Installing Optional Circuit Cards

Super Serial Circuit Card

 

Damage from electrostatic discharge is possible. See Protecting Against ESD Damage for more information.

The asynchronous circuit card allows you to connect the Avaya Intuity system to external peripheral equipment. See Super Serial Circuit Card.
 

Note: If you are installing the super serial circuit card, the system cannot be equipped with the multi-port serial circuit card.

To install the circuit card:

1. Set the jumpers.See Super Serial Circuit Card Jumper.
2. Set the switches. See Super Serial Circuit Card Switches.
3. Determine the appropriate slot location.
4. Install the circuit card using the general circuit card installation procedure.
5. Install the super serial circuit card driver.

Installing the Super Serial Circuit Card Driver

To install the driver:

1. Start at the Avaya Intuity Main Menu and select:

UNIX Management
	Equinox Administration

The system displays the Equinox Driver Installation Window.

2. Enter SST

The system displays the following message:

This seems to be an ISA system is this correct (Y/n)?

3. Enter y

The system displays the following message:

The following I/O ports appear to be free for use by Equinox ISA boards:

220 240 260 2a8 2c8 320 360 380 3a8 3c8

Should the driver automatically configure all Equinox ISA boards (Y/n)

4. Enter y

The system displays the following message:

You may enable a selection of baud rates above 30400 for all ports by answering "Yes" to the following question.

If you enable baud rates above 30400 speeds below 300 baud will be unavailable. Speeds 300 to 30400 are unaffected.

The high baud rates are selected according to the following table:

57600������������������B50
76800������������������B75
115200�����������������B118
2030400������������������B134 (depending on board/module type)


Enable high baud rate selection (y/N)?

5. Enter n

The system displays a series of messages and then the following message:

Tunable Parameter SEGKMEM_BYTES is currently set to 0x1E00000 is it OK to change it to 0xF000000 (y/n)

6. Enter y

The system displays the following message:

Successfully installed the Equinox driver.

Press <Enter> to continue

ACCX (AYC22) Circuit Card

 

Damage from electrostatic discharge is possible. See Protecting Against ESD Damage for more information.

The Avaya Intuity system supports up to eight networking channels via digital and analog remote connections. These connections are created using DCP and RS232 links respectively from the ACCX networking circuit card.

Each ACCX card includes eight dip switches. These switches represent SA4 through SA11 on the ISA Bus and are used to set the address of the card. See ACCX Networking Circuit Card, and Switch Settings for the ACCX Card.

To install the circuit card:

1. Determine the appropriate slot location.
2. Install the circuit card using the general circuit card installation procedure.

DCIU Circuit Card

 

Damage from electrostatic discharge is possible. See Protecting Against ESD Damage for more information.

The DCIU circuit card connects to Avaya switches through an X.25 link. Your system may interface with the link through this circuit card.

 

Note: In order to use this circuit card the Avaya Intuity DCIU Switch Integration set must be installed on the Avaya Intuity system.

You can install only one DCIU circuit card in the platform.

The DCIU circuit card contains no jumpers or switches that you must set before you install the circuit card. See DCIU Circuit Card.

To install a DCIU circuit card in a system which previously did not have a DCIU circuit card installed:

1. Stop the voice system.
2. Determine the appropriate slot location for the DCIU circuit card.
3. Install the Avaya Intuity DCIU Switch Integration set.
4. Install the circuit card.
5. Reboot the system.

To replace a defective DCIU circuit card:

1. Remove the defective DCIU circuit card.
2. Install the new DCIU circuit card.

Digital Station Interface Circuit Card

 

Damage from electrostatic discharge is possible. See Protecting Against ESD Damage for more information.

The digital station interface circuit card connects to Avaya switches. Your system may interface with the switch through this circuit card.

 

Note: In order to use this circuit card the Digital Station Interface Switch Integration set must be installed on the Avaya Intuity system.

You can install only one digital station interface circuit card in the platform. See Digital Station Interface Circuit Card.

The digital station interface circuit card has a jumper field which must be verified before you install the circuit card. There should be no jumpers placed on the jumper field.

To install a digital station interface circuit card in a system which previously did not have a DCIU circuit card installed:

1. Stop the voice system.
2. Determine the appropriate slot location for the digital station interface circuit card.
3. Install the Digital Station Interface Switch Integration set.
4. Install the circuit card.
5. Reboot the Avaya Intuity system.

To replace a defective digital station interface circuit card:

1. Remove the defective digital station interface circuit card.
2. Install the digital station interface circuit card.

LAN Circuit Card

 

Damage from electrostatic discharge is possible. See Protecting Against ESD Damage for more information.

The LAN circuit card allows you to connect the Avaya Intuity system to your local area network. See LAN Circuit Card. The LAN circuit card has two LEDs on the faceplate. The table below lists the functions of the LEDs.
 

Table: LAN Circuit Card LED Functions

LED	Indication	Meaning
ACT/LNK	On	The adapter and the switch are receiving power and the cable connection is good.
	Off	The adapter is not sending or receiving network data. Either the adapter and the switch are not receiving power, the cable connection is bad, or there is a driver problem.
	Flashing	The adapter is sending or receiving data. The frequency of the flashes varies with the amount of network traffic.
100	On	The adapter is operating at 100 Mbps.
	Off	The adapter is operating at 10 Mbps.

To install the circuit card:

1. Determine the appropriate slot location.
2. Install the circuit card using the general circuit card installation procedure.
3. Initialize the LAN circuit card.

Speech and Signal Processor (AYC43) Circuit Card

 

Damage from electrostatic discharge is possible. See Protecting Against ESD Damage for more information.

The SSP circuit card is equipped with 16 MB of memory contained on a dual in-line memory module (DIMM). The DIMM is located in the lower portion of the SSP circuit card.

 

The DIMM is not field serviceable.

There should be no jumpers installed on the SSP circuit card. See SSP Circuit Card.

There are two types of switches on the SSP circuit card:

• Two-position switches
• Rotary switch

If the SSP circuit card is not located at the end of the TDM bus, both switches should be set to open. The switches should be set to closed if the SSP circuit card is located at the end of the bus.

The rotary switch must be set to zero. See SSP Circuit Card Switches.

To replace a defective SSP circuit card:

1. Remove the SSP circuit card.
2. Install the SSP circuit card.


 


Use this procedure when adding an SSP circuit card to a system which is not currently equipped with one. Do not use this procedure when replacing a defective circuit card.

See the SSP Circuit Card Switches.

To add an SSP circuit card to an Avaya Intuity system:

1. Make sure you have a TDM bus cable.

The TDM bus cable connects all of the Tip/Ring circuit cards as well as the SSP circuit card.

2. Remove the tip/ring circuit card from Slot 1.
3. Verify that the TDM bus terminator SIPs have been installed on the Tip/Ring circuit card.
4. Replace the tip/ring circuit card in Slot 1.
5. Remove the remaining tip/ring circuit cards.
6. Remove the TDM bus terminator SIPs from the Tip/Ring circuit cards.
7. Replace the remaining tip/ring circuit cards.
8. Verify the two-position selector switches, on the SSP circuit card, are set properly.
9. Determine the appropriate slot location.
10. Install the SSP circuit card.
11. Install the TDM bus cable.

Attach the TDM bus cable to the SSP circuit card using the TDM Bus A termination.

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