP) 241
- 0x101F4000 242
- 14.2 Functional description 244
- 14.3 SSP signals on pads 246
- Chapter 15 247
- Dual Timer/Counters 247
- 0x101E2000 248
- 0x101E3000 248
- 15.2 Functional description 249
- AMBA APB 250
- Interface 250
- Clock control 250
- Chapter 16 253
- UART Controller 253
- 0x101F1000 254
- 0x101F2000 254
- 0x101F3000 254
- 16.2 Functional description 256
- 16.3 UART signals on pads 260
- Chapter 17 263
- 0x10140000 264
- 17.2 Functional description 266
- 0xFFFFF000 271
- 17.2.9 Implementation details 272
- 17.3 VIC signals on pads 273
- Chapter 18 275
- 18.4 Modes of operation 280
- Chapter 19 283
- Watchdog Timer 283
- 0x101E1000 284
- 19.2 Functional description 285
- 0x101E1018 286
- 0x101E1BFC 286
- 0x101E1F08 286
- 0x101E1FDC 286
- Appendix A 287
- Signals on Pads 287
- A.1 Pad signals by function 288
- Appendix B 319
- B.1 Mechanical details 320
- B.2 Electrical specification 321
- Table B-3 Power estimate 322
- Description Power 322
- Total I/O Power 3.5W 322
- Total 4.5 W 322
- Appendix C 323
- Timing Specification 323
- Reference clock 324
- Output signals from 324
- Input signals to 324
- C.2 AHB bus timing 325
- C.3 Memory timing 326
- C.4 Peripheral timing 327
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