Quick Answer: The BBT-1742PW27D12-N2 is a 1.2m (1200mm) 5G MIMO mesh parabolic antenna engineered for ultra-long-range point-to-point (PTP) transmission. Featuring a massive 27dBi gain and a highly durable iron mesh reflector, it is the ultimate solution for high-capacity wireless backhaul and 5G/LTE base station connectivity in demanding environments.
Why Choose the 1.2m 27dBi 5G MIMO Mesh Parabolic Antenna?
27dBi Ultra-High Gain for Extreme Long-Range Transmission
Signal attenuation is a critical challenge for long-distance wireless networks. Our 5G MIMO parabolic antenna overcomes this with an exceptional 27±1dBi gain and an ultra-narrow beamwidth (6°/5°). This highly focused signal beam ensures unmatched penetration and stability, making it ideal for rural connectivity, wireless backbone networks, and PTP/PTMP links.
1.2m Iron Mesh Reflector for Superior Wind Resistance
Unlike standard solid dishes, the 1.2m (1200mm) iron mesh reflector is specifically designed to minimize wind load while maximizing signal capture area. It can withstand rated wind velocities of up to 60m/s, ensuring reliable outdoor performance even in harsh weather conditions. The robust iron construction guarantees durable operation for tower and rooftop installations.
Dual-Band 5G, LTE, and CBRS System Compatibility
This MIMO mesh parabolic antenna offers seamless compatibility with major cellular and broadband networks, operating flawlessly across the 1710-2690MHz and 3300-4200MHz frequency ranges. Whether you are deploying 5G, 4G LTE, or CBRS (Citizens Broadband Radio Service) systems, this antenna delivers high-throughput connectivity for base stations and enterprise networks.
Ideal Applications & Deployment Scenarios
Point-to-Point (PTP) Backhaul: Secure, high-speed data transmission between remote facilities or cell towers.
5G/LTE Base Station Extension: Expanding cellular coverage in rural areas, industrial parks, and offshore platforms.
Harsh Environment Deployments: Coastal, mountainous, or high-wind locations where standard antennas fail.
A 5G MIMO parabolic antenna uses multiple-input multiple-output (MIMO) technology with a parabolic reflector to enhance signal strength, bandwidth, and coverage. It's ideal for point-to-point and point-to-multipoint 5G/4G/LTE wireless systems, providing reliable long-distance data transmission.
•2. What are the main applications of the BBT-1742PW27D12-N2 antenna?
This antenna is designed for 5G, 4G, LTE, and CBRS systems, suitable for wireless broadband, base stations, mesh networks, and long-range transmission coverage where stable high-speed connectivity is required.
•3. What makes a parabolic antenna suitable for long-distance transmission?
A parabolic reflector focuses radio waves into a narrow, high-gain beam, allowing the signal to travel much farther than standard flat-panel antennas. The BBT-1742PW27D12-N2 achieves strong directivity and minimal interference, ideal for remote point-to-point links.
•4. What is MIMO technology, and why is it important for 5G antennas?
MIMO (Multiple Input, Multiple Output) allows multiple data streams to be transmitted and received simultaneously, significantly improving throughput, signal reliability, and bandwidth efficiency. This technology is a cornerstone of 5G performance.
•5. What is the typical gain of the BBT-1742PW27D12-N2 antenna?
This model features a massive 27dBi high-gain design, ensuring superior signal strength and stable connectivity over extended distances. For specific gain values across different frequencies, please refer to the BBT ANTENNAS technical datasheet or contact our engineering support team.
•6. Is the BBT-1742PW27D12-N2 antenna weatherproof?
Yes. It is built with durable iron materials and weather-resistant housing, ensuring reliable operation under outdoor conditions, including rain, humidity, and temperature fluctuations. It's suitable for base station and rooftop installations.
•7. How should I install a 5G parabolic antenna for best performance?
For optimal results:
Align the antenna precisely with the target base station or receiver.
Avoid physical obstructions like trees or buildings.
Mount the antenna securely using the recommended brackets from BBT ANTENNAS.
Use high-quality low-loss cables to minimize signal attenuation.
•8. Can this antenna be used in CBRS networks?
Yes. The BBT-1742PW27D12-N2 supports CBRS (Citizens Broadband Radio Service) frequency bands, making it compatible with private LTE and 5G networks, industrial IoT systems, and enterprise wireless infrastructure.
•9. What is the difference between a mesh parabolic antenna and a solid parabolic antenna?
A mesh parabolic antenna uses a metal grid reflector that's lighter in weight and offers better wind resistance, making it suitable for outdoor or elevated installations. A solid parabolic antenna provides slightly higher gain but is heavier and more wind-sensitive.
•10. Can BBT ANTENNAS provide customized 5G parabolic antenna solutions?
Absolutely. BBT ANTENNAS offers customized antenna design services to match specific frequency bands, gain requirements, and environmental conditions. Contact us for OEM/ODM options for industrial or telecom applications.
Looking for Custom 5G Antenna Solutions?
BBT ANTENNAS specializes in OEM/ODM manufacturing for demanding telecommunications projects. Whether you need a different frequency band, gain level, or structural modification, our engineering team is ready to deliver.
Send us your exact project requirements today for bulk pricing and technical support.
