RF connectors are essential components in modern communication and electronic systems, providing reliable interfaces for signal transmission across a wide range of frequencies and applications. A Comprehensive Guide to RF Connectors Worldwide serves as a detailed reference, covering the most widely used connector families along with their electrical performance, mechanical coupling methods, and industry applications.The guide begins with standard connectors such as BNC, TNC, N-Type, and 7/16 DIN, which remain popular in test equipment, broadcast, and wireless infrastructure. It then explores miniature and subminiature series like SMA, SMB, and FAKRA, designed for compact devices, automotive systems, and mobile communication. For even smaller devices, microminiature connectors such as MMCX, U.FL, and SMP provide solutions where space and weight are critical.

Currently, there is some confusion in the market regarding the definitions of RG405 and 0.086” cables, with common names including RG405, Semi-Rigid 86, and Semi-Flexible 086. In accordance with standard specifications, their official name should be 0.086” (approximately 0.085”) cables. For the conv

The electromagnetic spectrum's region, including all conceivable radio frequencies in the range of 3 kHz to 300 GHz, is known as the radio spectrum. For radio communication technology, wireless networks, and telecommunication systems, radio frequency is used. LenoRF interconnects are available in frequency ranges from ultra-high to very-high, with the majority of our products falling in the super-high or microwave range.

The return loss (VSWR) of RF connector is a critical parameter in RF industrial,to get a low return loss is our first job.

How can 2.4mm connectors be used in 5G?In recent years, 5G (the fifth generation of mobile general-purpose technology) has been the undisputed focus of the communications community. 5G can achieve a transmission rate of 1Gb/s, which can transmit an HD movie in less than ten seconds.