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Product Features
Technical Overview
The HORN-5-90 operates within the 5 GHz band, specifically from 5.15 GHz to 5.85 GHz, providing broad compatibility with modern wireless standards and reducing congestion in crowded RF environments. With an isotropic gain of 13 dBi, it offers substantial signal amplification for long-range or high-density applications, ensuring stable data throughput and network reliability.
This antenna features dual-linear polarization, which improves signal isolation and minimizes cross-polarization interference, crucial for maintaining clean transmissions in multi-antenna installations. Its design is optimized for base station use, aligning with Ubiquiti's PrismStation 5AC and airFiber LTU radio platforms to deliver seamless integration and enhanced operational efficiency.
Relevant factors for this section include Operating Frequency Range, Antenna Gain (Isotropic), Height, Width. When those points are considered together, they give buyers a clearer picture of how the product is equipped, how it fits into deployment, and what kind of day-to-day role it is meant to support.
Key Product Advantages
The HORN-5-90 stands out for its ability to enhance co-location performance through isolation antenna horns, which reduce mutual interference in dense deployments. This makes it a preferred choice for network operators seeking to maximize radio density without compromising signal quality or reliability.
Enhanced Signal Integrity
Dual-linear polarization ensures cleaner signal transmission, reducing noise and improving overall network performance in challenging RF environments.
- Minimizes cross-polarization interference
- Supports stable high-throughput connections
Compact and Efficient Design
With dimensions of 4.46" x 7.35" x 5.99" and a weight of 920 g, the antenna offers a space-saving footprint that simplifies installation and integration into existing infrastructure.
- Easy to mount in tight spaces
- Lightweight for reduced structural load
Targeted Compatibility
Specifically designed for Ubiquiti's airFiber LTU and airMAX ecosystems, the HORN-5-90 ensures plug-and-play functionality with PrismStation 5AC and similar base station radios.
- Seamless integration with Ubiquiti hardware
- Optimized for base station applications
Deployment / Use Cases
The HORN-5-90 is ideal for base station deployments in wireless internet service provider (WISP) networks, enterprise campus environments, and industrial settings where reliable 5 GHz connectivity is essential. Its high gain and directional focus make it suitable for point-to-point or point-to-multipoint links, extending network reach and improving coverage in areas with challenging terrain or obstructions.
Common use cases include backhaul connections for airFiber LTU systems, where the antenna's dual-linear polarization enhances signal clarity over long distances, and airMAX deployments in urban or suburban areas, where co-location performance is critical for minimizing interference. The compact design also supports installations on towers, rooftops, or indoor mounts, offering flexibility for various deployment scenarios.
WISP Backhaul Solutions
Deploy the HORN-5-90 as a base station antenna for airFiber LTU radios to establish high-capacity backhaul links between network nodes, ensuring low-latency and high-throughput connections for subscriber networks.
Enterprise Wireless Infrastructure
Use this antenna in airMAX setups to enhance coverage in large office buildings, warehouses, or outdoor campuses, leveraging its 13 dBi gain and dual-polarization for reliable client access and reduced dead zones.
Physical Profile
The HORN-5-90 features a compact and durable horn design with dimensions of 4.46 inches in height, 7.35 inches in width, and 5.99 inches in depth, making it easy to integrate into various mounting configurations. Weighing approximately 920 grams, it is lightweight yet robust, suitable for outdoor or indoor installations where space and weight constraints are considerations. The antenna's construction supports standard mounting hardware, allowing for secure attachment to poles, walls, or racks, and its finish is designed to withstand environmental exposure in typical networking deployments.
- Width
- 7.35" (186.69 mm)
- Depth
- 5.99" (152.15 mm)
- Height
- 4.46" (113.28 mm)
- Weight
- 920 g
Highlights
- Operates from 5.15 GHz to 5.85 GHz for broad 5 GHz band coverage
- Delivers 13 dBi isotropic gain for enhanced signal strength and range
- Features dual-linear polarization to reduce interference and improve signal integrity
- Designed specifically for base station applications with Ubiquiti systems
- Compatible with Ubiquiti Networks PrismStation 5AC and airFiber LTU Radio
- Compact dimensions (4.46" x 7.35" x 5.99") for easy installation in tight spaces
- Weighs only 920 g, minimizing structural load in co-location setups
- Enhances co-location performance through isolation antenna horns
- Ideal for airMAX and airFiber LTU deployments in WISP or enterprise networks
- Supports point-to-point and point-to-multipoint wireless links
Specifications
| Specifications | |
|---|---|
| Manufacturer | Ubiquiti Inc. |
| Manufacturer Part Number | HORN-5-90 |
| Brand Name | Ubiquiti |
| Product Line | Horn 5 |
| Product Model | Horn-5-90 |
| Product Name | 5 GHz Beamwidth Horn Antenna |
| Product Type | Antenna |
| Technical Information | |
| Operating Frequency Range | 5.15 GHz to 5.85 GHz |
| Antenna Gain (Isotropic) | 13 dBi |
| Physical Characteristics | |
| Height | 4.46" (113.28 mm) |
| Width | 7.35" (186.69 mm) |
| Depth | 5.99" (152.15 mm) |
| Weight (Approximate) | 920 g |
| Miscellaneous | |
| Application/Usage | Base Station |
| Compatibility | Ubiquiti Networks PrismStation 5AC Ubiquiti Networks airFiber LTU Radio |
FAQ
What frequency range does the Ubiquiti HORN-5-90 antenna cover?
The HORN-5-90 operates across the 5.15 GHz to 5.85 GHz frequency range, covering a broad portion of the 5 GHz band. This makes it suitable for modern wireless applications that require reduced interference and higher throughput compared to lower frequency bands, supporting reliable connectivity in crowded RF environments.
What is the antenna gain of the HORN-5-90, and how does it benefit deployments?
This antenna offers an isotropic gain of 13 dBi, which provides substantial signal amplification for extended range and improved signal strength. The high gain is particularly beneficial for base station deployments, enabling stronger connections over longer distances or in areas with obstacles, thereby enhancing overall network performance and reliability.
Which Ubiquiti systems is the HORN-5-90 compatible with?
The HORN-5-90 is designed for compatibility with Ubiquiti Networks PrismStation 5AC and Ubiquiti Networks airFiber LTU Radio systems. It integrates seamlessly with these platforms, making it an ideal choice for base station antennas in airFiber LTU and airMAX deployments, ensuring plug-and-play functionality and optimized performance.
How does dual-linear polarization improve antenna performance?
Dual-linear polarization in the HORN-5-90 enhances signal integrity by reducing cross-polarization interference, which is common in dense co-location setups. This feature allows for cleaner transmissions, minimizes signal degradation, and improves overall network stability, making it effective for environments with multiple antennas or high RF activity.
What are the physical dimensions and weight of the HORN-5-90 antenna?
The antenna measures 4.46 inches in height, 7.35 inches in width, and 5.99 inches in depth, with an approximate weight of 920 grams. Its compact and lightweight design facilitates easy installation in various settings, such as on towers, rooftops, or indoor mounts, without imposing significant structural or space burdens.
What are typical use cases for the HORN-5-90 antenna?
Common use cases include base station deployments for wireless internet service providers (WISPs) using airFiber LTU systems for backhaul links, and enterprise networks utilizing airMAX for campus or outdoor coverage. Its high gain and dual-polarization make it suitable for point-to-point or point-to-multipoint applications where reliable, high-performance connectivity is required in challenging environments.