Step into the future of wireless connectivity with our Multi-Band, High-Performance Omni Antenna. Engineered to cover critical communication frequencies from 2.4 GHz all the way through the foundational 5G C-Band (3.7-4.2 GHz), this antenna provides an exceptional, single-unit solution for complex network deployments. Housed in a durable, waterproof radome and featuring a robust N-Female connector, it is the ideal component for gateways, base stations, and industrial monitoring systems that require seamless, reliable coverage across multiple generations of wireless technology.
Comprehensive Multi-Band Frequency Coverage
The defining feature of this antenna is its expansive, simultaneous coverage across the most vital global wireless frequency bands. This eliminates the need for multiple, cumbersome antennas.
2.4 GHz ISM Band (2400-2500 MHz): Provides full support for all standard Wi-Fi (802.11 b/g/n), Bluetooth, and Zigbee applications. This band offers good coverage and penetration for local area networking.
Low-to-Mid Band 4G/5G: Covers essential low and mid-band 4G LTE frequencies (typically 698-960 MHz and 1710-2700 MHz, depending on specific tuning, though focused on supporting the overall LTE/5G range). This ensures reliable cellular connectivity and backward compatibility for all primary carriers.
Crucial C-Band 5G (3.7-4.2 GHz): This is the key high-capacity spectrum for current and emerging 5G-NR deployments globally. By covering this range, the antenna allows users to access the high-speed, low-latency performance of 5G, crucial for industrial IoT, fixed wireless access (FWA), and real-time video applications.
Omni-Directional Pattern: The antenna provides a 360-degree radiation pattern in the horizontal plane. This omni coverage is essential for base stations and central nodes that need to communicate with clients or assets distributed in all directions around the installation point, without requiring mechanical alignment.
Robust Design for Extreme Outdoor Reliability
Engineered for permanent installation in challenging environments, the antenna's physical construction guarantees long-term performance and durability.
Waterproof and Weatherproof Enclosure: The radiating elements are encased in a durable, UV-stabilized radome (often fiberglass or high-impact plastic). This enclosure is sealed to achieve a high IP rating (e.g., IP65 or IP67), providing complete protection against dust, driving rain, snow, and extreme temperature variations. This reliability is non-negotiable for rooftops, remote towers, and industrial sites.
N-Female Connector: The antenna terminates with a standard N-Female connector. This connector type is universally recognized in professional RF applications for its:
High Power Handling: Capable of safely handling high RF power levels.
Robustness: Features a secure, threaded coupling that is highly resistant to vibration and provides an excellent, sealed electrical connection.
Low Loss: Ensures minimal signal attenuation at the feed point, especially critical at 5G and C-Band frequencies.
DC Ground Lightning Protection: The antenna design incorporates an internal DC short to ground. This feature provides a baseline level of protection against static electricity build-up and helps divert dangerous surges caused by nearby lightning strikes away from sensitive connected equipment.
Mounting System: The antenna includes heavy-duty, corrosion-resistant mounting hardware (typically U-bolts and brackets) designed for secure, stable attachment to poles or masts, capable of withstanding high wind loads.
Optimized Gain for Versatile Applications
The antenna is engineered to deliver efficient gain across its wide operational bandwidth, balancing power with broad coverage.
Balanced Gain: While specific gain figures vary across the spectrum, the antenna is designed to offer a consistent, moderate gain (typically ranging from 5dBi to 8dBi) across all bands. This balance provides extended range compared to lower-gain antennas while maintaining the necessary wide vertical beamwidth to accommodate clients at various elevations or on sloped terrain.
Signal Integrity: By consolidating all cellular and Wi-Fi bands into a single antenna, the system simplifies the RF environment. The components are carefully isolated and matched to 50 Ohms to minimize passive intermodulation (PIM) and maximize signal efficiency across all ports.
Simplified Deployment: Using one antenna for all services drastically simplifies installation, reduces cable clutter, minimizes the number of mounting points required, and lowers the overall visual impact of the deployment.
Targeted Applications for Network Convergence
This multi-band omni antenna is the ideal solution for enterprises and service providers building converged communication networks.
Fixed Wireless Access (FWA) Base Stations: Serving as the central access point antenna, providing high-speed 5G connectivity to multiple customer premise equipment (CPE) units in a local area.
Industrial IoT and SCADA: Providing reliable, simultaneous 4G/5G data access for remote gateways and 2.4 GHz Wi-Fi for local maintenance and monitoring access.
Security and Surveillance: Establishing robust communication links for distributed CCTV camera networks that require both 5G bandwidth and a wide omnidirectional field of view.
Public Wi-Fi Hotspots: Used to backhaul data via 5G and distribute local Wi-Fi via the 2.4 GHz band from a single, discreet unit.
The 3.7-4.2G / 2.4GHz / 4G / 5G Waterproof N-Female Omni Antenna is the smart, future-proof choice for consolidating your wireless infrastructure, delivering high-speed, reliable connectivity across the most important frequencies of the modern communications landscape.
