The capabilities of 5G fixed wireless access devices are increasingly extending beyond broadband transmission. Especially in enterprise environments, location and context awareness can unlock new services. Telit Cinterion announced it will integrate Airfide Networks’ UWB and 60 GHz radar capabilities into a platform. This platform is based on its FN990B40 5G Sub-6 data card.
As 5G penetrates factories, warehouses, and campuses via fixed wireless access (FWA) and enterprise gateways, a familiar problem resurfaces. Connectivity alone rarely solves real-world application scenarios. Indoor positioning, geofencing, and presence awareness typically require separate radio modules, additional sensors, and extra integration work. Consequently, this increases costs and complexity for OEMs, system integrators, and operators who want to productize services on top of the access infrastructure.
This is precisely the problem that Telit Cinterion and Airfide Networks aim to address through their newly announced partnership. These companies plan to integrate Airfide’s positioning and sensing technologies — UWB fine ranging and 60 GHz millimeter-wave radar — into solutions. The solutions are based on the Telit Cinterion FN990B40 5G data card.
Telit Cinterion positions the FN990B40 as a next-generation 5G Sub-6GHz data card, featuring a compact design. It also provides broadband connectivity for FWA (Fixed Wireless Access) and enterprise gateway and repeater applications. The announcement states that in addition to supporting LTE’s 5G New Radio (NR), the module also supports WCDMA. Additionally, it integrates a GNSS receiver.
Transforming FWA Hardware into an Enterprise Service Platform
The core concept is to build 5G gateways or repeaters into a multi-functional platform: an infrastructure that integrates connectivity, positioning, and sensing. Airfide states that by integrating UWB and 60 GHz radar into 5G gateways, repeaters, and customer premises equipment (CPE), they aim to transform 5G infrastructure into a “smart service platform.” In terms of positioning, the collaboration focuses on FiRa-compliant UWB technology. The two companies noted the growing demand for positioning in indoor environments such as warehouses and corporate campuses. They compared it to Bluetooth Low Energy (LE) solutions, which may be limited by range and device density. In this collaboration, UWB functionality is planned to be integrated into an FN990B40-based platform. This will enable OEMs to build geofencing and asset tracking capabilities directly into 5G infrastructure. The companies say this approach reduces system complexity and accelerates deployment.
Airfide also claims to offer a “full-stack solution,” including reference hardware, software, and cloud control. For device manufacturers, this is less a marketing slogan and more a practical signal. Positioning functionality rarely relies solely on radio. Typically, achieving large-scale deployment requires calibrated workflows, device integration, policy management, and operational tools.
Radar Sensing for Privacy-Focused Indoor Applications
The second pillar is a 60 GHz radar, which Airfide states utilizes the unlicensed spectrum of 4 GHz and employs a four-receiver, three-transmitter architecture. The two companies claim that when embedded in an FN990B40-based platform, the technology achieves “sub-centimeter sensing accuracy.” They list target applications including occupancy detection, people and object tracking, real-time health monitoring (including heart rate and pulse), and fall detection for the elderly.
A key aspect of this announcement is privacy positioning. Because the sensing technology is described as anonymous and camera-free, Telit Cinterion and Airfide position the radar as an option for environments where cameras are unsuitable or undesirable. This includes places such as medical facilities and public places.
The announcement also hints at operator interest. Japanese operators are reportedly evaluating 5G repeater deployment architectures. This means that sensing and analytics services could potentially be overlaid on top of coverage infrastructure.
For operators and infrastructure providers, the broader industry context is the shift in monetization models for Fixed Wireless Access (FWA) and enterprise-grade 5G equipment. As access performance is no longer the decisive factor, providers are seeking edge-added services. This is functionality that can be sold as part of managed products, rather than as standalone devices that enterprises must integrate themselves.
For original equipment manufacturers (OEMs), the real question is how well these functionalities integrate with FN990B40-based designs and what this means for product engineering. Encapsulating ultra-wideband (UWB) and radar capabilities into a single gateway or repeater design with a unified software stack simplifies bill of materials decisions. It also reduces the number of separate subsystems requiring certification, deployment, and maintenance.