Four things in every engagement
Starting from the building itself, we take the private network from "it can be installed" to "it works, it can be verified, and it is compliant". The four parts interlock — each is opened up below.
Topology (tree or ring) and the choice of source, remote units and antennas, decided from the building structure and the availability required.
Channel capacity, transport capacity and redundancy worked out so the system holds at peak and still has room to grow.
Points laid on the real floor plan and verified by heat-map prediction — design and outcome side by side, buildable and checkable.
Licence application coordinated with the regulator and documentation submitted, so frequencies are in hand before acceptance.
The difference is the team
standing behind the drawing
Products and systems are the easy part. What separates a system that ages well from one that does not is a consulting design team that gets these five judgements right before the drawings are issued.
Topology matched to the building, with capacity and redundancy settled in one pass — no structural debt left behind.
Source, remote units and antennas matched to the environment: neither over-specified nor short.
Headroom reserved so a later phase does not mean touching the core of the system.
What the design promises is what acceptance testing measures — one set of numbers, not two.
Spectrum and certification checked early, so nothing stalls at the point of installation.
The building decides the topology
Topology is not a template to copy. The form of the building and the availability the operation needs decide whether the answer is a tree or a ring. On a normal day the two look identical — the difference only shows the moment something fails.
Devices are chained in series. One failed remote unit mid-chain takes every antenna beyond it offline at once, the impact grows along the chain, and finding the fault means walking the chain stage by stage.
The fibre closes into a ring, reachable from both directions. When a node fails the system switches to the other path in milliseconds; only the failed segment is affected, every other area keeps talking, and the platform points straight at the device.
Three calculations, settled before work starts
Capacity is not a guess. Three numbers are worked out up front, and each one decides whether the system holds at peak and can still grow in five years.
Coverage argued
on the floor plan
First the antenna positions are laid onto the real floor plan; then a predicted heat map verifies whether every area meets target. The two views alternate here — design and outcome, matched one to one.
Spectrum secured
before handover
A private radio system cannot legally go live without spectrum. We coordinate the licence application with the regulator in your market, prepare and submit the compliance documentation, and get the frequencies in place before acceptance — not after the programme has slipped.
The number of frequencies follows from the capacity design, so the application is accurate rather than padded.
We deal with the regulator and prepare and submit the application materials.
Type approvals, equipment schedules and supporting documents assembled and filed together.
Spectrum is secured before acceptance testing, so it never becomes the reason a programme slips.
Eight drawings come out of the design stage
All of them drop straight into your drawing set, scaled up or down with the size of the project.
The full device chain and quantities from source to antenna
Points and numbering per floor, overlaid on your own plans
Power calculation from the source to every antenna port
Predicted signal distribution, colour-coded by level
All equipment and cable, for costing and procurement
Channel count and how operating teams are grouped
Fibre and feeder routes with lengths
The basis for each parameter and how special locations are handled
Get the private network into your drawing set
Join us at concept stage and settle architecture, capacity, coverage, spectrum and compliance once.