NVIDIA Mellanox MFS1S00-H035V Compatible 100G QSFP28 SR4 Transceiver

This NVIDIA Mellanox MFS1S00-H035V compatible 100G QSFP28 SR4 active optical solution delivers reliable, high-density 850nm MMF connectivity up to 100m. It offers a fully tested, plug-and-play transceiver and cable integration designed for seamless performance in high-speed enterprise data centers.

  • Item No :

    MFS1S00-H035V
  • Order(MOQ) :

    1
  • Product Origin :

    Varies by product model (Specific dispatch location will be confirmed upon inquiry).
  • Lead Time :

    Standard items: 5-7 working days; Rare/Scarce items: Subject to negotiation.
  • Warranty :

    Original Brand: 1-Year Warranty; OEM/Compatible Solutions: 3-Year Warranty.
  • Max Distance :

    100m (over OM3/OM4)
  • Compatibility :

    Mellanox / NVIDIA
  • Wavelength :

    850nm
  • Description
HPC & Data Center Infrastructure

NVIDIA Mellanox MFS1S00-H035V Compatible 100G QSFP28 SR4 Active Optical Cable (35m)

The NVIDIA Mellanox MFS1S00-H035V is an advanced 100Gb/s Active Optical Cable (AOC) built for the most demanding HPC and data center environments. This QSFP28 to QSFP28 cable supports high-density 100GBASE-SR4 transmission, delivering unmatched throughput for AI and compute-intensive workloads.

Core Value Proposition: It stands as the most economical choice for short-distance interconnection within 100 meters of data centers. Whether it's for AI computing clusters, traditional data center ToR (Top-of-Rack) cabling, or achieving a smooth upgrade from 25G to 100G, it delivers high-performance 100G transmission at the lowest total cost of ownership.

850nm VCSEL Multi-mode Active Fiber
Fully Hot-Pluggable Easy Serviceability
Mellanox compatible 100G QSFP28 cable

Network Deployment & Applications

 

Data Center ToR & Leaf cabling

Perfectly tailored for Top-of-Rack (ToR) switch-to-server configurations or interconnecting Leaf networks within 35 meters. Effectively mitigates bulk congestion in cable management trays.

HPC & AI Computing Clusters

Delivers the high-frequency packet delivery metrics required by deep learning tasks, distributed memory arrays, and clustered hardware multi-node configurations.

25G to 100G Infrastructure Upgrades

Provides a seamless, highly cost-effective optical path for legacy setups ready to switch over to 100G rates without rebuilding overall data frame layouts.

Technical Matrix

High Reliability Standards

100GBASE-SR4 Signal Integrity

Utilizing high-end 850nm VCSEL technology and 4x 25Gb/s NRZ channel modulation, this 35-meter active fiber assembly ensures superior signal profiles with an ultra-low Bit Error Rate (BER) of less than 1E-15.

Low-Smoke Fire Safety

Features premium LSZH (Low Smoke Zero Halogen) protective jacketing. It restricts toxic halogen gases and heavy smoke emission in rare thermal anomalies, fully aligning with modern eco-safe data center standards.

Eco Green Power Management

Operating with a typical low power consumption of just 4.35W. It alleviates power distribution budgets inside high-density multi-rack systems and scales down localized thermal ventilation stress.

High-Density switch Topology

Perfectly tailored to alleviate cable management challenges while providing superior electrical performance, ensuring efficient and reliable high-speed interconnect for large-scale clusters like the SN3700 and SN4600 switches.

PRODUCT SPECIFICATIONS

Hardware Metric Factory Specification Details
Model Assignment MFS1S00-H035V
Form Factor Layout QSFP28 (Quad Small Form-factor Pluggable 28)
Data Rate Capacity 100Gbps (100GBASE Infrastructure)
Regulatory Standard 100GBASE-SR4 Compliant Architecture
Optical Center Wavelength 850nm High-Speed VCSEL Array
Media Fiber Type Multi-mode Fiber (MMF Asset)
Interface Connector Geometry MPO (or MTP) Female Pass-through Receptacle
Max Link Distance Range Up to 100m over OM3 / OM4 Multi-mode Cable Media
Cross-Platform Match Fully Validated for Mellanox / NVIDIA Switches and SmartNICs

PREMIUM QUALITY CRITERIA

Our multi-gigabit fiber assemblies undergo extensive live-port telemetry testing to eliminate jitter errors and guarantee full performance validation before scaling arrays.

BER Mapping Analysis: Validated at less than 1E-15 constraints for error-free 100G transmission.
Live Switch Validation: Deployed inside Quantum/Spectrum cluster platforms (SN3700/SN4600).
Hot-Plug Thermal Profiling: Checked for immediate physical transceiver registration under full electrical load.

 

Frequently Asked Questions

Q1: Can this MFS1S00-H035V compatible cable support 100G to 4x 25G breakout channels?
No, this specific item is a direct point-to-point QSFP28 to QSFP28 active optical cable designed for straight 100Gbps trunk mapping. If you need to break down a 100G switch port into 4 discrete 25G SFP28 host lines, you should utilize our dedicated QSFP28 to 4x SFP28 breakout active fiber assemblies.
Q2: Why should I deploy a 35-meter Active Optical Cable (AOC) over a Copper Direct Attach Cable (DAC)?
Traditional passive copper DAC elements face severe physical attenuation laws and can rarely maintain 100G signal profiles past 5 meters. This active fiber design handles extended 35m routes easily, offering a significantly better bit error rate (BER < 1E-15), lower physical bulk, and absolute immunity to rack electromagnetic noise (EMI).
Q3: Is this active fiber assembly fully hot-pluggable on original Mellanox/NVIDIA hardware?
Yes. Both QSFP28 termination endpoints fully respect native hot-pluggable electrical matrices. Enterprise engineering staff can safely slide the module ports in or out during live switch runtime without interrupting cloud matrices or provoking core compute server restarts.
Q4: What protection does the LSZH fire rating provide for our network racks?
The Low Smoke Zero Halogen (LSZH) compound jacket is highly optimized for modern data center safety criteria. In combustion scenarios, it restricts toxic acid gas dispersion and produces near-zero smoke volume, shielding delicate hardware layers from corrosion and preserving clear human operator visibility.
Q5: Will using this compatible alternative trigger unsupported hardware alarms?
No. Our premium compatible replacements come pre-loaded with comprehensive internal EEPROM hex coding matched exactly to Mellanox operating system platforms. Switch devices like the SN3700 and SN4600 registers the links flawlessly with full CLI telemetry visibility.

Scale Smarter. Minimize Infrastructure Footprints.

By deploying premium multi-vendor compatible transceivers and active optical cables, data center operators can optimize optical layer capital expenditure allocations without sacrificing operational safety metrics. Keep packet switching metrics moving at peak physical constraints with enterprise-grade quality.

Ready to benchmark link availability thresholds? Contact our hardware engineering sales division for detailed configuration logs, massive volume discount structures, or sample trial inventory reservations.

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