OnLogic Helix 401 Fanless Hybrid-Core Computer
The Helix 401 offers scalable, high-performance processing and accelerated graphical display functionality to simultaneously drive multiple 4K displays, making it the ideal fanless computer for many Automation and IIoT applications. As a certified Red Hat system, the Helix 401 is ready to support Red Hat Enterprise Linux versions 8.7 , 9.1, and beyond.
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Main Features of the Product
NEXT GENERATION PROCESSING
The Helix 401 can be configured with a range of Intel® 12th Generation (formerly known as Alder Lake) Celeron and Hybrid-Core i3, i5, and i7 processors. DDR5 memory provides increased bandwidth and reduced latency, all while consuming less power. Graphics are provided by the Intel Iris® Xe graphics architecture, delivering up to 2.47x faster graphics and supporting four concurrent 4K displays.
POWERFUL, COMPACT, FANLESS COMPUTING
The sub-28W powered Helix 401 has the horsepower to drive mission-critical applications while small enough to fit in space constrained locations or enclosures. With multiple mounting options including wall, VESA or DIN Rail, the Helix 401 is able accommodate various installation requirements. The fanless Helix 401 chassis is purpose-built to draw heat away from internal components and dissipate the heat uniformly over carefully engineered cooling fins.
DATA INTERFACES AND EXPANSION
The Helix 401 is an ideal industrial computer for data acquisition or when using a programmable logic controller to execute tasks in unmanned or difficult to reach installations. The front and back faceplate offer various options to connect to devices using USB 3.2, and Thunderbolt 4. Additionally, an onboard M.2 slot provides the Helix 401 with additional storage and connectivity capabilities.
CELLULAR CONNECTIVITY
This system can be configured with an integrated cellular modem, pre-certified to operate on many of the world’s most popular cellular carrier networks using a SIM card. Our 4G capable hardware is ideal for today's mobile, edge computing, and Industrial Internet of Things (IIoT) applications. The wireless connectivity has been tested to operate reliably in challenging Electromagnetic Compatibility (EMC) environments (EN 300 328, EN 301 908-2, EN 301 489-17, EN 301 489-52). Many of our systems also include co-location options allowing you to implement Wi-Fi and Bluetooth, in addition to cellular connectivity, at the same time. To take advantage of cellular connectivity, simply configure your system with one of our available cellular modems and then contact your carrier to activate.
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Technical Specifications
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Product Video
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