Corporate network cabling
Office fit-outs, relocations and refurbishments, planned around your move date, covering business network cabling for desks, meeting rooms and boardrooms.

Network cable installation, done properly, is structured cabling: a standards-based system of Cat 6, Cat 6A and fibre running from every network point to patch panels in a managed rack. Arke Technologies designs, installs, certifies and documents it for organisations, public buildings and schools across South Africa, from Johannesburg.
Structured cabling is a standardised way to wire a building's LAN (local area network) for data. Instead of running a separate cable from a switch to each computer, installers lay permanent cables from wall outlets to patch panels in a central rack, then connect equipment with short patch leads. Every link is built to the same rules, tested and labelled, so the whole structured cabling system behaves predictably.
The terms overlap. Network cabling, data cabling, IT structured cabling and infrastructure cabling all describe the same layer: the physical network infrastructure cabling that every switch, access point, phone and camera depends on. Cabling and wiring differ mainly in what they carry: wiring usually means electrical power, while cabling carries data and voice. The two must be kept apart in every ceiling and riser.
A network with very little cabling is usually a wireless one, but it still depends on cables: every Wi-Fi access point connects to a switch by cable, and most draw their power over it. Good business Wi-Fi starts with the structured cabling network beneath it. We plan, install and support that layer as part of our network infrastructure services, beneath the firewalls and SD-WAN that run over it.

The international standards (ISO/IEC 11801 and the ANSI/TIA-568 series) divide a building's cabling into subsystems. The components of structured cabling we specify and install:

The main types of network cabling are twisted-pair copper, graded by category, and optical fibre. Server Hub's buyer's guide to Cat 6 structured cabling (opens serverhub.co.za) covers product choice; the design rules we apply are summarised here.
| Cable | Frequency rating | Reach at speed | Where we use it |
|---|---|---|---|
| Cat 5e | 100 MHz | 1 Gbps to 100 m | Existing sites only; we do not specify it for new work |
| Cat 6 | 250 MHz | 1 Gbps to 100 m; 10 Gbps to about 55 m | Desks, network points, cameras and most access points |
| Cat 6A | 500 MHz | 10 Gbps to 100 m | Dense Wi-Fi, long runs and 10 Gbps workstations |
| Multimode fibre | Not applicable | 10 Gbps and above over hundreds of metres | Backbones between floors and cabinets |
| Single-mode fibre | Not applicable | Kilometres | Links between buildings on a campus or site |
Shielded Cat 6A suits factories and plant rooms with heavy electrical noise, and we install solid-copper cable only, never copper-clad aluminium (CCA), which runs hot under Power over Ethernet and fails early.
For computer network cabling, Cat 6 is our default for new desks and points, Cat 6A where access points or run lengths demand it, and fibre wherever a link exceeds 100 metres or joins two buildings. Glass carries no current, so a fibre link also isolates equipment in one building from lightning and surges in another.
Voice and data cabling now share one system. Modern phones run over the data network, so one cable and one point serve both; see Microsoft Teams, VoIP and business telephony.
The benefits of structured cabling show every time something changes. Moving a desk means moving a patch lead, and a fault is traced quickly because every link is labelled. New access points, cameras and door controllers plug into spare points instead of triggering new work. And a certified installation outlasts several generations of the switches and access points connected to it.
Bad network cabling shows up as symptoms that are often blamed on something else: links that drop at random, computers that connect at 100 Mbps instead of 1 Gbps, access points that reboot under load, and a cabinet nobody dares to touch. The usual causes are untested terminations, CCA cable, runs beyond the length limit, cables laid across power, and no records. We also test and document existing installations, so you know what you have before replacing it.

