Choose the Chip, Embrace a New Vision | The Arc A750E ECM 16G MXM GPU delivers powerful performance for professional mobile and embedded platforms.
In professional mobile and embedded platforms, powerful graphics processing capabilities are essential to supporting a wide range of high-performance applications. Today, we are proud to introduce the Arc A750E ECM 16G MXM GPU—a high-performance GPU solution purpose-built for demanding industrial environments and professional application scenarios. More than a technological leap, it is a reliable partner that helps you unlock a new vision.
Product Highlights Overview
The Arc A750E ECM 16G MXM GPU is fully compliant with the MXM 3.1 Type B specification, delivering a balanced combination of high performance and high reliability. Powered by the Intel Arc A750E embedded GPU and equipped with 16GB of high-speed GDDR6 graphics memory, it supports up to four independently configurable DP or HDMI outputs and features a PCIe® 4.0 x16 high-bandwidth interface. The product supports DirectX 12 Ultimate Ray Tracing, Intel Deep Link technology, and a multi-format codec engine. With up to 229 TOPS (INT8) of peak AI performance and an optional high-efficiency active cooling solution, it ensures stable and reliable operation for long-term deployment in demanding industrial environments.
Comprehensive Competitive Comparison:
Leading in Memory, Compute Performance, and Codec Capabilities
We compare it with mainstream competing solutions on the market across key specifications, making its strengths clear at a glance.
🔔 Arc A750E ECM 16G MXM GPU
◼ Significant Advantages in Memory and Bandwidth: Equipped with 16GB of GDDR6 graphics memory and up to 560 GB/s of memory bandwidth, the A750E efficiently handles multiple high-definition video streams and high-volume data throughput.
◼ Leading Encoding/Decoding Capabilities: Supports AV1 hardware encoding and decoding as well as XeSS upscaling. Compared with H.264/H.265–only solutions such as the RTX 3060/4060M, it significantly reduces bandwidth consumption and storage costs.
◼ Outstanding Overall Price-Performance Ratio: The Arc A750E delivers clear advantages in encoding/decoding performance and overall value. While power consumption is relatively higher, it is especially well-suited for video-centric workloads, excelling in intelligent transportation, machine vision, and medical imaging applications.
◼ Industrial-Grade Reliability: Offers a product lifecycle of over 5 years, wide-temperature operation, and embedded-specific drivers, ensuring long-term stability and reliability for industrial deployments.
Five Typical Application Scenarios
The Arc A750E ECM 16G MXM GPU can be applied across a wide range of industries and applications, including intelligent transportation, smart healthcare, smart logistics, industrial automation, video surveillance, digital signage, and esports gaming. It has already completed adaptation and validation in several representative application scenarios, as outlined below:
💡 Intelligent Transportation – Integrated Vehicle-Road-Cloud Roadside MEC
Configuration: Supports multi-channel 4K/8K video stream processing, adopts the OpenVINO framework, and can process 16 channels of 1080P video stream decoding and recognition, while simultaneously achieving fusion perception of 4 radar channels.
Deployment Solution: An A750E MXM GPU paired with a JHCETCH BRAV-7722 edge computing box is used to build a suitable roadside MEC, which can be embedded in traffic signal controllers or roadside equipment. It supports AV1 hardware encoding and decoding to reduce bandwidth consumption.
💡 Machine Vision – Industrial Quality Inspection and Recognition
Configuration: 448 XMX engines accelerate AI inference, supporting frameworks such as OpenVINO, suitable for industrial quality inspection (e.g., defect detection accuracy ≥99.5%).
Deployment Solution: Integrate the A750E MXM GPU into the machine vision control unit via the MXM3.1 interface.
💡 Medical Imaging – Precision Diagnosis and Surgical Navigation
Configuration: Supports 7680×4320@60Hz 4K display output, compatible with DICOM 3.0 standard, 16GB GDDR6 video memory ensures smooth CT/MRI 3D reconstruction.
Deployment Solution: Uses the JHCTECH BRAV-7722 edge computing box to build an edge-side medical workstation, supporting multi-screen simultaneous display (e.g., 4×4K) for applications such as surgical navigation.
💡 Smart Retail – Unmanned Terminals and Intelligent Warehousing
Configuration: Employs two MXM 3.1 GPU modules with Intel Deep Link technology to enable cooperative dual-GPU operation.
Deployment Solution: Can be integrated into an Intel® Raptor Lake-S–based industrial motherboard with dual MXM 3.1 expansion, and deployed in unmanned retail kiosks or intelligent warehousing terminals.
💡 Graphics Workstation – Professional Rendering and Content Creation
Configuration: Features 28 Xe-Cores and 28 ray tracing units, with support for the Vulkan® API and XeSS upscaling. Delivers up to a 30% improvement in Blender rendering performance compared with GPUs in the same class.
Deployment Solution: Supports four DP 2.0 outputs, enabling 8K HDR content creation, and is compatible with professional software such as DaVinci Resolve.
With its large graphics memory, high compute performance, advanced AV1 hardware encoding and decoding, and professional-grade reliability with long-term lifecycle support, the Arc A750E ECM 16G MXM GPU demonstrates strong competitiveness across diverse application scenarios, including intelligent transportation, machine vision, medical imaging, smart retail, and professional graphics workstations. More than just a GPU solution, it serves as a core enabler for building next-generation intelligent edge systems.