OnLogic Helix 500 Intel Comet Lake Industrial Edge Computer

ENGINEERED FOR YOUR INDUSTRIAL (R)EVOLUTION

With an incredible performance to size ratio, Helix 500 packs desktop processing performance into a fanless, silent mini-pc. Powered by Intel 10th Gen Comet Lake Core processing, Helix 500 can accommodate up to 64 GB of RAM (contact us for more details), has room for dual SSDs (including NVMe options) and features available VPU accelerators, including Intel Movidius and Google Coral. Need more expansion or graphics capabilities?
Check out the Helix 600.

DESIGNED AND TESTED FOR DEPENDABILITY

Engineered to survive where other computers would fail, Helix 500 puts you in control of how, and more importantly where, your data is collected and processed. Its fanless construction and 0-50°C operating temperature range allow Helix 500 to operate 24/7 right where you need powerful computing. The system is NRTL safety listed to IEC 62368-1 and comes complete with a CB scheme. EMC compliance testing covers 60601-1-2 4th edition which includes immunity testing to 15kV ESD, 1kV EFT, and 30A/m magnetic immunity, yielding impressive level A results - greater than 2x the protection of standard IT equipment. EMC testing also includes FCC and CE. Helix 500 combines the power of a desktop computer with the flexibility of a PLC, the tolerance of a medical device and the connectivity of an edge gateway, letting you focus on the success of your project, not the reliability of your hardware.

THE PERFECT MIX OF POWER AND CONNECTIVITY

While Helix 500 may be compact, it provides the connectivity you need to interface with your entire infrastructure. With triple independent display support, dual Gb LAN with vPro/AMT (depending on the processor selected), available DIO and wide-input 12-24V power with voltage protection, Helix 500 puts you in control of how your information is collected and displayed. With it's small size, high performance and versatile connectivity, the system is ideal for industrial control applications, manufacturing automation or any edge computing project that demands reliable performance in challenging or space constrained environments.