NHE6300ESB S L7XJ Intel, NHE6300ESB S L7XJ Datasheet - Page 588

• Manufacturer Part Number: NHE6300ESB S L7XJ
• Manufacturer: Intel

Specifications of NHE6300ESB S L7XJ

• Lead Free Status / RoHS Status: Compliant

14.1.12 Offset 2C - 2Dh: SVID—Subsystem Vendor ID
Table 508. Offset 2C - 2Dh: SVID—Subsystem Vendor ID (Modem—D31:F6)
14.1.13 Offset 2E - 2Fh: SID—Subsystem ID (Modem—
Intel
DS
588
31:1
15:7
Bits
Default Value:
6:1
6
0
®
6300ESB I/O Controller Hub
Lockable:
Note: This register should be implemented for any function that could be instantiated more
Note: Software (BIOS) will write the value to this register. After that, the value may be read,
Note: This register should be implemented for any function that could be instantiated more
Note: Software (BIOS) will write the value to this register. After that, the value may be read,
Device:
Resource Type Indicator
Offset:
Base Address
(Modem—D31:F6)
than once in a given system. For example, a system with two audio subsystems, one
on the motherboard and the other plugged into a PCI expansion slot, should have the
SVID register implemented. The SVID register, in combination with the Subsystem ID
register, enable the operating environment to distinguish one audio subsystem from
the other(s).
but writes to the register will have no effect. The write to this register should be
combined with the write to the SID to create one 32-bit write. This register is not
affected by D3HOT to D0 reset.
D31:F6)
than once in a given system; for example, a system with two audio subsystems, one on
the motherboard and the other plugged into a PCI expansion slot. The SID register, in
combination with the Subsystem Vendor ID register, make it possible for the operating
environment to distinguish one audio subsystem from the other(s).
but writes to the register will have no effect. The write to this register should be
combined with the write to the SVID to create one 32-bit write. This register is not
affected by D3HOT to D0 reset.
Reserved
Reserved
31
2C - 2Dh
0000h
No
Name
(RTE)
Hardwired to ‘0’s.
These bits are used in the I/O space decode of the Modem
interface registers. The number of upper bits that a device
actually implements depends on how much of the address
space the device will respond to. For the AC ‘97 Modem, the
upper 16 bits are hardwired to ‘0’, while bits 15:7 are
programmable. This configuration yields a maximum I/O
block size of 128 bytes for this base address.
Reserved. Read as ‘0’.
This bit is set to ‘1’, indicating a request for I/O space.
Power Well:
Description
Attribute:
Function:
Size:
6
Write-Once
16-bit
Core
Order Number: 300641-004US
Intel
®
6300ESB ICH—14
November 2007
Access
R/W
RO
RO