The RF Transceiver range consists of leading radio frequency module designs using the 868MHz ISM band, which means no need for licenses.

These modules make low-consumption wireless communications possible for embedded autonomous electronic products. 

It includes a set of tools and documentation that facilitates application development: everything from complete user manuals to completely functional demos and a system for debugging and analyzing radiofrequencies for PCs.

A wide range of RF Transceiver modules are available, which can be adapted to each client´s different operating requirements:

• RF Transceiver: leading radio frequency hardware designs that include the PCB and circuit diagram design, as well as component selection, to achieve optimal operation at a functional level, in terms of cost and regulatory compliance. The suggested design permits the selection of different types of chip, PCB or external antennas (soldered or via connectors).
• RF Transceiver - MicroP: leading radio frequency hardware designs that include the PCB and circuit diagram design, as well as componente selection, to achieve optimal operation at a functional level, in term of cost and regulatory compliance. The suggested design permits the selection of different types of chip, PCB or external antennas (soldered or via connectors). In addition, a processor is used that incorporates a high-level, in terms of cost and regulatory compliance. The suggested design permits the selection of different types of chip, PCB or external antennas (soldered or via connectors). In addition, a processor is used that incorporates a high-level RF communications protocol API designed by Emblectron-IP, permitting the shortest product development time possible. This protocol may be adapted to the specific needs of each application, optimizing consumption, speed and low latency in communications over simple, point-to-point and star networks or over more complex mesh-type networks. 

Technical support: Embelectron-IP´s team of experts will be by your side throughout the selection process and RF Trasnceiver start up.