Summary:
discrete graphics module based on Intel Arc GPU — the MXM-AXe. Harnessing Intel Arc's hardware ray tracing, dedicated AI acceleration, and support for 4x 4K displays, the module enhances responsiveness, precision, and reliability for graphics-demanding, time-sensitive edge applications in sectors such as gaming, healthcare, media processing, and transportation .
The Intel GPU on ADLINK MXM-AXe offers up to 8 Xe ray-tracing cores, 128 execution units, 4GB GDDR6, and 8x PCIe Gen4 at max. 50W TGP. What's more, it includes one of the industry's first full AV1 hardware encoding, demonstrating an encoding speed that is 4.4 times faster than the traditional software encoding. It boosts graphics rendering capabilities significantly, in suiting next-gen graphics workloads.
“We are thrilled to introduce MXM-AXe graphic module with Intel Arc Graphics, a powerful line of
discrete graphics, to the embedded world,” says Alex Wang, Senior Product Manager – Module Product Center, ADLINK. “As edge developers transfer from integrated to discrete graphics, MXM-AXe allows them to leverage the same well-established Intel graphics ecosystem, such as OpenVINO for AI and oneAPI (including Intel® Media SDK) management tools, that they have enjoyed and relied on for years,” he adds.
Supporting Intel® Deep Link technology, MXM AXe can be paired with 12th and 13th Gen Intel Core processors for even elevated performance and power efficiency by automated workload allocation between integrated GPU, discrete GPU, and CPU. ADLINK will also provide MXM development kit with COM-Express Type 6 modules for developers in improving their edge innovations' efficiency.
For more information about ADLINK MXM AXe, please visit its product page for more details.
- ADLINK releases MXM-AXe, an MXM 3.1 Type A module based on Intel Arc GPU, which delivers up to 8 Xeray-trace cores, 128 execution units, 4GB GDDR6, 112GB/s memory bandwidth, with support for 8x PCIe Gen4 and 4x 4K displays
- With the Intel GPU's built-in hardware ray tracing, dedicated AI acceleration, and AV1 hardware encoding, MXM-AXe makes the ideal solution for wide-ranging graphics and AI inferencing applications, including gaming, medical imaging, media processing & streaming, and more
discrete graphics module based on Intel Arc GPU — the MXM-AXe. Harnessing Intel Arc's hardware ray tracing, dedicated AI acceleration, and support for 4x 4K displays, the module enhances responsiveness, precision, and reliability for graphics-demanding, time-sensitive edge applications in sectors such as gaming, healthcare, media processing, and transportation .
The Intel GPU on ADLINK MXM-AXe offers up to 8 Xe ray-tracing cores, 128 execution units, 4GB GDDR6, and 8x PCIe Gen4 at max. 50W TGP. What's more, it includes one of the industry's first full AV1 hardware encoding, demonstrating an encoding speed that is 4.4 times faster than the traditional software encoding. It boosts graphics rendering capabilities significantly, in suiting next-gen graphics workloads.
“We are thrilled to introduce MXM-AXe graphic module with Intel Arc Graphics, a powerful line of
discrete graphics, to the embedded world,” says Alex Wang, Senior Product Manager – Module Product Center, ADLINK. “As edge developers transfer from integrated to discrete graphics, MXM-AXe allows them to leverage the same well-established Intel graphics ecosystem, such as OpenVINO for AI and oneAPI (including Intel® Media SDK) management tools, that they have enjoyed and relied on for years,” he adds.
Supporting Intel® Deep Link technology, MXM AXe can be paired with 12th and 13th Gen Intel Core processors for even elevated performance and power efficiency by automated workload allocation between integrated GPU, discrete GPU, and CPU. ADLINK will also provide MXM development kit with COM-Express Type 6 modules for developers in improving their edge innovations' efficiency.
For more information about ADLINK MXM AXe, please visit its product page for more details.
