cdsenet
TX868-XPL-100 868MHz 3.5dBi Suction Cup Antenna SMA-J
TX868-XPL-100 868MHz 3.5dBi Suction Cup Antenna SMA-J
10000 in stock
Couldn't load pickup availability
SKU:tx868-xpl-100
Product Overview
The TX868-XPL-100 is a high-performance 868MHz suction cup antenna designed for Sub-GHz wireless communication, including LoRa and Sigfox. It features a 3.5 dBi gain and a magnetic base for stable attachment to metallic surfaces. With its 100cm low-loss cable and SMA-J connector, it offers flexible positioning to optimize signal reception in industrial IoT and smart metering environments.
Technical Specifications
| Parameter | Technical Value |
|---|---|
| Frequency Range | 848 - 888 MHz (Center 868MHz) |
| Peak Gain | 3.5 dBi |
| VSWR | ≤ 1.5 |
| Connector Type | SMA-J (SMA Male) |
| Cable Length / Type | 100 cm / RG174 Coaxial |
| Height | 290 mm |
| Impedance | 50 Ω |
| Polarization | Vertical Polarization |
Product Details
Magnetic Suction Base
Equipped with a powerful magnetic suction cup base, this antenna can be easily mounted on any iron-based surface, acting as a ground plane to enhance signal stability.
Standard SMA-J Interface
Features a pure copper nickel-plated SMA-J connector with gold-plated pins, ensuring low insertion loss and high durability for long-term outdoor or indoor use.
Professional Test Report
Verified Performance: Measured VSWR at ≤ 1.5 @ 868MHz, providing excellent signal efficiency and range.
Ideal Applications
LoRa & Industrial IoT
Ideal for factory wireless systems, environmental sensors, and gateway modules.
Smart Utility Metering
Stable data transmission for water, electricity, and gas smart meter readers.
Resources
📄 Download Datasheet (PDF)FAQ
Q: Can this antenna be used outdoors?
A: Yes, it is designed with a waterproof and dustproof suction cup, suitable for both indoor and outdoor environments.
Q: Does the suction cup work on plastic?
A: The magnetic base requires a metallic (iron) surface to stick magnetically. On plastic, it will stand, but will not provide a magnetic grip or ground plane effect.