Test the Future of Wireless Technology

Ensure device compliance against acceptance test requirements and validate in severe impairment environments for NTN radio links.

Verify 5G chipsets and devices with industry-leading test solutions that cover the entire development life cycle.

Validate the real-world performance of mobile devices with 5G channel emulation for device testing.

Correlate physical and protocol layers to find anomalies, uncover issues, and quickly identify root cause with over-the-air analysis.

Perform wraparound testing of UWB devices with RF performance testing, TOF, AoA, FIRA conformance, and manufacturing tests.

Achieve production goals with multi-DUT testing with common measurement science for test, automation, and chipset control traceability.

Run regulatory tests against your IoT device, including standards bodies like ETSI and the FCC.

Test low-power IoT devices with low noise floor analyzers and IoT measurement software.

Measure accurate EVM for a DUT by suppressing test system noise with spectrum analysis and a cross-correlated EVM methodology.

Use vector network analysis with integrated upconversion, direct receiver access, and modulated distortion software.

Design RF and baseband systems with reference architectures to meet 5G NR standards and DPD modeling for RF optimization.

Accelerate NTN innovation with comprehensive emulation and test solutions for end-to-end non-terrestrial networks.

Use UE emulation to scale up RAN beamforming and massive MIMO validation and characterization to optimize E2E performance.

Emulate 5G user traffic over radio and Open RAN fronthaul interfaces for end-to-end validation of radio access network components.

Generate and analyze wideband signals of 5G NR FR1 and FR2 waveforms for over-the-air testing of gNBs.

Perform 4TR to 64TR MIMO or massive MIMO multi-port RF beamforming uplink and downlink measurements.

Evaluate power amplifier performance with generation and analysis powered by digital pre-distortion software.

Test 5G massive MIMO uplink and downlink performance with fading conditions and real devices.

Test against 3GPP base station conformance test sets for transmitter, receiver, and performance.

Accelerate NTN innovation with comprehensive emulation and test solutions for end-to-end non-terrestrial networks.

Emulate 5G user traffic over radio and Open RAN fronthaul interfaces for end-to-end validation of radio access network components.

Measure wireless diagnostics to confirm network performance from rollout to optimization and monitoring.

Ensure signal quality for 5G private networks with signal analyzers and RF analysis software for private network deployment.

Detect and mitigate interference, clear spectrum, and measure radio coverage, functionality, and network performance.

Simulate 5G user equipment behavior to validate core network performance for 5G use case deployments.

Generate scalable, real-world traffic for complete performance and security testing to validate virtual and physical devices.

Create digital twins of users, applications, and attacks to replicate and test QoE in real-world network environments.

Gain visibility into protocol and physical layer interaction in wireless transmissions to troubleshoot performance problems.

Measure Wi-Fi® RF performance reliably on 5G NR devices using base station and access point emulation.

Validate the performance of Wi-Fi® 6E and Wi-Fi 7 features under uncompromised, real-world channel conditions.

Verify Wi-Fi® RF performance using a wireless test set and non-signaling test software.

Correlate WLAN RF and protocol layers to find anomalies, uncover issues, and quickly identify root cause with over-the-air analysis.

Measure the lowest EVM in WLAN receiver testing by leveraging cross-correlated EVM measurements with two signal analyzers and WLAN measurement software.

Output performance-optimized 802.11ax reference waveforms using a signal generator and 802.11ax software.

Analyze Wi-Fi® signal performance and standards compliance using signal analysis software.

Measure indoor and outdoor Wi-Fi® and cellular interworking use cases like voice quality during Wi-Fi to cellular handover.

Validate performance and functionality of all WLAN generations with seamless automation integration and deployment modeling.

Leverage network analysis measurement at up to 10 GHz bandwidth for wideband sub-THz components in 130–330 GHz bands.

Enable sub-THz signal generation and analysis between 220 to 330 GHz for developing early 6G system-level prototypes.

Benchmark physical (PHY) layer optimizations with artificial intelligence / machine learning RF system models.

Simulate entire wired or wireless network models to model virtualization of 6G radio access network elements.