Cart  

No products

0,00 € Shipping
0,00 € Total

Prices are tax excluded

Cart Check out

JCO Jetson AI

New products

All new products

JCO series

Jetson EDGE AI industrial computers

More details...

Price on request

JCO series

JCO Series – Industrial-Grade AI Performance with NVIDIA Jetson

The JCO Series industrial computers are built on the powerful NVIDIA Jetson platform, delivering cutting-edge AI capabilities for demanding industrial applications. Designed for reliability in harsh environments, the JCO Series is ideal for advanced robotics, autonomous systems, and high-performance embedded AI computing. Each model in the series offers scalable AI power, energy-efficient operation, and flexible I/O to support a range of edge AI workloads.


JCO-1000-ORN Series

  • Supports Jetson Orin Nano Super (4GB/8GB) with 7W–25W power profiles

  • Supports Jetson Orin NX (8GB/16GB) with 10W–25W power profiles

  • AI performance up to 100 TOPS

  • Up to 3× faster than Jetson Xavier NX

  • Optional configurations: 2x LAN or 4x PoE RJ45

  • High-speed I/O and wireless connectivity


JCO-3000-ORN Series

  • Supports Jetson Orin Nano Super (4GB/8GB) and Jetson Orin NX (8GB/16GB)

  • Power range from 7W to 25W

  • Delivers 20–100 TOPS of AI performance

  • Includes high-speed I/O and wireless options


JCO-6000-ORN Series

  • Supports Jetson AGX Orin (32GB/64GB) with 15W–60W power options

  • Delivers up to 275 TOPS of AI performance

  • Up to 8× faster than Jetson AGX Xavier

  • Includes 2x or 4x EDGEBoost I/O expansion slots


C&T Fanless Embedded Systems

C&T’s fanless embedded platforms are engineered for flexibility, reliability, and integration in diverse industrial applications. These systems feature:

  • Superior hardware integration

  • High system performance

  • Versatile I/O connectivity

  • Wide-range power input

  • Smart management capabilities

  • Proven rugged reliability

Together, these attributes make C&T's embedded systems a robust and future-ready platform for today’s industrial and edge computing demands.