The patented RoProxCon® technology enables robust, wear-free, and highly reliable short-distance contactless power and data transmission. The evaluation board facilitates the first steps in high-speed contactless data transmission.
The central element of the evaluation board is the RoProxCon® System-on-Module (SoM), a compact wireless module for reliable, contactless, short-range data transmission. This technology is ideal for applications where conventional connectors reach their limits, for example, due to wear, limited lifespan, or mechanical constraints.
The new evaluation board offers a simple introduction to RoProxCon® technology. Thanks to versatile system integration interfaces, such as RJ45 (Ethernet) and SMA connectors, both standardized and customer-specific protocols can be tested.
Power is supplied via USB-C or an optional power connector. An integrated RF switch allows for precise signal control by separating the Ethernet and SMA signal paths. This is ideal for reliable protocol analysis. Therefore, the evaluation board is ideal for laboratory environments, prototype assembly, or initial field testing, enabling the rapid development and evaluation of individual solutions.
The evaluation board offers developers a practical solution for:
· Conducting their own transmission tests
· Validating designs under realistic conditions
· Efficiently integrating existing systems
Technical specifications of the board:
• Compatibility with Ethernet and client-specific protocols for maximum flexibility
• Modular and open design for agile development processes
• Robust evaluation platform that reduces integration time and effort.
The technology is particularly well-suited for rotating or hard-to-reach interfaces in application areas such as industry and automation, for example, for moving machine parts, robotic systems, or manufacturing equipment. In medical technology, RoProxCon® enables hygienic and maintenance-free connections, for example, for surgical robots or diagnostic systems. In automotive engineering, the technology ensures reliable contactless connectivity between moving components.
