NVIDIA MFS1S00-H015V 15-Meter Fiber Optic Cable

Brand: NVIDIA | Category: Accessories & Components

SKU: NVIDIAMFS1S00H015V15MFIBERCABLE | Part #: MFS1S00-H015V | MPN: MFS1S00-H015V

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Single-mode fiber connectivity in modern data centres demands precision at every point—from the cable jacket to the connector termination. The NVIDIA MFS1S00-H015V is a 15-meter single-mode fiber optic cable designed to bridge high-speed interconnects without the signal degradation that undermines rack density and network reliability. This cable ships ready to install, with LC/UPC connectors already terminated at both ends, eliminating the need for field polishing or splicing kits on site. For network engineers and infrastructure teams deploying NVIDIA-ecosystem switches, GPUs, or storage arrays across distributed racks, having a pre-terminated cable in stock means faster deployment cycles and fewer points of failure during installation.

The MFS1S00-H015V uses OS2-grade single-mode fiber with a 9/125 micrometer core and cladding geometry, the industry standard for long-haul and intra-data-centre backbone work. At 15 meters, this cable length spans multiple rows of equipment without requiring intermediate amplification or regeneration, making it ideal for connecting top-of-rack switches to aggregation points, or linking distributed GPU clusters in larger AI labs. The cable's insertion loss specification—≤0.3 dB per connection—sits well within acceptable thresholds for 10G, 40G, and 100G optics, meaning signal integrity remains stable across the full length without optical power penalties that would force system administrators to adjust transmit levels or compromise link margins.

NVIDIA specifies this cable for environments where thermal cycling and plenum compliance matter equally. The outer jacket is OFNP-rated (Optical Fiber Non-conductive Plenum), meeting fire codes required in raised-floor installations and cable tray runs through return-air spaces—a critical detail that often surprises first-time buyers but quickly becomes mandatory once a data centre compliance audit flags older cables. Operating range from −40°C to +75°C ensures the cable survives both chilled server rooms and the occasional thermal stress of equipment consolidation during maintenance windows. Return loss of ≥50 dB confirms the LC/UPC connectors are polished and seated to exacting tolerances; this parameter directly affects signal reflection and matters most when linking multiple cables in sequence or connecting to sensitive coherent optics.

The 3.0 mm outer diameter keeps the MFS1S00-H015V compatible with standard cable management systems, patch panel designs, and fiber organizers already installed in most enterprise and cloud-native environments. Network engineers appreciate this compactness because it reduces bend-radius concerns and simplifies routing through cable trays without requiring larger conduit or additional slack. Compliance with TIA/EIA-568 and IEC 60793-2-50 standards means this cable integrates seamlessly into structured cabling audits and third-party fiber certification workflows—no exceptions, no waivers, no surprises when your integrator or carrier tests the link end-to-end. The part number MFS1S00-H015V appears consistently across NVIDIA's documentation, making procurement, warranty, and replacement workflows straightforward for storage architects managing multi-year capital equipment budgets.

Installation of the NVIDIA MFS1S00-H015V requires no special tools beyond a standard LC cleaner and a light source for continuity testing—both items already present in any serious fibre-optic toolkit. Simply route the cable through existing pathways, seat the connectors firmly into the transceiver or switch port until you feel a slight click, and verify light propagation with a meter. The pre-terminated design means you skip the fusion-splicing step entirely, reducing labour cost and human error in environments where fibre outages cascade across dependent applications. This appeal extends to both large-scale data centre operators managing hundreds of cables monthly and smaller enterprise IT teams where unplanned downtime carries outsized business cost.

Optical Performance and Deployment Scenarios

• Single-mode OS2 fiber with 9/125 μm core geometry supports 10G, 40G, and 100G Ethernet without optical power margin loss
• Insertion loss ≤0.3 dB and return loss ≥50 dB ensure clean signal paths in multi-cable backbone and switch interconnect runs
• 15-meter span eliminates intermediate amplification or regeneration across typical rack-to-rack or floor-to-floor distances in modern data centres
• LC/UPC connectors terminate at both ends; no field polishing, splicing, or training required for installation
• OFNP plenum jacket meets fire codes for raised-floor installations, return-air plenums, and cable tray environments
• Operating temperature range −40°C to +75°C maintains fibre integrity during thermal cycling and equipment consolidation
• 3.0 mm outer diameter fits standard patch panels, cable organizers, and management systems without re-engineering
• TIA/EIA-568 and IEC 60793-2-50 certification enables fast integration into structured cabling audits and third-party fibre verification workflows

Omnixon Global stocks the NVIDIA MFS1S00-H015V as part of our core fibre interconnect inventory, serving data centre operators, AI infrastructure teams, and enterprise IT departments across the UAE, GCC, and surrounding regions. We understand that downtime during cable replacement or network expansion costs far more than the cable itself, which is why we maintain availability of pre-terminated single-mode solutions from NVIDIA and other tier-one vendors. If you are planning a new AI lab deployment, refreshing legacy fibre runs, or scaling out GPU clusters, contact our sales team to discuss your cable requirements and request a formal quotation. Omnixon delivers the part number MFS1S00-H015V with full documentation and certification test reports, ensuring your infrastructure meets both NVIDIA specifications and local compliance mandates.