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Company: Beijing Zihang Dahui Electronics Co., Ltd.
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Room 1501, Block A, Zhichun Building, No. 118 Zhichun Road, Haidian

+86 010-62621986

[email protected]

2.92mm RF connector/K connector

The 2.92mm RF connector delivers stable 50-ohm impedance, low insertion loss, and excellent return loss up to 40 GHz. Built for durability, it withstands vibration, shock, and harsh environments while ensuring reliable high-frequency performance.

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The 2.92mm RF connector is a precision coaxial connector designed for high-frequency applications up to 40 GHz. It offers low insertion loss, excellent return loss, and stable 50-ohm impedance, ensuring signal integrity in demanding RF and microwave systems. Ideal for 5G networks, radar, satellite communications, and test equipment. Built with robust mechanical design, it ensures long-lasting performance under harsh environmental conditions.

2.92mm RF connector for 5G, microwave 2.92mm connectors, low-loss 40 GHz RF connectors, precision 2.92mm coaxial connectors, durable RF connectors for aerospace

  • 5G communication and base station systems

  • Microwave and millimeter-wave test instruments

  • Radar and aerospace communication systems

  • Satellite and space communication devices

  • RF modules and high-speed digital circuits

    Specification / Model 2.4mm RF Connector 2.92mm RF Connector 3.5mm RF Connector
    Frequency Range DC to 50 GHz DC to 40 GHz DC to 34 GHz
    Impedance 50 Ω 50 Ω 50 Ω
    Insertion Loss Very low Low Low
    Return Loss Excellent Excellent Very good
    Compatibility Not compatible with SMA/3.5mm Compatible with SMA & 3.5mm Compatible with SMA
    Mechanical Durability High precision, robust for repeated mating Durable, robust design Durable, slightly lower precision than 2.92mm
    Applications 5G, radar, high-frequency test & measurement, aerospace Microwave & millimeter-wave systems, 5G, radar, satellite General RF/microwave, telecom, lab instruments
    Environmental Resistance Excellent resistance to vibration & harsh weather Excellent resistance to vibration, shock, temperature Good resistance to environmental stress
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