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| Manufacturer | Amulet Hotkey, Inc |
|---|---|
| Manufacturer's Part Number | KT-DXM6-Z003 |
| Description | Amulet Hotkey; Product Type: Graphic Card; API Supported: OpenCL; Standard Memory: 8 GB; Package Contents: DXG-M6 – NVIDIA Tesla M6 Virtual GPU Accelerator; Packaged Quantity: 1; |
| NAME | DESCRIPTION |
|---|---|
| Chipset Manufacturer: | NVIDIA |
| Standard Memory: | 8 GB |
| Product Name: | DXG-M6 – NVIDIA Tesla M6 Virtual GPU Accelerator |
| Chipset Model: | M6 |
| Platform Supported: | PC |
| Limited Warranty: | 3 Year |
| Packaged Quantity: | 1 |
| Brand Name: | Amulet Hotkey |
| Memory Technology: | GDDR5 |
| Form Factor: | Mezzanine |
| Package Contents: |
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| Chipset Line: | Tesla |
| Marketing Information: |
NVIDIA Virtual GPU to support new and tough workloads and boost productivity The DXG-M6 virtual GPU is a unique solution that brings high-end graphics and NVIDIA GPU accelerator technology to Dell EMC PowerEdge M630 blade servers. The DXG-M6 with 8GB GDDR5 supports up to 16 users on one blade to access the power of a single physical GPU for virtual desktops and application environments without compromising their graphics experience. It is an excellent fit for a wide range of workloads including:
Dell EMC PowerEdge Platforms:
The DXG-M6 is a dual-slot mezzanine card with a NVIDIA Tesla M6 GPU with 8GB GDDR5 video memory and can support up to 16 users. It supports NVIDIA GRID vPC and vAPP software for virtual desktop and virtual application deployments. Use in VMware or Citrix virtualized environments. Multiple virtual workstations can share the GPU on a single DXG-M6, delivering cost and scalability benefits. Consolidating multiple graphics / compute workloads onto a single platform can increase the server IO requirements. Amulet Hotkey provide a range of secondary IO card options to boost blade IO capacity or to add native Fiber Channel or Infiniband ports. The second IO card is designed to fit under the heat sink of the dual-slot virtual GPU. Virtual Desktops and Application DeliveryImprove your VDI experience. The DXG-M6 offloads display rendering as well as graphics-intensive and compute acceleration applications free up VDI server CPU cycles. Using the power of the GPU in virtualized environments allows users to experience software as it was designed to be experienced. When run in combination with NVIDIA GRID vPC software the DXG-M6 addresses the growing demand for graphics-accelerated VDI of everyday programs like Office 365, YouTube and others, for a great virtual PC user experience. Virtual Workstation GPU-accelerationAimed at designers/engineers and power users The DXG-M6 graphics and compute capability significantly expands the range of workstation users that can leverage the benefits of workstation virtualization. These benefits include flexibility, scalability and streamlined management to reduce costs. IT can configure the GPU capability and performance to match the designer/engineer needs by selecting the user density for the card. Blades are an ideal platform for virtual workstation with up to a 3x density advantage due to optimal balance of CPU and GPU resources. Multiple virtual GPUs in a dual CPU socket server can result in an imbalance where there is not enough CPU resources for demanding workstation applications. GPU-accelerated computingAimed at designers/engineers GPU-accelerated computing uses the DXG-M6 CUDA and OpenCL capability in tandem with the system CPU to accelerate performance for intensive computing applications such as deep learning, fluid dynamics, digital content creation, complex scientific or engineering analysis. Utilizing the GPUs compute mode, compute-intensive tasks are offloaded to the GPU, while other tasks continue to run on the CPU. |
| Product Type: | Graphic Card |
| API Supported: | OpenCL |
| Product Model: | DXG-M6 |
| Slot Space Required: | Dual |
