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Manuals and User Guides for Motorola MPC8240. We have
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Motorola MPC8240 manual available for free PDF download: User Manual
Motorola MPC8240 User Manual (642 pages)
Integrated Host Processor with Integrated PCI
Brand:
Motorola
| Category:
Computer Hardware
| Size: 7.5 MB
Table of Contents
Table of Contents
5
Table of Contents
32
About this Book
39
Overview
40
Address Maps
41
Acronyms and Abbreviations
44
Chapter 1 Overview
49
MPC8240 Integrated Processor Overview
49
MPC8240 Integrated Processor Functional Block Diagram
50
MPC8240 Integrated Processor Features
51
DMA Controller
52
MPC8240 Integrated Processor Applications
53
Embedded System Using an MPC8240 as a Peripheral Processor
54
Processor Core Overview
55
MPC8240 Integrated Processor Core Block Diagram
57
Peripheral Logic Bus
58
Peripheral Logic Features
59
Peripheral Logic Overview
59
Peripheral Logic Functional Units
60
Memory System Interface
61
Address Maps and Translation
62
PCI Bus Arbitration Unit
62
Peripheral Component Interconnect (PCI) Interface
62
Byte Ordering
63
DMA Controller
63
Doorbell Registers
63
Message Unit (MU)
63
PCI Agent Capability
63
Embedded Programmable Interrupt Controller (EPIC)
64
Inbound and Outbound Message Registers
64
Inter-Integrated Circuit
64
Controller
64
Intelligent Input/Output Controller (I O)
64
Integrated PCI Bus and SDRAM Clock Generation
65
Power Management
66
Programmable Peripheral Logic Power Management Modes
66
Programmable Processor Power Management Modes
66
Debug Features
67
Programmable I/O Signals with Watchpoint
67
Memory Attribute and PCI Attribute Signals
68
Memory Debug Address
68
Memory Interface Valid (MIV)
68
Signal Overview
69
MPC8240 Signal Groupings
71
Chapter 2
72
Signal Cross Reference
72
Output Signal States During Reset
74
Detailed Signal Descriptions
75
PCI Bus Request (Req[4:0])—Input
76
PCI Bus Grant (Gnt[4:0])—Internal Arbiter Disabled
77
Parity (PAR)
78
Command/Byte Enable (C/Be[3:0])—Input
79
Device Select (Devsel)—Input
80
Initiator Ready (Irdy)—Input
81
Target Ready (Trdy)—Input
82
System Error (Serr)—Output
83
ID Select (Idsel)—Input
84
Column Address Strobe (Cas[0:7])—Output
85
Write Enable (We)—Output
86
Memory Data Bus (MDH[0:31], MDL[0:31])
87
Memory Data Bus (MDH[0:31], Mdl[0:31])—Output
88
Data Parity (Par[0:7])—Input
89
SDRAM Column Address Strobe (Sdcas)—Output
90
Flash Output Enable (Foe)—Output
91
Serial Interrupt Mode Signals
92
Serial Clock (SCL)
93
Serial Clock (SCL)-Input
93
Serial Clock (SCL)-Output
93
Serial Data (SDA)
93
System Control and Power Management Signals
93
Hard Reset
94
Hard Reset (Peripheral Logic) (HRST_CTRL)-Input
94
Hard Reset (Processor) (HRST_CPU)-Input
94
Soft Reset (SRESET)-Input
94
Machine Check (MCP)-Output
95
Nonmaskable Interrupt (NMI)-Input
95
Error Handling
95
Checkstop in (CHKSTOP_IN)-Input
96
Quiesce Acknowledge (QACK)-Output
96
System Management Interrupt (SMI)-Input
96
Time Base Enable (TBEN)-Input
96
Debug Signals
97
Debug Features
97
Watchpoint Trigger in (TRIG_IN)-Input
97
Watchpoint Trigger out (TRIG_OUT)-Output
97
Watchpoint Trigger Signals
97
Debug Address (DA[0:15])-Output
98
Memory Address Attributes (MAA[0:2])-Output
98
PCI Address Attributes (PMAA[0:2])-Output
98
JTAG Test Clock (TCK)-Input
99
Memory Interface Valid (MIV)-Output
99
PLL Configuration (PLL_CFG[0:4])-Input
99
Test and Configuration Signals
99
Clock Signals
100
JTAG Test Data Input (TDI)-Input
100
JTAG Test Data Output (TDO)-Output
100
