GE IS200TSVCH2A MARK VI terminal board

Description

GE General Electric Technical Specifications: IS200TSVCH2A

The IS200TSVCH2A has three LED indicators located on the bezel. The top red LED is a

status indicator; its power up default state is ON. The status LED may be toggled

OFF or ON by writing to Bit 31 of the LCSR1 register, which indicates a user

defined board status. The middle yellow LED is the signal detect indicator. The

IS200TSVCH2A signal detect LED turns ON if the receiver detects light. It can be used as a simple

method of checking that the optical network is  properly connected to the receiver.

The bottom green LED is the OWN DATA indicator. When a board detects its own

data returning on the network, it turns this LED ON.

To go beyond the simple target read and write operation of the board, the user

must understand and manipulate bits within three register sets. The three register

sets are referred to as:

• PCI Configuration Registers
• Local Configuration Registers
• RFM Control and Status Registers

IS200TSVCH2A PCI Configuration Registers – This set of registers is predefined by the PCI Local

Bus Specification and is standard for all PCI and PCI Express devices. This

register set contains the Vendor ID, Device ID, Subsystem Vendor ID and Base

Address registers. The PCI Configuration Registers are first initialized and then

modified as needed by the PCI bus system BIOS. The register set is rarely altered

by the user, but the ability to read these registers, particularly the Base Address

Registers, will be necessary to locate the other two sets of registers.

Local Configuration Registers – Base Address Register 0 has the starting address

for register memory space accesses and Base Address Register 1 has the starting

address for register IO space accesses. Some Local Configuration Registers

pertinent to the RFM‐5565’s operation include the Interrupt Control and Status

Register (INTCSR) and the DMA Control Registers.

RFM Control and Status Registers – The RFM Control and Status Registers

implement the functions unique to the RFM‐5565 Reflective Memory board. These

functions include RFM operation status, detailed control of the RFM sources for

the PCI interrupt, and network interrupt access. These registers are accessed at

locations offset from the address contained in Base Address Register 2.

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