The Powertec 4G-5G Slim Series Large Ceiling Antenna, 380 to 4000 MHz, N Female combines advanced technology with a sleek design. Measuring just 19 mm thick and 28 cm in diameter, this antenna provides a visually unobtrusive solution for high-profile locations such as hotels and convention centres where aesthetics are crucial.
Key Features:
- 380-4000 MHz Frequency Range
- 2 dBi and 4 dBi Gain Options
- Slim profile
- Ideal for indoor use
- 360° Beamwidth
- N Female connector
Wide Frequency Range
Designed to operate across a broad frequency range of 380 to 4000 MHz, this antenna ensures compatibility with all mobile carriers. Whether you need coverage for 4G or 5G networks, this versatile antenna adapts to various frequency requirements, making it suitable for diverse applications.
Optimal Gain for Enhanced Coverage
The Blackhawk Large Ceiling Antenna offers two gain settings: 2 dBi and 4 dBi. This flexibility allows for customised performance, ensuring that you can achieve the optimal signal strength and coverage for your specific needs.
360-Degree Beamwidth
Providing a full 360-degree beam width, this antenna delivers comprehensive internal coverage. This feature is essential for ensuring uniform signal distribution in indoor environments, enhancing connectivity across large spaces.
Ideal for Indoor Use
Tailored for indoor applications, this ceiling-mounted antenna is perfect for installations in venues where visual impact is a concern. Its compact and low-profile design makes it an excellent choice for maintaining a clean aesthetic while delivering powerful signal performance.
Easy Integration
The antenna's design facilitates straightforward installation in various indoor settings. Its slim profile and unobtrusive appearance make it easy to integrate into existing infrastructures without disrupting the venue’s overall look.
Reliable Performance
With its wide frequency range and flexible gain options, the Blackhawk Slim Series Large Ceiling Antenna offers reliable performance for indoor mobile repeater applications. It ensures consistent and effective signal coverage, enhancing the connectivity experience in high-traffic and high-importance venues.
