Wireless modules

Wireless technology connects people, enables remote process monitoring, and opens the door to new applications. Micro mobility, remote asset management, and smart agriculture are just a few examples that would not be possible without a reliable wireless infrastructure. The development and adoption of new wireless technologies are driven by the growing demand for smart IoT solutions that advance automation and digitalization.

The possibilities created by these developments have made more and more systems continuously reliant on LTE, LoRaWAN, Wi-Fi, Bluetooth, or GNSS signals — or a combination of these technologies. In the agricultural and horticultural sectors alone, the opportunities are endless: from precision farming with wireless sensor networks to vehicle tracking and monitoring by agricultural machinery companies. And the number of applications continues to grow.

Professionally implementing wireless communication for IoT often comes with challenges — from questions about security and compatibility to concerns about the product life cycle of a chip or module. The team at Batenburg Applied Technologies has extensive experience addressing these issues and supports system developers during the component selection and design-in phases of leading wireless technologies. The components and development kits from our partners, u-blox and Mipot, have played an important role for years in industries looking to successfully adopt new wireless technologies.

Even in later stages of product development, and when challenges arise in the field, companies can count on us. By combining our areas of expertise, we can design and produce complete IoT systems, prototypes, or small series for evaluation — all from a single location.

Cellular

Short Range

Positioning (GNSS)

Antennes

We guide you through the landscape of cellular, short-range, and positioning modules

Which wireless chip or module best suits my application? That’s the key question when developing a product or system that relies on wireless communication via a cellular, short-range, or satellite connection. For every scenario, there are parameters the chip or module must meet — such as minimum data rate, maximum power consumption, compatibility with older technologies or generations, focus on security features, and much more.

Our team understands the challenges that come with wireless technologies. We know better than anyone the strengths, limitations, and application areas of each generation and type of wireless technology. By carefully analyzing the possibilities and aligning them with the specific needs of your application, we help you select not only the best module that meets all requirements, but also fits within budget and remains ready for future developments.