HLF240 Low Loss RF Cable with RP SMA Female to SMA Male Right-Angle Connector | 6GHz High-Performance Coax for SDR, IoT & Industrial Use

The NETBOON HLF240 Low Loss Coaxial Cable with RP SMA Female to SMA Male Right Angle Connector is engineered for high-frequency RF applications that demand minimal signal loss, excellent shielding, and compact routing. Built with premium HLF240 coaxial cable, this assembly ensures stable 50-ohm impedance and superior electrical performance for SDR devices, IoT modules, telemetry systems, antennas, and industrial wireless networks.

Constructed with a Solid Bare Copper center conductor, Foamed Polyethylene dielectric, Sealed APA Tape inner shield, and 95% Tinned Copper Braid outer shield, the cable provides outstanding EMI protection and mechanical durability. The RP SMA Female connector enables secure connections to RF devices, while the SMA Male Right-Angle connector facilitates space-efficient installation in tight panels, enclosures, or test setups.

Supporting a frequency range up to 6 GHz, each cable is individually tested for continuity, shielding integrity, impedance stability, and connector durability. It is ideal for laboratory, field, and industrial environments requiring reliable, low-loss RF connections.

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✅ Technical & Mechanical Specifications (Spreadsheet Format):

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✅ Compatibility:

Compatible with RP SMA and SMA RF devices, SDR modules, IoT gateways, antennas, telemetry units, and industrial wireless systems requiring low-loss right-angle connections.

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✅ Warranty Information:

6 Months Warranty – Quality Assured by NETBOON
Every cable assembly is tested for shielding performance, connector durability, impedance accuracy, 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 provides OEM manufacturing, custom RF cable assemblies, and bulk supply for telecom, IoT, SDR, industrial, and wireless RF applications.