In this test setup, watch how products from both Boonton and Tabor demonstrate essential capabilities for accurate measurements of Wi-Fi 6 signals. In addition, Boonton and Tabor instruments have multi-channel solutions, which makes them excellent tools to enable MIMO Wi-Fi applications.

The Boonton RTP Measurement Buffer Mode Application is a complementary software utility that controls one or multiple Boonton real-time power sensors and analyzes the input signal during user-defined intervals of interest. Discarding all non-relevant information outside the desired interval, the software can process a virtually unlimited number of consecutive packets over long periods of time with essentially no gaps in acquisition or analysis to catch critical waveform phenomena.

Peak power and average power measurements are vital in achieving proper performance of advanced communications systems and components. In this video, learn about the nuances regarding peak and average power terminology to ensure the reliability and accuracy of RF power measurements and related metrics.

RF power measurements are a top priority for the design and development of wireless technology. A leader in high-performance RF and microwave test and measurement solutions, Boonton can enable the accuracy of essential power measurements with its product portfolio of peak and average RF power meters, real-time USB power sensors, and connected USB power sensors

Boonton RTP5000 Series and RTP4000 Series Real-Time USB Power Sensors utilize a unique digital signal processing methodology called Real-Time Power Processing (RTPP). RTPP keeps pace with signal acquisition by performing vital processing steps in parallel, enabling gap-free signal acquisition that virtually guarantees the capture of waveform anomalies.

RF and microwave power measurements are crucial in obtaining optimal performance of communications and radar systems. Boonton, a leader in RF and microwave test equipment, provides cutting-edge test solutions, as well as insight into the fundamentals of capturing these essential measurements.

Boonton’s PMX40 RF Power Meter and RTP5000 Series of USB RF power sensors can meet the complex testing needs of Secondary Surveillance Radar (SSR) signals by providing accurate power measurements, precise timing, and exceptional waveform fidelity through industry-leading rise time, time resolution, and acquisition speed.

Providing the highest video bandwidth and fastest rise times, RTP5000 Real-Time USB Peak Power Sensors with Boonton’s Real-Time Power Processing deliver 100,000 measurements per second, virtually no gaps in signal acquisition and zero measurement latency.

This Wireless Telecom Group demonstration features solutions in signal generation, transport, impairment, monitoring, and measurement over a simulated satellite network, addressing the end-to-end needs of advancing satellite systems and real-life 4G/5G satellite network challenges.

See how Boonton RTP5000 series Real-Time Peak USB Power Sensors are uniquely equipped for measuring the crest factor of wide bandwidth signals, such as those utilized in Wi-Fi6 and 5G communications.

Learn how to quickly and easily characterize a pulsed amplifier using Boonton's RTP5000 Real-Time Peak USB Power Sensor and Power Analyzer software.

Learn how to quickly and easily measure pulsed RF signals using Boonton's RTP5000 Real-Time Peak USB Power Sensor and Power Analyzer software.

Learn how to quickly and easily measure the CCDF of a signal using Boonton's RTP5000 Real-Time Peak USB Power Sensor and Power Analyzer software.

This demonstration highlights using a Boonton USB RTP5006 sensor and a Noisecom noise source for over the air calibration and power measurement of a device in an RF chamber.

Frequency Matters IMS2018 Episode, June 14.
Our regional sales manager, Matt Diessner and our VP & General Sales Manager, Walt Strickler, talk to the Microwave Journal Editors, Pat Hindle and Gary Lerude, about utilizing Boonton power sensors and Noisecom noise generators for 5G and A&D applications on the show floor at IMS2018

This video highlights the advantages, ease of use and acquisition speed of the Boonton RTP5000 Real-Time Power Sensor for measuring Crest Factor (Peak/Average) of an OFDM modulated signal. If you are using an RF limiter you can clip the Peak Power causing Bit error rate in your signal. Real-Time Power Processing shortens the time needed for testing.

This demonstration shows how you can change and measure the Carrier to Noise (C/N) of a pulsed radar or pulsed communication signal. This is use full for showing receiver sensitivity or jamming a signal.

This demonstration shows how one has to be aware of Crest Factor when using a limiter to protect your communication devices.

The demo highlights a new feature that never misses a pulse! Measure Peak, Average, and pulse timing parameters of every pulse.

This demonstration shows how one has to be aware of Crest Factor when using a limiter to protect your communication devices.