Smart Manufacturing

Solution Highlights 1. Powerful Intel processors drive vision applications. The platform supports 11th Gen Tiger Lake-H and Coffee Lake-S processors. Furthermore, industrial-grade PCH chipsets ensure reliable operation in harsh environments. The system accommodates up to 64GB DDR4 memory. This capacity handles multiple video streams simultaneously. Additionally, the flexible processor selection lets customers optimize performance for specific vision tasks. 2. Full NVIDIA GPU compatibility maximizes processing power. The system supports RTX 40 series, Ampere A/30 series, and Turing cards. High-end configurations include RTX 3080 and A4500 graphics cards. GPU acceleration transforms image processing speed. Deep learning inference happens in real time without bottlenecks. Furthermore, AI analysis keeps pace with high-speed production lines. Manufacturers catch defects instantly instead of after shipment. 3. Real-time AI analysis transforms quality inspection. GPU heterogeneous computing processes multiple camera feeds simultaneously. Millisecond-level defect detection prevents faulty products from advancing. The system also tracks objects and analyzes behaviors automatically. High-speed production lines benefit from this instant analysis. Moreover, manufacturers reduce waste and improve product quality without slowing down operations. 4. Advanced thermal design handles extreme workloads. Pure copper modules transfer heat efficiently from processors. Multi-fin heatsinks and dual ball-bearing fans dissipate up to 45W CPU plus 120W GPU thermal loads. This cooling capacity ensures sustained performance under full load. Factories can run inspection systems 24/7 without overheating. Furthermore, industrial-grade reliability means fewer shutdowns and higher productivity. Application Scenarios Machine vision applications span multiple industries. Production line inspection systems detect defects automatically. Medical digital imaging equipment processes X-rays and remote robotic surgery feeds. Mobile and fixed medical diagnostic devices gain AI capabilities. Ruggedized terminals withstand vehicle, marine, and outdoor conditions. Furthermore, portable rounds inspection terminals help doctors at the bedside. Vehicle-road collaborative edge nodes also leverage this computing platform.

Solution Intro: Industrial AI Motherboard + High-Performance MXM GPU HPC Platform:The EMA-7102 motherboard is equipped with Intel 9th Gen Coffee Lake-H processors(options:i7-9850H / i7-8850H / i5-8400H,max turbo frequency up to 4.6GHz). MXM Discrete GPU Acceleration:On-board MXM 3.1 Type-B graphics interface supports the MM3080B6-16G graphics card(based on NVIDIA Ampere architecture,mobile-verison RTX 3080,6144 CUDA cores,16GB GDDR6 video memory,256-bit bus,448GB/s bandwidth).The graphics card features PCle 4.0×16 and delivers up to 135W of graphics computing power with approximately 17.5 TFLOPS single-precisison floating-point performance.It greatly accelerates image rendering,deep-learning inference and mulit-channel videpo processing. Industrial Rugged Design:Compact mITX(170 x 170mm)footprint.Wide-temperature support(0-50°C;-20°C / -40°C optional),wide-voltage 12-24V DC input for battery-operated mobile equipment.Rigorously selectecd and burn-in-tested components deliver vibration,shock,dust and moisture resistance to withstand harsh field harsh field and vehicle-mounted conditions. Multi-Display Control Support :The motherboard natively provides five display outputs(HDMI,DP,eDP,LVDS,optional HDMI/DP).Combined with four DisplayPort outputs from the MXM GPU (configurable for DP++ or HDMI 2.1),a single card supports resolutions up to 7680 x 4320@120Hz.It can drive dual-screen or triple-screen displays simultaneously,perfectly matching the UI requirements of dual-display rugged laptops. Solution Highlights Stable Operation in Extreme Enviroments :Both the motherboard and GPU adopt industrial-grade components.They support -20 °C ~ 70°C wide-temperature storage and 0 ~ 50°C operating temperature(-40°C extendable).Equipped with thermal pads and customized solutions,the system maintains stable performance under harsh conditions including high/low temperature,humidity and dust,ensuring uninterrupted field rescure and military operations. Powerful GPU Acceleration for Real-Time AI Inference : The MM3080B6-16G GPU integrates 192 Tensor Cores and supports CUDA 8.6,enabling efficient execution of AI algorithms such as image recognition,object detection and terrain analysis. Rich Expansion & Connectivity : The EMA-7102 motherboard comes with 2 x Gigabit Ethernet ports,3 x USB 3.1,Type-C(display and data support),2 x USB 2.0,1 x RS232, 1 x SATA 3.0,3 X M.2(Key-M/B/E) and a SIM card slot.It allows flexible intergration of peripherals such as 4G/5G,Wi-Fi 6,Beidou/GPS modules,infrared night-vision devices and life detectors to meet multi-functional integration requirements. Stable and Reliable Power & Thermal Solution :It supports 12-24V wide-voltage input,compatible with vechicle-mounted power supplies and battery-powered operation.The MXM GPU features dynamic power adjustment(85W/110W/135W optional).Combined with high-efficiency thermal conduction and active cooling design,it guarantees consistent performance and service life under long-term full-load operation. Application Scenarios This solution applies to dual‑display rugged laptops, handheld rugged tablets, vehicle‑mounted computers, field survey terminals, emergency rescue command devices and UAV ground stations. Powered by EMA‑7102 motherboard and MM3080B6‑16G GPU, featuring high performance, industrial‑grade reliability and multi‑display output, it provides a robust foundation for data collection, information processing and decision support in harsh environments, helping users address mission‑critical challenges.