Wireless Telecom Group, Inc. announced today that its Noisecom brand has introduced a new, industry-leading 60 GHz jitter noise generator, setting a new benchmark for high frequency noise generation in a programmable instrument.

Wireless Telecom Group, Inc., announced today that it will showcase its latest products and technologies that enable the development, test, and deployment of next generation wireless communications and connectivity during IMS 2022 at Booth 8019.

Wireless Telecom Group announced that Noisecom has introduced the UFX7000B, strengthening its leadership in noise generation solutions with this new version of its most versatile and most popular programmable noise generator.

Wireless Telecom Group, Inc. announced today that it has  introduced two new specialized millimeter wave noise generation solutions under their Noisecom brand.  

Noisecom, a Wireless Telecom Group Company (NYSE American: WTT), announced the launch of the new RFX7000B programmable noise generator, a unique, compact form factor solution for automated testing environments and densely populated rackmount systems, which leverages the technology developed for the popular UFX7000A benchtop instrument.

Noisecom has expanded its NC3000 Series Coaxial Calibrated Noise Sources up to 67 GHz to address emerging needs and requirements of new high frequency wireless devices and systems.

Noisecom today introduced the NC5000A Wave Guide noise sources for millimeter wave noise figure measurement.

Noisecom today introduced new models of the popular NC3600 Calibrated Noise Source product line for over-the-air testing of 5G chipsets and millimeter wave devices.

Wireless Telecom Group is pleased to announce that the Boonton Electronics and Noisecom calibration laboratories have achieved ISO 17025:2017 accreditation, an internationally recognized quality standard for calibration and testing laboratories.

Boonton strengthens its position as the peak power measurement leader with the introduction of the 4500C, its next generation Peak Power Analyzer. Designed to capture, display, analyze and characterize microwave and RF power in both the time and statistical domains, it is an ideal tool for design, verification, and troubleshooting of pulsed and noise-like signals used in commercial and military applications. These applications include radar, electronic warfare, education and research, consumer electronics and wireless communications including emerging standards such as LTE-A and 5G.

Boonton has begun shipping the new CPS2000 series of True Average Connected Power Sensors. With USB, LAN and PoEconnectivity, a robust set of drivers, and best-in-class measurement speed, the CPS2000 series was designed to simplify integration and shorten test times in manufacturing and ATE environments.  As RF and wireless technology becomes increasingly ubiquitous there is pressure to drive down the cost of test for next generation devices in areas such as 5G networks, driverless vehicles and electronic warfare.  CPS2000 sensors address the challenges faced by manufacturing test engineers by providing lower cost of test, higher measurement throughput and greater up time, all packaged into a future proof instrument with a variety of connectivity capabilities.