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COM Express COMPACT Board With Latest Generation Intel Atom, Pentium And Celeron Processors

Posted by Industry News on

Kontron - COM Express COMPACT TYPE 6 WITH LATEST GENERATION Intel Atom, Pentium® AND Celeron PROCESSORS

Kontron's COMe-cAL6 COM Express Series comprises modules with cost-efficient, dual-core configurations for digital signage applications as well as quad-core modules for deployment in harsh industrial environments.

The COMe-cAL6 embraces powerful, compact variants with full COM Express Type 6 I/O support including PCI Express, LAN, USB, and digital display interfaces. The COMe module combines state-of-the-art image processing and graphics capabilities with extensive, real-time computing. 

The modules are designed for POS/POI and kiosk systems, digital signage solutions, gaming and medical PCs as well as HMIs and controllers in industrial machinery and equipment.

With the implementation of the series, customers have access to extensive software and customization services. An added feature for developers is the integration of Kontron's standard, hardware-based, embedded Security Solution Approtect.

Specifications:

  • Low-power – performance/watt optimized form factor solution
  • Up to 8 GByte DDR3L 1600 / 1867 Memory (2x SODIMM socket)
  • Triple display support
  • 4x USB 3.0/2.0, 7x USB 2.0, 2x SATA, eMMC Flash
  • Industrial grade temperature
  • Support of Kontron’s Embedded Security Solution (Approtect)

The Complete PCI Express Reference - Design Implications for Hardware and Software Developers

The Complete PCI Express Reference is a comprehensive reference written and reviewed by industry experts that allows hardware and software developers to implement PCI Express design correctly and completely in minimum time. Extensive illustrations, flow charts, and cross references not found in the PCI Express specifications or any other book provide the complete details of the PCI Express architecture.

Specific topics include detailed architecture, address and routing, different packets and associated layers, traffic classes and virtual channels, flow control, software configuration architecture and registers. Also provided is information on power, interrupts, lock protocol, as well as a discussion of mechanical and electrical requirements.