Neousys Technology has launched the POC-764VR, a compact, fanless computer designed for diverse surveillance applications, such as video analytics and object detection in both manned and unmanned systems.
Its rugged construction enables reliable performance in harsh environments while providing HD image capture, real-time detection, and thorough data analysis. Supporting various sensors, the POC-764VR facilitates real-time monitoring, remote access and control, enhancing security and efficiency while lowering costs.
Performance and Connectivity
POC-764VR is powered by the Intel® Alder Lake Core™ i3-N305 processor with 8 cores, providing reliable performance with a low 15W power consumption. Its computing power makes it an ideal entry-level AI platform with Intel® OpenVINO™ inference capabilities.
The system features 4x GbE PoE+ ports for powering IP cameras, additional 2.5GbE LAN port for data transmission, ensuring secure and high-bandwidth data transmission.
Storage and Expansion
POC-764VR supports 2x 2.5” hot-swappable SSD with RAID 0/1/JBOD configuration up to 16 TB capacity, configured for flexible and reliable data storage. It features M.2 and 2x mini PCIe sockets for additional functionalities like CAN bus, LTE and WiFi wireless connection.
Installation and Deployment
The ignition function simplifies in-vehicle integration, making POC-764VR ideal for mobile surveillance applications. Designed for simplicity, it features front I/O access and a DIN-mounting design, facilitating effortless installation and deployment across various surveillance and security scenarios.
Compact and Space Efficient
Measuring 175.8 x 115.5 x 67.9 mm, it operates reliably in temperatures from -10°C to 70°C, making it ideal for outdoor chassis and confined spaces in critical applications.
The POC-764VR meets the high demands of modern surveillance systems with its outstanding performance and reliability, all within a compact and versatile design. It is the optimal choice for both stationary and mobile surveillance, delivering robust performance essential for critical monitoring.
