cdsenet
Cdsenet TX2400-XPFL-300 2.4GHz 12dBi High Gain Suction Cup Antenna
Cdsenet TX2400-XPFL-300 2.4GHz 12dBi High Gain Suction Cup Antenna
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SKU:tx2400-xpfl-300
Product Overview
The TX2400-XPFL-300 is a high-performance 2.4GHz omnidirectional suction cup antenna, specifically engineered for long-distance and high-stability wireless data transmission. Featuring a remarkable 12.0 dBi peak gain, it provides superior signal coverage and penetration. Equipped with a 3-meter RG174 cable and a foldable joint, it offers exceptional installation flexibility for industrial IoT gateways and outdoor communication systems.
Technical Specifications
| Parameter | Technical Value |
|---|---|
| Frequency Range | 2400 - 2500 MHz (2.4GHz) |
| Peak Gain | 12.0 dBi |
| VSWR | ā¤ 1.5 |
| Connector Type | SMA-J (SMA Male) |
| Cable Length | 300 cm (3 Meters) RG174 |
| Antenna Height | ~505 mm |
Product Details
12dBi High-Gain Radiator
The ultra-long radiator design maximizes signal efficiency, ensuring stable connectivity for 2.4GHz WiFi, Bluetooth, and ZigBee devices over extended distances.
Strong Magnetic Suction Base
The integrated magnetic base allows for secure mounting on metal surfaces. The foldable joint enables 90-degree adjustment, perfect for diverse deployment environments.
Professional Test Report
Verified with Agilent E5071C: The VSWR remains consistently below 1.5 within the 2.4GHz band, ensuring low reflection and high transmission power.
Ideal Applications
Industrial IoT & Automation
Reliable data transmission for industrial control systems and smart factory wireless nodes.
Outdoor Wireless Monitoring
Perfect for wireless cameras and surveillance systems requiring high-gain reception.
Resources
š Download Datasheet (PDF)FAQ
Q: Does the magnetic base affect signal performance?
A: No, the base is designed to act as a ground plane when attached to a metal surface, which actually enhances the gain and radiation pattern.
Q: Can the 3-meter cable be shortened?
A: We recommend using the provided 3m length for optimal performance. Modification may impact impedance matching.