JTAG Test Mode Select (TMS)-Input
100
JTAG Test Reset (TRST)-Input
100
PCI Clock (PCI_CLK[0:4])-Output
101
PCI Clock Synchronize out (PCI_SYNC_OUT)-Output
101
PCI Feedback Clock (PCI_SYNC_IN)-Input
101
SDRAM Clock Outputs (SDRAM_CLK[0:3])-Output
101
SDRAM Clock Synchronize out (SDRAM_SYNC_OUT)-Output
101
SDRAM Feedback Clock (SDRAM_SYNC_IN)-Input
101
System Clock Input (OSC_IN)-Input
101
Clocking
102
Clocking Method
102
Debug Clock (CKO)-Output
102
DLL Operation and Locking
103
Clock Synchronization
104
Clocking System Solution Examples
105
Configuration Signals Sampled at Reset
106
Clocking Solution—Small Load Requirements
106
MPC8240 Reset Configuration Signals
107
Chapter 3 Address Maps
109
Address Map B
109
Address Map B—Processor View in Host Mode
110
Address Map B—PCI Memory Master View in Agent Mode
111
Processor Core Address Map B in Host Mode
112
PCI Memory Master Address Map B in Host Mode
113
PCI I/O Master Address Map B
114
Address Map B Options
115
Processor Compatibility Hole and Alias Space
115
Address Map B—Processor View in Host Mode Options
116
PCI Compatibility Hole and Alias Space
117
Address Map B PCI Options in Host Mode
118
Address Translation
119
Inbound PCI Address Translation
119
Inbound PCI Address Translation
120
Outbound PCI Address Translation
121
Address Translation Registers
122
Inbound Translation Window Register (ITWR)
123
Local Memory Base Address Register (LMBAR)
123
Outbound Memory Base Address Register (OMBAR)
124
Outbound Translation Window Register (OTWR)
125
Embedded Utilities Memory Block (EUMB)
126
Processor Core Control and Status Registers
126
Peripheral Control and Status Registers
127
Embedded Utilities Memory Block Mapping to PCI Memory
128
Configuration Registers
129
Configuration Register Access
129
Internal Register Access Port Locations
129
Configuration Register Access in Little-Endian Mode
130
Configuration Register Access in Big-Endian Mode
131
Configuration Register Summary
133
Processor-Accessible Configuration Registers
133
PCI-Accessible Configuration Registers
136
Processor Accessible Configuration Space
136
MPC8240 Configuration Registers Accessible from the PCI Bus
137
PCI Interface Configuration Registers
138
PCI Accessible Configuration Space
138
PCI Command Register-Offset 0X04
139
PCI Status Register-Offset 0X06
140
PCI Status Register—0X06
141
Latency Timer-Offset 0X0D
142
PCI Base Class Code-Offset 0X0B
142
PCI Cache Line Size-Offset 0X0C
142
Programming Interface-Offset 0X09
142
PCI Base Address Registers-LMBAR and PCSRBAR
143
PCI Arbiter Control Register (PACR)-Offset 0X46
144
PCI Interrupt Line-Offset 0X3C
144
Peripheral Logic Power Management Configuration Registers (Pmcrs)
145
Power Management Configuration Register 1 (Pmcr1)—0X70
145
Power Management Configuration Register 2 (Pmcr2)—0X72
147
Output/Clock Driver and Miscellaneous I/O Control Registers
148
Embedded Utilities Memory Block Base Address Register-0X78
150
Memory Boundary Registers
151
Memory Starting Address Register 2—0X84
152
Memory Ending Address Register 1—0X90
153
Extended Memory Ending Address Register 1—0X98
154
Memory Interface Configuration Registers
151
Memory Bank Enable Register-0Xa0
155
Memory Page Mode Register-0Xa3
156
Processor Interface Configuration Registers
157
Processor Interface Configuration Register 2 (Picr2)—0Xac
159
Bit Settings for Picr2—0Xac
160
ECC Single-Bit Error Registers
161
Error Handling Registers
161
Error Enabling and Detection Registers
162
Error Enabling Register 1 (Errenr1)—0Xc0
163
Error Detection Register 1 (Errdr1)—0Xc1
164
