WiFi Network Design
Data-driven WiFi network design using predictive RF modeling — ensuring coverage, capacity, and roaming performance before a single AP is installed.
Overview
Great WiFi starts with great design. Summit DNC uses predictive RF modeling tools (Ekahau, Hamina) to design wireless networks that deliver seamless coverage, adequate capacity, and fast roaming across your entire facility. We model the RF environment using your floor plans, wall materials, and device density to determine optimal AP count, placement, channel plan, and power levels — eliminating the guesswork that leads to dead zones and interference.
Key Benefits
- Eliminate dead zones and weak signal areas
- Right-sized AP count — no over-spending or under-coverage
- Co-channel interference minimized by design
- Capacity planning prevents slowdowns as devices grow
- Seamless roaming for mobile users and VoIP handsets
- Design-first approach reduces costly post-install changes
Wireless Connectivity
What We Deliver
Predictive RF modeling with Ekahau or Hamina
AP count and placement optimization
Channel and power planning for co-channel interference reduction
Capacity planning based on device density and applications
Roaming design for seamless mobility (802.11r/k/v)
Outdoor coverage design for parking lots and campuses
High-density design for auditoriums and event spaces
Bill of Materials with AP models and mounting hardware
Our Process
How We Work
Requirements
Document coverage areas, device types, application requirements, and user density.
Floor Plan Import
Import CAD floor plans and define wall materials for RF attenuation modeling.
Predictive Design
Place APs in the model and simulate coverage, capacity, and roaming.
Optimization
Iterate AP placement, channel plan, and power levels until design meets targets.
Deliverables
Deliver design report with heatmaps, AP schedule, and Bill of Materials.
Certified Partners
Brands We Install & Support
We are authorized installers and certified partners of industry-leading brands.
Cisco
Global leader in networking, security, collaboration, and communications infrastructure for enterprise and service provider networks.
Aruba (HPE)
Enterprise wireless LAN, wired switching, SD-WAN, and network access control from Hewlett Packard Enterprise.
Wireless Connectivity
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High-capacity wireless bridges connecting buildings, campuses, and remote sites — point-to-point and point-to-multipoint links up to 10 Gbps without underground cabling.
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Continuous wireless performance monitoring with real-time dashboards, automated alerts, and trend analysis — catching issues before users complain.
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Self-healing mesh WiFi networks for warehouses, campuses, and large facilities where traditional wired AP deployment is impractical.
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Deploy WiFi 6E with 6 GHz spectrum access — 59 non-overlapping channels, ultra-low latency, and interference-free performance for enterprise applications.
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Data-driven wireless site surveys — predictive pre-deployment planning and post-deployment validation to ensure optimal WiFi performance.
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Rapid wireless troubleshooting with packet capture analysis, spectrum scanning, and root cause identification — plus ongoing maintenance programs.
Learn moreFAQ
Common Questions About WiFi Network Design
Compare Options
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Get a Quote for WiFi Network Design
Contact our team for a free assessment and project scope. Most projects quoted within 48 hours.