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Datasheet, Volume 2 119
Processor Integrated I/O (IIO) Configuration Registers
3.2.5.19 LER_CAP—Live Error Recovery Capability Register
Live error recovery is not supported in the processor.
3.2.5.20 LER_HDR—Live Error Recovery Capability Header Register
3.2.5.21 LER_CTRLSTS—Live Error Recovery Control and Status Register
LER_CAP
Bus: 0 Device: 0 Function: 0 Offset: 280h
Bus: 0 Device: 1 Function: 0–1 Offset: 280
Bus: 0 Device: 2 Function: 0–3 Offset: 280
Bus: 0 Device: 3 Function: 0–3 Offset: 280
Bit Attr
Reset
Value
Description
31:20 RO 000h Next Capability Offset
19:16 RO 1h Capability Version
15:0 RO 000Bh
PCI Express Extended Capability ID
Vendor Specific Capability
LER_HDR
Bus: 0 Device: 0 Function: 0 Offset: 284h
Bus: 0 Device: 1 Function: 0–1 Offset: 284
Bus: 0 Device: 2 Function: 0–3 Offset: 284
Bus: 0 Device: 3 Function: 0–3 Offset: 284
Bit Attr
Reset
Value
Description
31:20 RO 018h VSEC Length
19:16 RO 2h VSEC Revision ID
15:0 RO 0004h
Vendor Specific ID
Represents the Live Error Recovery capability
LER_CTRLSTS
Bus: 0 Device: 0 Function: 0 Offset: 288h
Bus: 0 Device: 1 Function: 0–1 Offset: 288
Bus: 0 Device: 2 Function: 0–3 Offset: 288
Bus: 0 Device: 3 Function: 0–3 Offset: 288
Bit Attr
Reset
Value
Description
31 RW1CS 0b
Live Error Recovery Status
Indicates that an error was detected that caused the PCIe port to go into a live
error recovery (LER) mode. While in LER mode, the link goes into a LinkDown
state and all outbound transactions are aborted (including packets that may have
caused the error).
This bit remains set until all the associated unmasked status bits are cleared.
Once this status becomes cleared by clearing the error condition, the link will
retrain into LinkUp state and outbound transactions will no longer be aborted.
A link that is forced into a LinkDown state due to LER does not trigger a "surprise
LinkDown" error in the UNCERRSTS register.
30:1 RV 0h Reserved
0RWS0b
Live Error Recovery Enable
When set, as long as the LER_SS Status bit in this register is set, the associated
root port will go into LER mode. When clear, the root port can never go into LER
mode.
- Datasheet, Volume 2 1
- November 2011 1
- Contents 3
- 4 Datasheet, Volume 2 4
- Datasheet, Volume 2 5 5
- 6 Datasheet, Volume 2 6
- Datasheet, Volume 2 7 7
- 8 Datasheet, Volume 2 8
- Datasheet, Volume 2 9 9
- 10 Datasheet, Volume 2 10
- Datasheet, Volume 2 11 11
- 12 Datasheet, Volume 2 12
- Datasheet, Volume 2 13 13
- 14 Datasheet, Volume 2 14
- Datasheet, Volume 2 15 15
- 16 Datasheet, Volume 2 16
- Datasheet, Volume 2 17 17
- 18 Datasheet, Volume 2 18
- Datasheet, Volume 2 19 19
- 20 Datasheet, Volume 2 20
- Datasheet, Volume 2 21 21
- 22 Datasheet, Volume 2 22
- Datasheet, Volume 2 23 23
- Revision History 24
- 1 Introduction 25
- 1.2 Related Documents 27
- 1.3 Register Terminology 28
- Introduction 30
- 30 Datasheet, Volume 2 30
- 2 Configuration Process and 31
- 32 Datasheet, Volume 2 32
- Datasheet, Volume 2 33 33
- 2.2.1 CSR Access 34
- 2.2.2 PCI Bus Number 34
- 2.2.3 Uncore Bus Number 34
- 2.3 Configuration Mechanisms 35
- 2.4 Device Mapping 35
- Configuration Registers 37
- Capability 38
- Type0 Header 38
- PCIe Capability 38
- PM Capability 38
- Datasheet, Volume 2 39 39
- Offset 00h–0FCh 40
- Offset 200h–2FCh 42
- Legacy Configuration Map 43
- 0h–1FFh 44
- 200h–2FCh 45
- Offset 400h–4FCh 46
- Common Configuration Space) 47
- : F0h (DMI2 MODE) 70
- : 98h (PCIe* MODE) 70
- : 9Ch (PCIe* MODE) 72
- B0h (DMI2 MODE) 73
- B2h (DMI2 MODE) 75
- : 1C2h (DMI2 MODE) 88
- : C2h (PCIe* MODE) 88
- Express 90
- Register – DMI2 Mode 95
- Register – Root Ports 96
- Register – DMI2 Port/PCIe* 107
- Bit Attr 108
- Header Register 109
- AER status bit to be set 115
- Error Mask Register 120