Internal Processor Bus Error Status Register—0Xc3
165
Bit Settings for Error Enabling Register 2 (Errenr2)—0Xc4
166
Error Detection Register 2 (Errdr2)—0Xc5
167
PCI Bus Error Status Register—0Xc7
168
Address Map B Options Register-0Xe0
169
Memory Control Configuration Registers
170
Memory Control Configuration Register 2 (Mccr2)—0Xf4
173
Bit Settings for Mccr2—0Xf4
174
Memory Control Configuration Register 3 (Mccr3)—0Xf8
176
Bit Settings for Mccr3—0Xf8
177
Memory Control Configuration Register 4 (Mccr4)—0Xfc
179
Bit Settings for Mccr4—0Xfc
180
Chapter 5 Powerpc Processor Core
183
Overview
183
MPC8240 Integrated Processor Core Block Diagram
184
Powerpc Processor Core Features
185
Instruction Unit
187
Branch Processing Unit (BPU)
188
Independent Execution Units
188
Instruction Queue and Dispatch Unit
188
Floating-Point Unit (FPU)
189
Integer Unit (IU)
189
Load/Store Unit (LSU)
189
Completion Unit
190
Memory Management Units (Mmus)
190
Memory Subsystem Support
190
System Register Unit (SRU)
190
Cache Units
191
Peripheral Logic Bus Data Transfers
191
Peripheral Logic Bus Interface
191
Peripheral Logic Bus Protocol
191
Peripheral Logic Bus Frequency
192
Programming Model
192
Register Set
192
Powerpc Register Set
193
MPC8240 Programming Model—Registers
194
Hardware Implementation-Dependent Register 0 (HID0)
195
MPC8240-Specific Registers
195
Hardware Implementation-Dependent Register 1 (HID1)
198
Hardware Implementation-Dependent Register 2 (HID2)
199
Processor Version Register (PVR)
199
Powerpc Instruction Set and Addressing Modes
200
Cache Implementation
202
Data Cache
203
Data Cache Organization
204
Instruction Cache
205
Cache Coherency
206
Processor Responses to PCI-To-Memory Transactions
207
Exception Model
208
Exception Classifications for the Processor Core
210
Exception Priorities
212
Instruction Timing
214
Integer Divide Latency
215
Differences between the MPC8240 Core and the Powerpc 603E Microprocessor
216
Memory Interface Signal Summary
221
Memory Address Signal Mappings
223
SDRAM Interface Operation
224
SDRAM Data Bus Lane Assignments
225
Example 512-Mbyte SDRAM Configuration with Parity
226
Chapter 6
227
Supported SDRAM Organizations
227
SDRAM Address Multiplexing
228
SDRAM Memory Data Interface
231
SDRAM Flow-Through Memory Interface
232
SDRAM Registered Memory Interface
233
SDRAM Power-On Initialization
234
MPC8240 Interface Functionality for JEDEC Sdrams
235
SDRAM Burst and Single-Beat Transactions
236
SDRAM Page Mode
237
PGMAX Parameter Setting for SDRAM Interface
238
SDRAM Paging in Sleep Mode
239
SDRAM Interface Timing Intervals
240
SDRAM Single-Beat Read Timing (SDRAM Burst Length = 4)
241
SDRAM Eight-Beat Burst Read Timing Configuration—32-Bit Mode
242
SDRAM Four-Beat Burst Write Timing—64-Bit Mode
243
SDRAM Mode-Set Command Timing
244
RMW Parity Latency Considerations
245
The MPC8240 SDRAM ECC Syndrome Encoding (Data Bits 0:31)
246
SDRAM Registered DIMM Mode
247
Registered SDRAM DIMM Single-Beat Write Timing
248
SDRAM Refresh
249
SDRAM Refresh Timing
251
SDRAM Controller Power Saving Configurations
252
SDRAM Self Refresh Entry
253
Processor-To-SDRAM Transaction Examples
254
PCI-To-SDRAM Transaction Examples
260
FPM or EDO DRAM Interface Operation
264
Example 16-Mbyte DRAM System with Parity—64-Bit Mode
265
Supported FPM or EDO DRAM Organizations
266
Unsupported Multiplexed Row and Column Address Bits
267
FPM or EDO DRAM Address Multiplexing
268
Column Bit Multiplexing During the Column Phase (CAS)
269
DRAM Address Multiplexing SDMA[12:0]—32 Bit Mode
270
DRAM Address Multiplexing SDMA[12:0]—64 Bit Mode
