ECC (Error Correcting Code) Memory supportĬOM Express Type 10 continues to be a growing module segment and ECC memory support fits perfect in applications like telecommunications, financial and banking. The poor performance of the previous graphics processor, missing features such as out-of-order execution and the absence of a turbo mode led to an ever greater distance to the more powerful models of the Core i series, and dwindling competitiveness in the face of the growing competition from ARM processors. Without a tick-tock model (alternating annual updates of microarchitecture and manufacturing technology) as adopted for the Core i series processors, updates have so far been limited to just a few extensions (Intel64, dual core, hyperthreading, HD-capable graphics) and adjustments to the manufacturing architecture. This is little wonder the microarchitecture has barely changed since the introduction of the Silverthorne architecture. Previous Atom processor generations are valued for their power efficiency, but scorned for their poor performance. Equipped with the new Intel Atom and Intel Celeron processors (codename Bay Trail) and thanks to their low power draw, the modules are ideal for x86-based mobile and semi-stationary applications in medical technology and industrial automation.The conga-MA3E now offers designers the safety and security of error correction code, often referred to as ECC memory, on a COM Express Mini Type 10 module. German module expert congatec presents a small COM Express Computer-on-Module (COM) in the Mini form factor. COM Express Type 10 congatec enters COM Express Mini market with new Intel Atom and Celeron processors and ECC SupportType 10
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