Massively ScalableCyber Antennas platform achieves exceptional scalability by automatically forming a three-tier star topology. By strategically alternating wireless backhaul channels between the 6 GHz low and high bands, Cyber Antennas platform significantly reduces interference and optimizes channel reuse. This design increases network density, expands coverage seamlessly, and enhances throughput, enabling the network to efficiently support hundreds of connected devices without significant performance degradation. Alternating Wireless Backhaul ChannelsBy alternating between 6 GHz high and low channels and automatically organizing into a star topology, the T2 relay is able to scale beyond traditional mesh networks. Advanced Digital Beamforming (DBF)Cyber Antennas uses Qualcomm's advanced digital beamforming technology, dynamically steering signals to devices, optimizing link stability, enhancing signal clarity, and significantly improving coverage and performance in challenging RF environments. Optimized Airtime ManagementCyber Antennas’s advanced Wi-Fi 7 features such as Orthogonal Frequency Division Multiple Access (OFDMA, enhancing simultaneous connections) and 4x4 multi-path with Multi-user Multiple Input Multiple Output (MU-MIMO), improving multiple-device communication) ensure optimal airtime efficiency. Multi-gigabit SpeedsCyber Antennas T2 Relay delivers faster speeds and is a perfect alternative to Ubiquiti AirMAX, LTU, and Cambium ePMP 4500 & ePMP 4600 by utilizing Wi-Fi 7 innovations to maximize speed, throughput, and efficiency. 320 MHz Channels in 6 GHzCyber Antennas T2 Relay supports ultra-wide 320 MHz channels in the 6 GHz band, delivering significantly higher bandwidth and capacity compared to narrower channels used by previous-generation PtMP unlicensed technologies, such as Ubiquiti AirMAX & LTU, Cambium ePMP, and Tarana G1. This enhanced bandwidth enables unmatched throughput, ideal for high-density deployments and robust wireless backhaul applications. 4K Quadrature Amplitude Modulation (4K QAM, 12x/13x)4K QAM, a new modulation technique introduced with Wi-Fi 7, boosts throughput by packing more information into each wireless transmission. Under optimal conditions, it achieves up to 50% greater data capacity per transmission compared to earlier Wi-Fi 5 and Wi-Fi 6 modulation methods. 16 data streamsThe T2 Relay delivers industry leading speeds by using four frequency bands and four spatial streams per band for unrivaled parallel data flow. Simple to Install and ManageCyber Antennas is easier to install than Ubiquiti AirMAX, LTU, Wave, and Cambium ePMP 4500 & 4600 because the stations automatically and securely connect to the access points, and cloud adoption is simple using QR codes. Plug-and-Play DeploymentAutomatic AP detection, QR code cloud adoption, and a preferred access point lists make setup fast and seamless. 3-Tier Self-organizing Network (SON)Cyber Antenna's 3-tier self-organizing network simplifies deployment by eliminating manual setup, automatically configuring itself, optimizing routes, and self-healing to ensure reliable coverage in the toughest environments. Adapts to Changes in the EnvironmentCyber Antenna' carrier-grade IP67-rated equipment combines a self-organizing network (SON), advanced antenna design, and digital beamforming (DBF) to enhance signal quality and adapt to environmental changes like foliage or shifting conditions. This reduces maintenance demands and lowers total cost of ownership. What Problems Does the T2 Relay Solve?Eliminates the Need for Fiber Expansion Deploying fiber to every new coverage area can be expensive and time-consuming. The T2 Relay extends networks wirelessly, allowing operators to reach new service areas without trenching fiber or installing costly wired infrastructure. Expands Coverage Beyond a Single Access Point Traditional access points have limited coverage areas. The T2 Relay enables operators to relay traffic to additional locations, extending network reach and making it possible to serve more subscribers. Simplifies Network Growth Expanding wireless networks often requires complex planning and additional infrastructure. The T2 Relay's integrated access and backhaul (IAB) capabilities and self-organizing mesh features simplify deployment and allow networks to scale more easily. Reduces Deployment Costs Building new network sites typically requires significant investments in fiber, microwave links, and construction. The T2 Relay lowers capital and installation costs by using wireless backhaul to connect new sites. Solves Connectivity Challenges in Remote Areas Rural and hard-to-reach locations often lack affordable broadband