CP80617004119AES LBU3 Intel, CP80617004119AES LBU3 Datasheet - Page 263

• Manufacturer Part Number: CP80617004119AES LBU3
• Manufacturer: Intel

Specifications of CP80617004119AES LBU3

• Lead Free Status / RoHS Status: Compliant

Processor Configuration Registers
Datasheet
Bit
28
27
26
Access
WO
W
W
Default
Value
0b
0b
0b
Enable Advanced Fault Logging (EAFL)
This field is valid only for implementations supporting
advanced fault logging. If advanced fault logging is not
supported, writes to this field are ignored.
Software writes to this field to request hardware to enable or
disable advanced fault logging.
0 = Disable advanced fault logging. In this case, translation
1 = Enable use of memory-resident fault log. When enabled,
Hardware reports the status of the advanced fault logging
enable operation through the AFLS field in the Global Status
register.
Value returned on read of this field is undefined.
Write Buffer Flush (WBF)
This bit is valid only for implementations requiring write buffer
flushing. If write buffer flushing is not required, writes to this
field are ignored.
Software sets this field to request hardware to flush the root-
complex internal write buffers. This is done to ensure any
updates to the memory-resident DMA-remapping structures
are not held in any internal write posting buffers. Refer to
Section 9.1 for details on write-buffer flushing requirements.
Hardware reports the status of the write buffer flushing
operation through the WBFS field in the Global Status register.
Clearing this bit has no effect.
Value returned on read of this field is undefined.
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 Section 6.2.2 for software requirements for enabling/
disabling queued invalidations.
The value returned on a read of this field is undefined.
faults are reported through the Fault-recording registers.
translation faults are recorded in the memory-resident
log. The fault log pointer must be set in hardware
(through SFL field) before enabling advanced fault
logging.
(Sheet 3 of 5)
Description
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