PROPSIM Channel Emulator Platforms

Emulate the impairments of complex 3D real-world radio channel conditions including dynamic multipath propagation, range pathloss and blocking effects, doppler from mobility, noise, and synchronous programmable interference for testing a vast range of wireless devices and radio systems. The programmable multiport time and phase coherent PROPSIM RF transceiver platform provides full control on RF signal time, phase, and amplitude. In addition to real-time RF channel emulation PROPSIM platforms support RF signal measurements and signal waveform transmissions with embedded signal analyzer and waveform generators. Validate the Real-life Performance of Your Designs Keysight's PROPSIM Channel Emulators offer the industry’s widest signal bandwidth and the highest number of fading channels to address complexities associated with the introduction of new technologies for 6G, 5G, Wi-Fi®, satellites, aerospace and defense communication systems: Range pathloss and blocking effects emulation Doppler mobility and multipath effects emulation Geometry based spatial channel models RF ray tracing channel models RF field-to-lab channel models Noise and synchronous programmable signal generation playback Embedded time and phase coherent multiport signal recording and signal analysis Versatile and easy-to-use channel modeling and emulation tools enable users to simulate and test instantly across a wide range of wireless technologies on devices and networks, including: 5G and 5G Advanced use cases Prototyping 6G technologies AI/ML model training and benchmarking across AI-RAN and AI-Device workflows Massive MIMO, Extreme MIMO, Giga-MIMO Non-Terrestrial Networks, NTN (3GPP and non-3GPP) Integrated Sensing and Communications, ISAC Wi-Fi 7 (802.11be) use cases Prototyping Wi-Fi 8 (802.11bn) technologies Ultra-wideband and Bluetooth LE use cases RF channel emulation from HF to mmWave frequencies PROPSIM solutions are extensively utilized in 24/7 fully automated test environments to validate and verify performance and stability of new software releases on devices or radio networks prior to field deployment. | Emulate the impairments of complex 3D real-world radio channel conditions including dynamic multipath propagation, range pathloss and blocking effects, doppler from mobility, noise, and synchronous programmable interference for testing a vast range of wireless devices and radio systems. The programmable multiport time and phase coherent PROPSIM RF transceiver platform provides full control on RF signal time, phase, and amplitude. In addition to real-time RF channel emulation PROPSIM platforms support RF signal measurements and signal waveform transmissions with embedded signal analyzer and waveform generators. Validate the Real-life Performance of Your Designs Keysight's PROPSIM Channel Emulators offer the industry’s widest signal bandwidth and the highest number of fading channels to address complexities associated with the introduction of new technologies for 6G, 5G, Wi-Fi®, satellites, aerospace and defense communication systems: Range pathloss and blocking effects emulation Doppler mobility and multipath effects emulation Geometry based spatial channel models RF ray tracing channel models RF field-to-lab channel models Noise and synchronous programmable signal generation playback Embedded time and phase coherent multiport signal recording and signal analysis Versatile and easy-to-use channel modeling and emulation tools enable users to simulate and test instantly across a wide range of wireless technologies on devices and networks, including: 5G and 5G Advanced use cases Prototyping 6G technologies AI/ML model training and benchmarking across AI-RAN and AI-Device workflows Massive MIMO, Extreme MIMO, Giga-MIMO Non-Terrestrial Networks, NTN (3GPP and non-3GPP) Integrated Sensing and Communications, ISAC Wi-Fi 7 (802.11be) use cases Prototyping Wi-Fi 8 (802.11bn) technologies Ultra-wideband and Bluetooth LE use cases RF channel emulation from HF to mmWave frequencies PROPSIM solutions are extensively utilized in 24/7 fully automated test environments to validate and verify performance and stability of new software releases on devices or radio networks prior to field deployment.