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Datasheet, Volume 2 193
Processor Configuration Registers
26 W 0b
Queued Invalidation Enable (QIE)
This field is valid only for implementations supporting queued invalidations.
Software writes to this field to enable or disable queued invalidations.
0 = Disable queued invalidations.
1 = Enable use of queued invalidations.
Hardware reports the status of queued invalidation enable operation through
QIES field in the Global Status register.
Refer to the VTd specification for software requirements for enabling/disabling
queued invalidations.
The value returned on a read of this field is undefined.
25 W 0b
Interrupt Remapping Enable (IRE)
This field is valid only for implementations supporting interrupt remapping.
0 = Disable interrupt-remapping hardware
1 = Enable interrupt-remapping hardware. Hardware reports the status of the
interrupt remapping enable operation through the IRES field in the Global
Status register.
There may be active interrupt requests in the platform when software updates
this field. Hardware must enable or disable interrupt-remapping logic only at
deterministic transaction boundaries, so that any in-flight interrupts are either
subject to remapping or not at all. Hardware implementations must drain any
in-flight interrupts requests queued in the Root-Complex before completing the
interrupt-remapping enable command and reflecting the status of the command
through the IRES field in the Global Status register. The value returned on a
read of this field is undefined.
24 W 0b
Set Interrupt Remap Table Pointer (SIRTP)
This field is valid only for implementations supporting interrupt-remapping.
Software sets this field to set/update the interrupt remapping table pointer
used by hardware. The interrupt remapping table pointer is specified through
the Interrupt Remapping Table Address register.
Hardware reports the status of the interrupt remapping table pointer set
operation through the IRTPS field in the Global Status register. The interrupt
remap table pointer set operation must be performed before enabling or re-
enabling (after disabling) interrupt-remapping hardware through the IRE field.
After an interrupt remap table pointer set operation, software must globally
invalidate the interrupt entry cache. This is required to ensure hardware uses
only the interrupt-remapping entries referenced by the new interrupt remap
table pointer, and not any stale cached entries.
While interrupt remapping is active, software may update the interrupt
remapping table pointer through this field. However, to ensure valid in-flight
interrupt requests are deterministically remapped, software must ensure that
the structures referenced by the new interrupt remap table pointer are
programmed to provide the same remapping results as the structures
referenced by the previous interrupt remap table pointer. Clearing this bit has
no effect. The value returned on a read of this field is undefined.
23 W 0b
Compatibility Format Interrupt (CFI)
This field is valid only for Intel 64 implementations supporting interrupt-
remapping. Software writes to this field to enable or disable Compatibility
Format interrupts on Intel 64 platforms. The value in this field is effective only
when interrupt-remapping is enabled and Legacy Interrupt Mode is active.
0 = Block Compatibility format interrupts.
1 = Process Compatibility format interrupts as pass-through (bypass interrupt
remapping).
Hardware reports the status of updating this field through the CFIS field in the
Global Status register.
Refer to the VTd specification for details on Compatibility Format interrupt
requests.
The value returned on a read of this field is undefined.
This field is not implemented.
