Compact fanless embedded computer with Intel 9th/8th-Gen core processor
Neousys has announced its latest rugged fanless embedded computer, Nuvo-7531 series, featuring Intel 9th/8th-Gen Core processor, compact dimensions, Gigabit Ethernet and USB ports with screw-lock mechanisms. It is a solution for industrial automation, machine vision and automated guided vehicle applications.
Powered by an Intel 9th/ 8th-Gen Core 65W/ 35W CPU that offers more than 50% computation performance improvement over the previous generation, Nuvo-7531 series is a fanless embedded computer with a 212x165x63 mm low-profile chassis that is compact and yet powerful.
The Nuvo-7531 has an abundance of I/O connections. It features four Gigabit Ethernet and four USB3.1 ports with screw-lock for multiple Gigabit Ethernet and USB camera connections. The screw-lock design offers rugged connectivity by ensuring the connector is screwed-on and does not fall off easily.
For data storage purposes, there is a hot-swappable HDD tray for you to hot-swap the storage drive without turning off the system or dismantle the chassis. In addition, Nuvo-7531 supports three mPCIe slots for expansion so you can install WiFi or 3G/ 4G modules to achieve wireless communication. For convenience, there is a pet-door at the bottom of the enclosure for easy installation or maintenance of mPCIe and M.2 modules.
"Nuvo-7531 is a little giant in the world of rugged embedded controllers. While other embedded controllers with the same desktop i7/ i5 CPU are larger in dimensions, Nuvo-7531 offers exactly the same computing performance in just 1/2~2/3 the size. It is a better fit for applications that require high performance platforms in restricted spaces," said Dennis Chen, Product Manager of Neousys Technology.
Overall, for a compact embedded computer, Nuvo-7531 delivers amazing computing power and provides rich I/O connectivity. It is a solution for a variety of industrial applications that require a certain degree of processing power but limited by installation space and harsh environments, such as industrial automation, machine vision, robotics and automated guided vehicle.