COMMUNIQUE 386 Motherboard Settings and Configuration

INTEGRATED WORKSTATIONS, INC.

COMMUNIQUE 386

Processor
80386SX
Processor Speed
16/20MHz
Chip Set
VLSI
Max. Onboard DRAM
32MB
Cache
None
BIOS
Quadtel
Dimensions
128mm x 365mm
I/O Options
Keyboard & monochrome video port, network interface
controller, parallel port, serial port (2)
NPU Options
None

CONNECTIONS
Purpose
Location
Purpose
Location
Daughterboard
C1 & C2
Reset switch & diagnostic LEDs
J7
Serial port 1
J4
LAN connection
J8
Keyboard & mono video port
J5
Parallel port
J9
Serial port 2
J6

USER CONFIGURABLE SETTINGS
Function
Jumper
Position
»
Factory configured - do not alter
J3
7 & 8, 9 & 10
»
Monochrome controller and LPT1 control enabled
J3
1&2, 3&4, 5&6 closed

Monochrome controller and LPT1 control disabled
J3
1&2, 3&4, 5&6 open
»
Host attention interrupt select IRQ10 at 0A Hex
JP1
pins 1 & 2 closed

Host attention interrupt select IRQ12 at 0A Hex
JP1
pins 2 & 3 closed
»
Zero wait state enabled
JP2
Closed

Zero wait state disabled
JP2
Open
Note:Pins designated should be in the closed position unless otherwise specified.

DRAM CONFIGURATION
Size
Bank 0
Bank 1
Bank 2
Bank 3
1MB
(2) 256K x 9
(2) 256K x 9
NONE
NONE
1.5MB
(2) 256K x 9
(2) 256K x 9
(2) 256K x 9
NONE
2MB
(2) 256K x 9
(2) 256K x 9
(2) 256K x 9
(2) 256K x 9
2MB
(2) 1M x 9
NONE
NONE
NONE
3MB
(2) 256K x 9
(2) 256K x 9
(2) 1M x 9
NONE
4MB
(2) 1M x 9
(2) 1M x 9
NONE
NONE
4.5MB
(2) 1M x 9
(2) 1M x 9
(2) 256K x 9
NONE
5MB
(2) 256K x 9
(2) 256K x 9
(2) 1M x 9
(2) 1M x 9
6MB
(2) 1M x 9
(2) 1M x 9
(2) 1M x 9
NONE
8MB
(2) 1M x 9
(2) 1M x 9
(2) 1M x 9
(2) 1M x 9
8MB
(2) 4M x 9
NONE
NONE
NONE
9MB
(2) 256K x 9
(2) 256K x 9
(2) 4M x 9
NONE
10MB
(2) 1M x 9
(2) 4M x 9
NONE
NONE
12MB
(2) 1M x 9
(2) 1M x 9
(2) 4M x 9
NONE
16MB
(2) 4M x 9
(2) 4M x 9
NONE
NONE
16.5MB
(2) 4M x 9
(2) 4M x 9
(2) 256K x 9
NONE
17MB
(2) 256K x 9
(2) 256K x 9
(2) 4M x 9
(2) 4M x 9
18MB
(2) 4M x 9
(2) 4M x 9
(2) 1M x 9
NONE
20MB
(2) 1M x 9
(2) 1M x 9
(2) 4M x 9
(2) 4M x 9
24MB
(2) 4M x 9
(2) 4M x 9
(2) 4M x 9
NONE
32MB
(2) 4M x 9
(2) 4M x 9
(2) 4M x 9
(2) 4M x 9

MEMORY BASE ADDRESS
Address
SW1/switch 7
SW1/switch 8
»
DC000h
Off
Off

CC000h
On
Off

FCC000h
On
On

FDC000h
Off
On

NODE ID ADDRESS
Node
SW1/1
SW1/2
SW1/3
SW1/4
SW1/5
SW1/6
0
Off
Off
Off
Off
Off
Off
1
On
Off
Off
Off
Off
Off
2
Off
On
Off
Off
Off
Off
3
On
On
Off
Off
Off
Off
4
Off
Off
On
Off
Off
Off
59
On
On
Off
On
On
On
60
Off
Off
On
On
On
On
61
On
Off
On
On
On
On
62
Off
On
On
On
On
On
63
On
On
On
On
On
On
Note:A total of 63 node address settings are available. The switches are a binary representation of the decimal node addresses, and have the following decimal values: 1=1, 2=2, 3=4, 4=8, 5=16, 6=32. Switches in the off position maintain a zero value. Sum total the switches in the on position to obtain the correct node address. Node 0 is a non-valid address.