22:0 RO 000000h Reserved
B/D/F/Type: 0/0/0/VC0PREMAP
Address Offset: 18–1Bh
Reset Value: 00000000h
Access: W, WO, RO
Bit Attr
Reset
Value
Description
- Datasheet – Volume 2 1
- Legal Lines and Disclaimers 2
- 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
- Revision History 12
- 1 Introduction 13
- Introduction 14
- 2 Processor Configuration 15
- 2.2 System Address Map 17
- 18 Datasheet, Volume 2 18
- 2.2.1 Legacy Address Range 19
- Datasheet, Volume 2 21 21
- 2.2.2.2 TSEG 22
- 2.2.2.5 Pre-allocated Memory 23
- 2.2.2.7 Intel 24
- Management Engine (Intel 24
- ME) UMA 24
- Datasheet, Volume 2 25 25
- 2.2.2.10 High BIOS Area 26
- Datasheet, Volume 2 27 27
- 2.2.3.1 Programming Model 28
- HOST/SYSTEM VIEW 29
- PHYSICAL MEMORY 29
- (DRAM CONTROLLER VIEW) 29
- Datasheet, Volume 2 33 33
- 34 Datasheet, Volume 2 34
- 2.2.9 I/O Address Space 35
- 36 Datasheet, Volume 2 36
- Datasheet, Volume 2 37 37
- 2.4 Configuration Mechanisms 38
- Datasheet, Volume 2 39 39
- 40 Datasheet, Volume 2 40
- Datasheet, Volume 2 41 41
- 42 Datasheet, Volume 2 42
- Datasheet, Volume 2 43 43
- 2.6 I/O Mapped Registers 44
- 2.7.6 CC—Class Code Register 49
- TXT Lockable 54
- 1:0 to 11b 56
- 4) from 58
- B0h, bits 15:4) 58
- 2.8 MCHBAR Registers 66
- 00h RW 67
- Register Symbol Register Name 67
- 208–209h 73
- 20A–20Bh 74
- 24D–24Fh 74
- 250-251h 75
- 252–255h 76
- 256–257h 77
- 258–25Ah 77
- 269–26Eh 79
- 298–29Bh 82
- 29C–29Fh 84
- 2B4–2B7h 84
- 600–601h 86
- 602–603h 86
- 604–605h 86
- 64D–64Fh 88
- 650–651h 88
- 652–655h 89
- 656–657h 90
- 658–65Ah 90
- 660–663h 91
- 6B4–6B7h 93
- C20–C27h 94
- 1001–1002h 94
- 1004–1005h 95
- 101E–101Fh 100
- Register 107
- 10EC–10EDh 108
- 2C20–2C22h 109
- 2.9 EPBAR Registers 110
- 2.10 PCI Device 1 Registers 115
- PCI device 117
- Port Command Register 140
- 11:10 RW-O 11b 143
- OS's during run time 155
- 104–107h 156
- 108–10Bh 157
- 10C–10Dh 157
- 110–113h 158
- 23 RO 0b Reserved 158
- 114–117h 158
- 11A–11Bh 159
- 2.12 DMIBAR Registers 161
- Declaration Capability 169
- 2.13.6 CC—Class Code Register 177
- Range Address Register 179
- GMADR register 180
- 2.14 Device 2 I/O Registers 183
- 100–107h 211
- 108–10Fh 212
- 200–20Fh 214
- F00–F03h 215
- F04–F07h 216
- Dedication 217
- F08–F0Bh 218
- FFC–FFFh 219
- 2.16 DMI VC1 REMAP Registers 221
- 2.17.2 GFXPLL1—GFX PLL BIOS 254
- 2.18 GFXVTBAR Registers 255
- Address Register 281
- 2.19 PCI Device 6 Registers 288
- 2.19.45 RSTS—Root Status 327
- 2.21 Intel 332
- Specific Registers 332
- 110–117h 333
- 330–337h 333
- Lower Half Register 334
- Upper Half Register 334
- QuickPath Architecture 335
- System Address Decode 335
- Register Description 335
- QPI Link 0 Registers 340
- QPI Physical 0 Registers 341
- 3.4 PCI Standard Registers 342
- 3.4.4 CCR—Class Code Register 344
- Identification Register 345
- 3.4.7 PCICMD—Command Register 346
- 3.5.1 MAX_RTIDS 349
- 3.6.1 SAD_PAM0123 349
- 3.6.2 SAD_PAM456 351
- 3.6.3 SAD_HEN 352
- 3.6.4 SAD_SMRAM 353
- 3.6.5 SAD_PCIEXBAR 354
- 3.7 Intel 356
- QPI Link Registers 356
- 3.8 Intel 357
- QPI Physical Layer Registers 357
- 360 Datasheet, Volume 2 360
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Pioneer 3D podręczniki
Instrukcje obsługi i podręczniki użytkownika dla Odbiorniki samochodowe Pioneer 3D.
Dostarczamy 1 pdf podręczników Pioneer 3D do pobrania za darmo według typów dokumentów: Instrukcja Użytkownika
Pioneer 3D Instrukcja Użytkownika (60 strony)
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Spis treści
DEH-22UB
1
Connections
11
Installation
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Français
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Télécommande
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ATTENTION
24
PRÉCAUTION
24
Syntoniseur
25
Connexions
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Dépannage
35
PRECAUCIÓN
41
ADVERTENCIA
44
Sintonizador
45
Conexiones
50
Instalación
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