Teledyne Relays introduces the CCR/CCT-39V, a 67 GHz single-pole multi-throw (SPnT) coaxial switch designed for upper V-Band test and development. As networks add multi-Gbps fixed-wireless links and labs ramp mmWave research toward 6G, engineers need repeatable, low loss routing that preserves error vector magnitude and dynamic range across many automated paths.

The CCR/CCT-39V is outfitted with 1.85 mm-f connectors and is engineered for 1.70 dB maximum insertion loss at 67 GHz, 50 dB minimum isolation at 67 GHz and long-life repeatability of 2 million cycles. The switch has a characteristic impedance of 50 Ω and a switching time of 20 ms. These specs enable accurate measurements in over-the-air (OTA) chambers, link validation stands and high-throughput benches. The CCR/CCT-39V is offered in SP4T and SP6T configurations.

Positioned above Teledyne’s widely used 18 to 52 GHz portfolio for 5G FR1/FR2, the 67 GHz SPnT switch extends coverage through the upper V-Band for applications such as V-Band backhaul/FWA link testing, harmonics and spur studies, WiGig/802.11ad/ay device characterization and OTA beam experiments. It also provides a practical on-ramp to early 6G mmWave research and development, aligning with ecosystems that sit adjacent to E-Band instruments and frequency-extender front-ends.

Teledyne complements the 39V with a broad switching portfolio that includes SPDT, SPnT, transfer and 2P3T devices, along with matrix boxes that consolidate multiple paths into compact, serviceable enclosures. Together, these solutions enable engineering teams to scale from today’s 5G workflows to tomorrow’s higher frequency experiments without compromising measurement fidelity.

Teledyne Relays
Hawthorne, Calif.
www.teledyne-ade.com/relays