Our steps in network cabling follow the same sequence on every project, whether it is ten network points or a campus:
01.
We walk the site, count the points needed in each room, and map access points, cameras, access control, voice and growth. The output is a written statement of your network cabling requirements.
02.
We draw the network cabling diagram, floor plans and rack elevations in design software, with a cable schedule and containment routes, so the scope is fixed before a cable is pulled.
03.
A fixed project price against that design, with any after-hours work shown separately.
04.
Containment first, then the pull, then termination at outlets and on the patch panel. Disruptive work can be scheduled after hours or at weekends by agreement.
05.
Our server rack installation guide is simple: heavy equipment and the UPS low, patch panels interleaved with switches and cable managers, front-to-back airflow, and space left for growth.
06.
Every copper link is tested with a certification tester against its category, and every fibre link for loss. You receive the results, link by link.
07.
As-built drawings, the cable schedule, test results and the labelling scheme, in a handover pack you keep.
Network cable installation tools matter as much as the cable, above all a certifier that proves performance rather than a tester that only proves the wires connect. Network cable installation training and certification sit with the people: the work is done by our own team, hired for experience, education and certifications.
We design and test to recognised network cabling standards, so anyone can verify the result:
Office fit-outs, relocations and refurbishments, planned around your move date, covering business network cabling for desks, meeting rooms and boardrooms.
Records that suit PFMA and MFMA asset management: every rack, panel and point listed, tested and handed over for the asset register.

Classrooms, labs and admin blocks, with points for access points and interactive displays, and fibre between buildings. See school networks and Wi-Fi.
Long runs and harsh environments, where fibre and shielded cable earn their cost.
We serve organisations across South Africa, and take on work beyond it. If you are looking for home network cabling, most homes are better served by fibre and mesh Wi-Fi, which Fibre Boyz (opens fibreboyz.co.za), our connectivity division, connects and supports.
Last reviewed: September 2026
Network cable installation cost depends on the building more than the cable, so we quote a fixed price after a site survey. Commercial network cable installation pricing is usually expressed per point, plus racks, backbone and containment, and our quotes are itemised the same way. What moves the number:
The cheapest network cabling installation often carries the highest net cost: untested links, CCA cable and missing records are paid for later in downtime and rework. For cabinet, switch and UPS prices, see Server Hub (opens serverhub.co.za), our hardware division, and our IT hardware page.
Cabling is a long-lived asset, so we deliver records a board, an auditor or the next contractor can rely on.
Most network cabling companies can pull cable; fewer can prove the result. When you compare structured cabling companies, data cabling companies or network cabling contractors, ask each installer for:
Structured cabling is a standards-based system of permanent cables, outlets, patch panels and racks that carries a building's data and voice. Cables run from each network point to a patch panel in a central cabinet, and equipment connects with short patch leads. Because every link is tested and labelled, moves and faults are handled quickly, and the cabling outlasts the hardware plugged into it.
The two main types of structured cabling are horizontal cabling, which runs from outlets to the cabinet on each floor, and backbone cabling, which links cabinets, floors and buildings. Horizontal runs are usually Cat 6 or Cat 6A copper, and backbones are usually multimode or single-mode fibre. Shielded or unshielded cable is chosen by the electrical environment, and every type is tested and labelled.
Network cable installation cost depends mainly on the number of points, the cable category and how difficult the routes are, so we quote a fixed project price after a site survey. Racks, patch panels, containment, testing and any after-hours work are itemised. Cat 6A and fibre cost more than Cat 6, and the building usually changes the price more than the cable does.
Cat 6 suits most desks, network points and cameras, carrying 1 Gbps to 100 metres and 10 Gbps to about 55 metres. Choose Cat 6A where you need 10 Gbps over longer runs, for dense Wi-Fi with multi-gigabit access points, or where the cabling must serve several generations of equipment. Use fibre for any link beyond 100 metres or between buildings.
The network cable installation steps are survey, design, quotation, installation, rack build, testing and handover. We survey the site and fix requirements, draw the design and cable schedule, quote a fixed price, install containment and cable, terminate at outlets and patch panels, certify every link, then hand over labels, drawings and test results. Each stage is signed off before the next begins.
Send us your floor plans or book a site survey, and we will return a design, a fixed quote and a programme.