infrastructure. The T2 Relay enables providers to deliver high-speed internet to these areas without relying on existing wired networks. Increases Network Capacity As subscriber counts grow, networks require additional capacity and coverage. The T2 Relay's quad-band Wi-Fi 7 architecture and high-capacity wireless links help operators support more users and higher throughput demands. Enables Rapid Network Deployment Traditional infrastructure projects can take weeks or months to complete. The T2 Relay can be quickly deployed, making it suitable for temporary networks, emergency response situations, and rapidly expanding service areas. Supports Multiple Services on a Single Platform Operators often need separate systems for broadband access, backhaul, public Wi-Fi, and IoT connectivity. The T2 Relay consolidates these functions into a single platform, simplifying network design and reducing equipment requirements. Typical Use CasesFixed Wireless Network Expansion The T2 Relay is designed to extend point-to-multipoint (PtMP) networks beyond the coverage of a single access point. Its integrated access and backhaul (IAB) capabilities allow operators to wirelessly relay traffic to new service areas without installing fiber or licensed microwave links. Rural Broadband Deployments WISPs can deploy the T2 Relay to bring broadband service to rural and underserved communities where laying fiber is cost-prohibitive. The relay automatically forms part of a self-organizing mesh network, simplifying expansion into remote areas. Multi-Hop Wireless Backhaul Networks The T2 Relay is ideal for building multi-hop wireless networks. By alternating between 6 GHz low and 6 GHz high channels, it can simultaneously transmit and receive traffic while minimizing self-interference, enabling highly scalable wireless backhaul architectures. High-Density Residential and Suburban Coverage Its quad-band Wi-Fi 7 design, 16 data streams, and 320 MHz channel support make the T2 Relay suitable for high-density neighborhoods that require multi-gigabit capacity and support for many concurrent users. Temporary and Rapid Network Deployments Because the T2 Relay supports plug-and-play deployment, automatic access point detection, and QR code cloud adoption, it can be rapidly installed for temporary networks, disaster recovery, construction sites, and special events where quick connectivity is required. Smart City and IoT Networks The integrated 2.4 GHz radio enables the T2 Relay to support smart city applications and Internet of Things (IoT) devices such as sensors, cameras, and monitoring systems alongside broadband access services. Public Wi-Fi Hotspots The dedicated 5 GHz radio can be used to provide public Wi-Fi access in parks, campuses, downtown districts, and community spaces while the 6 GHz radios simultaneously handle backhaul traffic. Enterprise and Campus Connectivity Large campuses, industrial facilities, resorts, and educational institutions can use the T2 Relay to extend multi-gigabit wireless coverage across buildings and outdoor areas without extensive cabling projects. Who Is the T2 Relay Designed For?The T2 Relay is ideal for: • Wireless Internet Service Providers (WISPs) expanding coverage without deploying fiber infrastructure • Fixed wireless broadband operators building multi-hop and integrated access and backhaul (IAB) networks • Rural internet service providers extending broadband to underserved and remote communities • Network operators requiring rapid network expansion and flexible wireless backhaul solutions • Municipal and smart city operators deploying public Wi-Fi, surveillance systems, and IoT connectivity • Enterprise and campus network operators extending multi-gigabit wireless coverage across large properties • Managed service providers (MSPs) delivering scalable outdoor wireless networking solutions for customers • System integrators deploying wireless infrastructure for municipalities, businesses, and educational institutions • Organizations requiring rapidly deployable networks for temporary events, construction sites, and disaster recovery scenarios • Service providers seeking a self-organizing mesh platform that simplifies network expansion and reduces infrastructure costs What Sets the T2 Relay Apart from Similar Products in the IndustryCompared to traditional wireless relays and outdoor access points, the T2 Relay stands out in several important ways: Integrated Access and Backhaul (IAB) Architecture Many wireless systems require separate equipment for subscriber access and backhaul connectivity. The T2 Relay combines both functions into a single platform, simplifying network design and reducing equipment