Neousys' Nuvo-7000 fanless series embedded computer has been certified by UL, one of the most authoritative safety certification companies
Neousys Technology, an industry-leading provider of rugged embedded systems, announced their fanless rugged embedded computer, the Nuvo-7000 series, has been certified by UL (certification number E511805). Nuvo-7000 series meets UL 62368-1 standard and supports a wide range of operating temperatures from -25 to 70 degrees Celsius and DC input from 8V to 35V, so users can safely deploy it in demanding harsh environments.
With the rapid development of technology, safety standards for information technology equipment (ITE) are constantly developed and updated. The UL 62368-1 is a new standard for audio/video, information, and communication technology equipment. The standard applies to a broad range of high-tech products from computing and networking to telecommunication products.
Nuvo-7000 series is a rugged, fanless embedded computer featuring rich I/O connections, flexible expansion and wide-temperature operation. Powered by an Intel 9th/8th Gen Core i processor up to 8 cores, Nuvo-7000 series provides excellent performance. It also features a patented Cassette module for additional add-on card(s) and MezIO interface for expanding functions such as DIO, RS-232/422/485, GbE, USB3 and ignition power control. In addition, Nuvo-7000 series is also CE/FCC certified for EMC and MIL-STD-810G certified for shock/ vibration.
"It is a new milestone for Neousys. We are pleased that Nuvo-7000 fanless series embedded computer has been certified by UL, one of the most authoritative safety certification companies. Now, we are ready to cooperate with world-class companies to create safe and high-quality embedded systems." said Dennis Chen, a product manager at Neousys.
Neousys is committed to manufacturing high-quality and safe products. The UL-certified product, Nuvo-7000 series and Nuvo-6108GC series, also have multiple certifications and feature patented technologies to ensure safety and durability in a harsh environment.