HLF240 Low Loss RF Coax Cable with BNC Male to BNC Female Connector | 6GHz Shielded Cable for SDR, IoT & Test Systems

The NETBOON HLF240 Low Loss Coaxial Cable with BNC Male to BNC Female Connector is engineered for precision RF connectivity where low attenuation, high shielding effectiveness, and mechanical reliability are essential. Manufactured using premium HLF240 coaxial cable, this assembly offers significantly reduced signal loss compared to conventional coax, making it suitable for professional RF environments.

Featuring a Solid Bare Copper center conductor, Foamed Polyethylene dielectric, Sealed APA Tape inner shield, and 95% Tinned Copper Braid outer shield, the cable provides excellent EMI protection and stable 50-ohm impedance. The BNC Male to BNC Female configuration allows easy extension and adaptation between RF test equipment, antennas, telemetry devices, SDR modules, and industrial communication systems.

Supporting a frequency range up to 6 GHz, each cable is individually tested for impedance accuracy, shielding integrity, electrical continuity, and connector durability. This ensures consistent RF performance in laboratory setups, field deployments, and industrial installations where signal reliability is critical.

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✅ Technical & Mechanical Specifications (Spreadsheet Format):

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✅ Compatibility:

Compatible with BNC-interface RF modules, SDR devices, IoT gateways, telemetry equipment, antennas, industrial wireless systems, and RF test instruments requiring dependable low-loss connectivity.

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✅ Warranty Information:

6 Months Warranty – Quality Assured by NETBOON
Each cable assembly is tested for shielding performance, impedance stability, connector durability, and electrical continuity. Covered by a 6-month replacement warranty.

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✅ Bulk & OEM Inquiry:

Need custom lengths or bulk orders?
📞 Call/WhatsApp: +91-6266758816 / +91-9303369506
📧 Email: netboon15@gmail.com

NETBOON offers OEM manufacturing, custom RF cable assemblies, and bulk supply for telecom, IoT, SDR, industrial, and wireless RF applications.