We're pleased to announce the release of our latest Tech Brief "Generating Precise FMCW and Chirp Signals with Low-cost Devices". It addresses the need for advanced radar system designers to be nimble in the field without losing sophisticated signal generation capabilities, such as high-speed frequency modulated continuous wave (FMCW) and frequency modulation on pulse (FMOP), or "chirp" [...]
We are excited to release our new tech brief "10 Signal Generator Features You’re Probably Paying Too Much For" that helps RF engineers make portable vs. benchtop Signal Generator decisions.
A robust test bench is an essential element to any team conducting daily RF device and assembly prototyping, characterization, and calibration. And among the most common instruments [...]
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We’re pleased to announce the release of rev. II of the Vaunix product guide covering over 60 standardized Lab Brick test devices. Functions include digital attenuators up to 20 GHz, signal generators up to 20 GHz (40 GHz coming soon), switches up to 6 GHz, and phase shifters up to 12 GHz. Prices start at $375.00 for an LDA-602, 10 MHz to [...]
Radar signal analysis applications require highly specialized test equipment to model and test transmitted or received signals. Secondary surveillance radar (SSR) is a type of radar that is often used for air traffic control (ATC) applications as well as identify friend or foe (IFF) military applications.
For these applications custom RF test racks are assembled for the specialty testing [...]
Before there is widespread adoption of any 5G technologies, there comes the need for extensive research and development of the networking and signal management approaches that will enable them.
Currently considered one of the leading enablers, small-cell, millimeter-wave, and massive Multi-input Multi-output (MIMO) systems, are creating the need for network architects to not only know [...]
Vaunix Technology Corporation recently produced an insightful technical brief discussing handover/handoff testing using USB-based digital attenuators for complex and scalable fading simulations.
Traditional fading simulations have relied upon complex and expensive single-box testers, which are ultimately limited by the number of ports, internal hardware, and proprietary and inflexible [...]