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Data Centers Cabling

Data centers in the UAE or any other place differ in scale and purpose - but all of them depend on the same cabling technologies to connect active equipment. The right solution is determined by reach, bandwidth, and cost.

Each technology addresses a distinct range of reach, cost, and performance requirements. Selecting the right one avoids over-engineering or under-specifying your infrastructure.

We offer a comprehensive range of Direct Attach Cables (DAC), Active Copper Cables (ACC/AEC), and Active Optical Cables (AOC) — available in straight-through and breakout configurations.

Speeds: 10G to 800G Form Factors: QSFP-DD · OSFP-FT · OSFP-RHS · QSFP56 · QSFP28 · QSFP+ · SFP-DD · SFP56 · SFP28 · SFP+

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Features & Specs

Topology : Top-of-Rack ToR

Reach: ≤ 3 meters

Application: Server down-link, within rack

Features: Lowest cost, zero power draw

Topology : Middle-of-Rack MoR

Reach: 5 – 10 meters

Application: Switch-to-switch, same row

Features: Cost advantage over transceivers at this range

Topology : End-of-Rack EoR and Campus

Reach:  above 10 meters

Application: Row-to-row and Spine up-links

Features: Flexible, hot-swappable, supports SM/MM fiber

Topology : Top-of-Rack ToR

Reach: ≤ 3 meters

Application: Server down-link, within rack

Features: Lowest cost, zero power draw

Topology : Middle-of-Rack MoR

Reach: 5 – 10 meters

Application: Switch-to-switch, same row

Features: Cost advantage over transceivers at this range

Topology : End-of-Rack EoR and Campus

Reach:  above 10 meters

Application: Row-to-row and Spine up-links

Features: Flexible, hot-swappable, supports SM/MM fiber

Direct Attach Copper DAC

Most cost-effective - short reach less than 5 meters.

Passive DACs  require no power and are the lowest-cost option. Active DACs extend reach slightly with signal conditioning. Ideal for within-rack and adjacent-rack patching.

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Active Optical Cable AOC

Balanced - intermediate reach less than 10 meters.

More cost-effective than discrete transceivers for target applications up to 10 m. Combines fiber's weight and flexibility advantages with factory-terminated reliability. Bridges the gap between DAC and pluggable optics.

Transceivers + Fiber

Maximum reach — long distance above 10 meters

Pluggable transceivers paired with structured fiber cabling offer maximum flexibility and scalability. Support multi-mode and single-mode fiber, enabling reach from meters to kilometers. Preferred for MDA/IDA-level spine links and campus interconnects.

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Product Demo

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Frequently Asked Questions

DAC (Direct Attach Copper) cables are the most cost-effective solution for very short distances up to 5m, requiring no optical components. AOC (Active Optical Cables) use fiber and integrated optics for reaches up to 10m at a lower cost than discrete transceivers. Transceivers paired with fiber cabling are the go-to solution for anything beyond 10m, offering the greatest flexibility and scalability.

For Top-of-Rack switching, passive DAC cables are the recommended choice for server down-links within the same rack (≤3m). For connections to adjacent racks up to 5m, active DAC cables provide the signal conditioning needed without adding significant cost.

Yes. Our DAC, AOC, and ACC/AEC assemblies are designed for multi-vendor compatibility, supporting platforms from leading networking and server vendors including Cisco, Arista, Juniper, NVIDIA/Mellanox, and HPE, among others.

Choose AOC over DAC when your reach exceeds 5m but stays within 10m, when EMI interference is a concern in high-density environments, or when cable weight and bend radius matter — such as in overhead trays or long horizontal runs across a row of racks.

lAbsolutely. We offer custom cable lengths, breakout configurations (e.g. 1×400G to 4×100G), and labeling options to match your exact data center layout. Custom orders are available with competitive lead times — ideal for large-scale rollouts or staging environments that need precision-cut assemblies.

For links under 10m, DAC and AOC cables can reduce cabling costs by 40–70% compared to discrete transceiver pairs. In a high-density Top-of-Rack deployment with hundreds of server down-links, this translates to significant CapEx savings — without any compromise in performance or reliability.

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