CPU-1484

Pentium® M Fanless SBC with Gigabit & Fast Ethernet

Features

General Features:

Architecture:

• PC/104-Plus compliant

Processor Availability:

• Intel® Pentium® M 1.4GHz, 2MB L2 cache,

400MHz FSB

Chipset:

• Intel® i855GME

System Memory:

• 512MB DDR, 266MHz (PC2100), soldered onboard

Supported Operating Systems:

• WinCE®, WinXPE® and Linux®

BIOS Flash:

• 1MB Flash EPROM

Interfaces:

• IDE ATA 100 Controller

• Serial ports:

-

1x RS-232

-

1x RS-232/422/485

• 4x USB 2.0 ports

• Gigabit Ethernet (Intel® 82541 chipset)

• 10/100 Mbps Ethernet (Intel® 82562 chipset)

• Graphic controller with analog VGA and Flat Panel

LVDS interface

• AC97 audio interface

• Keyboard and Mouse

Bus:

• PC/104-Plus (PCI)

• PC/104 (ISA)

Watchdog:

• 2-255 seconds / minutes

Power Supply:

• Single +5V DC

RoHS:

• Fully RoHS (2002/95/CE) Compliant

The CPU-1484 is an embedded RoHS compliant board based on two modules:

a mezzanine CPU module combined with a PC/104-Plus form factor carrier.

The mezzanine CPU module features the Intel® Pentium® M 1.4GHz (having

2MB L2 cache and 400MHz FSB) processor and its Intel® i855GME chipset.

The system comes with 512MB DDR, 266MHz (PC2100), soldered onboard.

No active cooling is required to operate within the standard and extended

temperature ranges. The carrier implements all the connections to the external

world,

including

4

USB

2.0

ports,

1

Gigabit

Ethernet

interface

(1000/100/10Mbps), 1 Fast Ethernet interface (10/100Mbps), 2 Serial ports,

Analog VGA and Flat Panel LVDS outputs, 1 AC97 interface, Keyboard and

Mouse connectors and an IDE controller that supports IDE Flash device (Disk-

On-Module, Compact Flash and Flash Disk). The carrier also performs the

connections for the ISA and PCI bus enabling the CPU-1484 to stack on top of

a PC/104-Plus system. The carrier provides support for Watchdog management

and Real Time Clock (external backup battery) and can be customized to match

specific customer needs.

The BIOS for the module is embedded and is located in a 1MB Flash EPROM,

it is fully re-programmable onboard. The set-up parameters are saved in Flash

to allow the module to operate without a battery.