5G fixed wireless access gear is increasingly being asked to do more than deliver broadband, particularly in enterprise sites where location and contextual sensing can unlock new services. Telit Cinterion says it will integrate Airfide Networks’ UWB and 60 GHz radar capabilities into platforms built around its FN990B40 5G sub-6 data card.
As 5G rolls into factories, warehouses and campuses via fixed wireless access (FWA) and enterprise gateways, a familiar problem reappears: connectivity alone rarely solves the operational use cases. Indoor positioning, geofencing and presence sensing often require separate radios, extra sensors and additional integration effort—adding cost and complexity for OEMs, system integrators and operators that want to productise services on top of access infrastructure.
That is the gap Telit Cinterion and Airfide Networks are aiming at with a newly announced partnership. The companies plan to bring Airfide’s localisation and sensing technologies—ultra-wideband (UWB) fine ranging and 60 GHz millimetre-wave radar—into solutions powered by Telit Cinterion’s FN990B40 5G data card.
Telit Cinterion positions the FN990B40 as a next-generation 5G sub-6 data card for broadband connectivity in compact designs, targeting FWA and enterprise gateways, as well as repeater applications. In addition to 5G New Radio (NR) with LTE, the module also supports WCDMA and includes an integrated GNSS receiver, according to the announcement.
Turning FWA hardware into an enterprise services platform
The core idea is to make the 5G gateway or repeater a multipurpose platform: one piece of infrastructure that can connect, locate and sense. Airfide says it integrates UWB and 60 GHz radar into 5G-powered gateways and repeaters, as well as customer premises equipment (CPE), with the stated goal of transforming 5G infrastructure into “intelligent service platforms.”
On the localisation side, the collaboration centres on FiRa-compliant UWB. The companies point to indoor positioning needs in environments such as warehouses and enterprise campuses, and contrast this with Bluetooth Low Energy (LE) approaches that can be constrained by range and device density. In the partnership, UWB functionality is intended to be integrated into FN990B40-powered platforms, allowing OEMs to build geofencing and asset tracking directly into 5G infrastructure—an approach the companies say can reduce system complexity and speed deployment.
Airfide also claims it provides a “full-stack solution,” including reference hardware, software and cloud control. For device makers, that matters less as a marketing phrase than as a practical signal: localisation is rarely just a radio. It typically requires calibration workflows, device onboarding, policy management and operational tooling to make it usable at scale.
Radar sensing aimed at privacy-sensitive indoor use cases
The second pillar is 60 GHz radar, which Airfide says leverages 4 GHz of unlicensed spectrum and uses a four-receiver, three-transmitter architecture. The companies describe this as enabling “sub-centimeter sensing precision” when embedded into FN990B40-based platforms, and they list target applications including occupancy detection, people and object tracking, live health monitoring (including heart rate and pulse), and fall detection for older adult care.
One notable angle in the release is privacy positioning. Because the sensing is described as anonymous and camera-free, Telit Cinterion and Airfide are framing radar as an option for environments where cameras are impractical or unwelcome, such as healthcare facilities and public venues.
The announcement also hints at operator interest: in Japan, operators are said to be evaluating the architecture for 5G repeater deployments, with the implication that sensing and analytics services could be layered on top of coverage infrastructure.
For operators and infrastructure vendors, the broader industry context is a shift in how FWA and enterprise 5G equipment is monetised. As access performance becomes less of a differentiator, vendors are looking for attach services at the edge—capabilities that can be sold as part of a managed offering, rather than as stand-alone devices that enterprises must integrate themselves.
For OEMs, the practical question will be how tightly these capabilities are integrated into the FN990B40-powered designs and what that means for product engineering. If UWB and radar can be packaged into a single gateway or repeater design with a coherent software stack, it could simplify bill of materials decisions and reduce the number of separate subsystems that must be qualified, deployed and maintained over time.
“We’ve embedded our UWB and mmWave radar technologies into platforms powered by Telit Cinterion’s FN990B40. This enables OEMs and operators to deploy intelligent, high-precision IoT services directly within their 5G infrastructure.”
Venkat Kalkunte, Airfide Networks
“This partnership demonstrates how sub-6 5G data card platforms can serve as the foundation for localization, sensing and new monetization opportunities worldwide.”
Neset Yalcinkaya, president of IoT hardware at Telit Cinterion
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