AU80610004392AAS LBLA Intel, AU80610004392AAS LBLA Datasheet - Page 101

• Manufacturer Part Number: AU80610004392AAS LBLA
• Description: MPU, ATOM PRO, DUALCORE, D510, FC-BGA8
• Manufacturer: Intel
• Series: ATOM - D500r

Specifications of AU80610004392AAS LBLA

• Core Size: 64bit
• Cpu Speed: 1.66GHz
• Digital Ic Case Style: BGA
• No. Of Pins: 559
• Operating Temperature Range: 0°C To +100°C
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

Processor Configuration Registers
1.8.3
1.8.4
Datasheet
EPLE1A - EP Link Entry 1 Address
B/D/F/Type:
Address Offset:
Default Value:
Access:
Size:
Second part of a Link Entry which declares an internal link to another Root Complex
Element.
EPLE2D - EP Link Entry 2 Description
B/D/F/Type:
Address Offset:
Default Value:
Access:
Size:
First part of a Link Entry which declares an internal link to another Root Complex
Element.
63:36
35:12
31:24
23:16
11:0
15:2
Bit
Bit
Access
Access
RWO
RWO
RO
RO
RO
RO
0000000h
000000h
Default
Default
0000h
Value
Value
000h
02h
00h
RST/
RST/
PWR
PWR
Core
Core
Core
Core
Core
Core
0/0/0/PXPEPBAR
58-5Fh
0000000000000000h
64 bits
0/0/0/PXPEPBAR
60-63h
02000002h
32 bits
RO; RWO;
RO; RWO;
Reserved ():
Reserved for Link Address high order bits.
Link Address (LA):
Memory mapped base address of the RCRB that
is the target element (DMI) for this link entry.
Reserved ()
Target Port Number (TPN):
Specifies the port number associated with the
element targeted by this link entry (PEG). The
target port number is with respect to the
component that contains this element as
specified by the target component ID.
Target Component ID (TCID):
Identifies the physical or logical component that
is targeted by this link entry. A value of 0 is
reserved. Component IDs start at 1. This value
is a mirror of the value in the Component ID
field of all elements in this component.
Requirement: Must be initialized according to
guidelines in the PCI Express*
Isochronous/Virtual Channel Support Hardware
Programming Specification (HPS).
Reserved ():
Description
Description
BIOS
101