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COMMUNIQUE 386 Motherboard Settings and Configuration

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Processor	80386SX
Processor Speed	16/20MHz
Chip Set	VLSI
Max. Onboard DRAM	32MB
Cache	None
BIOS	Quadtel
Dimensions	128mm x 365mm
I/O Options	Keyboard & monochrome video port, network interface controller, parallel port, serial port (2)
NPU Options	None

CONNECTIONS
Purpose	Location	Purpose	Location
Daughterboard	C1 & C2	Reset switch & diagnostic LEDs	J7
Serial port 1	J4	LAN connection	J8
Keyboard & mono video port	J5	Parallel port	J9
Serial port 2	J6

USER CONFIGURABLE SETTINGS
Function		Jumper	Position
»	Factory configured - do not alter	J3	7 & 8, 9 & 10
»	Monochrome controller and LPT1 control enabled	J3	1&2, 3&4, 5&6 closed
	Monochrome controller and LPT1 control disabled	J3	1&2, 3&4, 5&6 open
»	Host attention interrupt select IRQ10 at 0A Hex	JP1	pins 1 & 2 closed
	Host attention interrupt select IRQ12 at 0A Hex	JP1	pins 2 & 3 closed
»	Zero wait state enabled	JP2	Closed
	Zero wait state disabled	JP2	Open
Note:Pins designated should be in the closed position unless otherwise specified.

DRAM CONFIGURATION
Size	Bank 0	Bank 1	Bank 2	Bank 3
1MB	(2) 256K x 9	(2) 256K x 9	NONE	NONE
1.5MB	(2) 256K x 9	(2) 256K x 9	(2) 256K x 9	NONE
2MB	(2) 256K x 9	(2) 256K x 9	(2) 256K x 9	(2) 256K x 9
2MB	(2) 1M x 9	NONE	NONE	NONE
3MB	(2) 256K x 9	(2) 256K x 9	(2) 1M x 9	NONE
4MB	(2) 1M x 9	(2) 1M x 9	NONE	NONE
4.5MB	(2) 1M x 9	(2) 1M x 9	(2) 256K x 9	NONE
5MB	(2) 256K x 9	(2) 256K x 9	(2) 1M x 9	(2) 1M x 9
6MB	(2) 1M x 9	(2) 1M x 9	(2) 1M x 9	NONE
8MB	(2) 1M x 9	(2) 1M x 9	(2) 1M x 9	(2) 1M x 9
8MB	(2) 4M x 9	NONE	NONE	NONE
9MB	(2) 256K x 9	(2) 256K x 9	(2) 4M x 9	NONE
10MB	(2) 1M x 9	(2) 4M x 9	NONE	NONE
12MB	(2) 1M x 9	(2) 1M x 9	(2) 4M x 9	NONE
16MB	(2) 4M x 9	(2) 4M x 9	NONE	NONE
16.5MB	(2) 4M x 9	(2) 4M x 9	(2) 256K x 9	NONE
17MB	(2) 256K x 9	(2) 256K x 9	(2) 4M x 9	(2) 4M x 9
18MB	(2) 4M x 9	(2) 4M x 9	(2) 1M x 9	NONE
20MB	(2) 1M x 9	(2) 1M x 9	(2) 4M x 9	(2) 4M x 9
24MB	(2) 4M x 9	(2) 4M x 9	(2) 4M x 9	NONE
32MB	(2) 4M x 9	(2) 4M x 9	(2) 4M x 9	(2) 4M x 9

MEMORY BASE ADDRESS
Address		SW1/switch 7	SW1/switch 8
»	DC000h	Off	Off
	CC000h	On	Off
	FCC000h	On	On
	FDC000h	Off	On

NODE ID ADDRESS
Node	SW1/1	SW1/2	SW1/3	SW1/4	SW1/5	SW1/6
0	Off	Off	Off	Off	Off	Off
1	On	Off	Off	Off	Off	Off
2	Off	On	Off	Off	Off	Off
3	On	On	Off	Off	Off	Off
4	Off	Off	On	Off	Off	Off
59	On	On	Off	On	On	On
60	Off	Off	On	On	On	On
61	On	Off	On	On	On	On
62	Off	On	On	On	On	On
63	On	On	On	On	On	On
Note:A total of 63 node address settings are available. The switches are a binary representation of the decimal node addresses, and have the following decimal values: 1=1, 2=2, 3=4, 4=8, 5=16, 6=32. Switches in the off position maintain a zero value. Sum total the switches in the on position to obtain the correct node address. Node 0 is a non-valid address.