multi-unit controller
( See MUC )
multimode fibre
, 6–17
multiple-bus failover
, 1–14, 3–18,
3–22, 6–30
changing from transparent failover
,
6–59
example configurations
, 6–12
NSPOF
, 3–18
setting
, 6–30, 6–59
N
N_Port
, 6–5
NL_Port
, 6–5
node name
, 6–33
non-Ultra BA356 storage shelf
preparing
, 9–15
NSPOF
, 1–12, 3–18
O
optical cable
, 6–17
optical converter
cable connection
, 5–6
installation
, 5–6
P
part numbers
ESL9326D
, 8–74
partitioned storagesets
, 3–18
PBM
, 7–5
PCI backplane manager
( See PBM )
PCI drawer
contents
, 7–4, 7–5
primary
, 7–4, 7–5
slot layout
, 2–2
performance
improving
, 4–2
personality module
, 3–3, 9–13
( See also signal converters )
planning the hardware configuration
,
4–2
point-to-point
, 6–6
port name
, 6–33
power system manager
( See PSM )
powering up
TL881/891 DLT MiniLibrary
, 8–71
preparing storage shelves
BA350
, 9–15
BA350 and BA356
, 9–18
BA356
, 9–16, 9–20
UltraSCSI BA356
, 9–17, 9–22
Prestoserve
cannot be used in a cluster
, 4–3
PSM
, 7–5
Q
quorum disk
and LSM
, 1–4
configuring
, 1–4
number of votes
, 1–4
R
RA8000
configuring
, 2–8
port configuration
, 2–8
replacing controllers of
, 6–34
transparent failover mode
, 2–8
unit configuration
, 2–8
radial connection
bus termination
, 3–8
UltraSCSI hub
, 3–8
RAID
, 1–12
RAID array controllers
advantages of use
, 3–17
and shared SCSI bus
, 9–24
preparing
, 9–24
using in ASE
, 9–24
repartitioning
procedure
, 7–8
replacing
Index–8
