Enterprise Networks / Enterprise wireless
Enterprise wireless.Designed for spaces, clients and applications.
Wireless is not a uniform layer of access points. Buildings, endpoints, RF cells and applications behave differently. We combine RF planning, Cisco infrastructure and technical acceptance in one dependable design.
Scope of service
What you receive.
This service fits new buildings, relocations, coverage or capacity issues, controller and access-point lifecycle work, and new requirements such as voice or location services. We establish what an existing survey can genuinely demonstrate. A heat map on its own is not a substitute for on-site measurement or tests with the relevant clients and applications.
Measurable RF objectives
Usage, client classes, spectrum, capacity, roaming and critical applications are translated into testable design objectives. Areas with special conditions are treated separately rather than hidden in a building-wide average.
Wireless and LAN in one design
Access points depend on mounting, cabling, PoE, switch ports, VLANs, DHCP, DNS and uplinks. We size these dependencies together and connect them clearly in the bill of materials.
A controlled migration
SSIDs, authentication, guest access and legacy devices are assessed before change. Pilot, parallel operation or a phased cutover are selected around the building and its interruption constraints.
Validation at the real site
After installation, we assess coverage, channel use, roaming and selected application paths. Differences between the model and the real environment are recorded and addressed deliberately.
The delivery path
Three controlled steps.
- 01
Understand how the space is used
Review floor plans, materials, user movement, device classes, applications and existing survey data. Prioritise critical spaces and operational periods.
- 02
Design and pilot
Create the RF and infrastructure design, confirm mounting conditions and validate representative areas with the intended client devices.
- 03
Deploy and validate
Support installation, approve configuration and measure the finished environment on site. Residual items and operational parameters are handed over transparently.
What we agree before starting
A design reflects the building and usage data available at the time. Construction changes, unknown interferers and different client behaviour can require further measurements. Mounting, cabling, electrical work, endpoint changes and ongoing optimisation are assigned separately in the proposal.
Good to know
Your questions. Clear answers.
Is a predictive wireless design sufficient?
Often for initial sizing, but not always for dependable acceptance. The model, building data and assumptions must fit the situation. For critical or uncertain areas, we include measurement, a pilot or post-install validation.
Can you optimise an existing wireless network only?
Yes. We first separate RF, client, LAN and application causes. Then we decide whether configuration, placement, further measurement or hardware changes are justified. Adding more access points is not automatically the answer.
Do you test roaming and voice applications?
When they are part of the agreed scope, we define test cases with the client devices actually in use. The result applies to those conditions; a blanket guarantee for every future endpoint would not be credible.
Let’s discuss your requirements
A few details are enough to begin.
You do not need a finished design. We establish the need, boundaries and a dependable next step.
Plan enterprise wirelessHelpful for the first conversation
- Floor plans and relevant building areas
- Client types, user numbers and critical applications
- Known wireless issues and existing survey data
- Mounting, cabling and maintenance constraints
Please do not submit passwords, API keys or confidential network plans through the form.
Explore the technical detail
A realistic view of Wi-Fi 7 and the 6 GHz bandTechnical background: Cisco Campus LAN and Wireless LAN Design Guide