The uni|MS™ Radio Planner is a fully-featured RF planning tool that is specifically developed for the design and optimization of wireless FWA (Fixed Wireless Access) and backhaul networks, supporting both Point-to-MultiPoint (PtMP) and Point-to-Point (PtP) technologies.

UI screenshot
UI screenshot

Whether you are upgrading your wireless network resources or evaluating a greenfield scenario, the uni|MS™ Radio Planner covers all your needs including concept / detailed RF design with preliminary investment analysis, rollout verification as well as continuous optimization at run time, eliminating bottlenecks in decision-making. uni|MS™ Radio Planner performs a rich set of analyses (Link Budget, Interference, Path Profile, LoS/Diffraction analysis, Coverage Analysis based on RSSI and SINR) and can also create a draft BoM of the designed links.

All available results can be exported in documents and third party tools such as Google Earth. Moreover, uni|MS™ Radio Planner utilizes smart algorithms such as the Best Server algorithm to accelerate and validate the link design based on predefined Capacity or Coverage criteria.

uni|MS™ Radio Planner can be deployed either as a standalone tool for planning and design purposes or as part of the uni|MS™ platform, interworking with its NMS modules. In the second scenario, on top of the aforementioned benefits, it also offers a unique in the market interworking between Planning and Physical Views. uni|MS™ Planning Physical Interworking offers a common data structure from a single user interface for planning and operational activities and solves the problem of fragmented tools and data homogenization. uni|MS™ bridges the communication gap between planners, operators and field engineers accelerating the insightful decision-making across the CSP organization. Service qualification of new customers' CPEs can be done easily through the available REST API or relevant uni|MS™ application reducing the qualification process from day to seconds.

  • Rich variety of Analyses (Interference, Link Performance, Diffraction Loss, Reflections, Antenna Height Adjustment) offered in Reports and in the Map View
  • Coverage maps and Smart algorithms specifically developed to serve various FWA network design scenarios, properly adjusting the Azimuth and Tilt and Frequency Reuse of FWA sectors and optimizing the processes of covering certain areas or customers.
  • Best Server Analysis with complete capacity and coverage prioritization and KPIs fulfilment results.
  • Capacity Analysis engine to cover adapting environments depending on the technology specification (time or capacity sharing) and a complete simulation of the resources allocation and the sector utilization for Intracom Telecom products.
  • An intuitive fully personalized uni|MS™ User Interface with buttons, graphics, display options and import/export capabilities
  • Complete and accurate design of FWA and Backhaul networks
  • Rich variety of Analyses (Interference, Link Performance, Diffraction Loss, Reflections, Antenna Height Adjustment) offered in Reports and in the Map View
  • Coverage maps and Smart algorithms specifically developed to serve various FWA network design scenarios, properly adjusting the Azimuth and Tilt and Frequency Reuse of FWA sectors and optimizing the processes of covering certain areas or customers.
  • Best Server Analysis with complete capacity and coverage prioritization and KPIs fulfilment results.
  • Capacity Analysis engine to cover adapting environments depending on the technology specification (time or capacity sharing) and a complete simulation of the resources allocation and the sector utilization for Intracom Telecom products.
  • Support of multivendor Equipment and Antenna
  • Seamless interworking with uni|MS™ platform application modules with common user interface for RF planning and NMS activities
  • Easy comparison between the Expected (Planning) and Actual Link Performance
  • Objective assessment of RF planners' & installers' / subcontractors' work
  • Accurate MW network expansion, with as-built network modelled automatically in the RF planner, compared to general-purpose tools.
  • Closed-loop business and operational automations