
The collaboration accelerates the validation of 5G satellite services, helping operators expand coverage and meet emerging NTN standards faster.
The race to extend 5G beyond terrestrial cells has pushed operators and manufacturers toward non‑terrestrial networks (NTN). Low‑Earth‑orbit constellations promise low latency and global coverage, but integrating them with existing 5G core requires rigorous validation. Airbus UpNext’s SpaceRAN demonstrator is designed to showcase exactly that: a flexible, software‑defined satellite platform that can host 5G radio functions in space. By joining the effort, Keysight Technologies brings its industry‑leading test‑and‑measurement portfolio, enabling precise performance monitoring from the lab to orbit. The partnership also aligns with the U.S. government's push for resilient communications infrastructure.
SpaceRAN leverages a software‑defined payload that can be reprogrammed remotely, allowing operators to test multiple 5G waveforms without launching new hardware. Keysight’s RF analyzers, signal generators, and network emulators are deployed both on the ground testbed and aboard the LEO satellite, creating a seamless end‑to‑end verification loop. This approach shortens development cycles, uncovers interference issues early, and provides real‑time telemetry for fine‑tuning antenna beams and link budgets. The joint effort also feeds data into 3GPP’s evolving NTN specifications, ensuring compatibility with commercial networks.
The collaboration signals a maturing ecosystem where test equipment vendors, satellite manufacturers, and telecom operators co‑develop standards‑compliant solutions. Faster validation of 5G NTN capabilities reduces capital expenditure for carriers seeking to augment terrestrial coverage in remote or disaster‑prone regions. As regulators worldwide approve spectrum for space‑based 5G, projects like SpaceRAN give early adopters a competitive edge and accelerate market entry for new services such as aerial broadband and IoT connectivity. Ultimately, Keysight’s involvement helps de‑risk the commercial rollout of satellite‑enabled 5G, shaping the next wave of global connectivity.
Comments
Want to join the conversation?
Loading comments...