Beam MIMO Detect is a complete solution for E2E MU-MIMO and beamforming testing. Beam MIMO Detect can simulate MU-MIMO on a large scale, with a realistic field environment, dynamic mobility, and auto-calibration on vendor-specific implementations.
Support thousands of UEs, simulate application data, and generate network traffic load under advanced mobility scenarios and real-world conditions.
Emulate full-stack user sessions across L1 to L7 for full protocol stack validation, including system capacity and user experience characterization.
Support internal orbit emulation (LEO / GEO / GSO) for service and feeder link, and advanced channel emulation for transparent and regenerative network modeling.
Scale MU-MIMO and mMIMO testing with large-scale UE emulation. Validate high-throughput and dynamic mobility in a compact, auto-tuning benchtop form factor.
| Test types | Stack, NAS / core emulation, UE traffic / application layer, Beamform testing, E2E MU-MIMO, RAN More… |
| Sub system simulated | RF front end, L1 physical layer (PHY), L2 MAC / RLC, L3 protocol, O-Gnb, O-RU |
| Interfaces supported | RF (conducted or OTA), eCPRI, CPRI, Ethernet, I/Q streaming, PXIe backplane, OFH |
| Programming interfaces | REST API, SCPI, Python |
Beam MIMO Detect is a complete solution for E2E MU-MIMO and beamforming testing. Beam MIMO Detect can simulate MU-MIMO on a large scale, with a realistic field environment, dynamic mobility, and auto-calibration on vendor-specific implementations.
Beam MIMO Detect is a complete solution for E2E MU-MIMO and beamforming testing. Beam MIMO Detect can simulate MU-MIMO on a large scale, with a realistic field environment, dynamic mobility, and auto-calibration on vendor-specific implementations.
Beam MIMO Detect is a complete solution for E2E MU-MIMO and beamforming testing. Beam MIMO Detect can simulate MU-MIMO on a large scale, with a realistic field environment, dynamic mobility, and auto-calibration on vendor-specific implementations.
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