#gnssantenna

Dual Band L1 & L2 GNSS Screw Mount Panel Antenna | High Precision GPS Antenna

Dual Band L1 & L2 GNSS Screw Mount Panel Antenna is designed for reliable and accurate satellite navigation applications. Engineered with precision, this antenna ensures superior reception of GNSS signals across dual frequency bands, making it ideal for industrial, automotive, surveying, and telematics solutions.

Key Features:

✅ Supports Dual Band L1 & L2 GNSS frequencies ✅ Screw mount panel design for robust installation ✅ Compact and durable housing for outdoor use ✅ High gain with excellent signal reception ✅ Low VSWR for efficient performance ✅ SMA connector for easy integration ✅ Suitable for GPS tracking, surveying, navigation, and IoT applications

Dual Band L1 & L5 GNSS Screw Mount Panel Antenna | Eteily Technologies

Enhance navigation accuracy with Eteily’s Dual Band L1 & L5 GNSS Screw Mount Panel Antenna. This high-precision antenna is designed for GPS, GNSS, and IoT applications where accuracy and reliability are critical.

✨ Features:

✔️ Supports dual-band GNSS (L1 & L5) ✔️ Screw mount design for secure installation ✔️ Ideal for GPS trackers, navigation devices & IoT solutions

Perfect for automotive, industrial, and smart city applications.

🌍 Learn more: https://eteily.com

Dual Band L1 & L5 GNSS Screw Mount Panel Antenna – Reliable Precision for Navigation 🚀📡

Designed for accurate positioning, reliable connectivity, and secure mounting, this antenna is ideal for automotive, tracking devices, IoT solutions, and industrial navigation systems.

📌 Product SKU: ET-L1L5SC-1L3-SMS 📌 Available at: https://eteily.com

Why Choose This Antenna?

Satellite communication is critical for everything from global location and broadcasting to internet access in rural places. But one component is frequently overlooked: the antenna. Even the most modern satellite system might fail to function if the antenna is not properly installed.

Let's look at why antennas are crucial in satellite communication and how they affect performance, accuracy, and coverage.

1. Antennas Are the Gateway to Satellites

Satellites do not employ cables or wires; instead, they rely on radio frequency (RF) signals delivered and received by antennas.

Whether on the land, at sea, in the air, or in space, antennas:

Send data to the satellites (uplink).

Receive signals from satellites (downlink).

The effectiveness of data transport is determined by the antenna's quality, orientation, and frequency.

2. Long-distance communication requires high precision

Satellites are in geostationary or low Earth orbit, hundreds to thousands of kilometers distant. To contact them:

High-gain directional antennas are utilized for targeted transmission.

Parabolic dishes and patch antennas provide little signal loss over extended distances.

Alignment and orientation are important; even a few degrees incorrect might destroy the relationship.

3. Different Applications and Antennas

Satellite communication is not one-size-fits-all. Different systems require different antenna types:

4. Frequency and Bandwidth Matter

Antennas must be precisely adjusted to certain frequency ranges.

L-band (1-2 GHz) - GPS and Iridium

Ku/Ka-band (12-30 GHz): Internet and media broadcasting.

X/C-band - weather, military, and deep space communications

A frequency mismatch results in loss of connection or a damaged transmission.

5. Environmental Challenges

Satellite antennas must operate via

Rain fades.

Dust and vibration (on mobile terminals)

Extremely hot or chilly

Antenna alignment in motion (for example, aircraft, ships, and automobiles)

That is why durability, waterproofing, and rugged housing are essential in satellite antenna design.

Eteily Technologies: Satellite-Ready Antennas Built for Performance

Eteily designs and provides advanced RF antennas for:

- GNSS (L1/L2/L5/IRNSS) - Satellite trackers and IoT terminals - Compact flat panel and puck antennas - Satellite communication for UAVs, marines, and vehicles

We provide high gain, low loss, and global connection even in the most difficult settings.

📣 Contact Us

Eteily Technologies India Pvt. Ltd.

GPS and location-based services (LBS) are used for anything from directing driverless cars to locating the closest coffee shop. However, the RF antenna is the unsung hero that powers each precise location pin.

This article will describe how RF antennas enable GPS and LBS, the importance of design, and how Eteily antennas provide precision, speed, and dependability.

How Do LBS and GPS Operate?

Satellites in Earth's orbit send signals to GPS devices.

These signals are used to determine the precise position, speed, and time of your phone, car, or Internet of Things device.

Accurately picking up these faint satellite signals requires RF antennas.

The Significance of Antennas in GPS Systems

1. Inadequate Signal Power

GPS signals are extremely faint, sometimes less than -125 dBm. To properly identify them, a high-sensitivity antenna is required.

2. Accurate Placement

Improved signal quality from improved antennas results in more precise coordinates. This is important because:

Systems for navigation

Monitoring assets

Surveying and agriculture

Stabilization of drone flying

3. Reception with Multiple Bands

To increase dependability, modern GPS systems employ numerous bands, such as L1, L2, and L5. Multi-band or dual-band antennas improve:

Quicker lock-on periods

Increased precision

Decreased multipath errors

4. Integrated & Compact Designs

Compact trackers, smartwatches, and wearables with GPS must have RF antennas that are:

Small

Energy-efficient

enduring in all circumstances

Different RF Antenna Types for GPS :

Patch Antennas: Patch antennas are perfect for flat surfaces, such as drones or car rooftops.

Helical Antennas: Compact and highly effective in receiving signals are helical antennas.

Chip & PCB Antennas: The best antennas for GPS incorporated in compact devices are chip and PCB antennas.

Active GPS Antennas: To enhance signal quality, use an integrated LNA (Low Noise Amplifier).

Eteily GPS Antennas: Designed for Precision

Our services at Eteily Technologies include:

GNSS antennas with several bands (L1/L5, L1/L2)

Active GPS patch antennas for tracking automobiles and machinery

Small antennas for wearables, smart gadgets, and the Internet of Things

Rugged and weatherproof designs for outdoor application

We can provide the antennas you need for drones, smart city initiatives, logistics, or agricultural.

📣 Contact Us

Eteily Technologies India Pvt. Ltd.

Revolutionise Connectivity with 4-in-1 Combo Antenna for 2G/3G/4G + GNSS! 🚀📡

Next-Generation 4-in-1 Antenna for 2G/3G/4G and GNSS L1/L2 in One Powerful Unit! 🚀📡

Our 4-in-1 Combination Antenna provides robust multi-network connection, including 2×2G/3G/4G and 2×GNSS (L1, L2) in a small panel/screw mount form. With 4×N (F) connections, it's perfect for sophisticated telematics, tracking, and industrial IoT applications.