Skip to product information
1 of 1

cdsenet

TXGN-JW-5 2.5dBi High-Gain 1575MHz GPS/GNSS Elbow Antenna

TXGN-JW-5 2.5dBi High-Gain 1575MHz GPS/GNSS Elbow Antenna

Regular price $0.95
Regular price Sale price $0.95
Sale Sold out
Shipping calculated at checkout.
Quantity

10000 in stock

SKU:txgn-jw-5

View full details

Product Overview

The TXGN-JW-5 is a professional-grade 1575.42MHz GPS/GNSS omnidirectional antenna, meticulously engineered for high-precision satellite positioning. Featuring a 2.5 dBi peak gain and a compact 90-degree elbow design, it ensures reliable signal reception for various tracking systems. Encased in durable TPE material, it provides a cost-effective and robust solution for terminal devices and vehicle positioning units.


Technical Specifications

Parameter Technical Value
Frequency Range 1575.42 MHz (GPS/GNSS)
Peak Gain 2.5 dBi
VSWR ≤ 1.5
Connector Type SMA-J (SMA Male)
Radome Material TPE (Flexible & Durable)
Total Height 50 mm
Impedance 50 Ω
Polarization Vertical

Product Details

90° Elbow Connector Design

The fixed elbow design is ideal for space-constrained terminals, providing a low-profile installation for vehicle-mounted devices or handheld trackers.

High-Purity Copper Core

Built with a high-quality copper radiator and gold-plated SMA interface to minimize signal loss and ensure consistent performance in 1575MHz GPS bands.

Professional Test Report

Precision-tuned for performance: VSWR measured at ≤ 1.5 for peak satellite reception efficiency.

Ideal Applications

Vehicle Positioning

Automotive GPS units, fleet management trackers, and taxi dispatch systems.

Smart Terminal Devices

IoT handheld terminals, logistics tracking boxes, and timing synchronization units.

Resources

📄 Download Datasheet (PDF)

FAQ

Q: Is this compatible with Beidou or GLONASS?

A: It is specifically tuned for 1575.42 MHz (GPS L1). While it may receive some GNSS signals near this band, it is optimized for GPS performance.

Q: Is the connector SMA Male or Female?

A: It is an SMA-J (SMA Male), featuring internal threads and a center pin.