UISP Dish

The UISP Dish from Ubiquiti, with the manufacturer's part number UISP-Dish, is a high-performance parabolic dish antenna designed for use in the Ubiquiti ISP (UISP) ecosystem, aimed at providing robust, high-speed internet connectivity across long distances. This product is engineered with precision to cater to the needs of internet service providers and enterprises requiring reliable point-to-point (PtP) connection.

The UISP Dish is designed to work with a wide range of Ubiquiti radios, particularly those that support the same frequency bands. With the included WaveGuide adapter paired with some of Ubiquiti’s Rocket radios to create high-performance PtP or PtMP links. The dish antenna enhances the signal strength and range of these radios, making it an ideal solution for extending network coverage over long distances. Compatibility with Ubiquiti radios ensures that the UISP Dish can be easily integrated into existing Ubiquiti networks without the need for additional hardware or significant reconfiguration. It's also important to note, though, that the UISP Dish is specifically designed for use with Rocket series radios and may not directly integrate with other device types, such as those in the UniFi series, which are geared towards managed indoor Wi-Fi networks and have their own distinct ecosystem and management software.

This antenna operates in the GHz frequency band, which is widely used for outdoor wireless communications due to its optimal balance between range and bandwidth. It supports Ubiquiti's proprietary airMAX technology, which includes advanced signal processing techniques and intelligent QoS (Quality of Service) prioritization, allowing for significantly improved data throughput and reduced latency in multi-user environments.

The UISP Dish's specifications include a high gain, typically exceeding 30 dBi, which is a measure of its efficiency in directing radio waves towards a targeted direction. This high gain is instrumental in extending the operational range of the wireless network, making it possible to connect sites that are tens of kilometers apart with reliable, high-speed internet access.

Constructed with an emphasis on durability and IPX6 weather resistance, the UISP Dish features a galvanized steel spine and a UV-stabilized plastic reflector, ensuring it can withstand harsh environmental conditions including high winds, heavy rain, and extreme temperatures. The design incorporates a parabolic shape to maximize the gain and focus the radio energy, which significantly improves the signal strength and link stability over long distances, a critical factor in maintaining high-quality internet connectivity in remote areas or challenging terrains.

Management of the network link established by the UISP Dish and a connected Rocket radio is facilitated through Ubiquiti's airOS, an advanced, intuitive web-based operating system. airOS provides network administrators with comprehensive tools for device configuration, performance monitoring, and network optimization, enabling efficient management of the wireless infrastructure.

Selecting the right antenna requires matching the antenna’s frequency band with your network's to ensure compatibility; higher gain antennas are preferred for long-distance links due to their focused signal direction, while the beamwidth should align with your link's distance and precision requirements. Dual-polarization models can enhance signal quality by mitigating interference. Verify that the chosen antenna model fits your Ubiquiti Rocket radio, both in terms of mounting and technology support. Environmental conditions at the installation site, such as weather and wind, should influence the selection to guarantee the antenna's durability and stability. Additionally, adherence to local regulatory guidelines on frequency and power use is crucial to remain compliant. Opting for an antenna that exceeds current needs may offer scalability for future network expansion, providing a balance between immediate requirements and long-term network growth. This approach ensures a high-performance, reliable wireless link tailored to your specific deployment scenario.