Vecow Unveils Liquid-Cooled EVS-3000 LIQ AI System Redefining Edge Computing

Vecow, a team of global embedded experts, announced the launch of the EVS-3000 LIQ, a rugged, liquid-cooled AI computing system purpose-built for high-performance edge applications. Powered by Intel^® Core™ processors and equipped with embedded MXM graphics, the EVS-3000 LIQ offers professional-grade solution to compute-intensive environments including V2X, traffic vision, rolling stock, in-vehicle computing, and industrial AI workloads.

High-Performance AI at the Edge
The EVS-3000 LIQ supports Intel^® Core™ i9/i7/i5/i3 processor with up to 24 cores and 32 threads and features dual DDR5 memory supporting up to 96GB. With integrated support for a 115W MXM GPU and a PCIe expansion slot, it delivers processing powerful for real-time AI inference and acceleration-making it ideal for modern edge AI deployments.




Advanced Thermal Engineering with Liquid Cooling
Designed to handle the thermal demands of high-performance edge computing, the EVS-3000 LIQ features an integrated, high-efficiency cold plate liquid cooling system, enabling quiet, fanless operation from 5°C to 65°C. The included Vecow Liquid Cooling Development Kit—comprising the cooling unit, coolant, tubing, and accessories—provides a turnkey thermal solution tailored for power-dense AI workloads in autonomous systems, industrial automation, and more.




Built for Mission-Critical Applications
The EVS-3000 LIQ offers industrial-grade reliability with a wide-range DC input (9V to 55V), software ignition control, and support for Out-of-Band (OOB) remote management. These features enable centralized control, monitoring, and firmware updates—ensuring continuous operation even in remote or harsh environments.

"As edge AI deployments continue to scale, conventional cooling methods are no longer sufficient," said Wendy Chou, Product Manager, Embedded Systems & Platform Division at Vecow. "The EVS-3000 LIQ address this challenge with a robust liquid-cooled design that delivers stable, efficient and ultra-quiet operation—even in the most demanding scenarios.”

www.vecow.com