Satellite systems operate in complex, dynamic environments where roundtrip delay, fast-moving orbital paths, and atmospheric disturbances introduce effects such as Doppler shifts, fading, and other link impairments onto the received…
Electromagnetic compatibility (EMC) and RF test labs require high-power, broadband amplifiers that maintain linearity, stability, and repeatability. This demonstration highlights how Maury Microwave state-of-the-art GaN-based solid-state power amplifiers (SSPAs) are…
Maury Microwave interconnect solutions encompass a broad range of products designed to reduce measurement uncertainties and improve measurement accuracy and repeatability. Cable assemblies offer high flexibility and phase stability. The…
With the growing importance of wireless applications and increasing use of wideband, modulated signals, optimizing the linearity and efficiency of amplifiers has become crucial. Traditional passive load pull test benches…
SATCOM, MILCOM, and advanced wireless networks must operate reliably in environments with rising noise floors and increasing interference from surrounding sources. For example, SATCOM links must contend with interference from…
Modern systems use pulsed and modulated signals with rapid transitions, high crest factors, and dynamic envelopes. These signals exhibit intermittent signal phenomena, such as transients, dropouts, and interference that traditional…
Today’s communication systems (e.g., 5G and Wi-Fi) utilize high order modulation to achieve high data throughput. Higher throughput requires faster clock rates, which make these systems more sensitive to local…
ABSTRACT: Antennas are critical components for reliably communicating information. Boonton RTP5000 Series Real-Time USB Peak Power Sensors provide a simple, convenient method to characterize antenna performance in satellite systems. Peak…
ABSTRACT: Linearity is a characteristic used to determine the behavior and performance of amplifiers, which are critical components for high-fidelity satellite communications. Linear amplifiers reproduce signal transmissions faithfully, while nonlinear…
ABSTRACT: 5G satellite communications networks utilize time division duplex (TDD) to optimize spectrum management, where uplink and downlink signals rapidly switch between different time slots on the same frequency band.…
ABSTRACT: As more and more satellites are launched into low Earth orbit (LEO), satellite networks must contend with various communications from relay satellites and uplink/downlink stations. To ensure performance observed…
ABSTRACT: Satellite communication systems that utilize higher order modulation schemes, such as those used in 5G applications, increase bit rate/bandwidth. While data rates increase, so does the network’s vulnerability to…
ABSTRACT: Deployments of low Earth orbit (LEO) satellites are happening at an ever increasing rate. Due to the reduced latency of LEO systems, they are becoming, or will become, the…
ABSTRACT: Linearity is a characteristic used to determine the behavior and performance of amplifiers, which are critical components for high-fidelity satellite communications. Linear amplifiers reproduce signal transmissions faithfully, while nonlinear…
ABSTRACT: Antennas are critical components for reliably communicating information. Boonton RTP5000 Series Real-Time USB Peak Power Sensors provide a simple, convenient method to characterize antenna performance in satellite systems. Peak…
ABSTRACT: 5G satellite communications networks utilize time division duplex (TDD) to optimize spectrum management, where uplink and downlink signals rapidly switch between different time slots on the same frequency band.…
ABSTRACT: Maury Microwave interconnect solutions, which include cable assemblies and adapters, ensure highly reliable, repeatable measurements for satellite systems. In addition, Maury Microwave offers a wide range of solutions from…
ABSTRACT: As more and more satellites are launched into low Earth orbit (LEO), satellite networks must contend with various communications from relay satellites and uplink/downlink stations. To ensure performance observed…
ABSTRACT: Satellite communications systems that utilize higher order modulation schemes, such as those used in 5G applications, increase bit rate/bandwidth. While data rates increase, so does the network’s vulnerability to…
ABSTRACT: Maury Microwave interconnect solutions, which include cable assemblies and adapters, ensure highly reliable, repeatable measurements for satellite systems. In addition, a demonstration showcases how solutions from Boonton, dBm, Holzworth,…
ABSTRACT: At SATELLITE 2025, Maury Microwave will demonstrate the leading-edge capabilities of its non-terrestrial RF channel emulation solution – the ACE9000 Advanced Channel Emulator – by effectively and reliably emulating…
ABSTRACT: At SATELLITE 2025, a Maury Microwave demonstration showcases how the ACE9000 Advanced Channel Emulator can simulate multipath impairments on a communications link, specifically between a lunar rover inside a…
ABSTRACT: In a SATELLITE 2025 demonstration, the UFX7000B is used to create a dynamic jamming signal with additive white Gaussian noise (AWGN). After filtering to the desired frequency range, the…
