Unlock the full potential of your high-frequency cellular and data communication systems with our specialized 1920MHz–1980MHz High Gain Directional Antenna. Engineered to cover a critical segment of the globally utilized 3G (WCDMA/UMTS) and 4G (LTE) uplink frequencies, this antenna is the definitive solution for establishing reliable, long-distance wireless connections and overcoming geographical signal limitations.
Featuring an impressive 23 dBi directional gain, this antenna is designed for applications where standard omni-directional antennas fail—pushing boundaries in remote rural access, high-capacity backhaul links, and critical fixed wireless deployments.
Key Features and Technical Powerhouse
This antenna is not a general-purpose tool; it is a meticulously crafted instrument built for focused power and unparalleled range in its operational spectrum.
1. Extreme 23 dBi Directional Gain
Maximum EIRP: The outstanding 23 dBi gain allows your transmitting device to achieve the highest possible Effective Isotropic Radiated Power (EIRP) permitted by regulatory bodies (when paired with a compatible radio). This focused energy ensures the signal reaches distant base stations or remote receiver points with maximum power.
Extended Range: This high gain translates directly into significantly extended communication range and the ability to maintain a stable, high-speed link over distances impossible with lower-gain panels or omni-directional antennas.
Interference Rejection: The directional beam pattern (high front-to-back ratio) naturally rejects unwanted interference and noise arriving from the sides or rear, dramatically improving the overall Signal-to-Noise Ratio (SNR) for cleaner, faster data transmission.
2. Optimized Frequency Band Coverage
Targeted Spectrum: Tuned specifically for the 1920 MHz to 1980 MHz range. This precise focus maximizes efficiency within this critical band, which is often used for high-speed uplink traffic in many 3G/4G networks worldwide (such as portions of the IMT-2000 band).
High-Capacity Uplink: Ideal for use in situations where data uploading is prioritized, such as live video feeds, large file transfers, or remote camera systems that need to send data back to a central server.
3. Professional-Grade Engineering and Durability
Construction: Typically designed as a durable Yagi or Parabolic Grid antenna to achieve such high gain. The materials are chosen for maximum longevity and minimal environmental impact on signal quality.
Weatherproof Design: Built to endure harsh outdoor conditions, featuring robust, UV-resistant materials and often an IP-rated enclosure to resist moisture, dust, and temperature extremes, ensuring years of reliable service.
Mounting: Comes with a heavy-duty mounting bracket and hardware designed for secure, fine-tuning of the azimuth and elevation, essential for precisely aiming the narrow beam required by the high gain.
Versatile Application Scenarios (Use Cases)
The specialized nature and extreme gain of this antenna make it indispensable for demanding, long-haul wireless data applications:
1. Rural and Remote Broadband Access
Fixed Wireless Access (FWA): Deployed at customer premises in remote areas where cellular tower signals are weak or non-existent. The antenna locks onto the distant base station, providing reliable last-mile broadband internet connectivity for homes and businesses.
Challenging Topography: Perfect for bridging links across mountainous terrain, dense forests, or long stretches of water where traditional signals fade.
2. High-Capacity Point-to-Point (PTP) Backhaul
Corporate Connectivity: Used to create dedicated, high-speed wireless backhaul links between corporate campuses, remote branch offices, or temporary work sites, bypassing expensive wired infrastructure.
Cellular Extenders: Utilized by carriers or system integrators to feed signal to small-cell repeaters in areas requiring localized coverage augmentation.
3. Industrial IoT and Telemetry
Long-Range SCADA Systems: Providing reliable, high-speed data links for Supervisory Control and Data Acquisition (SCADA) systems and telemetry from remote power stations, pipelines, or environmental monitoring stations.
Security Surveillance: Connecting high-resolution, fixed IP cameras located kilometres away from the monitoring hub, ensuring continuous, high-bandwidth video uplink capability.
SEO Optimization for Critical Cellular Frequencies
Targeting this specific frequency range is key to reaching the professional market. Engineers are specifically searching for solutions to maximize performance within the 1900 MHz band:
1920MHz LTE Uplink Antenna
High Gain Directional 23dBi Cellular Antenna
Long Range Fixed Wireless Access Antenna
WCDMA 1950MHz Directional Antenna
This 1920MHz–1980MHz 23dBi High Gain Directional Antenna is the crucial hardware component needed to turn weak, intermittent cellular signals into strong, stable, high-throughput data connections, empowering your most demanding remote applications.