and installation costs. Quad-Band Wi-Fi 7 Platform Unlike many outdoor wireless products that use dual-band or tri-band architectures, the T2 Relay incorporates four radios, including dual 6 GHz radios, providing greater flexibility, higher capacity, and support for simultaneous access and backhaul operations. Dual 6 GHz Radios for Relay Applications The T2 Relay uses separate 6 GHz low and 6 GHz high radios, allowing the system to transmit and receive traffic simultaneously while minimizing self-interference. This architecture is particularly beneficial for multi-hop wireless networks and scalable relay deployments. Self-Organizing Mesh Networking Many relay solutions require extensive manual configuration and network planning. The T2 Relay automatically discovers and integrates with compatible access points, simplifying deployments and reducing installation complexity. Multi-Gigabit Capacity With Wi-Fi 7 technologies such as 320 MHz channels and high-capacity multi-stream operation, the T2 Relay is designed for multi-gigabit wireless networking, enabling operators to support more users and higher throughput demands. Rapid and Simplified Deployment Features such as automatic access point detection and QR code cloud adoption allow the T2 Relay to be deployed quickly, making it ideal for network expansion, temporary installations, and emergency connectivity scenarios. Supports Multiple Services on a Single Device Many competing solutions require separate platforms for broadband access, public Wi-Fi, and IoT applications. The T2 Relay can support multiple services simultaneously, reducing infrastructure requirements and simplifying network management. Future-Ready Wireless Platform The T2 Relay is built on Wi-Fi 7 technology and extensive 6 GHz spectrum support, helping operators deploy infrastructure that can accommodate future capacity requirements and evolving wireless technologies. Frequently Asked QuestionsWhat is the T2 Relay? The T2 Relay is a quad-band Wi-Fi 7 outdoor relay platform designed to extend wireless coverage using integrated access and backhaul (IAB) technology. It enables operators to expand networks wirelessly without deploying fiber infrastructure. What applications is the T2 Relay designed for? The T2 Relay is designed for: • Wireless network expansion and coverage extension • Multi-hop wireless backhaul networks • Rural broadband deployments • Public Wi-Fi hotspot deployments • Smart city and IoT networks • Enterprise and campus connectivity • Temporary and emergency network deployments What is Integrated Access and Backhaul (IAB)? IAB allows the T2 Relay to provide subscriber access while simultaneously relaying traffic to other network nodes. This reduces the need for separate backhaul equipment and simplifies network expansion. Does the T2 Relay require fiber connectivity? No. The T2 Relay is designed to extend networks wirelessly and can provide coverage in locations where fiber deployment is unavailable, impractical, or too expensive. Can the T2 Relay be used for multi-hop networks? Yes. The T2 Relay is specifically designed for multi-hop deployments and can relay traffic across multiple wireless nodes to reach new coverage areas. Why does the T2 Relay use dual 6 GHz radios? The dual 6 GHz radios allow the T2 Relay to transmit and receive traffic simultaneously while minimizing self-interference. This improves relay performance and network scalability. Is the T2 Relay suitable for rural broadband deployments? Yes. The T2 Relay is ideal for extending broadband service to rural and underserved areas where deploying fiber infrastructure would be cost-prohibitive. Can the T2 Relay support public Wi-Fi and IoT applications? Yes. The T2 Relay can support broadband access, public Wi-Fi services, and IoT connectivity on a single platform, reducing infrastructure requirements. Is the T2 Relay suitable for temporary networks? Yes. The T2 Relay's rapid deployment capabilities make it suitable for special events, construction sites, emergency response, and disaster recovery applications. Who should use the T2 Relay? The T2 Relay is ideal for: • Wireless Internet Service Providers (WISPs) • Fixed wireless broadband operators • Rural internet service providers • Network integrators and solution providers • Municipal and smart city operators • Enterprise and campus network operators • Managed service providers (MSPs) • Organizations requiring rapidly deployable wireless networks Is the T2 Relay a future-ready platform? Yes. The T2 Relay is built on Wi-Fi 7 technology and extensive 6 GHz spectrum support, providing a scalable platform for future network growth and increasing bandwidth demands.