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Keysight’s PROPSIM solutions help chipset vendors, device manufacturers, and test laboratories evaluate wireless performance under realistic and repeatable radio channel conditions. Supporting cellular and Wi-Fi technologies, these solutions combine advanced channel emulation, fading simulation, MIMO testing, and over-the-air validation to recreate real-world propagation environments inside the lab. From smartphones, customer-premises equipment, and IoT devices to Wi-Fi access points and connected systems, engineers can assess throughput, reliability, mobility, latency, and user experience before deployment.
The PROPSIM portfolio enables validation across single- and multi-user scenarios, dense indoor environments, dynamic mobility conditions, and challenging radio networks, helping teams identify performance issues early and accelerate product development. By bringing realistic wireless conditions into a controlled test environment, Keysight's PROPSIM solutions improve test repeatability, reduce validation risk, and provide greater confidence that devices will perform as expected in real-world networks.
Recreate real-world fading, mobility, and interference conditions to validate device behavior before field deployment.
Assess throughput, reliability, and responsiveness under representative wireless conditions that mirror real-world device usage.
Measure performance, capacity, and responsiveness under realistic network loading and propagation conditions.
Identify wireless performance issues early, reduce testing cycles, accelerate certification efforts, and bring products to market faster.
Workflow stage
Development, Acceptance, Interoperability, Development and acceptance, Development, interoperability, and deployment
Technology
5G NR, LTE, NTN, WLAN, RedCap, WLAN 5 / 6 / 6E / 7
Test types
5G Device Real Networks testing, 5G MIMO OTA testing, 5G FR2 mmWave Device Networks Performance testing, WLAN, RF, and data performance testing, 5G FR1 massive MIMO base station testing, MIMO OTA, Multi-beam OTA, Data Throughput, Virtual Drive Test, High Speed Train, Urban City
Solution to validate the interoperability and performance of mobile devices and applications with a live base station under real-world conditions in a lab environment.
Solution to validate the interoperability and performance of mobile devices and applications with a live base station under real-world conditions in a lab environment.
S8811A
Solution to validate the interoperability and performance of mobile devices and applications with a live base station under real-world conditions in a lab environment.
Keysight’s S8811A Device Real Networks Performance Toolset enables you to test devices against real infrastructure. With the S8811A toolset, you can verify the performance of devices with real base stations, connected to a commercial network, with end-user services. The toolset includes the Device Troubleshooting Solution for result analysis.
The S8811A toolset provides:
The toolset is extendable to:
Lab environment to simulate the characteristics of radio channel conditions of 5G MIMO OTA devices.
Lab environment to simulate the characteristics of radio channel conditions of 5G MIMO OTA devices.
S8810A
Lab environment to simulate the characteristics of radio channel conditions of 5G MIMO OTA devices.
Keysight’s S8810A MIMO OTA Emulator Toolset solves the testing challenges by accurately simulating the characteristics of real-world radio channel conditions. With the toolset, you can reliably and cost-effectively emulate MIMO OTA radio channel models to test your 5G devices within a laboratory environment.
Verified MIMO performance significantly improves network optimization and the quality of service for mobile device users.
The S8810A MIMO OTA emulator toolset provides:
The MIMO OTA emulator toolset is based on Keysight F8800A PROPSIM F64 or F8820A PROPSIM FS16 multiport RF channel emulator platform with MIMO OTA radio channel models.
The toolset is extendable with Keysight E7515B UXM Wireless Test Platform to emulate 5G NR and LTE cells for MIMO OTA device testing. Keysight is the first to market to provide customers with the option to have an integrated channel emulation and network emulation solution for 5G device MIMO OTA testing.
Solution to validate the interoperability and performance of mmWave mobile devices and applications with a live base station under real-world conditions in a lab environment.
Solution to validate the interoperability and performance of mmWave mobile devices and applications with a live base station under real-world conditions in a lab environment.
S8812A
Solution to validate the interoperability and performance of mmWave mobile devices and applications with a live base station under real-world conditions in a lab environment.
Keysight’s S8812A mmWave Device Real Networks Performance Toolset enables you to test devices against real infrastructure. With the S8812A toolset, you can verify the performance of devices with real base stations, connected to a commercial network, with end-user services. The toolset includes the Device Troubleshooting solution for result analysis.
The S8812A toolset provides:
The toolset is extendable to:
Solution to validate the performance of new Wi-Fi 6E and Wi-Fi 7 features under uncompromised, real-world channel conditions.
Solution to validate the performance of new Wi-Fi 6E and Wi-Fi 7 features under uncompromised, real-world channel conditions.
S8815A
Solution to validate the performance of new Wi-Fi 6E and Wi-Fi 7 features under uncompromised, real-world channel conditions.
The S8815A WLAN RF and Data Performance Toolset enables chipset and device manufacturers as well as test labs to validate the interoperability and performance of new WLAN features and products under uncompromised and complex real-world 3D propagation channel conditions.
The key channel emulation capabilities for Wi-Fi 6E and Wi-Fi 7 testing:
Test automation of the S8815A WLAN RF and Data Performance Toolset enables 24/7 end-to-end interoperability and data performance testing between real access points and real devices. It supports testing multiple access points and devices to mimic real-world RF mobility and interference impairment conditions.
The S8815A toolset is extendable to perform RF MIMO measurements of Wi-Fi access points and Wi-Fi devices with an embedded signal analyzer and signal generation capabilities using Keysight's PathWave VSA High Throughput WLAN Modulation Analysis and PathWave Signal Generation for WLAN 802.11 measurement software.
Solution to validate the real-world performance of mobile devices, base stations, and WLAN access points in the lab with data measured in the field.
Solution to validate the real-world performance of mobile devices, base stations, and WLAN access points in the lab with data measured in the field.
