The POC-600-FT is a fanless, ultra-compact industrial embedded PC designed for DIN rail mounting. Powered by an Intel Atom x7425E processor and DDR5 memory, it delivers enhanced performance and 1.5x faster data handling. Dual PoE+ capable 2.5GbE ports supply power and high-speed connectivity to vision cameras. MezIO expansion enables modular I/O customization, while robust thermal engineering and wide operating temperatures ensure uninterrupted operation across harsh environments. Ideal for automation systems.
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POC-600-FT Deploys Intel Atom x7425E With Enhanced DDR5 Performance
Featuring the Intel Atom x7425E processor with four cores and four threads at a 12 W TDP, the POC-600-FT delivers enhanced computational efficiency for embedded applications. Combined with high-speed DDR5 memory operating at 4800 MHz, it achieves a 1.5-fold performance gain compared to its predecessor. The integrated Intel UHD Graphics supports the OpenVINO toolkit for AI-driven object detection, tracking, and edge analytics workflows in demanding automation and machine vision environments.
Three 2.5GbE Ports Including Two PoE+ Powering Vision Cameras
The device features three integrated 2.5-GbE interfaces, two of which support PoE+ for simultaneous power and data delivery to vision cameras over a single cable. By combining high-speed 2.5-gigabit connectivity with power injection, it streamlines installation and reduces cabling complexity. This setup lowers image transfer latency, enables deterministic timing, and ensures precise multi-camera synchronization, making it ideal for synchronized visual inspections, robotic guidance, industrial automation and other demanding vision-based applications.
POC-600s compact 56Ã108Ã153mm design ensures reliable maintenance-free industrial operation
Measuring only 56 à 108 à 153 mm, the POC-600 occupies minimal cabinet space. Its fanless thermal design and wide operating temperature range from -25 °C to 70 °C deliver reliable, maintenance-free performance in dusty, humid or temperature-sensitive production environments. Passive cooling via the rugged housing prevents contamination and reduces component failures. Compact dimensions and robust heat dissipation guarantee continuous operation across industrial settings, eliminating the need for extra ventilation.
DIN rail compatibility enables quick installation without additional brackets
The POC-600 mounts directly onto standard DIN rails, eliminating the need for supplementary brackets or mounting hardware. Its rugged housing is engineered to absorb shocks and attenuate vibrations, ensuring stable operation even in high-vibration environments. This approach simplifies installation workflows and reduces setup time for technicians. Compact dimensions allow the device to fit comfortably within confined industrial cabinets, facilitating rapid deployment and dependable performance in space-constrained automation and control applications.
MezIO Interface Enables Tailored I/O Modules for Automation Integration
Neousys MezIO(R) expansion interface enables the integration of application-specific input/output modules tailored to unique industrial requirements. By allowing seamless upgrades with digital I/O cards, ignition control boards, or wireless communication adapters, it transforms standard embedded platforms into specialized controllers. The plug-and-play architecture reduces development effort, supports fast prototyping, and accommodates future modifications without redesign. This modular flexibility accelerates deployment of customized automation systems and ensures smooth compatibility with existing infrastructures.
Neousys POC-600-FT Delivers Entry-Level AI, Rugged Fanless Industrial Performance
Featuring an Intel Atom x7425E CPU and DDR5 memory, the Neousys POC-600-FT delivers entry-level AI inference combined with three 2.5-GbE ports, two supporting PoE+ to power and network cameras. The fanless, vibration-resistant chassis sustains reliable operation from -25â°C to 70â°C. Its ultra-compact dimensions and effortless DIN-rail mounting enable seamless integration into control panels, while a MezIO interface provides customizable I/O expansion, ensuring long-term adaptability in industrial automation and vision tasks.
