Point-to-Multipoint Unlicensed Band Radios

Efficient Last-Mile Connectivity

One Connection. Endless Possibilities

Point-to-Multi-Point UBR extends your fiber core to multiple locations.

Frequently Asked Questions

How many clients or subscriber units can connect to a PtMP hub?

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.

What are common use cases of PtMP radios for ISPs and enterprises?

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.

How do PtMP radios compare with fiber for last-mile connectivity?

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.

Can iEon EMS be integrated with third party NMS?

PtP radios are the best choice when:

  • Fiber deployment is impractical or delayed due to cost, terrain, or permissions.
  • Rapid rollout is critical for 4G/5G sites, enterprises, or temporary events.
  • Redundancy is needed as a backup to existing fiber.

 They offer faster time-to-market and lower TCO (Total Cost of Ownership) compared to fiber in many scenarios.