Keysight RF Vector Transceivers
Videos
This video introduces Keysight’s RF Vector Transceiver portfolio, purpose-built for comprehensive RF testing across lab and production workflows. The lineup spans wireless test sets for multi-standard device verification, multiband transceivers for 5G infrastructure, scalable multiport platforms for Massive MIMO and beamforming, modular PXIe transceivers for flexible manufacturing test, and PathWave vector signal analysis software for demodulation and automation.
Wireless Test Sets: The E6680E wireless test set consolidates multi-standard testing (5G NR, Wi‑Fi, Bluetooth, and more) with scalable bandwidth options up to 800 MHz and frequency coverage to 7.3 GHz, enabling high-throughput manufacturing and R&D workflows.
Multiband Vector Transceivers: The S9110A multi-band vector transceiver provides wideband generation and analysis for FR1 and FR2 (and NTN/satellite ranges) with up to 1.2 GHz bandwidth, OTA‑ready remote heads, and software options for 5G NR and vector modulation analysis, streamlining non‑signaling base station and component test.
Multiport RF Vector Transceivers: The E6416A/E6464A Multi Transceiver RF Test Sets (MTRX) scale from 4/8 up to 16/64 coherent VSA/VSG ports for phase‑ and time‑coherent measurements, supporting Massive MIMO and beamforming validation with high signal fidelity and modular expansion.
Modular PXIe Vector Transceivers: TheVXT integrates a vector signal generator and analyzer in a 3‑slot PXIe module covering 380 MHz to as high as 12 GHz with up to 1.2 GHz bandwidth, extendable to mmWave with external heads—ideal for compact, scalable production systems.
Vector Transceiver Software: PathWave Vector Signal Analysis (89600 VSA) provides comprehensive demodulation and vector analysis across more than 75 standards, with multi‑domain views, automation, and connectivity to benchtop and modular transceiver hardware to accelerate debug and throughput.
Together, these solutions deliver the performance, scalability, and software integration needed to validate modern wireless devices and infrastructure—from basic RF verification to advanced MIMO, beamforming, 5G NR FR1/FR2, NTN, and OTA testing.
