#directionalantenna

865-868MHz 25dBi Yagi Antenna with RG58 Cable and SMA Male Connector | Ultra Long Range Directional Antenna.

Description

The 865-868MHz 25dBi Yagi Antenna from Eteily Technologies India Pvt. Ltd. is designed for ultra-long-range directional communication. With a robust 25dBi gain, it provides highly concentrated signal transmission and extensive coverage. The RG58 cable (1 meter) allows for flexible connections, while the SMA Male connector provides a secure RF connection for IoT and industrial applications.

Product Features:

Frequency: 865-868 MHz.

Gain: 25 dBi extremely high gain directional performance

Yagi antenna design for targeted signal transmission

RG58 cable (one meter) for flexible connectivity

SMA Male Connector for Secure RF Connection

Suitable for LoRa, IoT, and long-range communication systems.

868MHz 18dBi Yagi Antenna with RG58 Cable and N Female Connector | Long Range Directional Antenna

Description

The 868MHz 18dBi Yagi Antenna from Eteily Technologies India Pvt. Ltd. is intended for long-distance directional wireless communication. It transmits signals strongly and precisely thanks to its 18dBi gain. The supplied RG58 cable enables dependable connectivity, while the N Female connector offers a secure RF connection for IoT and industrial applications.

Product Features:

Frequency: 868MHz

Gain: 18 dBi high gain directional performance

Yagi antenna design for targeted signal transmission

RG58 cable (20cm) to provide steady connectivity

N Female Connector for Secure RF Connection

Suitable for LoRa, IoT, and long-range communication systems.

2.4GHz 15dBi Yagi Antenna | 3m RG58 Cable | N Male Connector | Long Range WiFi

📝 Video Description.

Improve your wireless connection with the 2.4GHz 15dBi Yagi Antenna, which is built for long-range and directed signal propagation.

This high-gain antenna has a 3-meter RG58 cable and a N Male straight connector, making it suitable for Wi-Fi networks, IoT systems, wireless bridges, and industrial RF applications. The directional Yagi design focuses the signal for increased range, greater connectivity, and less interference.

A dependable solution for point-to-point communication and outdoor network configurations.

Key Features:

Frequency is 2.4GHz

Gain: 15 dBi High Gain

Cable: RG58 (3-meter length)

Connector: N Male Straight

A directional long-range antenna

2.4GHz 15dBi Yagi Antenna with RG58 Cable (3M) + N Male Straight Connector - High Gain Directional Antenna

Description:

Eteily's 2.4GHz 15dBi Yagi Antenna will help you increase the strength of your wireless signal. This antenna is designed for long-range directional communication and has good signal reception and transmission capabilities for outdoor wireless networks. It includes a sturdy RG58 cable (3 meters) and a N Male Straight connector, making it excellent for WiFi systems, industrial networking, and point-to-point communication configurations.

Product Features:

• Frequency is 2.4GHz • Gain: 15dB with high directional gain. • Antenna type: Yagi directional antenna • Cable type: RG58 low-loss coaxial cable. • Cable length: 3 m. • Connector type: N Male Straight • Effective signal focus for long-distance communication. • Long-lasting aluminum framework ideal for outdoor installation.

2.4GHz 24dBi Outdoor Grid Parabolic Directional Antenna - Long-Range WiFi Solution

Video Description:

Improve your wireless communication with Eteily's 2.4GHz 24dBi Outdoor Grid Parabolic Directional Antenna. This high-gain directional antenna is designed for long-distance communication, focusing signal intensity to provide stable and reliable point-to-point wireless links. Its durable outdoor design and grid structure reduce wind resistance while providing constant performance in harsh conditions. Ideal for use in WiFi bridges, WISP networks, surveillance systems, and industrial wireless communication.

Key features:

• 2.4GHz frequency band. • 24dBi High Gain. • Directional long-range signal. • Outdoor Grid Parabolic Design • Durable and weather-resistant. • Ideal for point-to-point links.

2.4GHz 24dBi Outdoor Grid Parabolic Directional Antenna | Long Range, High Gain

Description:

Enhance your long-distance wireless communication with Eteily's 2.4GHz 24dBi Outdoor Grid Parabolic Directional Antenna. This high-gain antenna was designed for maximum signal focus and extended coverage, making it perfect for point-to-point wireless communication and outdoor networking applications. Its rugged grid parabolic design offers good performance even in harsh outdoor conditions while reducing wind resistance.

Product Features:

• The frequency is 2.4GHz ISM band. • High gain (24dBi) for long-range communication. • Antenna type: grid parabolic directional antenna. • A strong directional signal for point-to-point communications. • Durable outdoor-grade metal structure. • Low wind load grid design for stable outdoor installation. • Ideal for WiFi bridges, wireless ISP networks, and long-distance communication. • Simple pole mounting for outdoor deployment.

Choosing the appropriate antenna may make a significant difference in attaining strong, consistent signal performance. Depending on your application and environment, the two most prevalent varieties, omnidirectional and directional antennas, serve various functions.

Omnidirectional Antennas

These antennas send and receive signals equally in all horizontal directions, resulting in a 360° coverage pattern. They are perfect for connecting to several devices or sources distributed about you. Common use scenarios include:

Wi-Fi routers for home and workplace coverage.

Cellular boosters in places where signals are coming from several directions.

IoT and GPS applications require great mobility.

An omnidirectional antenna is ideal when the signal source location is not set or when you need a large coverage area that does not require frequent modifications.

Directional Antennas

Directional antennas send their signal in a certain direction, similar to a flashlight beam. This concentration improves range and signal strength in that direction while reducing coverage elsewhere. They are great for:

Point-to-point communication between two fixed points.

Rural internet configurations aimed toward a faraway mobile tower.

Long-range Wi-Fi connections between buildings.

Because they concentrate energy, directional antennas work effectively in circumstances with weak signals from a specific place.

How to Decide

Ask yourself if you require broad coverage or long-distance concentration.

If you wish to serve several devices in different directions, select omnidirectional.

If you want to acquire the most range from a single source, go directed.

By selecting the appropriate antenna type for your needs, you may improve performance, decrease interference, and assure a stronger, more dependable connection.

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