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xxxii MPC8260 PowerQUICC II UserÕs Manual MOTOROLA

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MPC8260 PowerQUICC II 1
UserÕs Manual 1
CONTENTS 10
ILLUSTRATIONS 33
MOTOROLA Tables xlv 45
MOTOROLA Tables xlvii 47
MOTOROLA Tables xlix 49
MOTOROLA Tables li 51
MOTOROLA Tables liii 53
About This Book 55
Organization 56
MOTOROLA About This Book lvii 57
MOTOROLA About This Book lxv 65
Chapter 1 71
1.2.1 MPC603e Core 75
1.3.1 Signals 77
1.5 Serial Protocol Table 79
1.6 MPC8260 ConÞgurations 80
1.7.1.1 Remote Access Server 81
1.7.2 Bus ConÞgurations 85
1.7.2.1 Basic System 85
Chapter 2 89
PowerPC Processor Core 89
Instruction Unit 90
2.2.1 Instruction Unit 93
2.2.4.1 Integer Unit (IU) 94
2.2.5 Completion Unit 95
2.3 Programming Model 96
2.3.1.1 PowerPC Register Set 97
Part I. Overview 100
2.4 Cache Implementation 106
2.4.2.1 Data Cache 107
2.4.2.2 Instruction Cache 109
2.4.2.3 Cache Locking 109
2.5 Exception Model 110
2.6 Memory Management 114
2.6.1 PowerPC MMU Model 115
2.7 Instruction Timing 117
PowerPC 603e Microprocessor 118
Chapter 3 121
Memory Map 121
ConÞguration and Reset 135
Conventions 136
Acronyms and Abbreviations 136
Chapter 4 139
System Interface Unit (SIU) 139
4.1.1 Bus Monitor 141
4.1.2 Timers Clock 142
4.1.3 Time Counter (TMCNT) 142
Figure 4-5. PIT Block Diagram 143
4.2 Interrupt Controller 145
4.2.1 Interrupt ConÞguration 146
1 Highest Ñ 147
2 XSIU1 No (TMCNT,PIT = Yes) 147
4.3 Programming Model 155
Figure 4-14. SIPNR_H Fields 159
Figure 4-15. SIPNR_L Fields 159
Figure 4-16. SIMR_H Register 160
Figure 4-17. SIMR_L Register 161
Figure 4-22. PPC_ACR 166
LCL_ACRL) 168
Figure 4-27. LCL_ALRL 169
(TESCR1) 174
(TESCR2) 175
(L_TESCR1) 176
(L_TESCR2) 177
4.4 SIU Pin Multiplexing 182
Table 4-24 183
Chapter 5 185
5.1.1 Reset Actions 186
5.1.2 Power-On Reset Flow 186
5.1.3 HRESET Flow 187
5.1.4 SRESET Flow 187
MPC8260Õs SIU register map 188
5.4 Reset ConÞguration 190
Part III 197
The Hardware Interface 197
Suggested Reading 198
UPM User-programmable machine 201
Term Meaning 201
Chapter 6 203
External Signals 203
Table 6-1. External Signals 205
Chapter 7 215
60x Signals 215
7.1 Signal ConÞguration 216
7.2 Signal Descriptions 217
7.2.1.2 Bus Grant (BG) 218
7.2.2.1 Transfer Start (TS) 220
7.2.4.4 Global (GBL) 223
7.2.6.1 Data Bus Grant (DBG) 226
7.2.6.2 Data Bus Busy (DBB) 227
7.2.7 Data Transfer Signals 227
7.2.7.1 Data Bus (D[0Ð63]) 227
Chapter 8 233
The 60x Bus 233
8.2 Bus ConÞguration 234
8.3.1 Arbitration Phase 237
8.4.1 Address Arbitration 239
8.4.2 Address Pipelining 241
Table 8-5. Burst Ordering 246
Figure 8-7. Retry Cycle 256
8.5 Data Tenure Operations 258
8.5.2 Data Streaming Mode 259
8.7 Processor State Signals 264
8.8 Little-Endian Mode 265
Chapter 9 267
Clocks and Power Control 267
9.2 Clock ConÞguration 268
9.3 External Clock Inputs 271
9.4 Main PLL 271
9.5 Clock Dividers 272
9.7 PLL Pins 273
Section 9.4, ÒMain PLL.Ó 275
9.10 Basic Power Structure 276
Chapter 10 277
Memory Controller 277
10.1 Features 279
