A large educational campus required a fast, cost-effective wireless backhaul solution to interconnect multiple buildings, dormitories, and administrative centers. Fiber was not feasible due to budget constraints, and traditional wireless access points couldn't meet the bandwidth demand across the wide area. The network also needed to be scalable for future expansion.

ALFA TECH’s Solution
ALFA TECH provided a powerful and flexible solution with Ubiquiti Wave-AP-Micro, enabling a Point-to-MultiPoint (PtMP) topology using:

✔ 60 GHz Wave Technology – Delivers ultra-fast, low-latency performance with minimal interference.
✔ Compact Form Factor – Blends easily into urban and campus architecture.
✔ Robust PtMP Support – Ideal for connecting multiple client devices or endpoints.
✔ Quick Mount System – Rapid deployment across multiple sites.
✔ Centralized Management – Integrated into the UISP platform for seamless control and updates.

Wave-AP-Micro empowered the IT team to deploy scalable wireless infrastructure across the campus quickly and reliably.

Customer Satisfaction
Post-deployment, the university saw dramatic improvements:

✅ Multi-gigabit performance with sub-millisecond latency.
✅ Reliable high-speed connections between all departments.
✅ Seamless video streaming, VoIP, and cloud-based education platforms.
✅ Future-ready infrastructure with easy PtMP expansion.
✅ Minimal installation cost compared to laying fiber.

Wave-AP-Micro delivered an intelligent, scalable wireless backbone—perfect for modern educational campuses.

Installation & Configuration Details

Installation Steps:
? Mount Wave-AP-Micro on a central tower with clear line of sight to endpoint nodes.
? Align connected CPEs (Wave Nano/MicroStations) for optimal signal gain.
? Integrate power via PoE with a single cable run per unit.
? Fine-tune antenna angles and power levels using the UISP dashboard.

Configuration Overview:
? PtMP Mode Enabled – One AP serves multiple clients with sector coverage.
? Real-Time Monitoring – Bandwidth usage, device health, and link quality in one interface.
?️ Encrypted Backhaul – Ensures secure traffic across nodes.
? Band Steering – Dynamic management between 60 GHz and fallback 5 GHz if needed.