1. Wi-Fi survey
- Room-by-room RSSI and SNR measurements
- Interference analysis (neighbouring WLANs, non-Wi-Fi sources, attenuation)
- AP/router checks (channels, band steering, 2.4/5/6 GHz)
- Locate “dead zones” and bottlenecks
2. Coverage & channel plan
- Coverage overview (by floor/room) and roaming paths
- AP count/placement advice, cabling & PoE(+)/PoE++
- Per-AP channel & power plan (limit co-/adjacent channel contention)
- Guest SSID and VLAN segmentation where appropriate
3. Optimisation
- Reconfigure SSIDs, band steering and roaming settings
- Channel-width tuning: 2.4 GHz 20 MHz; 5 GHz 40/80 MHz; 6 GHz 80/160 MHz where feasible
- Mesh vs wired backhaul; Cat6A + multi-gig for Wi-Fi 6E/7 uplinks
- Add APs where needed (supply/installation on request)
4. Testing & report
- Post-optimisation re-measurements (RSSI/SNR/throughput)
- Per-room speeds and latency/jitter consistency
- Clear report with priorities and maintenance advice
Wi-Fi 6/6E/7-ready
We ready your network for Wi-Fi 6/6E/7: 6 GHz planning, 80/160 MHz channels, Multi-Link Operation (Wi-Fi 7), and multi-gig cabling/switching (2.5/5 GbE).
Security: WPA3 & segmentation
- WPA3-Personal/Enterprise where possible; WPA3 is mandatory on 6 GHz (6E)
- PMF enabled; transition modes with device compatibility in mind
- SSID/VLAN segmentation (IoT, guests, staff) and role-based access
Regulatory & design: 6 GHz NL + DFS
- 6 GHz (5945–6425 MHz) authorised in NL for Wi-Fi 6E (LPI/VLP); realistic 6 GHz planning and channel widths
- 5 GHz DFS channels may pause on radar events; we design for stability
- 2.4 GHz: use only 1/6/11 at 20 MHz to avoid overlap
Calibrated Wi-Fi speed tests
Reliable, repeatable measurements for a fair view of your network.
What we capture
- Down/up speeds (vs ISP claims)
- Latency and jitter
- Coverage and signal per location
Reporting
- Room-by-room maps/overviews
- Comparison to advertised speeds
- Concrete improvement plan
Scheduling
- Visit usually within 1–2 weeks
- Evenings/weekends possible