Embedded MXM
Aetina’s Embedded MXM GPU Modules are the most compact, thinnest COTS solutions, leverage the parallel processing performance of Nvidia GPUs, delivering unmatched power efficient, advanced graphics features, and the latest GPU technology with MXM 3.0/3.1 standards-based. Its superior graphics and high-level compute capability is ideal solution for performance demanding and size, weight and power (SWaP) constrained embedded systems.
Based software nature of CUDA programming, Aetina provide vast array of Embedded MXM GPU Module with the most scalability and upgradability for GPGPU computing performance and rigorous data processing capabilities. Beyond the commercial demanding, with a dedication to support customers’ specific-requirement in harsh environments and critical missions, we not only offer rugged level MXM GPU modules with wide operating temperature range(-40oC to +85oC ) to sustain reliable operation even in temperature extremes, but also give option conformal coating services for resistance against dust, moisture, chemicals and physical stress.
Product Features
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Moisture-proof. Corrosion-proof. Dust-proof
To safeguard electronic components from rough environmental hazards, Aetina offers conformal coatings on its graphics cards. The coatings protect against moisture, dust, harsh chemicals, and solder joint corrosion due to contact with air. This industrial grade feature improves reliability and extends product service life.
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Small Footprint. High-Performance and Space-saving
By following Mobile PCI Express Module (MXM) electromechanical standards, Aetina provides the easily and flexibly upgrade interconnection graphics modules of GPUs for industrial and embedded platforms, carrying high speed bit rate of 8 gigatransfers per second (GT/s), in alliance with PCI Express 3.0. Its fairly small size and weight than PCIe graphics cards are solid fit to minimize excessive vibration and shock.
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Wide Operation Temperature
To ensure consistent operation and reliable performance under severe temperature variations and extreme environments, we carry out stringent testing exceeding requirements of the IEC 60068 standard. A gauntlet of dynamic temperature burn-in cycles, rigorous start-ups at lowest as -40°C and at highest as +85°C during development as well as individual validation before delivery, contributing to the best sustainability and operability in all kinds of difficult conditions.
