COMPUTER ROOMS & EDGE SITES
Computer rooms and edge sites
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Novatelia designs and outfits enterprise computer rooms and telecommunications facilities. From rack seismic anchoring and hot/cold aisle containment panels to overhead fiber raceways and metered rack PDUs, the work is the physical infrastructure for compute clusters.
The catalog describes that foundation as resilient. Resilience, redundancy, and seismic compliance are not guaranteed on this page. They exist only when a defined design and an approved scope call for them.
What is included varies with facility size, rack density, equipment load, power availability, cooling design, cable routing, maintainability, and the approved technical scope. The four deliverables below are the service record. They are not a claim that every component is always supplied.
Conceptual infrastructure diagram — actual design depends on the approved facility scope.
01
Racks are arranged for equipment mounting, front and rear maintenance access, and the seismic anchoring the design calls for. Anchoring is a consideration in the room layout. It is not a published seismic-compliance certificate.
02
Containment enclosures separate the cold intake side of the IT equipment from the hot exhaust side. The airflow path depends on the cooling design, rack orientation, and the enclosure that is actually built.
03
Yellow fiber raceways carry optical distribution above the racks so fiber stays protected and organized. The route follows the rack layout and the facility constraints in the approved scope.
04
Wire-mesh basket trays carry copper and other cable plant, with separation and physical coordination where the design requires it. Tray routes are coordinated with fiber raceways, not mixed without a reason.
05
Metered rack PDUs distribute power at the rack. Branch-circuit measurement and environmental probes are available where the selected hardware supports them. Not every iPDU meters every branch or includes every sensor.
06
Raised-floor tiles, perforated airflow tiles where they apply, and cable-pass grommets manage supply air and limit leakage around cable openings. Tile layout follows the cooling design. It is not a CFD result.
01
Cold aisle and hot aisle containment enclosure construction. Panels form the physical separation. The airflow path is coordinated with rack orientation so intake and exhaust stay on their intended sides.
Cooling efficiency is not promised without engineering calculations.
02
Overhead yellow fiber raceway and wire-mesh basket tray networks. Fiber stays in its raceway. Basket tray carries the coordinated cable distribution, with access for later work.
The photograph shows dressed optical cable. It is not a verified Novatelia raceway installation.
03
Intelligent iPDU branch circuit metering and environmental probes, where the selected hardware supports them. This is visibility at the equipment layer, not a live sensor feed.
A metered PDU does not mean every branch and every probe is present on every unit.
04
Data center floor tile airflow balancing and cable pass grommets. Perforated tiles and sealed cable passages are how supply air is directed. Leakage around open cuts works against that layout.
No CFD result or cooling-performance figure is published.
This is a conceptual relationship. It does not describe the thermal performance of a particular facility.
Fiber raceways, overhead cable pathways, and basket-tray infrastructure sit around the rack rows. Routing is coordinated so optical cable stays protected, copper has its own path, and both remain serviceable. Bend management and separation follow the pathway hardware and the facility constraints. No bend-radius number and no project-specific requirement are invented here.
The rack PDU is the power distribution equipment in the cabinet. Electrical loading is reviewed against the circuits the design assigns.
A metered iPDU can expose branch-circuit information where that model supports it. Environmental probes can show temperature and humidity where they are fitted and compatible with the PDU and the equipment.
Software integration and a live reading are a later phase. This page does not show sensor values, power capacity, or a building-management feed.
An illustrative physical-infrastructure design review. It is educational. It is not a guaranteed contracted procedure.
Every engagement includes formal engineering handovers and test verification records when those records are in the approved scope. A record that was not scoped is not promised.
When a record is in scope, it may relate to installed infrastructure, physical layout, cable pathways, power distribution, testing and verification, or the approved handover requirements. Those are explanatory categories. They are not a promise that every record is included, and this page does not show a signed certificate.
The data-center infrastructure reference named in the original service record. It can guide requirements. Citing the series does not certify a facility.
The revision cited in the historical catalog, together with a tier label. It is retained as a source citation. It is not a verified certification, and the catalog tier label is not published as a rating.
A later revision of the telecommunications infrastructure standard for data centers. It is recorded so the historical B citation is not silently replaced. Referencing C does not certify the facility either.
A Tier II or Tier III rating is not published on this page. Rated-2, Rated-3, accredited data center, and certified design labels are not published. Standards can guide a project. Referencing them does not establish a certified facility rating.
Oman data centers, enterprise server rooms, and edge sites.
The photograph is regional infrastructure context. It is not a named customer facility, a Novatelia office, or a completed certification project.
Ethernet fabrics, SAN optical networks, high-density racks, and thermal infrastructure for an approved design. Those fabrics are not automatically part of this physical infrastructure service.
Open solution
InfiniBand and RoCE v2, GPU cluster interconnects, and parallel storage connectivity. They are a separate solution, specified when that design is in scope.
Open solutionThey are the physical works for enterprise computer rooms, telecommunications facilities, server rooms, and edge sites: racks, aisle containment, fiber and cable pathways, metered rack PDUs, and raised-floor airflow. Scope follows the approved design.
Oman data centers, enterprise server rooms, and edge sites. Facility size, rack density, equipment load, power, cooling, cable routing, and maintainability change what is included.
Cold-aisle and hot-aisle containment is enclosure construction that separates equipment intake air from exhaust air. The catalog deliverable is that enclosure work, not a cooling-efficiency figure.
It keeps the intake and exhaust paths from mixing freely, which is how a room’s cooling design is meant to reach the equipment. The result still depends on tile layout, rack orientation, and the cooling system. No efficiency percentage is published here.
A dedicated overhead pathway, often a yellow fiber raceway, that carries optical cable above the racks and protects it from the copper plant.
Wire-mesh basket trays route and support cable between racks and rooms. They are coordinated with fiber raceways and with access for later changes.
A metered rack PDU distributes power in the rack and can report electrical load. Branch-circuit information appears where the selected iPDU supports it. Measurement is not a live dashboard on this page.
Where the hardware includes them, probes provide temperature and humidity visibility at the equipment layer. They are not a building-management system and they are not included with every PDU.
Perforated tiles place supply air. Cable-pass grommets close the openings cables use so supply air is less likely to leak beside the intended tiles. Balancing is part of the floor work. It is not a published cooling capacity.
Rack arrangement, equipment mounting, maintenance access, and seismic anchoring considerations are part of the physical infrastructure when the scope includes them. Anchoring is not a certified seismic rating.
Every engagement includes formal engineering handovers and test verification records when those records are in the approved scope. A record that was not scoped is not promised.
EN 50600 Data Centre Series is the data-center infrastructure reference named in the service record. It can guide project requirements. Citing it does not certify the facility.
No. A standard can inform the design. Referencing it does not establish a certified facility rating.
No. A Tier II or Tier III rating is not published. Rated-2, Rated-3, and equivalent facility classifications are not published either.
This page is the physical room: racks, containment, pathways, rack power, and airflow. Ethernet fabrics, SAN optical networks, and AI or HPC interconnects are separate solution pages. They are not automatically included.
Open the RFQ draft for data-center services, or contact the Muscat desk. The RFQ page keeps a browser draft. It does not submit a quotation or issue a reference.
The RFQ page keeps a browser draft. It does not submit a quotation or issue a reference.