Site survey
Floor area, walls, levels, building materials and work zones are reviewed before AP quantity is decided.
We design Wi-Fi coverage for villas, offices, hotels, schools and warehouses after reviewing the layout, walls, levels and user density. AP locations, cabling and power are planned before installation, then verified through on-site testing.
Planned coverage · Wi-Fi 6 / Wi-Fi 7Signal strength alone does not make a good network. The result starts with planning and ends with on-site validation.
Floor area, walls, levels, building materials and work zones are reviewed before AP quantity is decided.
Mounting positions, channels and transmit power are planned to reduce interference.
A unified network is configured to support movement, subject to platform and client-device capabilities.
PoE standard, switch power budget, port speed and cable length are checked before connection.
Staff, guests and devices can be separated when the router and switch support the design.
Coverage, speed, stability and roaming are tested before agreed details are handed over.
Floor area is only one input. A smaller site with dense walls can require a different plan from a larger open hall.
Layout, height, corridors and stairs influence coverage placement.
Concrete, glass, metal and shelving can weaken or redirect radio signals.
Concurrent devices and applications matter as much as published range.
Cabling, switch, router and PoE budget must match the selected access points.
Neighbouring networks and existing channels affect performance in busy buildings.
The choice depends on clients, density, wired speeds, applications and budget.
Distribution and network policies change by environment; an office, hotel and warehouse do not have the same requirements.
Organised multi-level coverage instead of overlapping standalone extenders.
Staff and guest separation for meetings, applications and connected devices.
Room, corridor and facility coverage with suitable guest-access policies.
Classroom capacity and separation for administration, teachers and students.
Planning around height, metal racks, aisles, yards and mobile devices.
Point-of-sale and operations isolated from guest Wi-Fi across service areas.
A clear sequence reduces guesswork and focuses coverage on the areas where it is actually needed.
Area, levels, users and applications.
Obstacles, interference and cable routes.
AP positions, switching, PoE and channels.
Organised connection, SSIDs, VLANs and policies.
Coverage, speed, roaming and handover.
Practical answers before choosing AP quantity or technology.
The number is not determined by floor area alone. We review the layout, walls, levels, user density, interference and mounting positions, then validate the plan with coverage testing.
For organised, scalable coverage, wired access points are usually the better option. A range extender may suit one small isolated weak area, but the right choice depends on the site and usage.
Wired backhaul is preferred for stability and capacity. Power and data can use PoE when the switch and cable run are suitable. Some platforms support wireless uplinks, but they are not the best choice for every project.
Yes. A unified SSID and roaming features can be configured, but handoff quality also depends on coverage overlap, channels, transmit power and client-device support.
Yes. A guest SSID can be separated using VLANs, access policies and bandwidth limits when the router, switch and management platform support the design.
Not necessarily. Wi-Fi 6 suits many current sites, while Wi-Fi 7 is most useful when client devices and wired infrastructure support it and the site's density or applications justify it.
Comparisons and guides for selecting the right wireless and wired approach.