CERAGON NETWORKS, INC.

Ceragon Networks, Inc. specializes in the design, deployment, and optimization of high-capacity wireless backhaul and fronthaul solutions using microwave and millimeter wave technologies. The company delivers mission-critical wireless infrastructure that enables secure, low-latency data transport for fixed and mobile networks, with a focus on point-to-point and point-to-multipoint radio systems operating across licensed and unlicensed bands. Their technical expertise includes adaptive modulation, cross-polarization interference cancellation, time-division duplexing, and integrated network management platforms that ensure carrier-grade reliability under demanding environmental conditions. Ceragon’s solutions are engineered for rapid field deployment in austere or remote locations, supporting applications requiring high throughput and resilience, such as public safety communications, tactical network extensions, and infrastructure redundancy. Award history is not available to confirm specific agency engagements or project examples. As such, no definitive patterns of agency collaboration can be inferred from the provided data. The company’s primary NAICS code, 334220, corresponds to the manufacturing of communications equipment, indicating a focus on hardware-centric wireless transmission systems. In practice, this translates to end-to-end development of radio frequency subsystems, baseband processing units, and integrated network elements tailored for government and critical infrastructure use cases. Ceragon positions itself as a provider of proprietary wireless transport technology rather than a general IT services contractor. Ceragon Networks, Inc. is a 2L entity headquartered in Plano, Texas, with no disclosed government certifications. The company operates as a technology manufacturer with a global footprint, serving government markets through direct sales and channel partnerships. Its market positioning centers on delivering hardened, high-performance wireless infrastructure for applications where wired connectivity is impractical or insecure.