Gateworks Catalina GW9200 Pairs an NXP i.MX 95 With Swappable Sockets

Gateworks Opens Its Catalina SBC Family With an Industrial i.MX 95 Board

Gateworks has a long reputation for building single board computers that survive where consumer boards quietly give up — wide temperature ranges, long production lifecycles, and the kind of rugged I/O that industrial deployments demand. On June 15, 2026, the company introduced the Catalina GW9200, the first board in a new Catalina SBC family, built around the NXP i.MX 95 system-on-chip and aimed squarely at industrial edge AI applications.

The i.MX 95 is a capable foundation for this class of board. It combines Arm Cortex-A55 application cores with an integrated neural processing unit for on-device inference, plus the rich connectivity and security features NXP designs for industrial and automotive customers. That makes the GW9200 a natural fit for gateways, machine-vision nodes, and edge controllers that need to run modest AI workloads without phoning home to the cloud.

The Flexible Socket Adapter Is the Standout Feature

The headline design choice on the Catalina GW9200 is its Flexible Socket Adapter, a socket arrangement that accepts either M.2 or mPCIe modules in the same physical slot. That flexibility is genuinely useful in the field. One deployment might populate the socket with an NVMe SSD for local data logging; another might drop in a cellular modem for remote connectivity, a Wi-Fi card, or a dedicated AI accelerator. Rather than committing to a single expansion standard at design time, integrators can choose per-installation — and re-use the same base board across very different jobs.

Built for Rugged, Long-Life Industrial Deployments

This is where Gateworks boards earn their keep. Industrial customers care less about peak benchmark scores and more about whether a board will still be available — and still boot — five years into a deployment. The Catalina line continues that philosophy with the kind of extended availability, wide operating temperature range, and robust mounting that field hardware needs. For anyone building an edge AI product on a tight reliability budget, those traits matter more than a flashy spec sheet.

Why Edge AI on an i.MX 95 SBC Makes Sense

The case for running inference at the edge keeps getting stronger. Keeping a vision or sensor-fusion model on the single board computer itself means lower latency, no recurring cloud-inference fees, and data that never leaves the site — a real advantage for privacy-sensitive or bandwidth-constrained installations. The i.MX 95's onboard NPU gives the GW9200 enough headroom to handle classification, anomaly detection, and lightweight machine-vision tasks locally.

Where the Catalina GW9200 Fits

The GW9200 is not chasing desktop performance, and it does not need to. It is a purpose-built industrial edge AI SBC with a clever expansion design and the long-term reliability that real deployments require. As the first Catalina board, it also signals more variants to come — which is good news for system integrators who like to standardize on one trusted vendor across a product line.

Sources: CNX Software — "Gateworks Catalina GW9200 NXP i.MX 95 SBC features Flexible Socket Adapter sockets," June 15, 2026; Gateworks product announcement, June 2026.