The design of the MSC ETE-CN700 module supports the VIA Eden(V4) and VIA C7 processors combined with the CN700 and 8237R+ bridge components thus enabling new features like DDR memory, USB 2.0, SATA, P-ATA and 10/100MBit Ethernet. Processor speed ranges from 400 MHz to 1.8 GHz.

The MSC ETE-GLX module is based on the AMD® Geode™ LX 800@0.9W (500MHz) in combination with the Geode CS5536 companion chip. It provides a good computing performance while keeping the power consumption very low. Integrated interfaces include LCD TFT graphics, DDR SO-DIMM socket, CompactFlash socket, 10/100Base-TX Ethernet, AC’97 Audio, an IDE port and four USB ports.

The design of the MSC ETE-PM855/CM855 modules supports all variants of the Intel® Embedded Pentium® M and Celeron® M processors up to the latest version with 400 MHz FSB. Integrated interfaces include dual Enhanced IDE, 10/100Base-TX Ethernet, LCD LVDS interface (18 / 24 / 36 / 48 Bit), four USB 2.0 ports, AC’97 Audio, system monitoring, watchdog etc.

The MSC ETE-XSC255 module is based on the Intel® PXA255 processor with Intel® XScale™ technology and ARM v.5TE instruction set architecture. It is suitable for applications requiring lowest power consumption and Flash mass storage.

The ETE-MB-ATX is an ideal platform to develop and prototype the system electronics before it’s integrated in the application using a customer specific baseboard.

The MSC ETE-MB-PISA motherboard is a highly integrated baseboard for ET(e) modules and provides the necessary infrastructure to operate an ETX compatible Embedded PC module.

The MSC ETE-PM8553, -CM8553 and -CM8523 modules support various Intel processors from 600MHz up to 1,8GHz. Two SATA-connectors are located on the module as defined in ETX® Specification 3.0.

The MSC ETE-GLX3 module is based on the AMD® processors Geode™ LX800@0.9W or LX900@1.5W in combination with the Geode CS5536 Companion Chip plus a separate SATA controller. Low power consumption and modern storage interfaces enable versatile applications at moderate cost.