ABSTRACT: As highlighted in this SATELLITE 2025 demonstration, the Maury Microwave ACE9000 Advanced Channel Emulator can emulate and apply satellite-induced impairments such as compression, IMUX, and phase noise to any…
ABSTRACT: Show the capabilities of 4540 series with wideband peak power sensor as well as average power sensors. Measuring Challenging EMI/EMC Signals Using 4542 Peak Power Meter—Low Duty Cycle RADAR…
ABSTRACT: Show gated time domain power measurement capabilities of Boonton 55 series USB Peak Power sensor powered by Real Time Power Processing™. Capture All the Details of your WiFi Signal…
ABSTRACT: Linearity is a characteristic used to determine the behavior and performance of amplifiers, which are critical components for high-fidelity radar signals. Linear amplifiers reproduce signal transmissions faithfully, while nonlinear…
ABSTRACT: Linearity is a characteristic used to determine the behavior and performance of amplifiers, which are critical components for high-fidelity satellite communications. Linear amplifiers reproduce signal transmissions faithfully, while nonlinear…
ABSTRACT: Antennas are critical components for reliably communicating information. Boonton RTP5000 Series Real-Time USB Peak Power Sensors provide a simple, convenient method to characterize antenna performance in satellite systems. Peak…
ABSTRACT: 5G satellite communications networks utilize time division duplex (TDD) to optimize spectrum management, where uplink and downlink signals rapidly switch between different time slots on the same frequency band.…
ABSTRACT: As more and more satellites are launched into low Earth orbit (LEO), satellite networks must contend with various communications from relay satellites and uplink/downlink stations. To ensure performance observed…
ABSTRACT: Satellite communication systems that utilize higher order modulation schemes, such as those used in 5G applications, increase bit rate/bandwidth. While data rates increase, so does the network’s vulnerability to…
ABSTRACT: Low Earth orbit (LEO) satellite deployments are increasing due to factors such as reduced latency, enabling civil/commercial and military applications including, but not limited to, 5G and military battlefield…
ABSTRACT: Show measurement fidelity and speed of the Boonton 55 series wideband USB sensor powered by Real Time Power Processing™. Never miss a waveform! CCDF enables measurement of LNA or…
ABSTRACT: To show measurement fidelity and speed of the Boonton 55 series wideband USB sensor powered by Real Time Power Processing™. Never miss a waveform! New Real-Time USB Peak Power…
ABSTRACT: Show measurement fidelity and speed of the Boonton 55 series wideband USB sensor powered by Real Time Power Processing™. Never miss a waveform! CCDF enables measurement of LNA or…
ABSTRACT: Noisecom CNG-EBNO creates accurate Carrier to Noise Ratios (C/N) or Bit Energy to Noise Density Ratio (Eb/No). The instrument takes user entered parameters and via an internal automated process…
Product Demo:
This demonstration highlights the capabilities of the Boonton RTP 5000 series of USB real-time RF/microwave power sensors. A pulsed signal is provided either unmodulated or modulated with noise…
ABSTRACT: Show how figure of merit crest factor and scalar like measurements can be performed using Boonton 55 series wideband USB Peak Power sensor powered by Real Time Power Processing™.…
ABSTRACT: Emulate AWGN channel on 10GBase signal by adding analog broadband (5 GHz) additive white Gaussian noise (AWGN) on differential data lines using J9010. AWGN Channel Emulation for 10GBase receiver…
ABSTRACT: The demonstration on the booth here at IMS is showing the speed at which the SGX1000 can switch, in this case in amplitude using SGX1000’s list sweep. The Boonton…
ABSTRACT: Today’s communication systems (e.g., 5G and Wi-Fi) utilize high order modulation to achieve fast data rates. However, symbol errors can slow the data flow. When symbol errors exist, one…
ABSTRACT: With today’s supply chain challenges, component manufacturers are racing to get products out as fast as possible. One element is to improve test time. With products like the Holzworth…
ABSTRACT: The demonstration first monitors the 5G/Wi-Fi output from a signal source with a Boonton RTP5000 Series Real-time USB Peak Power Sensor. The signal is then fed into the Noisecom…
ABSTRACT: The RTP5000 sensors have industry leading performance with video bandwidth of up to 195 MHz, rise time as fast as 3 ns, time resolution as fine as 100 ps,…
ABSTRACT: The demonstration on the booth here at IMS is showing the speed at which the SGX1000 can switch, in this case in amplitude using SGX1000’s list sweep. The Boonton…
ABSTRACT: Today’s communication systems (e.g., 5G and Wi-Fi) utilize high order modulation to achieve fast data rates. However, symbol errors can slow the data flow. When symbol errors exist, one…
ABSTRACT: The demonstration first monitors the 5G/Wi-Fi output from a signal source with a Boonton RTP5000 Series Real-time USB Peak Power Sensor. The signal is then fed into the Noisecom…
ABSTRACT: Limiters are used to protect sensitive components such as LNAs and radar receivers. This demonstration shows the effect that limiters have on the crest factor of your signal as…
ABSTRACT: Demonstrate capabilities of the Boonton USB 55000 Sensor “Memory Buffer” powered by Real Time Power Processing. Mbuff can be used in various stages of product development. It can determine…