Brochures and Data Sheets for R&S®M3SR Series4400

To ensure secure radiocommunications and successful accomplishment of missions, today's stationary radiocommunications solutions for civil and military applications must meet extremely demanding RF requirements and also provide high operating reliability. The R&S®M3SR Series4400 software defined radio family is designed for stationary civil and military secure voice and data communications. It features high modularity and outstanding specifications.

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R&S®M3SR Series4400 Radios - Product Brochure

R&S®M3SR Series4400 Radios - Product Brochure DE

R&S®M3SR GB4000C Remote Control Unit - Data Sheet Brochures and Data Sheets Datasheet

The R&S®HS9043 cavity antenna filters are proven “workhorses” that have been used successfully for decades. They are used in single-channel systems where medium power handling capacity and medium selectivity are sufficient. The filters make it possible to set up radiocommunications systems where radios can be simultaneously operated in very tight spaces.

First choice for shipborne and stationary platforms. Field-proven family of software defined radios

The R&S®FD221 und R&S®FU221 automatic filters are an essential part of radio equipment. They are used at radio sites where the reciprocal influence of neighboring radio systems must be selectively restricted. Selective restriction is the only way multiple radio systems can be simultaneously operated in very tight spaces. As a result, sustainable, higher quality radio links that are more reliable can be achieved.

English (PD 5214.4259.32)

The R&S®Mobile SATURN Secure Communications Solution is a portable system-ready solution to provide a communications system with NATO encryption and the SATURN waveform.

The R&S®FU214A and R&S®FD213A filters are single-cavity high-precision automatic filters. The filters are an essential part of any radio site where the reciprocal influence of neighboring radio systems must be restricted. The filters allow simultaneous operation of multiple radio systems in very tight spaces. As a result, sustainable, higher quality radio links can be achieved.