Plan wired and wireless networks around your users, applications and building conditions.
Most sites need both: a wired core for fixed devices and Wi-Fi for people on the move. Plan them together from the start.
Cabled links give fixed devices steady bandwidth, plus PoE power where devices support it.
Coverage and speed depend on walls, materials, user numbers and the client devices, so we survey before choosing positions.
AI-generated equipment concepts, not photographs of specified models.
Peak Wi-Fi rates are radio link rates, not internet speed.
Each piece is sized to your users, connected devices and long-term support.
Example: TP-Link Omada EAP610 — AX1800 dual-band Wi-Fi 6, one Gigabit port, 802.3at PoE, ceiling or wall mount (confirm the hardware revision).
AI-generated conceptSize port count, PoE standard and total power budget for the access points, cameras and phones connected.
AI-generated conceptConnects internet lines, separates networks and controls what each VLAN can reach.
AI-generated conceptLabelled patch panels, cable management and ventilation keep the network core maintainable.
Models, capabilities and controller compatibility are confirmed by hardware revision in each project proposal.
Each kind of space needs different AP placement, signal planning and equipment.
AI-generated settingOpen desks and meeting rooms
Plan for peaks during meetings and video calls
AI-generated settingHigh ceilings and racking
Racking blocks signal; test along the aisles
AI-generated settingMany rooms and walls
Separate guest traffic from hotel systems
AI-generated settingYards and car parks
Use outdoor-rated, weather-protected equipmentGuests, staff, cameras and IoT devices sit on separate networks, limiting risk and controlling access.
The Omada controller configures and monitors access points, switches and gateways in one place; features depend on model compatibility.
The 802.11ax standard handles many devices more efficiently than older Wi-Fi when client devices support it.
Software-defined networking (SDN) moves setup and monitoring from each device to one controller. TP-Link Omada brings gateways, switches and access points into one platform, managed from the web or an app.
Omada SDNDevices are adopted into one Omada controller. Wi-Fi networks and VLANs are set once and pushed to every device; topology, traffic and alerts are seen in one place, on the web or the Omada app.
Configure, monitor and troubleshoot Omada access points, switches and gateways from one interface.
New devices adopt the existing configuration when connected, so new sites come online without a technician configuring them on site (cloud and hardware controllers).
Configure and monitor devices across locations from one interface; hardware controllers add batch management and site templates.
Real-time topology, traffic dashboards and notifications help find and fix issues remotely.
Configure settings, check network status and manage clients from a phone or tablet, locally or through the cloud.
The controller handles configuration and monitoring, not live traffic. If it is unreachable, devices keep their settings and keep passing traffic.
From TP-Link’s Omada Controller page and “Introduction to Omada”. Features depend on the controller type, licence and each device’s hardware version, confirmed in the project proposal. ZTP = zero-touch provisioning.
We start from real requirements and user numbers, design and install, then listen to feedback and adjust every time to keep the network performing.
We start with the people who use the network, what they use it for and what must never stop.
TP-Link Omada leads for most businesses; Cisco fits organisations already standardised on it.
This is DPI design guidance, not a quality or price ranking.
LINK American StandardThe cabling DPI specifies for its systemsDPI specifies LINK cabling from the network core to every outlet, matched to distance, PoE and testing.
AI-generated conceptHorizontal runs to desks, ceiling access points, IP phones and cameras inside the building.
Links planned for 10GBASE-T at full channel length, such as switch or server uplinks; Cat6A is the reference design for this.
Access points and cameras in car parks, yards and other runs outside the building.
Plan conventional Ethernet channels up to 100 m including patch cords.
Large bundles carrying PoE need heat and total power considered.
Test every link, label both ends and hand over the results.
Model names and constructions are from LINK’s product list. Cable standards support the design; end-to-end performance is confirmed through the selected equipment, terminations, routing and project acceptance tests.
Explore cabling and acceptance testingWhen the core or PoE switch loses power, everything behind it goes down with it: access points, IP phones, cameras and the whole organisation’s internet.
The UPS brand DPI supplies and installsPut a UPS in every rack, and include the PoE power the switch delivers to devices when sizing it.
How to choose the right UPSOne team from survey, design and supply to installation, testing and after-sales support.
Equipment sourced through authorized channels, with model advice and the manufacturer’s warranty terms.
We map walls, ceilings, user numbers and existing equipment before positioning access points and switches.
Internet edge, switching, Wi-Fi, LINK cabling and racks designed as one, ready for CCTV and access control.
TP-Link Omada for managed business networks; Cisco where your organisation already standardises on it.
Coverage walk-test, VLAN and roaming checks, labelled ports and a network map for your IT team.
A Pathum Thani team providing maintenance and technical support across Thailand.
Plan the data path from external services to the spaces where people work.
Internet traffic passes the firewall before reaching the core switch; security policy and segmentation start here.
Scene, timing and readings are illustrative, not an installation drawing or measurement. Speeds, PoE power and coverage depend on the equipment, cabling and site survey.
AI-generated equipment concepts, not photographs of specified models.
An operating concept, not an installation drawing. Devices, paths and interfaces are defined after the site survey.
Agree coverage and application tests, verify network separation, and hand over diagrams, administrator access and configuration backups.
Equipment details, compatibility and scope must be confirmed for each project.
Does AX1800 mean 1.8 Gbps internet speed?
No. It describes an aggregate wireless signal-rate class. Actual throughput depends on clients, interference, uplinks and the internet service.
Are Omada features available on every revision?
Check hardware, firmware and controller support. Mesh, roaming and cloud management have specific compatibility requirements.
The same six stages on every project, so the system is ready on handover day.
Understand your goals and requirements
Assess the site and installation conditions
Plan the right solution for your operation
Install equipment and integrate systems
Verify performance and train your team
Maintain equipment and provide technical support
Tell us about your space, the systems you need and what you want to improve.