271
FPM or EDO Memory Data Interface
272
FPM or EDO DRAM Initialization
273
FPM or EDO DRAM Interface Timing
274
FPM or EDO Timing Parameters
275
DRAM Single-Beat Read Timing (no ECC)
276
DRAM Eight-Beat Burst Read Timing Configuration—32-Bit Mode
277
DRAM Four-Beat Burst Write Timing (no ECC)—64-Bit Mode
278
DMA Burst Wrap
279
RMW Parity Latency Considerations
280
The MPC8240 FPM or EDO ECC Syndrome Encoding (Data Bits 0:31)
281
FPM or EDO DRAM Interface Timing with ECC
282
FPM DRAM Burst Read with ECC
283
FPM or EDO DRAM Refresh
284
FPM or EDO DRAM Power Saving Modes
285
DRAM Self-Refresh in Sleep Mode
286
PCI-To-DRAM Transaction Examples
287
Rom/Flash Interface Operation
291
Mbyte ROM System Including Parity Paths to DRAM—64-Bit Mode
292
Reset Configurations of Rom/Flash Controller
294
Rom/Flash Address Multiplexing
295
Or 32-Bit Rom/Flash Interface Timing
296
Bit Rom/Flash Interface Timing
299
Bit Rom/Flash Interface—Single-Byte Read Timing
300
Rom/Flash Interface Write Operations
301
Rom/Flash Interface Write Timing
302
Port X Interface
307
Port X Peripheral Interface Block Diagram
308
Example of Port X Peripheral Connected to the MPC8240
309
Example of Port X Peripheral Connected to the MPC8240
310
Port X Example Write Access Timing
311
PCI Interface Overview
313
Address Maps
314
The MPC8240 as a PCI Target
315
PCI Bus Arbitration
316
Processor-Initiated Transactions to PCI Bus
317
PCI Bus Arbiter Operation
318
PCI Bus Parking
319
Power-Saving Modes and the PCI Arbiter
320
Basic Transfer Control
321
PCI Bus Commands
322
Addressing
323
Memory Space Addressing
324
Device Selection
325
Bus Driving and Turnaround
326
PCI Single-Beat Read Transaction
327
PCI Write Transactions
328
Transaction Termination
329
Target-Initiated Termination
330
PCI Target-Initiated Terminations
332
Fast Back-To-Back Transactions
333
Standard PCI Configuration Header
334
CONFIG_ADDR Register Format
336
Type 0 Configuration Translation
337
Type 0 Configuration—Device Number to IDSEL Translation
338
Other Bus Transactions
339
Special-Cycle Transactions
340
Exclusive Access
341
Completing an Exclusive Access
342
PCI Parity
343
Error Reporting
344
Initialization Options for PCI Controller
345
PCI Address Translation Support
346
Initialization Code Translation in Agent Mode
347
Chapter 8
349
DMA Overview
349
DMA Register Summary
350
DMA Operation
351
DMA Direct Mode
352
DMA Chaining Mode
353
Periodic DMA Feature
354
DMA Operation Flow
355
DMA Coherency
356
DMA Transfer Types
357
Address Map Interactions
358
Attempted Reads from ROM on the PCI Bus—Host Mode
359
Attempted Access to ROM on the PCI Bus—Agent Mode
360
Chaining of DMA Descriptors in Memory
361
Descriptors in Big-Endian Mode
362
DMA Register Descriptions
363
DMR Field Descriptions—Offsets 0X100, 0X200
364
DMA Status Registers (Dsrs)
366
Current Descriptor Address Registers (Cdars)
367
Source Address Registers (Sars)
368
Destination Address Registers (Dars)
369
DAR and BCR Values—Double PCI Write
370
Next Descriptor Address Registers (Ndars)
371
Chapter 9
373
Message Unit (MU) Overview
373
Message and Doorbell Register Programming Model
374
Message Register Descriptions
375
Outbound Doorbell Register (ODBR)
376
PCI Configuration Identification
377
I 2 O Register Summary
378
Inbound Fifos
379
Inbound Free_List FIFO
380
Outbound Post_List FIFO
381
Outbound Message Interrupt Mask Register (OMIMR)
382
Inbound FIFO Queue Port Register (IFQPR)
383
Outbound FIFO Queue Port Register (OFQPR)
384
Inbound Message Interrupt Status Register (IMISR)
385
