Installation; System Requirements - Xycom XVME 200 Manual

XVME-200/290 Manual
December, 1987
2.1 INTRODUCTION
This chapter explains how to configure the XVME-200/290 DIO Module prior to
installation in a VMEbus backplane.
module base address selection jumpers, module interrupt level selection jumpers, the
handshake line H2 direction jumpers, connector pinouts, and a brief outline
physical

installation

2.2 SYSTEM REQUIREMENTS

The XVME-200/290 DIO Modules are VMEbus compatible modules. To operate, they
must be properly installed in a VMEbus backplane.
The minimum system requirements for the operation of an XVME-200/290 DIO
Modules are one of the following:
A host processor module properly installed on the same backplane
XVME-200/290; and a controller subsystem module which employs a Data
Transfer Bus Arbiter, a System Clock driver, a System Reset driver, and a
Bus timeout module.
provides a controller subsystem with the components listed.)
A host processor module which incorporates an on-board controller sub-
system (such as XYCOM's
Prior to installing the XVME-200/290 DIO Modules, it will be necessary to configure
several jumper options. These options are:
1) Module base address within the short I/O address space.
2) Address Modifier codes to which the DIO Module will respond.
3) Interrupt level.
4) Direction of handshake line H2 on the 68230 PI/T chip.
2.3 XVME-200/290 DIO MODULE JUMPER/CONNECTOR LOCATIONS
The jumpers and connectors relevant to the installation of
Module are shown in Figure 2-1, and the jumpers and connectors relevant to the
installation of the XVME-290/2 DIO Module are shown in Figure 2-2, and Figure 2-3
shows the XVME-290/l.
Chapter 2
INSTALLATION
Included in this chapter is information on
procedure.
(The XYCOM XVME-010 System Resource
-- OR --
XVME-600 or XVME-601).
2-1
of the
as the
Module
DIO
the XVME-200