Aetina provides a variety of small form factor (SFF) modules with compact architecture, targeting applications that usually require high performance computing in limited space. SFF modules include M.2 Module, Mini PCIe(mPCle) Module, Mobile PCIe Module(MXM), expansion kit, and one-stop thermal service.
M.2 Module and Mini PCIe Module are AI accelerator Modules for AI applications, delivering unprecedented AI performance for edge devices. They both can be quickly plugged into existing edge devices to execute in real-time. With low-power deep neural network inference, M.2 Module and Mini PCIe Module are suitable for a broad range of market segments. Metion to Mobile PCI Express Module (MXM), it features compact commercial off-the-shelf (COTS) solution. It leverages parallel processing performance, delivering unmatched power efficiency. With high-level compute capability, MXM is ideal for embedded system that is demanding performance, size, weight and power (SWaP) constrained.
As the dimensions of small form factor modules are inconsistent in the market, it’s inconvenient for users to customize heat dissipation design to avoid the occurrence of high temperature failure especially when developing high computing performance applications in smart medical, factory automation, and so on. To improve the situation, Aetina decide to roll out one-stop thermal service, including standard heat spreaders, optional semi sink, and customized cooler.
• Increase the area of dissipation for each IC component
• Handle temperature overheat issue not merely for GPU but memory as well
• High-watt heat spreader is made of copper, and low-watt one is aluminum
• Easy assembly
• Save extra jiq cost
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.
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.
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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