Winmate Edge AI Computing empowers industries with advanced AIoT capabilities by combining powerful processors, integrated AI acceleration, and robust connectivity. Designed for diverse applications such as manufacturing, healthcare, and smart cities, it supports seamless cloud integration and AI-assisted analytics for real-time insights. With optional support for Intel®, Hailo AI chips, and NVIDIA GPUs, along with low-latency AI inferencing and rugged designs, Winmate’s solutions offer scalability, efficiency, and adaptability, redefining performance standards for AI-driven industrial IoT.
Enhance performance through integration with the Hailo8™ AI Processor, Winmate Edge AI Box PC showcases remarkable capabilities, delivering 26 TOPS for streamlined operations, scalability, and customizable features to suit varied needs in AI and IIoT applications.
The ITMH100-AI is designed to operate effectively across a wide input voltage range, spanning from 9 to 29 volts. It offers high-efficiency conversion from positive to negative voltage, making it suitable for powering loads of up to 4A with optimal performance and reliability.
The ITMH100-AI box PC Offering formidable multi-video output functionality, it supports diverse combinations of portrait and landscape displays, tailored precisely to meet the demands of your digital signage projects. Take your pick from three signal output modes: HDMI, DP, and 4xUSB3.2Gen1 (Type A).
The Winmate AI box PC integrates Tiger Lake UP3 embedded box PC, offering a diverse range of Core processor options, Iris Xe graphics. Ideal for factory automation, robotics, smart retail, and IoT/Industry 4.0 deployments, it delivers advanced total compute performance, graphics, media, and display capabilities, enhanced by Intel® Deep Learning Boost (Intel® DL Boost) and Intel® Time Coordinated Computing (Intel® TCC).
The Winmate industrial embedded PC incorporates an AI chip to facilitate effective heat dispersion, essential for sustaining peak performance. With its fanless configuration, it ensures efficient cooling while minimizing noise and dust accumulation, thereby improving reliability and longevity in industrial environments.