Inbound Message Interrupt Mask Register (IMIMR)
386
Inbound Free_Fifo Head Pointer Register (IFHPR)
387
Inbound Free_Fifo Tail Pointer Register (IFTPR)
388
Inbound Post_Fifo Tail Pointer Register (IPTPR)
389
Outbound Free_Fifo Head Pointer Register (OFHPR)
390
Outbound Post_Fifo Head Pointer Register (OPHPR)
391
Messaging Unit Control Register (MUCR)
392
Queue Base Address Register (QBAR)
393
Chapter 10
398
START Condition
398
Data Transfer
399
Clock Synchronization
400
Handshaking
401
I2CADR Field Descriptions—Offset 0X0_3000
402
Serial Bit Clock Frequency Divider Selections
403
I2CCR Field Descriptions—Offset 0X0_3008
404
I2CSR Field Descriptions—Offset 0X0_300C
406
Programming Guidelines
407
Initialization Sequence
408
Generation of STOP
409
Slave Mode Interrupt Service Routine
410
EPIC Unit Overview
413
Chapter 11
414
EPIC Features Summary
414
EPIC Block Diagram
415
EPIC Register Summary
416
Chapter 4 Configuration Registers
417
EPIC Unit Interrupt Protocol
419
Interrupt Acknowledge
420
Internal Block Diagram Description
421
Interrupt Request Register (IRR)
422
EPIC Direct Interrupt Mode
423
Serial Interrupt Timing Protocol
424
EPIC Timers
425
Feature Reporting Register (FRR)
428
EPIC Interrupt Configuration Register (EICR)
429
EPIC Vendor Identification Register (EVI)
430
Processor Initialization Register (PI)
431
Global Timer Registers
432
Global Timer Current Count Registers (Gtccrs)
433
Global Timer Vector/Priority Registers (Gtvprs)
434
Global Timer Destination Registers (Gtdrs)
435
External (Direct and Serial), and Internal Interrupt Registers
436
Direct & Serial Interrupt Destination Registers (Idrs, Sdrs)
437
Direct and Serial Destination Registers (IDR and SDR)
438
Processor-Related Registers
439
Processor End-Of-Interrupt Register (EOI)
440
Powerpc Processor Core
441
Chapter 12 Processor Core/Local Memory Buffers
442
Processor/Pci Buffers
443
Processor-To-PCI-Read Buffer (PRPRB)
444
Processor-To-PCI-Write Buffers (Prpwbs)
445
Pci/Local Memory Buffers
446
PCI to Local Memory Read Buffering
447
Speculative PCI Reads from Local Memory
448
Internal Arbitration
449
DMA Transaction Boundaries for Memory/Memory Transfers
450
DMA Transaction Boundaries for Pci–Memory Transfers
451
Internal Arbitration Priorities
452
Guaranteeing Minimum PCI Access Latency to Local Memory
453
Overview
455
Chapter 13 Error Handling Block Diagram
456
Exceptions and Error Signals
457
PCI Bus Error Signals
458
Parity Error (PERR)
459
Processor Interface Errors
460
Flash Write Error
461
Memory Read Data Parity Error
462
Memory Select Error
463
PCI Data Parity Error
464
NMI (Nonmaskable Interrupt)
465
Overview
467
Chapter 14 Dynamic Power Management
468
Programmable Processor Power Modes
469
Processor Power Management Modes—Details
470
Processor Nap Mode
471
Processor Sleep Mode
472
Peripheral Logic Power Management
473
Peripheral Logic Power Modes Summary
474
Peripheral Power Management Modes
475
PCI Transactions During Nap Mode
476
System Memory Refresh During Sleep Mode
477
Chapter 15
481
Debug Register Summary
481
Address Attribute Signals
482
Memory Address Attribute Signal Timing
483
PCI Address Attribute Signal Timing
484
Memory Debug Address
485
Debug Address Signal Definitions
486
RAS Encoding
487
Debug Address Timing
488
MIV Signal Timing
489
Example FPM Debug Address, MIV, and MAA Timings for Burst Write
490
Example EDO Debug Address, MIV, and MAA Timings for Burst Read
491
Example EDO Debug Address, MIV, and MAA Timings for Burst Write
492
Example ROM Debug Address, MIV, and MAA Timings for Burst Read
495
