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Point-to-Multipoint (PtMP) UBR radios are designed for networks that need to connect a central location to multiple remote endpoints efficiently and at scale. Built to complement fiber infrastructure, PtMP radios enable service providers, enterprises, and public networks to extend access and aggregation layers without overbuilding wired infrastructure.
Supporting multiple subscriber nodes from a single hub, PtMP UBR radios are well suited for ISP access networks, campus and enterprise distribution, public Wi-Fi backhaul, and rural broadband deployments. With centralized control and flexible capacity allocation, this portfolio delivers scalable coverage, predictable performance, and operational efficiency across distributed environments.
Enables centralized wireless distribution from a single hub to multiple endpoints, extending fiber reach while simplifying access-layer network design.
Optimized for dynamic bandwidth allocation and interference management, ensuring consistent service quality across multiple connected sites.
Supports rapid rollout and easy addition of new endpoints alongside existing infrastructure, helping reduce deployment complexity and optimize total cost of ownership.
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Enable wide-area connectivity for public services with reliable point-to-multipoint wireless access.
When selecting Point-to-Multipoint (PtMP) radios, consider the number of subscriber units, coverage radius, and required bandwidth per user. PtMP networks are optimized for last-mile access and multi-site connectivity, where scalability, flexibility, and cost efficiency are more critical than single-link throughput.
PtMP radios enable a single base station to serve multiple endpoints, making them ideal for expanding network reach while maintaining controlled performance and predictable economics.
Designed for ISPs, SMEs, and community networks, small-to-medium PtMP radios provide reliable connectivity for dozens of subscribers across short-to-mid-range coverage areas. These solutions balance performance and affordability, supporting rapid expansion with simplified network management.
Built for carriers, government networks, and smart-city operators, large-scale PtMP radios deliver multi-gigabit capacity, intelligent bandwidth scheduling, and resilient performance for hundreds to thousands of connected sites. These systems are engineered for dense subscriber environments and mission-critical access networks.
Important information on scalable point-to-multipoint wireless deployments
The number of clients a PtMP (Point-to-Multipoint) hub can support depends on the radio model, frequency band, and channel width. For ISPs and enterprises, selecting a hub with sufficient capacity ensures consistent performance for all connected endpoints, supporting applications like VoIP, video streaming, IoT, and enterprise data services.
PtMP radios are widely used for last-mile connectivity, campus networks, industrial, and Video surveillance projects. ISPs deploy PtMP radios to extend fiber networks cost-effectively to homes and businesses. Enterprises leverage them for branch connectivity, outdoor wireless coverage, and secure multi-site communication. By combining scalability, flexible deployment, and reliable throughput, PtMP radios address connectivity needs where fiber installation is challenging or time-consuming.
PtMP radios offer a faster, more flexible, and cost-efficient alternative to fiber for last-mile connectivity. While fiber provides ultra-high bandwidth and low latency, it may be expensive or difficult to deploy in remote or urban areas. PtMP radios deliver multi-gigabit performance, rapid deployment, and simplified expansion, making them ideal for connecting multiple clients over short, and medium distances.
Successful PtMP deployment requires:
Following these practices helps ISPs and enterprises maximize reliability, throughput, and network longevity for last-mile or campus deployments.