VAX 6000: Installing the FV64A Vector Option

This document is an installation manual (Order Number EK-60VEA-IN-001) for installing the FV64A Vector Option in VAX 6000 systems (Model 400 and later). It is intended for Digital customer service engineers and self-maintenance customers.

The manual outlines the installation and verification process in two main parts:

1. Installation of the FV64A Vector Processor:

   • Prerequisites: Users must first check that the operating system supports the vector processor, and that all scalar and vector modules (FV64A, KA64A, KA65A) and their ROMs meet specific minimum revision levels (e.g., FV64A Revision J). The system also requires sufficient memory modules to support 2-way (for a single vector processor) or 4-way (for two vector processors) memory interleaving.
   • Physical Installation: The FV64A vector module must be installed to the left of its companion scalar processor within the XMI card cage, connected by a cable. A crucial configuration rule states that a memory module or an empty slot must be directly to the left of the vector processor to prevent potential damage.
   • Module Handling: Detailed instructions are provided for careful module handling, emphasizing antistatic precautions (wrist strap, ESD box/mat) due to the fragility and static sensitivity of the components.
   • Post-Installation Steps: Changing the system number plate and returning removed modules are also covered.

2. Verification of the System:

   • After hardware installation, the system's correct operation is verified through several steps:
     • Running system self-tests, with results viewable on the console display and via module LEDs.
     • Applying current ROM patches to all CPU modules using the EVUCA program via the VAX Diagnostic Supervisor (VAX/DS).
     • Running multiprocessor tests (ERKMP), which are required for Model 400 systems and run automatically for Model 500.
     • Executing the VAX Vector Instruction Exerciser (EVKAG/EVKAH) for diagnostic testing of the vector unit.
     • Finally, verifying the system's functionality under the operating system (e.g., using VMS User Environment Test Packs - UETP).

The document also includes appendices that provide detailed instructions on proper module handling, comprehensive XMI card cage configuration rules (both general and FV64A-specific), and how to interpret self-test results from module LEDs.