Memory Data Path Error Injection/Capture
497
DL Error Injection Mask Register
498
Memory Data Path Error Capture Monitor Registers
499
DL Error Capture Monitor Register
500
Jtag/Testing Support
501
JTAG Registers and Scan Chains
502
Watchpoint Facility Signal Interface
503
Chapter 16
504
Watchpoint Interface Signal Description
504
Watchpoint Registers
505
Watchpoint Trigger Registers
506
Watchpoint Mask Registers
508
Watchpoint Control Mask Register Bit Field Definitions
509
Watchpoint Control Register (WP_CONTROL)
510
Watchpoint Control Register Bit Field Definitions
511
Watchpoint Mode Select (WP_CONTROL[WP_MODE])
513
State and Block Diagrams
514
Watchpoint Trigger Applications
515
A.1 Address Space for Map a
517
A-2 Map A—PCI Memory Master View
518
A-1 Processor Core Address Map
519
A-2 PCI Memory Master Address Map
520
A-3 PCI I/O Master Address Map
521
A-4 Direct-Access PCI Configuration Transaction
522
B.1 Byte Ordering Overview
523
B.3 Big-Endian Mode
524
B-1 Four-Byte Transfer to PCI Memory Space—Big-Endian Mode
525
B-2 . Big-Endian Memory Image in Local Memory
526
B.4 Little-Endian Mode
527
B-2 Processor Address Modification for Individual Aligned Scalars
528
B-4 Munged Memory Image in Local Memory
529
B-5 Little-Endian Memory Image in Little-Endian PCI Memory Space
530
B-6 One-Byte Transfer to PCI Memory Space—Little-Endian Mode
531
B-7 Two-Byte Transfer to PCI Memory Space—Little-Endian Mode
532
B-8 Four-Byte Transfer to PCI Memory Space—Little-Endian Mode
533
B-9 One-Byte Transfer to PCI I/O Space—Little-Endian Mode
534
B-10 Two-Byte Transfer to PCI I/O Space—Little-Endian Mode
535
B-11 Four-Byte Transfer to PCI I/O Space—Little-Endian Mode
536
B.4.1 I/O Addressing in Little-Endian Mode
537
D.1 Instructions Sorted by Mnemonic
547
D.2 Instructions Sorted by Opcode
555
D.3 Instructions Grouped by Functional Categories
563
D-4 Integer Compare Instructions
564
D-7 Integer Shift Instructions
565
D-9 Floating-Point Multiply-Add Instructions7
566
D-13 Integer Load Instructions
567
D-15 Integer Load and Store with Byte-Reverse Instructions
568
D-19 Floating-Point Load Instructions7
569
D-22 Branch Instructions
570
D-27 Cache Management Instructions
571
D-30 External Control Instructions
572
D.4 Instructions Sorted by Form
573
D-35 DS-Form
575
D-37 XL-Form
579
D-38 XFX-Form
580
D-42 A-Form
581
D-43 M-Form
582
D-45 MDS-Form
583
D.5 Instruction Set Legend
584
E.1 Powerpc Register Set
591
E.1.1 Powerpc Register Set—Uisa
592
E-1 MPC8240 Processor Programming Model—Registers
593
E.1.1.1 General-Purpose Registers (Gprs)
594
E.1.1.3.3 Condition Register Crn Field—Compare Instruction
595
E.1.1.4 Floating-Point Status and Control Register (FPSCR)
596
E.1.1.5 XER Register (XER)
598
E.1.1.6 Link Register (LR)
599
E.1.2 Powerpc VEA Register Set—Time Base
600
E.1.2.2 Computing Time of Day from the Time Base
601
E.1.3.1 Machine State Register (MSR)
603
E.1.3.2 Processor Version Register (PVR)
605
E-12 Upper BAT Register
606
E.1.3.4 Sdr1
607
E.1.3.5 Segment Registers
608
E.1.3.7 Dsisr
609
E.1.3.11 External Access Register (EAR)
610
E.2.1 Data and Instruction TLB Miss Address Registers (DMISS and IMISS)
611
E.2.3 Primary and Secondary Hash Address Registers (HASH1 and HASH2)
612
E.2.5 Instruction Address Breakpoint Register (IABR)
613
E.3.1 Hardware Implementation-Dependent Register 0 (HID0)
614
E.3.2 Hardware Implementation-Dependent Register 1 (HID1)
617
E.3.3 Hardware Implementation-Dependent Register 2 (HID2)
618
Chapter 7 PCI Bus Interface
641
DMA Controller
642
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