MK150 – Box PC

The computer is based on MicroPC AMD GEODE LX 800, 500 MHz – CPC150 processor module

Four video input channels, direct connection of Fastwel I/O input/output modules
Nonvolatile memory 128 KB
Power voltage 18 – 36V
MK150 has no moving parts
Operating temperature range: -40 to +70ºC
Mounting on a DIN-rail or panel

MK306 – Box PC

The computer is based on CPC306 processor module, VIM301 graphics controller and PS351 power supply module. CPC306 does not use forced cooling and does not have moving parts.

One of the features of MK306 is availability of analog and discrete input/output channels realized on CPC306 processor module. Eight isolated analog input channels, two isolated analog output channels, and 3?24 discrete input/output lines compatible with Fastwel UNIO965 module are supported.

Connections are made via standard front panel connectors; this makes it easy to use MK306 as a platform for development of software and systems based on CPC306.

MK306 has mounting platform for mounting on a horizontal surface and rear bracket for mounting on vertical surfaces.

MK307 – PC/104, PC/104+ SBC based Modular computer

Fastwel MK307 is a platform for modular computer designed to serve industrial, transport, governmental and other applications where environment is severe. Due to the modular design, Fastwel MK307 offers flexibility in its configuration to achieve optimum price/performance ratio for every particular usage.

Fastwel MK307 is based on stackable modular concept and standards promoted by PC/104 consortium (www.pc104.org).

Up to five PC/104-Plus electronic modules can be placed inside the rugged aluminum alloy housing. All connectors are located on the front panel providing easy access and allowing installation into blind compartments.

Fastwel MK307 features the IP65 dust and moisture protection of the housing and external cable connectors and can be supplied with a cradle for easy mounting. The side lid provides easy access to MicroSD and SIM cards.

Fastwel MK307 is based on CPC307 PC/104-Plus host CPU module, power supply module with wide input voltage range (from 10 to 36 V DC through rugged connector on the front panel) and may include additional videocontroller, field bus, communication and navigation modules. The frontpanel connectors provide access to standard computer interfaces, such as five COM ports, Fast Ethernet, two USB 2.0, PS/2, VGA, LVDS, two CAN ports. Four additional frontpanel 18-contact connectors can be used for interfacing with customer’s application specific expansion modules.

MK308 – PC platform for modules in PC/104+ form-factor

MK308 is a basic PC platform for modules in PC/104+ form-factor.

The Box PC enables conductive heat transfer to the enclosure and makes it possible to install additional extension modules. The basic hardware configuration contains:

– CPC308-03 – Intel Atom D510 based Processor Module
– CNM350 – Communication and Navigation Module
– NIM351 – Interface Module
– NIM353 – WiFi Module
– PS351 – Power Supply Module

The Box PC has the following operating temperature range: –40°C to +70°C.

MK308 – Rugged Box PC from Fastwel is fully configurable and can be customized according to the specific demands of your application.

MK905 – AMD GEODE LX 800 (500 MHz) based BOX PC

MK905 Box PC is designed on the basis of CPB905 Module and PS351 Power Supply Module. The PC does not use the forced cooling and contains no moving parts. The structure makes it possible to install two PC/104+ extension modules.

MK300 – PC platform for modules in Stack PC form-factor

Basic PC platform for stack modules in StackPC and PC/104 form-factors with conduction heat removal to the enclosure. Possibility of heat removal to the enclosure from any module. The enclosure enables to install up to seven expansion modules. As the Box PC platform, MK300 could be equipped with different types of expansion modules provided by Fastwel and other manufacturers.

There is an option to replace the types, number and location of the connectors on the front panel with the required ones. Additional interfaces can be routed to the auxiliary connector of the front panel.