• DEC10000 AXP/VAX10000 Operations Manual , EK-1000B-OP-002, (TIMA/Fiche [See
kits])
Contains: Description of systems, options, controls and indicators, booting, some
console commands and LFU information.
• DEC10000 AXP/VAX10000 Basic Troubleshooting , EK-1000B-TS-002, (TIMA/Fiche
[See kits])
Contains: Power up and boot flows, self test info., SHOW and TEST commands,
indicators. Written for operators.
• DEC10000 AXP/VAX10000 System Service Manual , E*-1002A-SV-001, (TIMA/Fiche)
Contains: Replacing/adding CPUs and memories, CPU setups, using the LFU.
• VAX10000 Pocket Service Guide , E*-1000A-PG-001, (TIMA/Fiche)
Contains: Registers, addressing, some console commands, testing, FRUs, controls
and indicators, errors, LFU and ROM information.
• VAX10000 Advanced Troubleshooting , EP-1001A-TS-001, (Fiche)
Contains: Powerup and self test with LEDs and console display, diagnostics, parse
trees and PSU information. Written for engineers.
3 Descriptions of Systems
The basic building block for all the 7000 and 10000 systems is a single system cabinet called
the Laser Platform. Most 7000s consist only of this cabinet, although an expander cabinet
can be added. 10000s use the same system cabinet along with 1 or 2 expander cabinets and
1 or 2 battery cabinets. The basic Laser Platform is described first.
3.1 Laser Platform
3.1.1 Logic
Refer to Figure 1, Laser Platform BLock Diagram .
The basic system interconnect is called the Laser System bus or LSB. This runs on a 9 slot,
double sided backplane. On the LSB sit CPUs, Memories and the I/O port (IOP). Each CPU
and each memory consists of 1 module and therefore takes up 1 slot. The IOP is also 1
module. The minimum configuration is 1 CPU, 1 memory and 1 IOP. The remaining 6 slots
can contain CPUs, up to a maximum of 6, or memories, up to a maximum of 7.
The IOP has 4 ports (aka. hoses) and each can connect to an XMI or Futurebus+. At present
this can be up to 4 XMIs or up to 3 Futurebuses and 1 XMI. (1 XMI is currently required
for booting). For a description of Futurebus+ see Section 5.
The IOP to XMI interface consists of a single XMI module known as a LAMB. Another slot
in the XMI is taken up by a CLOCK module. This leaves 12 slots for I/O adapters.
The IOP to Futurebus+ interface is a single module known as a FLAG. This occupies 1 slot
in the Futurebus+, leaving 9 for I/O adapters. (LAMB and FLAG? - Sounds like they were
dreamt up in the local pub!)
7
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