MiniModule/FSI

Floppy, serial, and IDE expansion for CoreModule applications

 PC/AT-compatible floppy drive controller

 PC/AT-compatible RS232C serial port

 IDE interface for hard disk expansion

 Stacks directly with Ampro CoreModule
products and other PC/104 modules

 Ultra compact PC/104 form-factor:
3.6 x 3.8 inches (90 x 96 mm)

 Low power, rugged, and reliable

The MiniModule/FSI expansion module
is a compact, low power, multifunction
unit intended to stack directly with
Ampro's AT-compatible CoreModule
CPUs and other PC/104 modules via its
stackthrough bus header.

The MiniModule/FSI provides three key
interfaces for expanding CoreModule-
based systems: a floppy drive controller,
a serial port, and an IDE drive interface.

*Floppy Interface*
Support for one or two 360K, 720K,
1.2M, or 1.44M floppy disk drives is pro-
vided through the fully AT-compatible
floppy disk controller.

*Serial Port*
The module's AT-compatible RS232C
serial port can be configured as either
COM2 or COM3 (COM1 already exists
on CoreModule CPUs). Jumpers permit
selection of a desired interrupt request.
Because of its AT compatibility, the
MiniModule/FSI serial port can be oper-
ated under any of the many programs
written to work with standard PC and
PC/AT serial ports.

The MiniModule/FSI serial port also sup-
ports a unique interrupt sharing scheme.
This option allows multiple ports on cer-
tain modules (e.g., the MiniModule/SSP)
to share a single interrupt request on the
PC bus (Note: this requires customized
software).

*IDE Interface*
The module's IDE interface can connect
to one or two "Integrated Device Elec-
tronics" (IDE) disk drives. IDE drives
are intelligent disk drives that contain
an embedded AT bus hard disk controller.
Because of the compatibility IDE drives
provide with the standard AT bus hard
disk controller, virtually all operating
systems, drivers, utilities, and applica-
tions can be used without modification.

SPECIFICATIONS

FLOPPY CONTROLLER

 Standard AT-compatible floppy controller
(NEC765 equivalent)

 Supports one or two drives

 Supports all standard AT formats: 360K, 720K,
1.2M, and 1.44M bytes

 I/O address: 3F0-3F7h

 Interrupt: IRQ6

 DMA: channel 2

 This interface may be disabled via a jumper

SERIAL PORT

 Standard AT-compatible RS232C COM port
(82C50 equivalent)

 Full handshaking support

 Software-controlled baud rates

 Onboard +9V DC generation

 I/O address: jumper selectable as COM2 (2F8-
2FFh) or COM3 (3E8-3EFh)

 Interrupt: jumper selectable to IRQ2-IRQ7

 DMA: none used

 Ampro-style interrupt sharing option

 This interface may be disabled via a jumper

IDE INTERFACE

 Drives supported: one or two IDE hard disk
drives

 Cable to drive: 40-conductor cable, 2 ft. maxi-
mum length

 I/O address: 1F0-1F7h and 3F6-3F7h

 Interrupt: IRQ14

 DMA: none used

 This interface may be disabled via a jumper

MECHANICAL AND ENVIRONMENTAL

 Size: 3.6 x 3.8 x 0.6* in. (90 x 96 x 15 mm)

*Add 0.3 in. (8 mm) for stackthrough pins

 Power requirements (typical): +5V +/-5% at
50 mA (+9V for RS232C generated onboard)

 Operating environment:

- 0¡ to +70¡C temperature

- 5% to 95% relative humidity, non condensing

 Storage temperature: -55¡ to +85¡C

 Weight: 2.2 oz. (63 gm)

ORDERING INFORMATION

When ordering, refer to the following model numbers:

 MMX-FSI-K-52 Development Kit, MiniModule/FSI, stackthrough bus

 MMX-FSI-Q-52 MiniModule/FSI, stackthrough bus (Quantity Orders)

 CBL-FSI-Q-01 Cable set for MiniModule/FSI (floppy, serial, and IDE drive cables)

The MiniModule/FSI is compatible with AT bus CoreModule products only, and is, therefore,
not usable with the CoreModule/XT. Development Kits include: MiniModule/FSI with
stackthrough bus, 40-conductor AT bus cable, cable set (floppy, serial, and IDE), and technical
manual. Quantity orders include only the module and the 40-conductor AT bus cable.

Please contact your local Ampro representative or Ampro Sales Administration for ordering
information.

NOTE: The MiniModule/FSI is available in stackthrough bus version only.

Last modified: Wed Sep 6 00:02:06 1995