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4.3/10 RF connectors are a modern, compact coaxial solution designed for frequencies up to 7 GHz. Featuring a screw-lock mechanism, they provide excellent mechanical stability and weatherproof performance. These connectors are widely used in 5G networks, base stations, and distributed antenna systems (DAS) due to their small size, low PIM (Passive Intermodulation), and high reliability.

Base Products

4.3-10-JW Connector Series

4.3-10-JW Connector Series

4.3-10-JW Connector Series,DC-6GHz,50Ω
4.3-10-KY Connector Series

4.3-10-KY Connector Series

4.3-10-KY Connector Series,DC-6GHz,50Ω

Category Insights

4.3/10 connectors support frequencies up to 7 GHz, making them ideal for modern wireless applications like 5G, LTE, and small cell deployments. Their low-loss design ensures efficient signal transmission, while their compact size allows for high-density installations in telecom infrastructure.
No, 4.3/10 connectors are not directly compatible with 7/16 connectors due to their different mechanical designs. However, hybrid adapters are available to bridge connections between the two types when needed in legacy system upgrades or mixed installations.
These connectors are optimized for 5G due to their compact size, low PIM (<-155 dBc), and excellent weather resistance. Their screw-lock design ensures stable connections in high-vibration environments, making them perfect for small cells, massive MIMO antennas, and other 5G infrastructure components.
4.3/10 connectors feature IP68-rated sealing with rubber gaskets and corrosion-resistant materials. Their screw-lock coupling provides a tight, waterproof connection that outperforms snap-on designs in harsh outdoor conditions, ensuring long-term reliability in rain, snow, and extreme temperatures.
While primarily designed for low-to-medium power applications, 4.3/10 connectors can handle typical telecom power levels (up to 150W average). For higher power requirements (like broadcast), 7/16 connectors may be more suitable due to their larger size and higher power handling capability.