• HPE JG522A 3G RF antenna extension cable, 2.8m black low-loss coax with N-type connectors and bracket
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HPE

HPE JG522A | 3G RF antenna extension cable | 2.8 m | low-loss coax

JG522A

Stock Status: Enquire

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Description

Extend the placement of your cellular antenna for improved signal quality on MSR routers with 3G/WWAN modules. The 2.8 m low-loss RF cable allows flexible routing to windows or optimal signal locations while maintaining performance. Factory-terminated connectors ensure reliable attachment to supported router antenna ports and matching antennas. Use indoors or with appropriate outdoor/weatherproofing as required by the installation.

Features

- Optimizes antenna placement for stronger cellular signal
- Low-loss design preserves throughput and link stability
- Convenient 2.8 m length for flexible routing
- Reliable, factory-terminated connectors
- Compatible with MSR 3G/WWAN modules and antennas

Warranty

All products sold by XS Network Tech include a 12-month warranty on both new and used items. Our in-house technical team thoroughly tests used hardware prior to sale to ensure enterprise-grade reliability.

All technical data should be verified on the manufacturer data sheets.

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Technical Specifications

FAQs

Technical Specifications

- Cable type: Low-loss RF coaxial extension
- Length: 2.8 meters
- Frequency support: Wideband 3G cellular bands
- Impedance: 50 Ω nominal
- Application: Extends distance between router WWAN port and external antenna
- Compatibility: MSR routers and WWAN/3G modules that support external antennas
- Installation: Indoor use or outdoor with appropriate weatherproofing

FAQs

Q: What connector types are on this cable?
A: Connector types are designed for the corresponding MSR WWAN module and antenna. Verify your module’s antenna connector specification to ensure a proper match.

Q: Can this be used outdoors?
A: Yes, when properly protected. Use suitable grommets, drip loops, and weatherproofing if the run passes outdoors.

Q: How much signal loss should I expect?
A: Loss depends on frequency and cable type; at 2.8 m it is minimal. For longer runs, consider higher-grade low-loss cable to maintain performance.

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