Enterprise & Office Wireless Design
High-density. High-performance. Zero compromise.
Modern enterprise environments demand wireless networks that support hundreds of concurrent users, seamless roaming between floors and buildings, and secure segmentation for corporate, guest, and IoT traffic. WiLink Solutions delivers the predictive designs that get it right before a single AP is mounted.
The challenges we solve
A poorly designed enterprise network creates productivity bottlenecks, security gaps, and frustrated users. Our predictive designs address the real-world complexity of enterprise environments before deployment begins.
- High user density in open-plan and meeting room environments
- Seamless roaming across floors, buildings, and campuses
- Secure VLAN segmentation for corporate, guest, and IoT traffic
- Support for voice, video conferencing, and latency-sensitive applications
- Integration with existing network infrastructure and security policies
What you receive
Every deliverable your project needs
Predictive RF model
Full floor-by-floor coverage and capacity model using Ekahau AI Pro or Hamina.
AP placement plan
Precise access point locations, mounting heights, and antenna orientations.
Capacity planning
Per-floor and per-zone user density analysis with channel and band recommendations.
Network architecture
SSID structure, VLAN segmentation, and roaming design documentation.
Bill of materials
Vendor-neutral equipment schedule ready for procurement.
Why WiLink
Independent expertise. No vendor agenda.
We are not tied to any hardware manufacturer. Our recommendations are based entirely on your environment, your users, and your budget — not a sales target. CWNP certified engineers, using industry-leading design tools.
Start a conversationVendor-neutral
No hardware bias
CWNP certified
Wireless professionals
Fast turnaround
Project-ready designs
Full documentation
BoM to design pack
Ready to design your enterprise wireless network?
Share your floor plans and requirements and we will turn around a detailed wireless design proposal.