Ceragon Networks Ltd. announced plans to unveil its new lineup of industry-first innovations at Mobile World Congress (MWC) 2024. The highlights will include a Neptune SoC-based, live demonstration of Ceragon?s upcoming millimeter wave technology, showcasing an unparalleled 4000 MHz channel bandwidth, 16K QAM, which when paired with XPIC and MIMO technologies, enables a mmW link capable of 100 Gbps, far surpassing competitor capabilities. With the recent acquisition of Siklu, Ceragon is now able to offer its customers an even larger and more comprehensive portfolio of millimeter wave solutions, covering a vast variety of applications and price points.

Ceragon?s expanded millimeter wave catalog now includes point-to-multipoint, Multi-Gbps mesh connectivity for fixed wireless access (FWA) and backhaul. The acquisition of Siklu also supports Ceragon?s strategic move to deliver end-to-end, comprehensive, and specialized solutions for Private Networks, such as oil & gas, utilities, public safety, municipalities, government, and small service providers, including ISPs ? In addition to industry-leading connectivity solutions for larger Communication Service Providers (CSPs).

Also, on hand will be the newest members of the Ceragon hardware lineup, the IP-50CX microwave radio, and IP-50EX millimeter wave radio. Both radios demonstrate a dedication to delivering high performance in compact packages for an optimized total cost of ownership (TCO). The smaller product footprints will help customers meet their regulatory environmental sustainability requirements while reducing operating expenses.

Visitors to the booth will also have the opportunity to speak with Ceragon?s experts for Professional and Managed Services and learn firsthand about how the Ceragon Digital Twin platform provides increased levels of network optimization resulting in reduced costs and improved user experiences across a wide variety of applications and use cases. In addition, visitors will hear about the latest advancements in Ceragon?s longhaul and split-mount solutions.