S8809A
Solution to validate the real-world performance of mobile devices, base stations, and WLAN access points in the lab with data measured in the field.
The whole mobile ecosystem, including device, chipset, and mobile network operators, benefits from lab testing with real devices. The S8809A RF Field-to-Lab Toolset creates a representation of real-world conditions in a lab environment.
The S8809A toolset is extendable with:
The S8708A 5G Advanced Performance Test Toolset is an end-to-end wireless device test solution to evaluate and optimize the performance of 5G devices in a lab.
The S8708A 5G Advanced Performance Test Toolset is an end-to-end wireless device test solution to evaluate and optimize the performance of 5G devices in a lab.
S8708A
The S8708A 5G Advanced Performance Test Toolset is an end-to-end wireless device test solution to evaluate and optimize the performance of 5G devices in a lab.
Keysight's S8708A 5G Advanced Performance Test Toolset enables reliable lab testing of mobile devices. This end-to-end wireless device test solution lets chipset and device makers together with mobile operators evaluate and optimize the performance of 5G devices in a lab environment. The toolset is a part of Keysight’s 5G Network Emulation Solution portfolio that addresses the entire device development workflow from early design to acceptance and manufacturing.
The solution offers a verified test set developed before the release of 3GPP FR2 MIMO OTA. It allows R&D teams to test beam management in a 3D spatial fading channel at millimeter-wave (mmWave) frequencies. It covers advanced performance testing above standard requirements for beam management testing with predefined test cases and customizable test scripts that meet specific customer requirements.
The solution offers:
The S8708A toolset is the most complete solution for device performance testing. It integrates a high capacity PROPSIM Channel Emulator, an UXM 5G network emulator, FR2 OTA chambers, and mmWave access components. The solution covers mmWave MIMO OTA tests according to the pre-3GPP test specification and allows R&D teams to validate beam management in real world radio channel conditions. It delivers an integrated lab-based test solution that enables users to validate real world performance in a controlled lab environment for enhanced product quality. Stress test devices and optimize to achieve maximum performance. Expose early prototypes to realistic field conditions and accelerate market launch with Keysight’s automated lab test solution.
S8709A Virtual Drive Test Toolset is a real-world lab test validating 5G devices under a wide range of network signaling and radio channel conditions.
S8709A Virtual Drive Test Toolset is a real-world lab test validating 5G devices under a wide range of network signaling and radio channel conditions.
S8709A
S8709A Virtual Drive Test Toolset is a real-world lab test validating 5G devices under a wide range of network signaling and radio channel conditions.
Keysight’s S8709A Virtual Drive Test Toolset is a real-world lab test environment for validating 5G devices under a wide range of network signaling and radio channel conditions. It offers a fully controlled test scenario enabling quick and systematic performance validation. Moreover, it enables users to efficiently analyze the performance of 5G new radio (NR) devices deployed in non-standalone (NSA) or standalone (SA) networks and under various mobility scenarios.
The S8709A Virtual Drive Test Toolset is a part of Keysight’s comprehensive portfolio of 5G NR design and test solutions that spans the entire workflow from simulation, development, and design verification, to conformance and acceptance testing, and finally manufacturing and deployment. It creates a representation of real-world conditions without a need for comprehensive analysis and simulation of the environment. Lab-based testing enables mobile operators and wireless device manufacturers to quickly and efficiently benchmark different mobile devices. The S8709A Virtual Drive Test Toolset therefore accelerates the validation of wireless devices, supporting new design development from prototypes to fully functioning 5G NR devices.
The 5G virtual drive testing solution offers:
The 5G virtual drive testing solution is extendable to include:
The S8709A Virtual Drive Test Toolset is the only solution bringing real world logs to the testing workflow. It makes repeatable real-world performance testing accessible to R&D teams by integrating instrumentation and the test environment under a single lab solution. Users gain access to field measured geometrical channel models with high-capacity fading options as well as signaling scripts replicating operator-specific network capabilities.
By seamlessly integrating Keysight’s 5G channel emulation and network emulation solutions with Keysight’s Nemo Outdoor tool, users can quickly and easily verify the end-user experience based on real-life mobility scenarios, such as challenging high-speed train conditions. The data captured in the field is imported into the S8709A Virtual Drive Test Toolset test scenario, resulting in reliable and repeatable replay of the radio channel environment in a controlled laboratory environment.
Massive MIMO provides increased cell capacity for 5G and LTE. Using the right tools enables quick validation of network–device interoperability and performance for real-world operation.
With the full antenna array sampling massive MIMO solution, all antenna array ports are sampled simultaneously allowing realistic modelling of spatial separation between multiple mobile devices for multi-user MIMO 3D beamform validation. You can verify performance from 16x16bi to 64x16bi for complete base station MU-MIMO TM9 UE feedback and uplink SRS-based massive MIMO scheduler/beamformer testing.
Simplified partial antenna array sampling massive MIMO testing with an external RF analog combiner or phase shifter matrix is an optimized solution for cost effective multi-user, multi-RAT, and handover mobility focused UE and base station testing. It supports the antenna array column/row combination and virtual probe/key-hole-channel channel emulation configurations.
Keysight’s PROPSIM F64 5G Massive MIMO Channel Emulation Solution
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Keysight's PROPSIM-based channel emulation solutions support end-to-end device validation across cellular and Wi-Fi technologies - from 5G NR and NTN to Wi-Fi 6E and Wi-Fi 7 - within a single, scalable test environment. With integrated OTA chamber support and multi-standard coverage, device manufacturers and chipset vendors can validate real-world user experience, throughput, and interoperability without maintaining separate test setups for each technology generation. This accelerates certification and reduces overall time to market.