10.2 Basic Architecture 281
MxMR[BS] 282
10.2.2 Page Hit Checking 285
10.2.8 Atomic Bus Operation 286
10.2.9 Data Pipelining 286
Internal 289
10.3.1 Base Registers (BRx) 290
Figure 10-8. ORx ÑGPCM Mode 294
Figure 10-9. ORxÑUPM Mode 296
REFRESH 298
ACTIVATE or REFRESH command 298
READ/WRITE command after an 298
ACTIVATE 299
RUN command) 304
WRITE or READ command is 305
10.4 SDRAM Machine 309
PRECHARGE-ALL-BANKS command 311
CBR REFRESH commands 311
10.4.5 Bank Interleaving 312
PRECHARGE 315
Figure 10-26. EAMUX = 1 318
Figure 10-27. BUFCMD = 1 318
ODE-SET Command Timing 322
10.4.10 SDRAM Refresh 323
10.4.11 SDRAM Refresh Timing 323
ACTIVATE command, its address 325
10.5.1 Timing ConÞguration 328
ACS = 11 329
ACS = 10 329
CSNT = 1 330
10.5.1.3 Relaxed Timing 331
RUN command 339
10.6.1 Requests 340
RUN Command 342
10.6.3 Clock Timing 343
Clock Ratios 344
10.6.4 The RAM Array 345
10.6.4.1 RAM Words 346
RUN command RLFx 352
10.6.4.4 Signals Negation 354
10.6.4.5 The Wait Mechanism 354
ACTIVATE command 356
Figure 10-74. Exception Cycle 365
Wait States 371
10.8.2 Slow Devices Example 376
Chapter 11 383
Secondary (L2) Cache Support 383
11.1.2 Write-Through Mode 384
11.1.3 ECC/Parity Mode 386
Interface 389
11.4 L2 Cache Operation 389
11.5 Timing Example 390
Chapter 12 393
IEEE 1149.1 Test Access Port 393
12.2 TAP Controller 394
12.3 Boundary Scan Register 395
12.4 Instruction Register 420
12.5 MPC8260 Restrictions 422
12.6 Nonscan Chain Operation 422
Intended Audience 423
Contents 423
Part IV-ii MOTOROLA 424
Part IV-vi MOTOROLA 428
Part IV-viii MOTOROLA 430
Chapter 13 431
Overview 431
13.3.1 Features 434
13.3.2 CP Block Diagram 434
13.3.4 Peripheral Interface 436
13.3.5 Execution from RAM 437
13.4 Command Set 441
13.4.1.1 CP Commands 443
13.5 Dual-Port RAM 445
13.5.2 Parameter RAM 447
13.6 RISC Timer Tables 448
SET TIMER to 449
SET TIMER 451
SET TIMER Command 452
SET TIMER command 453
Chapter 14 455
Figure 14-1. SI Block Diagram 456
14.1 Features 457
14.2 Overview 458
14.4 Serial Interface RAM 462
14.6.1 IDL Interface Example 480
Figure 14-23. IDL Bus Signals 482
Table 14-11. GCI Signals 485
Figure 14-24. GCI Bus Signals 486
14.7.2.2 SCIT Programming 487
Chapter 15 491
CPM Multiplexing 491
15.1 Features 492
15.3 NMSI ConÞguration 494
Figure 15-3. Bank of Clocks 495
15.4 CMX Registers 496
Chapter 16 509
Baud-Rate Generators (BRGs) 509
Chapter 17 515
17.1 Features 516
17.2.1 Cascaded Mode 517
Chapter 18 525
18.2 SDMA Registers 527
18.3 IDMA Emulation 529
18.4 IDMA Features 529
18.5 IDMA Transfers 530
Transfer (Size = 128 Bytes) 532
18.5.1.2 Normal Mode 533
STOP_IDMA 534
18.6 IDMA Priorities 536
18.7 IDMA Interface Signals 536
18.7.1 DREQx and DACKx 537
18.7.1.2 Edge-Sensitive Mode 537
18.8 IDMA Operation 538
START_IDMA command is issued 539
18.8.2 IDMAx Parameter RAM 540
START_IDMA command 541
DCM is undeÞned at reset 542
18.8.3 IDMA Performance 546
18.8.5 IDMA BDs 547
START_IDMA Command 550
STOP_IDMA Command 550
18.10 IDMA Bus Exceptions 551
START_IDMA 554
Chapter 19 557
19.1 Features 558
