apex innovation

Reliable Parabolic reflector antenna manufacturer offer high gain parabolic dish antenna for wireless communication applications. This outdoor parabolic dish antenna operates from 1710-4200MHz, delivering 22 dBi gain for strong signal reception and extended coverage. The mesh Reflector dish antenna enhances directionality and reduces interference, while dual polarization ensures stable performance. Built for outdoor durability, it features an IP65-rated weatherproof design. Equipped with 2 x Type N female connectors, it allows seamless integration into various systems. Customers can customize accessories such as connector options based on specific installation needs. Contact us today for customized solutions from a trusted antenna manufacturer!

This parabolic dish antenna is well-suited for multiple communication scenarios, including:

1. Wireless Network Deployment – Delivers strong, reliable signals for extended coverage in challenging locations.
2. Telecommunication & Base Stations – Provides enhanced signal stability and efficiency for critical infrastructure.
3. Remote & Rural Connectivity – Ensures uninterrupted communication in areas with limited network coverage.

Enhance your network with a high-performance parabolic dish antenna. Reach out today for more details!

Features

• Wide Frequency Range: Covers 1710-4200MHz, making it compatible with various wireless systems.
• High Gain Performance: Provides 22 dBi gain, ensuring strong signal reception and extended coverage.
• Optimized Directionality: Features a mesh parabolic reflector for precise signal focus and reduced interference.
• Dual Polarization: Dual Polarization has directional patterns with Dual Slant (±45°) polarization and features 2 x Type N Female connectors.
• Rugged Construction: Built with IP65-rated materials for long-term durability in harsh outdoor conditions.
• Easy Installation: Comes with mounting brackets for straightforward setup.
• Flexible Manufacturing Options: Offered in Taiwan-made or China-made variations.