Index ix-5 – Avago Technologies LSI53C895A User Manual
Page 351

Index
IX-5
disable (Cont.)
halt on parity error or ATN (target only) (DHP)
internal load and store (DILS)
single initiator response (DSI)
disconnect
disconnect instruction
DMA
byte counter (DBC)
command (DCMD)
control (DCNTL)
direction (DDIR)
FIFO
,
(DF)
(DFIFO)
byte offset counter, bits [9:8] (BO[9:8])
empty (DFE)
size (DFS)
interrupt
enable (DIEN)
pending (DIP)
mode (DMODE)
SCRIPTS
pointer (DSP)
pointer save (DSPS)
status (DSTAT)
DMA next
address (DNAD)
address 64 (DNAD64)
DMODE
register
DSA
relative
relative selector (DRS)
DSPS register
DSTAT
,
dual address cycles
command
dynamic block move selector (DBMS)
E
enable
64-bit
direct BMOV (EN64DBMV)
table indirect BMOV (EN64TIBMV)
bus mastering (EBM)
I/O space (EIS)
jump on nondata phase mismatches (ENNDJ)
memory space (EMS)
parity
checking
checking (EPC)
error response (EPER)
phase mismatch jump (ENPMJ)
read
line (ERL)
multiple (ERMP)
response to
reselection (RRE)
selection (SRE)
wide SCSI (EWS)
enabling cache mode
encoded
chip SCSI ID (ENC)
destination SCSI ID
(ENC)
(ENID)
SCSI destination ID
entry storage address (ESA)
error reporting signals
even parity
expansion ROM base
address (ERBA)
address register
extend SREQ/SACK filtering (EXT)
external
clock
memory interface
external memory interface
configuration
multiple byte accesses
slow memory
extra clock cycle of data setup (EXC)
F
fetch
enable (FE)
pin mode (FM)
FIFO
byte control (FBL[2:0])
byte control (FBL3)
flags (FF[3:0])
flags, bit 4 (FF4)
first dword
,
,
flush DMA FIFO (FLF)
flushing (FLSH)
FRAME/
frequency lock (LOCK)
full arbitration, selection/reselection
function complete
(CMP)
,
G
general purpose
(GPREG0)
I/O (GPIO)
I/O pin 0
I/O pin 1
I/O pin 2
I/O pin 3
I/O pin 4
I/O pin 5
I/O pin 6
I/O pin 7
I/O pin 8
pin control zero (GPCNTL0)
timer expired (GEN)
,
timer period (GEN[3:0])
timer scale factor (GENSF)
general purpose I/O (GPIO[8:5])
general purpose one (GPREG1)
GNT/
GPIO enable (GPIOEN[8:5])
GPIO enable, bits [1:0] (GPIO[1:0])
GPIO enable, bits [4:2] (GPIO[4:2])
GPIO0_ FETCH/
GPIO1_ MASTER/
GPIO2
GPIO3
GPIO4