High-Gain 10–20 km PTP LinksThe 0.9m Mimosa B6x Twist-On 2-Pack delivers a high-gain dish antenna solution designed for point-to-point (PTP) microwave backhaul with Mimosa X-connector radios. Engineered for 10–20 km links, these antennas offer focused beamwidth and strong performance, ensuring stable connections and high throughput for rural broadband, enterprise networks, and other applications that demand reliable connectivity Narrow Beamwidth and SNR AdvantageEngineered to provide ample gain for optimal signal quality in low-noise settings, it ensures robust link performance and consistent throughput across distances. Its narrow beamwidth minimizes noise interference, enhancing SNR and maintaining stable performance over longer links. Durable, Low-Maintenance OperationThe dish’s sturdy design ensures stable alignment and consistent performance even in changing weather. When properly installed and routinely inspected, it provides reliable long-range point-to-point throughput for years, with minimal maintenance and a lower total cost of ownership. Direct Twist-On Connection for Mimosa X RadiosTwist-on connectors connect directly to Mimosa B6x, B5x, C6x, and C5x radios, eliminating conversion loss. This direct connection streamlines installation, minimizes signal loss, and ensures stronger end-to-end link performance. Eliminates Cable and Conversion LossWith an X-to-cable (X2C) adapter setup, the signal path incurs additional conversion losses. The Mimosa radio first converts the electrical signal to RF energy, then the X2C adapter converts it back to an electrical signal for coaxial transmission. The coaxial cable adds its own loss, and a second X2C adapter at the antenna converts the signal back to RF energy. Each of these conversions compounds the loss, reducing overall link efficiency. Simplified InstallationThe twist-on interface attaches directly to Mimosa B6x, B5x, C6x, and C5x radios, providing a simple antenna solution for X-connector deployments. Direct mounting eliminates extra interconnects and potential failure points, enhancing reliability and simplifying field installation for WISPs and integrators. Remote Relay SitesFeaturing a high front-to-back ratio, the 0.9m dish reduces unwanted signal reception from behind, which is beneficial for remote relay sites and other less-crowded locations with cleaner RF environments. It does not include a shroud and isn’t a deep-dish design, so 90° side lobes can be more pronounced. Proper placement and adequate separation from nearby antennas help minimize interference, making this dish ideal for installations that aren’t densely co-located on crowded towers. Lightweight and Easy to DeployEach package contains two 0.9m dishes, making shipping more cost-effective. The low-profile design, without a shroud or radome, keeps the antennas lightweight for easier handling and installation, supporting efficient backhaul deployments. What Problems Does the 0.9m Dish Mimosa B6x Twist-on Solve?Limited Backhaul Capacity As subscriber counts and bandwidth demands increase, network operators require higher-capacity transport links. The 0.9m dish's high gain helps maintain higher modulation rates and greater throughput, enabling operators to carry more traffic between network sites. Fiber Deployment Is Too Expensive or Unavailable Deploying fiber to remote towers and relay sites can be expensive and time-consuming. The dish enables long-distance wireless backhaul, allowing operators to build high-capacity links without trenching, permits, or major infrastructure investments. Weak Signal Levels on Long Links Long-distance wireless links often suffer from insufficient signal strength, resulting in lower throughput and reduced reliability. The antenna's high-gain, narrow-beam design concentrates RF energy, improving link budgets and supporting stable long-range connectivity. Network Expansion into Rural and Underserved Areas Many rural locations lack affordable high-speed transport infrastructure. The dish allows operators to extend broadband networks to remote communities by creating reliable point-to-point backhaul links where wired connectivity is unavailable. Congested and Noisy RF Environments Wireless networks operating in crowded spectrum conditions can experience increased interference and degraded performance. The dish's highly directional beam pattern focuses energy toward the intended endpoint while reducing reception of unwanted signals from other directions, improving signal quality and link stability. Installation Complexity and Signal Loss Traditional antenna installations often require external brackets, adapters, or coaxial jumpers that add complexity and can introduce insertion loss. The direct twist-on design for Mimosa X-series radios simplifies deployment, reduces installation time, and minimizes potential RF losses. Lack of Network Redundancy Networks that rely on a single transport path are vulnerable to outages. The dish enables operators to deploy redundant wireless backhaul links, improving resiliency and helping maintain service continuity during fiber failures or maintenance events. Growing Demand for Multi-Gigabit Networks Modern broadband services, video applications, and cloud connectivity require increasingly higher transport capacity. The antenna provides the signal performance necessary to support multi-gigabit point-to-point links and future network growth requirements. Typical Use CasesLong-Distance WISP Backhaul Links The 0.9m Dish Mimosa B6x Twist-on is designed for building high-capacity point-to-point (PtP) backhaul links over distances of approximately 10–20 km. Its high-gain parabolic design concentrates RF energy into a narrow beam, enabling operators to transport large amounts of network traffic between towers while maintaining strong signal levels and high modulation rates. Tower-to-Tower Connectivity WISPs and network operators can use the dish to connect Points of Presence (POPs), relay sites, and aggregation towers. The antenna provides reliable, multi-gigabit connectivity between network locations where fiber deployment is impractical or prohibitively expensive. Network Expansion into Rural Areas The dish is well suited for extending broadband coverage into rural and underserved regions. By providing long-range wireless backhaul, operators can deploy new access points and relay sites without the delays and costs associated with installing wired infrastructure. Redundant and Resilient Transport Networks The antenna can be used to create secondary or backup backhaul paths between critical network locations. Redundant