Waves installs, splices and tests fiber optic cabling for buildings, campuses, plants and data rooms. It suits companies that need fast, reliable links between floors, buildings or sites, and proof that every core meets spec.
Fiber carries your backbone, your building-to-building links and the uplinks for your cameras and access points. A bad splice or a dirty connector can cut speed or cause links that drop for no clear reason. Waves provides fiber optic splicing in Dammam, Khobar, Dhahran and Jubail, with installation, termination and testing done by the same team.
We work on new installations and on repairs of damaged cables. Every job ends with test results, so you know the loss on each core and have a baseline for future faults.
Fiber also connects the systems around your network: CCTV on long perimeters, access control at remote gates, and links to site cabins and towers. We plan these runs with the cabling and network teams, so the cores, connectors and switch ports match from the start.

The region is building. Khazna is planning an AI-ready data centre of up to 200 MW in Dammam, and center3 (stc) has announced a hyperscale data centre there. The Royal Commission for Jubail and Yanbu reports more than SR1.5 trillion in investments across its cities, with a stated focus on smart cities.
New plants, warehouses, compounds and data rooms all need fiber backbones. Existing sites need repairs, extensions and upgrades as they add buildings and cameras. Both need a team that splices cleanly and proves it with test results.

We check routes, ducts, distances and the type of fiber already on site.
We choose single-mode or multi-mode, core count, connectors and enclosures for the distance and speed you need.
We pull or blow the cable, fusion splice each core and terminate in patch panels or enclosures.
We test each core with an OTDR and a light source and power meter, and record the results.
You receive test reports, core maps and as-built route drawings.
For long runs between buildings, across campuses and to remote gates, towers and cabins.
For short, high-speed runs inside buildings and between racks in server rooms.
Pre-terminated, high-density links for data rooms that need fast install and clean racks.
Low-loss splicing for new cables, extensions and repairs, with protected splice trays.
Trace of each core showing length, splice loss and faults, kept as your baseline.
We locate cuts or high-loss points and repair them, then retest the link.
Single-mode fiber carries light over long distances, from hundreds of metres to many kilometres, and suits links between buildings and sites. Multi-mode is cheaper to connect and suits shorter runs inside a building or data room. We choose based on distance, speed and your existing equipment.
An OTDR sends light down the fiber and shows the length of the cable, the loss at each splice and connector, and the location of any fault. It proves the job was done properly. It also gives you a baseline that makes future repairs much faster.
Yes. We locate the fault with an OTDR, splice in a repair section or new enclosure, and retest the link. We share the test result once the link is restored.
MPO/MTP trunks suit server rooms and data rooms with many fiber links, or where you plan to move to higher speeds. They install quickly and keep racks tidy. For a few links between floors, standard spliced fiber is usually enough.
Yes. Every fiber job ends with OTDR and loss test results for each core, plus a core map. You can keep these for warranty, audits and later troubleshooting.
A small repair or a short link between two buildings is often done in a day, including testing. Larger backbones with many cores and enclosures take longer and are planned with you in advance. We confirm the timeline after the site survey.
We are based in Al Khobar and work in Dammam, Dhahran, Jubail, Riyadh and the rest of KSA, including plants and remote project sites.
Tell us the route, distance and number of cores, or ask for a site visit. We will reply with a plan and quotation.