A managed site network from one base station
Indoor Wi-Fi for occupied buildings and 5 GHz point-to-multipoint backhaul for separated work areas. The base station is on the mast outside Admin. An edge router manages WAN links, routing, firewall security and bandwidth policy.
Coverage commitment: 100% means agreed occupied rooms and active points are surveyed and acceptance-tested, not blanket coverage of the 40 km × 40 km property or underground workings.
Design, deployment and handover
Capabilities
- Indoor AP and outdoor coverage planning
- 5 GHz PtMP links
- Routing, firewall, DHCP, segmentation and bandwidth policies
- Structured cabling, PoE, labeling and testing
- Commissioning, documentation and training
Delivery method
- Validate map and survey onsite.
- Confirm buildings, access, power and radio paths.
- Bench-configure; install and test network.
- Handover diagrams, test results and briefing.
Management approach
Central software manages Wi-Fi and switches, a separate platform monitors radio links, and router configuration is managed independently. Restrict admin access and include configuration backups in handover.
Network topology and outdoor backhaul
The edge router connects to the base-station 16-port PoE switch. It powers three sector radios and Admin Group A equipment. Receiving radios deliver connectivity to local switches and APs.
Clip-art shows equipment roles and the exact data path. Confirm final models, line of sight, PoE compatibility and cable lengths during site validation.
| Area | Backhaul / switches | Indoor APs | Outdoor APs |
|---|---|---|---|
| Base / Admin A | Separate mast; 3 sectors; 16-port | 9 | 2 base |
| Admin B–H | 3 receivers; 3 × 8-port | 18 | — |
| Residential | 1 receiver; 4 × 8-port | 20 | — |
| Warehouse | 1 receiver; 16-port + 2 × 8-port | 15 | — |
| Gallery, Pit, Crushing, Leaching | 1 receiver + 4-port each | 2 each | 1 optional each |
Validate LOS, Fresnel clearance, interference, capacity, mast loading, PoE budgets and radio power compatibility. Use shielded outdoor cabling, surge protection and mast earthing.
Access-point concepts
Planning concepts only. AP positions are not measured heat maps; confirm room coverage and cable lengths onsite.
Four-week delivery plan
Confirm AP positions, radio LOS, cable routes, power; approve design; bench configure available equipment.
Procure approved equipment and materials.
Install base station, radios, switches, cabling and APs.
Configure router/Wi-Fi/radios; test coverage and throughput; document, train, hand over.
Deliverables
- Wi-Fi in agreed active areas and rooms
- Secured Wi-Fi system
- Improved connectivity, subject to upstream service
- Monitoring dashboard
- Automated bandwidth management
Acceptance and assumptions
Proposed target: at least −67 dBm and 25 dB SNR at 95% of agreed test points. RE1 is measured at 90 × 12 m; other dimensions are map estimates.
Interactive bill of quantities
Compare complete brand options or select the recommended value mix. Each tab prioritizes its own edge router, access points and PoE switches. The three-sector Ubiquiti PtMP backhaul remains common to match the site design. Edit prices and quantities; totals recalculate.
UniFi gateway, Wi-Fi and switching; Ubiquiti PtMP backhaul.
Dated price snapshot checked 29 September 2026. Prices are indicative; allowances remain editable.
| Item / model | Description | Qty | Unit price ₦ | Amount |
|---|
Tax: Starlink KIT listing states VAT-inclusive; excluded from VAT estimate. VAT/WHT are planning estimates; confirm invoice tax treatment. WHT is withheld, not added to project cost.
Proposal documents
Download the written proposals and supporting plans. Where figures differ, this interactive proposal (29 September 2026) is the latest.