User`s guide

XMI Registers
XMI Control Register (XCR)
bit<5>
Name: Corrected Read Data Interrupt Disable
Mnemonic: CRDID
Type: RO, 0
CRDID controls the generation of interrupts caused by corrected read
data. A zero enables interrupts; a one disables interrupts.
bits<4:3>
)
Name: Trigger Control
Mnemonic: TRIGC
Type: RO, 0
TRIGC controls the setting of the XMI TRIGGER L signal. The default
code of zero means that the signal is never asserted. The codes of one,
two, or three are undefined.
bit<2>
Name: XMI BAD Drive
Mnemonic: XBADD
Type: R/W, 1
When read, XBADD shows the state of the module’s driver for the XMI
BAD L signal, which could be different from XBER<XBAD>. When
written to, the value of the write is driven on the wired-OR XMI BAD
L signal by this node. Writing a one to XBADD asserts XMI BAD L; a
zero deasserts the node’s driver for XMI BAD L, which deasserts the
signal if no other nodes are asserting it.
bits<1:0>
Name: Lockout Mode
Mnemonic: LOCMOD
Type: R/W, 0
LOCMOD is used to determine the node’s lockout mode as follows:
Bits
1 0 Definition
0 0 Normal lockout (default)
0 1 Node-specific
1 0 Node-specific
1 1 Lockout disabled
2–71