ZVBP-11R175G-S+
Mini-Circuits’ cavity filters are designed by implementing resonant structures with
Wideband Connectorized Amplifiers Support Over-The-Air (OTA) Transmitter & Receiver Testing for 5G FR2 Bands
The advent of 5G networks has already begun ushering in a whole new generation of wireless devices and applications, and device manufacturers are racing to be the first to market. In order to meet the 5G standard for commercial wireless communication, device manufacturers need to develop powerful transmitters and receivers that operate in the millimeter wave range. This comes with a number of challenges, one of which is testing and qualification. Due to the wireless nature of these devices, manufacturers need to conduct testing in real-world conditions, which isn’t possible using the conventional approach of connecting devices under test (DUTs) to instruments with coaxial cables. Over-the-air (OTA) testing allows engineers to more realistically simulate real-world device performance in the lab environment.
ZLSS-K15G+
Mini-Circuits’ Suspended Substrate Stripline filters offer low insertion loss by
ZVBP-K34R5G+
Mini-Circuits’ cavity filters are designed by implementing resonant structures with
ZBSS-15G-S+
Mini-Circuits’ Suspended Substrate Stripline filters offer low insertion loss by
ZVBP-11R375G-S+
Mini-Circuits’ cavity filters are designed by implementing resonant structures with
LTCC Meets 5G: Advanced Filter Designs Achieve True mmWave Performance
Low Temperature Co-fired Ceramic (LTCC) substrate technology is one major area of Mini-Circuits’ R&D investment. As a result of its long-term investments in materials, manufacturing processes, simulation and testing capability, research on novel circuit topologies, and world-class engineering talent, the company has developed a new series of filters based on LTCC technology that support the millimeter wave (mmWave) 5G market with a small footprint, low cost, and superior performance to competitive products and technologies. This includes the newly developed bandpass filters specifically designed for the 5G FR2 n257, n258, n260 and n261 bandwidths, low pass filters supporting bandwidths from DC up to 30 GHz and beyond, and high pass filters with passband cut-offs up to 36 GHz at the time of this writing.
