
iBwave ReachiBwave
Accelerate campus wireless design with seamless indoor-outdoor integration and accurate 3D predictions.
Vendor
iBwave
Company Website




Product details
Overview
iBwave Reach is a specialized software solution designed to streamline the planning and deployment of wireless campus networks. By fully integrating with iBwave Design, it enables engineers to consider both macro outdoor signals penetrating indoor environments and the leakage of indoor signals to surrounding outdoor areas. This holistic approach ensures optimal connectivity, reduces interference, and accelerates project timelines. With proven prediction accuracy and advanced 3D modeling capabilities, iBwave Reach simplifies the complexities of multi-building, multi-location network designs, ultimately saving time and costs
Features and Capabilities
- Seamless Integration with iBwave Design: Combines indoor and outdoor propagation models for a unified design approach.
- Macro Data Import: Allows importing of macro data from outdoor planning tools to avoid time-consuming site surveys.
- Accurate 3D Predictions: Visualize network performance in impressive 3D formats, providing detailed insights into coverage and capacity.
- Reduced Site Surveys: Minimizes the number of site walks needed by accurately predicting network performance.
- Optimized Equipment Placement: Helps in optimizing campus design to meet key performance indicators (KPIs) without overdesigning.
- Centralized Project Documentation: Generates as-built documentation and tracks it in iBwave Unity for future maintenance and upgrades.
- Time Savings: Reduces the design phase of campus projects by up to 36%, enabling faster project delivery.
- Supports Multi-Technology Networks: Capable of handling various technologies within a single network design.
- Single Site Survey Validation: Post-deployment validation can be achieved with one simple site survey walk.
- Enhanced Collaboration: Facilitates better collaboration between teams by providing a comprehensive view of both indoor and outdoor network components.