
Copper Mountain Technologies Launches New 2-Port Full Featured VNAs Designed for Production Applications up to 9 GHz
Copper Mountain Technologies announces the launch of the new SC0402 (4.5 GHz), SC0602 (6.5 GHz), and SC0902 (9 GHz) 2-Port vector network analyzers. These new Select Series VNAs are designed to support daily engineering and production workflows with exceptional speed, dynamic range, and flexibility.
Starting at 9 kHz and delivering up to 130 dB typical dynamic range, the SC0402, SC0602, and SC0902 provide the performance required for accurate characterization of RF components and complex systems. With measurement speeds as fast as 25 microseconds per point, these instruments enable efficient testing in both R&D and high-throughput manufacturing environments.
The maximum software capabilities come standard—available without a paid license—including linear and logarithmic sweeps, power sweeps, time domain conversion with gating, frequency offset mode for mixer measurements, fixture simulation with embedding/de-embedding, advanced marker tools, limit testing, and support for up to 16 independent channels with 16 traces per channel. Automation is supported through LabVIEW, Python, MATLAB, .NET, and other programming environments, and a Manufacturing Test Plug-in is available as an add-on to support incorporating VNA software into existing automated manufacturing and QA processes.
These new models deliver performance, speed, and flexibility in a compact and accessible package ideal for modern RF test environments. These VNAs are well-suited for RF component manufacturing, power plane integrity and impedance measurement, and applications across telecommunications, automotive, IoT, aerospace, medical devices, defense manufacturing, and quantum computing research.

To provide the best experiences, we use technologies like cookies to store and/or access device information. Consenting to these technologies will allow us to process data such as browsing behavior or unique IDs on this site. Not consenting or withdrawing consent, may adversely affect certain features and functions. We will not sell your information to third parties.

