Take the Fast Lane to Smarter Cities with the GENE-MTH6

The new GENE-MTH6 maximizes functionality while maintaining efficient, redundant operation. Leveraging the integrated CPU, GPU, and NPU of its Intel? Core? Ultra SoC alongside 96GB of DDR5 memory, high-speed storage, and a combination of robust wired and wireless connectivity, the GENE-MTH6 offers everything needed to execute the real-time data processing needed for smart traffic, environmental monitoring, and AI-powered surveillance applications.

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Performance Over Everything

The GENE-MTH6’s architecture is designed for maximum performance, with a disaggregated SoC comprising an Intel? Core? Ultra CPU, Intel? Arc? graphics, and a dedicated NPU. This is joined by 96GB of DDR5 support for latency-free data management. Such a combination not only offers the capacity to process complex AI and machine learning workloads, but also the ability to manage high-volume datasets on the edge in real time.

Scalable by Design

A 9V to 36V power input range with ERP support makes it both power-efficient and suitable for varied smart city deployment settings. Meanwhile, the board’s M.2 M-Key slot and FPC2 connector allow for the installation of multiple types of storage module, with its FPC2 connector also offering RAID support. The GENE-MTH6 can therefore accommodate modules with the high read/write speeds crucial for functions like real-time video analytics, while also providing redundancy for critical smart city infrastructure when scaled for applications like smart grids and public safety networks.

360° Connectivity

The GENE-MTH6 blends robust wired interfaces with next-gen wireless expansion for 360° connectivity. A total of three LAN ports, with two running at 2.5GbE provide excellent wired networking. Moreover, PEX support facilitates advanced functions like load balancing and traffic aggregation for managing large data volumes from peripheral cameras and sensors. Meanwhile, the GENE-MTH6’s M.2 E and B-Key slots provide ultra-fast, low-latency wireless communication in the form of Wi-Fi 6E CNVi and 5G, respectively.