Darveen Edge Computer Received Industry Award
The MIC-9X02GLF series won an Edge Award for its performance in industrial automation and edge AI applications.
Updated on Sept. 25, 2026 in Computers
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Machine Design has awarded the Darveen MIC-9X02GLF series an Edge Award for its technical capabilities. This industrial computer system supports high-performance processing and expanded connectivity options for edge-based workloads.
Why it matters
The recognition highlights the rising demand for robust, high-power edge computing systems in industrial environments. These devices are designed to support intense AI workloads in locations where standard server hardware would be physically or environmentally impractical.
The system features a 480W DC adapter and supports GPU cards up to 330 mm in length with 300W of dedicated power. Connectivity includes up to 6 COM ports, 6 GbE LAN ports, and 8 USB ports.
The players
Darveen
An industrial computer manufacturer specializing in ruggedized edge systems and automation hardware.
Machine Design
An industry publication that evaluates engineering technology and hardware design standards.
The details
The MIC-9X02GLF utilizes a cable-free internal connection between the mainboard and I/O board to prevent disconnections caused by vibration. It supports Intel Core processors from 12th through 14th Gen, with customizable I/O boards allowing for additional LAN, COM, DIO, and USB interfaces to suit specific industrial environments.
Timeline
September 25, 2026: The Edge Award recognition was announced.
The Tech Race
The unit occupies a high-performance niche within the broader industrial PC market that currently relies on the Intel 14th Gen Core processor architecture to manage complex AI inference. By integrating high-wattage GPU support in a cable-free chassis, Darveen aims to compete with high-density compute nodes in automation.
Engineers and systems integrators can use the MIC-9X02GLF to run advanced machine learning models directly on the factory floor. It replaces lower-power, legacy industrial controllers that were previously unable to handle the GPU requirements of modern AI models.
The takeaway
This award underscores the shift toward high-power compute at the industrial edge. Future performance benchmarks for the MIC-9X02GLF will serve as a bellwether for how effectively 14th Gen Intel systems can handle continuous high-draw AI workloads in ruggedized environments.
Further reading
For more on the current state of industrial hardware, browse Computers.
Source note: This article includes information reported by EEJournal.
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