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7/16 RF connectors are heavy-duty coaxial connectors designed for high-power applications in wireless communication systems. With a frequency range up to 7.5 GHz and superior mechanical stability, they are widely used in cellular base stations, broadcast systems, and military communications. Their threaded coupling ensures excellent weatherproofing and low PIM (Passive Intermodulation), making them ideal for demanding outdoor installations.

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7/16 Connector Series

7/16 Connector Series

7/16 Connector Series,DC-7.5GHz,50Ω,3000V

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7/16 connectors are optimized for frequencies up to 7.5 GHz, making them suitable for cellular networks (2G/3G/4G), broadcast transmitters, and military communications. Their robust design minimizes signal loss even at high power levels, ensuring reliable performance in critical infrastructure applications.
With their large conductor size and threaded coupling mechanism, 7/16 connectors can handle significantly higher power (up to 300W average) compared to smaller connectors like N-type or 4.3-10. This makes them ideal for broadcast transmitters, high-power amplifiers, and other applications requiring superior power handling and heat dissipation.
Yes, 7/16 connectors typically feature IP67 or higher weatherproof ratings. The threaded coupling creates a tight seal that prevents moisture ingress, while corrosion-resistant materials ensure long-term reliability in harsh outdoor environments like cell towers and broadcast antenna installations.
While N-type connectors are smaller and work up to 11 GHz, 7/16 connectors offer better power handling, lower PIM, and superior weather resistance. N-type is common for indoor use, while 7/16 dominates in outdoor high-power applications like base stations and broadcast systems.
While 7/16 connectors can support sub-6GHz 5G frequencies, their large size makes them less ideal for modern compact 5G infrastructure. Many 5G deployments now use smaller connectors like 4.3-10 for small cells, reserving 7/16 for macro base stations where high power handling is required.