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TX868-JKD-20 868MHz 3dBi LoRa Omnidirectional Antenna

TX868-JKD-20 868MHz 3dBi LoRa Omnidirectional Antenna

Regular price $1.43
Regular price Sale price $1.43
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Quantity

10000 in stock

SKU:tx868-jkd-20

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Product Overview

The TX868-JKD-20 is a professional-grade 868MHz omnidirectional rubber antenna, meticulously engineered for high-stability Sub-GHz wireless communication. Featuring a 3.0 dBi peak gain and a precision-tuned bendable radiator, it significantly enhances signal penetration for LoRa and Sigfox applications. Encased in durable TPEE material, it ensures reliable performance for industrial IoT, smart metering, and long-range remote control systems.


Technical Specifications

Parameter Technical Value
Frequency Range 848 - 888 MHz (Center 868MHz)
Peak Gain 3.0 dBi
VSWR ≤ 1.5
Connector Type SMA-J (SMA Male)
Radome Material TPEE (Flexible & Weather-resistant)
Antenna Height 200 mm
Impedance 50 Ω
Power Capacity 20 W

Product Details

Flexible Bendable Design

The TX868-JKD-20 features a bendable joint, allowing for easy adjustment to improve signal orientation and fit within various enclosure constraints.

Standard SMA-J Interface

Equipped with a high-quality nickel-plated copper SMA-J connector, ensuring low signal loss and high durability for repeated connections.

Professional Test Report

Verified Performance: Measured VSWR ≤ 1.5 at 868MHz center frequency, providing optimal impedance matching.

Ideal Applications

LoRa & Sigfox Solutions

Industrial IoT gateways, smart agriculture sensors, and environment monitoring nodes.

Smart Grid & Security

Wireless smart meters, security alarm systems, and remote telemetry.

Resources

📄 Download Datasheet (PDF)

FAQ

Q: Is this compatible with 868MHz LoRa modules?

A: Yes, it is specifically designed for the 868MHz band. Ensure your module has an SMA-K (Female) interface for compatibility.

Q: Can it be used for 915MHz systems?

A: While it may function, it is optimized for 868MHz. We recommend using a dedicated 915MHz antenna for the best performance in that band.