Also, Aetina provides industrial components that can extend the lifespan of the product, helping customers to reduce costing and time from maintaining. ![]() MXM modules have 5 years long-term supply, help the clients to overcome the problem of the long development period and exclusive engineering support team is available for each customer. Longevity is Aetina's promise to the customers. Those advantages make it ideally suitable for massive-computing embedded applications in rugged environments. Robust industrial-grade design with conformal coating for optionĪetina embedded MXM modules are designed with industrial-grade components used, offering conformal coating service on its complete range of MXM module to meet the rigors of harsh industrial.M3T5000-WN pushes the image quality to new heights, with supporting up to 8K(7680x4320) resolution, 4 FHD displays and NVEncode/NVDecode. DisplayPort 1.4 ready, supports 8K(7680x4320) resolution or 4 FHD displays.Moreover, Turing GPUs feature new advanced shading technologies that are more powerful and flexible than the previous version. This new architecture dives AI enhanced graphics and provides Tensor cores, brings an x30 faster procession time compared to CPU calculation, reducing the time from working with a tremendous amount of image data and efficiently show the verisimilitude of image analysis. NVIDIA Turing GPU supports real-time ray tracing in the embedded environment, not only showing realistic lighting, shadowing and reflection, but also immediately perform a movie-grade rendering. The revolutionary NVIDIA Turing architecture fuses together real-time ray tracing and programmable shading.Built with the high-speed and high bandwidth memory technology to deliver more I/O throughput, better performance and higher power efficiency, M3T5000-WN delivers ultimate performance to tackle new possibilities in massive-computing workstation applications. M3T5000-WN is powered by NVIDIA Quadro RTX5000 GPU, with core of NVIDIA Turing TU104 which is driven by groundbreaking NVIDIA Turing GPU architecture. Advanced NVIDIA Quadro graphics cards with Turing Architecture technology.M3T5000-WN not only brings 3072 CUDA cores and 9.4 TFLOPS of computing ability, but also supports 8K(7680x4320) resolution or up to 4x FHD displays, offering the most flexible solution for high performance computing demands embedded application. Next, let us take a look at the Quadro RTX 5000 key specifications and continue with our performance testing.M3T5000-WN is a powerful MXM GPU module based on 16GB GDDR6 memory, providing 14.0 Gbps memory clock and 448 GB/sec high memory bandwidth. That makes it easy to integrate into existing platforms and those for the foreseeable future. Overall, this is a fairly standard GPU form factor that we have seen for many generations. That helps avoid the “ humping” trend we have seen in some 4U systems. Power connections located at the top end of the Quadro RTX 5000, 1x 8-pin, and 1x 6-Pin connections outfit the GPU for power connections at the back of the card. If you are installing these in a server, you should be aware that these, unlike Tesla cards, will have video outputs registered in the systems. If you are looking for a HDMI output, then you need to look elsewhere. NVIDIA Quadro RTX 5000 BackĪt the end of the Quadro RTX 5000, we find the video outputs, which are 4x DisplayPorts, and 1x VirtualLink port for VR head-mounted displays. Based on 18155 user benchmarks for the Nvidia Quadro RTX 5000 and the RTX 3090-Ti, we rank them both on effective speed and value for money against the best. ![]() ![]() Aside from helping cool the GPU, a backplate also helps protect the card from potential warping and damage when servicing the system it is in. This is one area that we would like to see changed. The Quadro RTX 5000 does not use a backplate, as we see in many consumer-type GPU’s. The blower-style cooler allows for better cooling in servers as well as densely packed workstations. It is a dual-slot graphics card using a blower type cooler. The Quadro RTX 5000 GPU has a length of 10.5” long, width of 1.38” and a height of 4.4”. In our review, we are going to see what this GPU has to offer. Aside from the hardware specs, as part of NVIDIA’s Quadro line the Quadro RTX 5000 is certified to run a number of professional applications making it a versatile part. With the added memory, the Quadro RTX 5000 can now run many deep learning applications that the RTX 2080 cannot. Next up, we have an NVIDIA Quadro RTX 5000, which matches up to RTX 2080 series but with double the memory at 16GB GDDR6 ECC. In November of 2019, we looked at the high-end NVIDIA Quadro RTX 8000, which matched closely to a Titan RTX in performance but with a much large memory capacity at 48GB’s of GDDR6 ECC.
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