Figure 19-3 shows GSMR_L 562
ENTER HUNT MODE 564
CLOSE RXBD 564
19.3 SCC Parameter RAM 569
19.3.1 SCC Base Addresses 571
19.3.4 Initializing the SCCs 573
Table 19-9. DPLL Codings 581
19.3.8 ReconÞguring the SCCs 582
19.3.8.5 Switching Protocols 583
19.3.9 Saving Power 583
Chapter 20 585
SCC UART Mode 585
20.1 Features 586
20.3 Synchronous Mode 587
20.4 SCC UART Parameter RAM 588
20.7 SCC UART Commands 590
Table 20-3. Receive Commands 591
20.10 Hunt Mode (Receiver) 594
Data Stream 594
STOP TRANSMIT 595
TRANSMIT 595
Table 20-8. Reception Errors 597
Register (SCCM) 603
SCCM for UART operation 604
GRACEFUL 605
Bits Name Description 606
0 The line is not idle 606
1 The line is idle 606
Chapter 21 609
SCC HDLC Mode 609
21.1 SCC HDLC Features 610
21.4 SCC HDLC Parameter RAM 611
21.6 SCC HDLC Commands 613
Table 21-3. Receive Commands 614
Table 21-4. Transmit Errors 614
Table 21-5. Receive Errors 614
21.14.1 HDLC Bus Features 627
21.14.4 Delayed RTS Mode 629
Chapter 22 633
SCC BISYNC Mode 633
22.1 Features 634
22.5 SCC BISYNC Commands 637
Sequence 641
Table 22-8. Transmit Errors 642
Table 22-9. Receive Errors 642
Figure 22-6. SCC BISYNC RxBD 644
ENTER HUNT MODE command 648
Chapter 23 653
SCC Transparent Mode 653
ENTER HUNT MODE 655
Table 23-4. Receive Commands 660
Table 23-5. Transmit Errors 660
Table 23-6. Receive Errors 660
Descriptions 661
Descriptions (Continued) 662
Chapter 24 669
SCC Ethernet Mode 669
24.1 Ethernet on the MPC8260 670
24.2 Features 671
RESTART TRANSMIT command, it 674
Table 24-1 676
SET GROUP 677
24.9 SCC Ethernet Commands 678
Table 24-3. Receive Commands 679
24.11 Hash Table Algorithm 681
24.12 Interpacket Gap Time 681
24.13 Handling Collisions 681
RESTART TRANSMIT command 682
RESTART 682
Table 24-5. Reception Errors 683
Field Descriptions 685
INIT RX AND TX PARAMETERS 691
Chapter 25 693
SCC AppleTalk Mode 693
25.2 Features 694
25.3 Connecting to AppleTalk 695
25.4.2 Programming the PSMR 696
25.4.3 Programming the TODR 696
Chapter 26 697
26.1 Features 698
26.2.3 SMC Parameter RAM 702
CLOSE RXBD command 703
26.3 SMC in UART Mode 706
26.3.1 Features 707
Table 26-4. Transmit Commands 708
26.3.6 Sending a Break 709
26.3.7 Sending a Preamble 709
26.3.9 SMC UART RxBD 710
26.3.10 SMC UART TxBD 712
Figure 26-8. SMC UART TxBD 713
26.4 SMC in Transparent Mode 716
26.4.1 Features 717
26.4.8 SMC Transparent RxBD 722
26.4.9 SMC Transparent TxBD 723
26.5 The SMC in GCI Mode 726
TIMEOUT command 727
26.5.4 SMC GCI Commands 728
Chapter 27 731
27.3 Global MCC Parameters 733
27.5 Super-Channel Table 735
Figure 27-6. TSTATE High Byte 739
Figure 27-7. INTMSK Mask Bits 740
27.9 MCC Commands 746
27.10 MCC Exceptions 747
Reset 0000_0000_0000_0000 748
27.11 MCC Buffer Descriptors 751
Invalid data 752
Chapter 28 759
28.1 Overview 760
GFMR format 761
(FPSMRx) 765
28.6 FCC Buffer Descriptors 766
28.7 FCC Parameter RAM 768
28.9 FCC Initialization 772
28.10 FCC Interrupt Handling 773
28.11 FCC Timing Control 773
Figure 28-8. CTS Lost 776
28.13 Saving Power 779
Chapter 29 781
ATM Controller 781