- Mask Register 121
- Control Register 121
- : 49C, 4A0 130
- : 4A4, 4A8 132
- 0, offset 50h] 134
- Table 3-10. Intel 146
- Table 3-11. Intel 147
- Table 3-12. Intel 148
- Offset 0h–FFh 149
- Offset 100h–1FFh 150
- 300h–3FFh 152
- Offset 00h–FFh 153
- Offset 200h–2FFh 154
- Express space 155
- “Capabilities List.” 156
- 3.3.3 Intel 160
- Base Address Register 161
- Limit Address Register 162
- 3.3.3.13 MENCMEM_LIMIT—Intel 165
- Address Register 165
- Decode Register 170
- VT-d Registers 173
- 3.3.3.26 VTGENCTRL—Intel 173
- 3.3.3.27 VTISOCHCTRL—Intel 174
- 3.3.3.28 VTGENCTRL2—Intel 175
- 3.3.3.31 VTUNCERRMSK—Intel 177
- 3.3.3.32 VTUNCERRSEV—Intel 177
- 3.3.3.33 VTUNCERRPTR—Intel 178
- DFx 0 Register 182
- DFx 1 Register 183
- Select Register 184
- 3.3.5 Local Error Registers 202
- Log 0 Register 204
- Log Register 216
- Header 0 Log Register 217
- I/OxAPIC Register 221
- Register Map Table 227
- 3.3.7.1 INDX—Index Register 228
- 3.3.7.2 WNDW—Window Register 228
- 3.3.7.4 EOI Register 229
- 3.3.7.5 APICID Register 229
- 3.3.7.6 VER—Version Register 229
- 3.3.8 Intel 233
- VT-d Memory Mapped Register 233
- Table 3-21. Intel 234
- Table 3-22. Intel 235
- Table 3-23. Intel 236
- Table 3-24. Intel 237
- Table 3-25. Intel 238
- 3.3.8.2 VTD0_CAP—Intel 239
- VT-d Capabilities Register 239
- VT-d Capability Register 240
- Base Register 248
- Pointer Register 250
- Status Register 251
- 3.3.8.44 VTD1_CAP—Intel 262
- Event Address Register 274
- Registers 277
- Register 277
- 4.1.6 CCR—Class Code Register 280
- DID VID 0h DRAM_RULE 80h 284
- Offset 00h–FCh 285
- Function 0, Offset 00h–FCh 287
- Function 0, Offset 100h–1FCh 288
- Offset 100h–1FCh 290
- DID VID 0h 80h 293
- 100h–1FCh 294
- 100h–1FCh 294
- 100h–1FCh 294
- 300h–3FCh 296
- 300h–3FCh 296
- 300h–3FCh 296
- DID VID 0h ROUNDTRIP0 80h 298
- 100h 180h 299
- 4.2.3 CBO unicast CSRs 301
- Pipe Response Function 303
- 4.2.3.8 SadDbgMm2 Register 304
- Configuration Shadow Register 311
- Target Register 339
- Config Register 343
- Counter Register 344
- 4.2.7.7 MH_EXT_STAT Register 347
- Type Registers 357
- : 80h, 84h, 88h 358
- OFFSET Register 359
- Limit Register 360
- Configuration Register 408
- Accumulator Register 412
- Threshold Register 412
- Timing Registers 418
- Parameter Register 419
- Register 420
- MR0 Shadow Register 426
- 4.2.14.12 RPQAGE Register 427
- 4.2.14.27 WDAR_MODE Register 436
- 4.2.14.28 SPARING Register 437
- ADDR Seq 0 Register 437
- Update Seq 0 Register 438
- LFSR Seq 0 Register 439
- Control Seq 0 Register 440
- Rank 0 Register 454
- 4.3.1 CSR Register Maps 465
- 4.4.1 CSR Register Maps 472
- 4.4.2 PCU0 Registers 476
- : 64h, 68h, 6Ch, 70h 478
- Limitation Register 486
- 4.4.3 PCU1 Registers 488
- 4.4.4 PCU2 Registers 498
- CH0 Register 503
- 4.4.5.2 CAP_HDR Register 509
- 4.4.5.3 CAPID0 Register 510
- 4.4.5.4 CAPID1 Register 511
- 4.4.5.5 CAPID2 Register 513
- 4.4.5.6 CAPID3 Register 514
- 4.4.5.7 CAPID4 Register 515
- 4.5.1 CSR Group 517
- 4.5.2.8 EVENTS_DEBUG Register 523
- Scratchpad 0 Register 523
- SMI generation control 526
- 4.6.1 CSR Register Maps 528
- Ch, E0h, E4h, E8h 530
- 4.6.2.7 HaPerfmonAddrMatch0— 533
- 4.6.2.8 HaPerfmonAddrMatch1— 533
- Value Register 534
- 4.7.1.5 R2PINGDBG Register 537
- 4.7.1.6 R2PEGRDBG Register 538
- 4.7.1.8 R2EGRERRLOG Register 539
- 4.7.1.9 R2EGRERRMSK Register 540
- 4.8 MISC Registers 543
- DDRIOTXRXBotRank0 Register 546
- DDRIOCompOvrOfst2 Register 555
- TCO evaluation 556
- 4.8.21 TXALIGN_EN Register 560
- 4.8.22 TXEQ_LVL0_0 Register 561
- 4.8.23 TXEQ_LVL0_1 Register 561
- 4.8.24 TXEQ_LVL1_0 Register 561
- 4.8.25 TXEQ_LVL1_1 Register 562
- 4.8.26 TXEQ_LVL2_0 Register 562
- 4.8.27 TXEQ_LVL2_1 Register 562
- 4.8.28 TXEQ_LVL3_0 Register 563
- 564 Datasheet, Volume 2 564
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