wireless links improve network reliability and allow operators to maintain service continuity during fiber outages or maintenance events. Enterprise and Campus Building Connectivity Organizations with multiple buildings can use the dish to create high-speed wireless bridges between offices, warehouses, industrial facilities, and campuses. The antenna enables fiber-like connectivity without trenching costs, making it suitable for data transfer, video surveillance, VoIP, and other bandwidth-intensive applications. Temporary and Rapid-Deployment Networks The antenna is also suitable for temporary backhaul deployments, including construction sites, special events, emergency response operations, and disaster recovery scenarios. The direct twist-on design for Mimosa X-series radios simplifies installation and reduces deployment time. Upgrades to 6 GHz Networks Service providers migrating to cleaner 6 GHz spectrum can use the dish to support high-capacity wireless links with reduced interference and increased channel availability. Its wideband operation provides flexibility when deploying modern broadband networks and future capacity upgrades. Who Is the 0.9m Dish Mimosa B6x Twist-on Designed For?The 0.9m Dish Mimosa B6x Twist-on is ideal for: • Wireless Internet Service Providers (WISPs) • Fixed wireless broadband operators deploying long-distance PtP backhaul links • Network operators building tower-to-tower transport networks • Service providers extending broadband into rural and underserved areas • Enterprises and organizations requiring building-to-building wireless connectivity • Tower owners and network integrators deploying network aggregation and relay links • Public safety and government agencies requiring resilient communications infrastructure • Operators using Mimosa B6x, B5c, C6x, C5x, and other compatible Mimosa X-series radios • Service providers seeking an alternative to fiber for high-capacity transport links • Network operators requiring reliable multi-gigabit wireless links over distances of approximately 10–20 km What Makes the 0.9m Dish Mimosa B6x Twist-on Different from Similar Products?Direct Twist-on Integration for Mimosa X-Series RadiosThe antenna is designed specifically for Mimosa X-series radios and attaches directly without requiring external adapters or custom mounting hardware. This simplifies installation and reduces potential points of failure. No Coaxial Jumpers RequiredUnlike many traditional dish antennas that require RF cables between the radio and antenna, the direct-mount design eliminates coaxial jumpers. This reduces insertion loss and helps preserve maximum radio performance. Optimized for Multi-Gigabit Wireless LinksThe 0.9m dish is engineered for high-capacity point-to-point applications where maintaining strong signal levels and high modulation rates is critical. Its high-gain design supports demanding backhaul applications and growing bandwidth requirements. Narrow, High-Gain Beam PatternThe dish concentrates RF energy into a highly directional beam, improving link budgets and reducing susceptibility to interference from unwanted directions. This makes it particularly well suited for long-distance backhaul deployments. Wideband Operation Across Multiple Frequency BandsThe antenna supports wideband operation, allowing operators to deploy channels across multiple frequency allocations without changing antennas. This provides greater flexibility for network planning and spectrum management. Purpose-Built for WISP DeploymentsThe antenna is designed specifically for Wireless Internet Service Providers (WISPs) and fixed wireless operators building carrier-grade backhaul networks. Its performance characteristics are optimized for tower-to-tower connectivity, relay sites, and network aggregation links. Simplified Installation and MaintenanceThe integrated twist-on mounting approach reduces installation time and minimizes the number of components required on the tower. Fewer parts can also simplify maintenance and reduce long-term operational complexity. Cost-Effective Alternative to Fiber ExpansionBy enabling long-distance, high-capacity wireless transport, the dish provides a practical alternative to costly fiber deployments, allowing operators to rapidly expand networks while controlling infrastructure expenses. Frequently Asked QuestionsWhat is the 0.9m Dish Mimosa B6x Twist-on 2-Pack designed for? The antenna is designed for high-capacity point-to-point (PtP) wireless links and long-distance backhaul applications. It is ideal for WISPs, tower-to-tower connectivity, network aggregation, and rural broadband deployments. What radios is this antenna compatible with? The antenna is designed for Mimosa X-series radios, including: • Mimosa B6x • Mimosa B5c • Mimosa C6x • Mimosa C5x What link distances is this antenna suitable for? The 0.9m dish is typically recommended for long-distance links of approximately 10–20 km (6–12 miles), depending on frequency, channel width, RF conditions, and local regulations. Why use a 0.9m dish instead of a smaller antenna? The larger dish provides higher gain and a narrower beamwidth, improving link budgets, supporting higher modulation rates, and enabling longer and higher-capacity wireless links. Does the antenna require coaxial jumpers? No. The antenna's direct twist-on design allows compatible Mimosa radios to mount directly to the dish without RF jumpers, minimizing insertion loss and simplifying installation. Can this antenna be used in noisy RF environments? Yes. Its highly directional beam pattern helps focus RF energy toward the intended endpoint while reducing reception of unwanted signals from other directions, improving signal quality and link stability. Can the antenna be used for point-to-multipoint (PtMP) deployments? No. The antenna is specifically designed for point-to-point backhaul applications and is not intended for wide-area sector coverage. Is the antenna suitable for rural broadband deployments? Yes. The dish is well suited for connecting remote towers and extending broadband infrastructure into rural and underserved areas where fiber is unavailable or too costly. Can this antenna be used as an alternative to fiber? Yes. Many operators use the antenna to create high-capacity wireless backhaul links when fiber deployment is impractical, expensive, or time-consuming. Why is the product sold as a 2-pack? A complete point-to-point wireless link requires an antenna at each end of the connection. The 2-pack provides two matching antennas, simplifying procurement and deployment of a complete PtP link.