N9915C FieldFox C Handheld Microwave Analyzer, 10 GHz

Evaluate total RF exposure levels. Verify compliance with regulatory and government requirements using a triaxial isotropic antenna.

Analyze LTE FDD cell information transmitted over-the-air and optimize inter-RAT handovers for overlapping 5G and LTE networks.

Uncover the 4G cells available at a specific frequency or component carrier for LTE signals using the Time Division Duplex frame structure.

Measure and decode 5G NR signal quality metrics to verify the 5G coverage at FR1 or FR2 frequencies.

Measure the scalar transmission gain or loss of waveguide systems, mixers, converters, and long cables where the two ends cannot easily meet.

Perform high-performance spectrum analysis with four trace options, different detector types, radio standard selection, and flexible limit lines.

Increase spectrum analyzer sensitivity and reduce the DANL.

Identify interfering signals quickly and accurately using the spectrogram or waterfall display. Record traces over time and store for offline processing.

Measure the spectrum of a periodic signal during a specified time interval.

Use gap-free, real-time spectrum analysis (RTSA) with 100 MHz of real-time bandwidth to capture small and intermittent signals masked by larger signals.

Demodulate I/Q data and verify final signal chain integration or troubleshoot signal quality degradation due to hardware or software issues.

Provide gapless IQ data to external application software to perform spectrum monitoring, demodulation, and decoding.

Demodulate and characterize AM and FM signals of radio transmitters.

Characterize devices like low noise amplifiers, frequency converters, and receivers with portable, one-button Y-factor noise figure and gain measurements.

Evaluate EMI pre-compliance limits, perform equipment or network regulatory audits, and troubleshoot circuit boards.

Perform last mile detection of an unknown signal source using manual signal triangulation.

Determine the location of an unknown signal source using several networked FieldFox analyzers with synchronized GPS signals.

Optimize signal analysis for communication signals like scalable multi-channel LTE with 40 MHz bandwidth.

Enable quantifications for bandwidth-hungry modern signals such as in 5G NR and satellite communications with 120 MHz of bandwidth.

Display reflection or transmission coefficients in the time domain and remove unwanted responses with time-domain gating.

Enable vector network analyzer mode to measure S-parameters (S21, S11, S12, S22) magnitude and phase.

Make balanced, mixed-mode S-parameter reflection measurements (Scc11, Sdd11, Scd11, Sdc11) with network analyzer mode.

Identify the location and nature of faults along cables using time-domain reflectometry measurements.

Measure a device's phase shift and electrical length and view the results on the large display from a distance.

Characterize the scalar transmission response of devices such as mixers and converters using USB power sensor measurements versus frequency.

Characterize RF pulses such as those used in radar and electronic warfare systems using a USB peak power sensor.

Make accurate, user-definable channel power measurements such as transmitter output power without additional external hardware.

Efficiently characterize pulsed RF signals by leveraging a Keysight USB peak power sensor.

View and control FieldFox remotely using an iOS device or an Android device.

Attach geolocation tags to measurements with a built-in GNSS/GPS receiver.

Provide power to amplifiers under test and bias tower-mounted amplifiers.

Import indoor and outdoor maps for data collection and plotting to the map.

Built-in pulse signal generator up to 54 GHz, supports analog modulations and user-defined pulse sequences, enabling signal generation in FieldFox.