HLF240 Low Loss BNC Male to BNC Male RF Coaxial Cable | 6GHz High-Shielded Cable for SDR, IoT, Test & Industrial Use

The NETBOON HLF240 Low Loss Coaxial Cable with BNC Male to BNC Male Connector is designed for professionals who require dependable RF signal transmission with minimal attenuation and excellent shielding performance. Built using premium HLF240 coaxial cable, this assembly delivers superior signal stability compared to standard coax cables, making it ideal for RF testing, SDR systems, IoT deployments, and industrial communication environments.

The cable features a Solid Bare Copper center conductor, Foamed Polyethylene dielectric, Sealed APA Tape inner shield, and a 95% Tinned Copper Braid outer shield, ensuring strong protection against electromagnetic interference and consistent 50-ohm impedance. Dual BNC Male connectors provide fast, secure, and reliable connections for test instruments, antennas, telemetry equipment, and RF modules.

Supporting a frequency range up to 6 GHz, each cable is individually tested for impedance accuracy, shielding integrity, electrical continuity, and mechanical durability. This makes it a trusted solution for laboratory setups, field installations, and industrial RF systems requiring stable and low-loss connectivity.

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✅ Technical & Mechanical Specifications (Spreadsheet Format):

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✅ Compatibility:

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

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✅ Warranty Information:

6 Months Warranty – Quality Assured by NETBOON
Every cable assembly is tested for shielding performance, impedance stability, connector durability, and electrical continuity. Backed 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.