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5G NR Base Station Test Solutions
Keysight’s solutions cover the entire workflow from design and conformance testing to design verification and manufacturing testing of base stations, based both on RAN and Open RAN (O-RAN) standards.
Multi-port RF transceiver testing
Quick and easy MIMO and massive MIMO RF beamforming testing
Keysight’s S9160A Massive MIMO and MIMO RF Beamforming Test Accelerator 5G Solutions uniquely addresses multi-antenna port RF testing needs of MIMO and Massive MIMO radio units in RAN and O-RAN base station configurations. The S9160A solution supports antenna array and radio unit integration, all RF/PHY signal and beam weight and shape measurements, functional L1/L2 testing, and end-to-end MIMO and RF beamforming measurements on live network base stations connected to real user devices.
The Multi Transceiver RF Test Set products E6416A and E6464A are test platforms providing advanced RF testing tools for all types of multiport phase and time coherent RF testing e.g. for cellular, WLAN, and active antenna.
5G Multi-Band Vector Transceiver Base Station RF Test Solutions
Keysight Multi-Band Vector Transceiver test solutions use common software and precise measurement science easing the transition into manufacturing high-volume testing.
These solutions offer the lowest cost of test for mmWave testing coupled with the industry's smallest footprint in a modular, expandable form factor.
Non-Terrestrial Networks (NTNs)
Using satellites to expand your wireless communications reach
Related Products and Solutions
Frequently Asked Questions – 5G NR TEST
The S9160A Massive MIMO and MIMO RF Beamforming Test Accelerator solution for Open RAN Radio Unit (O-RU) and complete base station RF MIMO and massive MIMO RF beamforming testing. Examine the performance of users or signals, with up to 8x8 spatial multiplexing MIMO or up to 64 channels massive MIMO and beamforming.
5G networks are built based on traditional RAN architecture and new O-RAN architecture deployments. These networks consist of femtocells, picocells, microcells, and macrocells. Each of these can be a MIMO radio, a massive MIMO radio, a massive MIMO digital beamforming radio, or a mmWave hybrid beamforming radio. Network configurations can be Non-Stand-Alone (NSA) or Stand Alone (SA).
The P8800S UeSIM UE emulation RAN solution enables infrastructure vendors, chipset providers and mobile operators to validate end-to-end Radio Access Network performance by emulating real network traffic over both radio and O-RAN fronthaul interfaces.
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