29.1 Features 782
29.2 ATM Controller Overview 784
29.2.1 Transmitter Overview 785
29.2.2 Receiver Overview 786
29.2.4 ABR Flow Control 788
Table 29-1. ATM Service Types 789
Cells per Slot 790
Number of Slots 790
Current Slot 790
Cell Rescheduling 790
PCR = 1 PCR_FRACTION = 62 792
Conforming VBR Traffic 792
29.4.1 External CAM Lookup 794
29.4.2 Address Compression 795
29.4.3 Misinserted Cells 798
29.5.1 The ABR Model 800
29.5.1.3 ABR Flowcharts 802
29.5.2 RM Cell Structure 805
29.6 OAM Support 807
29.6.6.2 PM Block Monitoring 810
29.6.6.3 PM Block Generation 811
29.7 User-DeÞned Cells (UDC) 812
29.8 ATM Layer Statistics 813
29.9.3 Timing Issues 816
29.9.6 CAS Support 816
29.10 ATM Memory Structure 817
29.10.2.1 ATM Channel Code 822
command is needed 832
command. When the host 832
Specific 836
29.10.4 APC Data Structure 841
29.10.4.2 APC Priority Table 843
29.10.5.4 AAL5 RxBD 849
29.10.5.5 AAL1 RxBD 851
29.10.5.6 AAL0 RxBD 852
29.10.5.8 AAL5 TxBDs 854
29.10.5.9 AAL1 TxBDs 856
29.10.5.10 AAL0 TxBDs 857
29.10.7 UNI Statistics Table 858
29.11 ATM Exceptions 859
Figure 29-56 shows an entry 860
29.12 The UTOPIA Interface 862
29.13 ATM Registers 865
29.14 ATM Transmit Command 870
External Logic 871
CPM Performance 872
29.16.2 APC ConÞguration 873
29.16.3 Buffer ConÞguration 873
Chapter 30 875
Fast Ethernet Controller 875
30.2 Features 877
GRACEFUL STOP 880
30.6 Flow Control 882
30.7 CAM Interface 882
30.8 Ethernet Parameter RAM 883
30.9 Programming Model 886
30.10 Ethernet Command Set 886
Table 30-4. Receive Commands 887
30.11 RMON Support 888
30.13 Hash Table Algorithm 891
30.14 Interpacket Gap Time 892
30.15 Handling Collisions 892
Table 30-7. Reception Errors 893
30.19 Ethernet RxBDs 897
30.20 Ethernet TxBDs 900
Chapter 31 903
FCC HDLC Controller 903
31.1 Key Features 904
GRACEFUL STOP TRANSMIT 905
31.4 HDLC Parameter RAM 906
31.5 Programming Model 907
31.5.2 HDLC Error Handling 908
GRACEFUL STOP TRANSMIT 917
Chapter 32 921
FCC Transparent Controller 921
32.1 Features 922
Field 8-Bit Sync Pattern Ñ 923
Field 16-Bit Sync Pattern 923
Chapter 33 925
33.1 Features 926
— 0_0000_0000 930
NOTE: Q = Undefined Signal 931
33.5 SPI Parameter RAM 934
33.6 SPI Commands 936
INIT RX 937
PARAMETERS 937
Figure 33-11. SPI RxBD 938
Figure 33-12. SPI TxBD 939
Chapter 34 943
C Controller 943
34.1 Features 944
C Controller Transfers 945
Figure 34-4. I 946
C Master Write Timing 946
34.3.4 I 947
C Multi-Master Considerations 947
C Registers 948
34.4.2 I 949
C Address Register (I2ADD) 949
34.4.3 I 949
34.4.4 I 950
34.4.5 I 950
C Command Register (I2COM) 950
C Parameter RAM 951
Table 34-6. I 952
C Commands 953
34.7 The I 954
34.7.1.1 I 955
34.7.1.2 I 956
Chapter 35 957
Parallel I/O Ports 957
35.2 Port Registers 958
35.3 Port Block Diagram 962
35.4 Port Pins Functions 962
35.5 Ports Tables 963
35.6 Interrupts from Port C 975
Appendix A 977
Appendixes 978
A.3 MPC8260-SpeciÞc SPRs 979
Numerics 981
ATM TRANSMIT command, 29-90 982
Attention! 1005

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