Luleå 2025-09-19 — Effnet AB, a subsidiary of Effnetplattformen Holding AB and the premier provider of header compression software for wireless and fixed networks, announces that it has licensed its header compression software to a US-based telecom equipment company. The software will be integrated into the customer’s 4G and 5G Radio Access Network (RAN) equipment.
Effnet’s header compression software reduces the overhead of IP-based traffic. This saves bandwidth, which is an expensive resource. With RAN equipment and user terminals equipped with Effnet's header compression software, a network operator can deliver higher user capacity and better user experience, achieving better returns on its investment.
Effnet's header compression delivers high compression efficiency even in challenging radio conditions. This is particularly important to maintain quality of service – especially for VoLTE and VoNR - in cell edge or radio interference prone areas. It delivers high compression efficiency with minimal CPU and memory use, enabling strong performance in resource-constrained devices such as IoT or RedCap, while also scaling seamlessly to high-capacity platforms like base stations and ground stations. This sets Effnet's header compression software apart and together with prompt and efficient support services throughout the product lifecycle - it is the first choice of software for header compression technology.
"We are pleased to have one more RAN equipment vendor as our customer. This agreement once again proves the importance of a proven commercial product and professional service backed by a dedicated team and a long-term commitment. With this agreement, we continue to build a portfolio of contracts with recurring revenue streams for Effnet" says Aniruddha Kulkarni, Managing Director of Effnet AB.
Effnet’s header compression technology is deployed worldwide in cellular/mobile, satellite, industrial, defence, enterprise and other communications products and markets. The software is standards compliant with IETF and 3GPP specifications (3G/4G/5G) as well as proven interoperable. It is secure, feature-rich and widely deployed.