VOXMICRO unveils configurable Wi-Fi 7 module system on Qualcomm Dragonwing NPro 7

By AI, Created 5:31 PM UTC, May 18, 2026, /AGP/ – VOXMICRO announced the AIRETOS E92 Class at Xponential 2026 in Detroit, introducing a configurable Wi-Fi 7 module family built on Qualcomm’s Dragonwing NPro 7 platform. The company says the new architecture is designed to give robotics, uncrewed systems, and industrial customers more host-level flexibility than fixed-stack modules.

Why it matters: - VOXMICRO is pitching the AIRETOS E92 as a Wi-Fi 7 module system that preserves silicon-level configuration freedom at the module level. - The design targets robotics, uncrewed systems, industrial infrastructure, and embedded-wireless products that need tighter mechanical integration than standard plug-in modules allow. - The architecture could reduce redesign work for customers that need different band plans, chain counts, or host layouts across product lines.

What happened: - VOXMICRO announced the AIRETOS E92 Class during Xponential 2026 in Detroit, held May 11-14. - The new family uses Qualcomm® QCN9274 / QCN6274 Dragonwing™ NPro 7 chipsets. - VOXMICRO built the platform on its patent-pending WAVIA™ architecture. - The company said it is meeting with system integrators and OEMs at the event.

The details: - The AIRETOS E92 supports a peak dual-radio PHY rate of 11.5 Gbps. - The modules support 320 MHz channel bandwidth in the 6 GHz band. - Supported configurations include 4×4 single-band and 2×2 + 2×2 dual-band modes. - Each radio can support up to 256 concurrent clients. - The platform supports IEEE 802.11be Multi-Link Operation (MLO). - The same modular foundation also supports single-band, dual-band diplexed, dual-independent-radio, and 4×4 single-radio modes. - The primary form factor is module-down LGA, with Core-only or Core + Radio Extension Board options. - Module-down LGA is intended for thin, dense, integrated systems where the wireless function must fit inside the host design. - VOXMICRO lists robotics on NVIDIA® Jetson™, NXP® i.MX®, and x86 hosts, plus AGV / AMR platforms, drones and UAVs, AR / VR and wearables, defense uncrewed systems, and portable medical and industrial-grade IoT as target uses. - The module-down approach gives designers direct control over RF routing, ESD strategy, antenna placement, and isolation at the host level. - Slotted versions are also available in M.2 E-key, M.2 B-key, and mPCIe form factors. - VOXMICRO says the slotted versions fit enterprise access points, industrial gateways, high-density venues, and carrier-grade infrastructure where chassis mounting and field replacement matter. - The same architecture is designed to support future AIRETOS infrastructure classes.

Between the lines: - The announcement positions WAVIA as a way to turn multiple fixed Wi-Fi module SKUs into a single configurable platform. - That could matter for OEMs that want to adapt band, power, and chain-count options without redesigning the module or reworking the host PCB. - VOXMICRO is also signaling a broader licensing and multi-generation strategy around WAVIA, not just a single product launch.

What’s next: - VOXMICRO said availability, evaluation kits, and reference design access for the AIRETOS E92 will be announced separately. - The company is pointing customers to AIRETOS, WAVIA, and VOXMICRO for more information.

The bottom line: - VOXMICRO is betting that configurable module-down Wi-Fi 7 hardware can win business where standard off-the-shelf modules are too rigid for next-generation embedded systems.