Service manual

ETF
in self-test display, 3–17, 4–19,
5–11
EVUCA session
on KA62B, 3–50 to 3–53
on KA64A, 4–56 to 4–59
Extended test
KA62B processor, 3–13
KA64A processor, 4–14
F
FV64A processor
inserting in XMI card cage, 5–25
I
I/O nodes, 1–5
Interleaving, 6–10
console commands, 6–12
default, 6–11
K
KA62B processor
configuration rules, 3–4
console commands, 3–38
CPU replacement
multiprocessor system, 3–44
to 3–47
single processor system, 3–40
to 3–43
functional description, 3–6
how to add new, 3–48
how to replace boot, 3–44
how to replace only using
RESTORE, 3–40
how to replace only using SET,
3–42
how to replace secondary, 3–48
LEDs, 3–18
machine checks, 3–36
patching EEPROM with EVUCA,
3–50
physical description, 3–2
power-up, 3–12
KA62B processor (Cont.)
primary cache, 3–7
processor chip (CVAX), 3–7
RBD
CPU/memory test, 3–30
second-level cache test, 3–32
self-test, 3–26
registers, 3–54 to 3–58
second-level cache, 3–7
self-test, 3–13
self-test display, 3–16
VAX/DS diagnostics, 3–34
XMI interface, 3–7
KA64A processor
backup cache, 4–7
configuration rules, 4–4
console commands, 4–40
CPU replacement
multiprocessor system, 4–50
to 4–53
single processor system, 4–46
to 4–49
functional description, 4–6
how to add new, 4–54
how to replace boot, 4–50
how to replace only using
RESTORE, 4–46
how to replace only using SET,
4–48
how to replace secondary, 4–54
LEDs, 4–20
machine checks, 4–38
patching EEPROM with EVUCA,
4–56
physical description, 4–2
power-up, 4–12
primary cache, 4–7
processor chip, 4–7
RBD
CPU/memory test, 4–34
self-test, 4–30
registers, 4–60 to 4–65
self-test, 4–14
self-test display, 4–18
specifications, 4–3
Index–2