Products

5G NR, LTE-A and RedCap modules enable connection to the most advanced cellular networks and are suitable for devices requiring ultra-fast data speeds, ultra-low latency, and ultra-high reliability. Typical use cases include mobile broadband devices as well as some of the most demanding applications on the market including consumer and industrial laptops, high-definition live broadcast, AR/VR, remote surgery, digital twins, infotainment and industrial IoT.

A key feature of 5G networks is their ability to support a high concentration of devices, making them ideal for applications such as smart cities and agriculture. Our 5G modules are second to none in terms of performance, security and production volume, making us the partner of choice for solution designers building the 5G future.

LTE, LPWA and Wi-Fi connections currently dominate the IoT device market. With data speeds from 10Mbps to 150Mbps, LTE Cat.1/Cat.4 modules offer versatile support for a wide range of devices, extending from smart metering to rugged tablet PCs. These 4G LTE modules stand out for their exceptional power efficiency, reliability, and cost-effectiveness. By also integrating GNSS capabilities, our modules not only enhance performance but also enable our customers to achieve significant cost savings.

LPWA modules suit applications with low data needs, ensuring cost-effectiveness for high-volume units or remote operations like streetlights. For short-range connectivity, our Wi-Fi modules offer faster speeds, increased capacity, and improved efficiency, adeptly meeting the demands of smart homes, industrial automation, healthcare, and transportation sectors.

Smart modules combine functionalities which would otherwise need to be integrated separately – such as graphical processing, computing, connectivity and data storage – in a single, compact piece of hardware. This dramatically reduces build complexity and size, helping to limit costs and bring devices to market quickly, while edge AI capabilities can enable on-site data processing and decision-making to enhance efficiency and reduce latency.

We excel at developing smart modules to support the many use cases which call for them – from robotics to video conferencing systems – and are adept at straddling the regulatory complexities of different jurisdictions to suit global deployments.

Automotive modules play a pivotal role in establishing connectivity between vehicles, networks, services, infrastructure and civic authorities. This interconnectedness enhances road travel, making it safer, faster, more convenient and more environmentally sustainable.

Our automotive modules are renowned for their durability, compliance and reliability and are suitable for a range of applications including driver assistance, traffic management, on-board entertainment, and the rapidly evolving field of autonomous driving. As we continue to innovate, our modules stand at the forefront, paving the way for the development of smarter, safer and more interconnected road systems.

Satellite modules are among the newest additions to the arsenal of IoT device designers, and are set to have a transformative effect on the industry. Satellite modules use non-terrestrial networks (or NTN) to provide a backup option to cellular connectivity for devices which may roam outside of cellular coverage areas by allowing them to rely on satellite connectivity when required.

This provides optimal connection stability for numerous use caes from maritime and shipping, to outdoor wearables, to vehicles venturing to remote locations or through adverse weather. Few IoT module providers have yet grasped this game-changing opportunity – of which we are very much at the forefront.

GNSS modules draw on satellite constellations to support devices which must ensure consistent and precise location positioning capabilities without reliance on the availability or signal strength of cellular networks. Examples include micromobility, fleet management, pet tracking, sharing economy and remote monitoring.

Careful attention must be given to which constellations will be available to the device, how precise the positioning must be, and advanced features such as dead reckoning and real-time kinematic (RTK) capabilities may be required – get in touch to find out which of our GNSS modules best suits your next build.