Sivers Joins DIFI in Satellite Network Interoperability Push

Sivers Semiconductors AB has recently become a member of the Digital Intermediate Frequency Interoperability (DIFI) Consortium, a prominent space industry group focused on advancing interoperability within satellite and ground system networks. This consortium, comprised of industry leaders from around the world, is committed to establishing and promoting open, standards-based interoperability for digital IF/RF systems. By joining this consortium, Sivers is contributing to the ongoing digital transformation of space, satellite, and related technologies, ultimately enhancing the industry as a whole.

One of the key initiatives that Sivers has undertaken in collaboration with the DIFI Consortium is a partnership to support the development of high-performance, cost-effective digitisers using the NXP Layerscape platform for SATCOM. This partnership involves working closely with Intelsat, a leading integrated satellite and terrestrial network operator, to drive innovation and standardization in the field. Vickram Vathulya, the CEO of Sivers Semiconductors, emphasized the importance of their advanced RF and optical technologies in shaping the future of connectivity within the satellite and space ecosystem.

With over two decades of experience in developing mmWave technology for satellite communications and advanced 5G systems, Sivers Semiconductors brings a wealth of expertise to the DIFI Consortium. Their contributions in mmWave, optical technology, and integrated circuits have been instrumental in serving the aerospace, defense, and satellite markets. Harish Krishnaswamy, the Managing Director of the Wireless Division at Sivers Semiconductors, highlighted the strategic significance of joining DIFI as part of their expansion efforts in the satellite and space communications sector.

According to Krishnaswamy, open standards play a crucial role in unlocking scalable and interoperable solutions within the industry. By collaborating with other key players in the field, Sivers aims to shape the next generation of space-based connectivity through innovative technologies and standardized practices. This strategic approach aligns with their commitment to driving progress and fostering collaboration within the satellite and space communications market.

In other recent developments within the industry, NanoAvionics has secured funding to build 280 LEO satellites, while Filtronic has introduced mmWave feeder links to the Viasat D2D project. Additionally, Sivers has been awarded a contract for the Intelsat SATCOM digitizer program, further solidifying their position as a key player in the advancement of satellite and space technologies.