NVIDIA Mellanox 100GBASE-FR QSFP28 1310nm 2km Module

Product Description

NVIDIA Mellanox 100GBASE-FR QSFP28 1310nm 2km Module

Network congestion slowing your data center? The NVIDIA Mellanox 100GBASE-FR QSFP28 1310nm 2km Module delivers stable 100G throughput for demanding infrastructures. High-capacity switching environments require reliable optical connectivity. This module addresses bandwidth pressure in enterprise networks, cloud clusters, and modern data centers.

The NVIDIA Mellanox 100GBASE-FR QSFP28 1310nm 2km Module is built for high-speed fiber communication over single-mode fiber. It operates at 103.125Gbps aggregate data rate using PAM4 modulation. Designed for high-density network platforms, it provides reliable long-distance optical transmission up to 2 kilometers.

Businesses across Bangladesh deploying enterprise switches, storage networks, and high-performance computing clusters often require dependable optical modules. This model fits seamlessly into that ecosystem and is available through PCB Store, a trusted destination for networking hardware.

NVIDIA Mellanox 100GBASE-FR QSFP28 1310nm 2km Module Performance Overview

Modern data infrastructure depends on stable optical links. Packet loss, signal degradation, and latency spikes can interrupt workloads. The NVIDIA Mellanox 100GBASE-FR QSFP28 1310nm 2km Module targets high-capacity environments where consistent throughput matters.

Key operational highlights include:

• Form Factor: QSFP28 optical transceiver
• Maximum Data Rate: 103.125Gbps (4 × 25.78Gbps lanes)
• Optical Wavelength: 1310nm
• Maximum Transmission Distance: 2km over single-mode fiber
• Connector Type: Duplex LC interface
• Transmitter Technology: EML laser
• Receiver Type: PIN photodiode
• Supported Protocol: 100G Lambda MSA 100G-FR compliant
• Built-in Forward Error Correction: KP4 FEC

These characteristics allow stable signal integrity even across extended fiber runs. Network engineers building scalable switching environments benefit from its consistent optical output and receiver tolerance.

Optical Architecture of the NVIDIA Mellanox 100GBASE-FR QSFP28 1310nm 2km Module

High-speed optical modules depend on precise signal handling. This model integrates EML transmitter technology paired with a PIN receiver, supporting stable transmission across single-mode fiber links.

Optical performance is supported by:

• Transmission wavelength centered at 1310nm
• Transmit power range from -2.4 to 4 dBm
• Receiver sensitivity down to -6.4 dBm
• Power budget of 4 dB

This architecture allows dependable communication between switches, routers, and high-performance servers in enterprise networks.

The module also includes digital diagnostic monitoring (DDM/DOM). Network administrators can track optical power levels, temperature, and voltage in real time.

Thermal and Power Efficiency for Data Center Deployments

Dense networking racks create heat and energy challenges. Optical modules must maintain stability under continuous load.

The NVIDIA Mellanox 100GBASE-FR QSFP28 1310nm 2km Module operates with power consumption below 3.5W, helping reduce heat buildup in crowded switch chassis.

Operational temperature tolerance ranges from 0°C to 70°C, suitable for standard commercial networking environments.

For network engineers managing large infrastructure, these characteristics provide advantages:

• Lower thermal stress in high-density switches
• Predictable operating temperatures in equipment racks
• Reduced energy load per port

This balance between performance and power usage matters for modern network designs.

Deployment Scenarios for the NVIDIA Mellanox 100GBASE-FR QSFP28 Module

High-speed optical modules appear in many real-world setups. The Network And Router category often includes products used in professional network builds across Bangladesh.

Typical scenarios include:

Enterprise Data Centers

Large organizations connect core switches, storage arrays, and compute clusters using 100G optical links. This module handles those high-traffic connections efficiently.

Cloud Infrastructure Nodes

Cloud providers require stable optical connections between racks and spine switches. The 2km reach supports inter-rack communication in large facilities.

Campus Network Backbones

Universities and research labs frequently build fiber backbones between buildings. Single-mode fiber compatibility supports those long-distance links.

Professional Workstation Networks

Freelancers managing rendering nodes or AI training clusters sometimes deploy compact fiber infrastructure for fast storage access.

Within the SFP Module and Fiber sub-category, modules like this serve as the backbone of high-capacity switching fabrics.

Compatibility and Protocol Support

Interoperability remains critical for networking equipment. The NVIDIA Mellanox 100GBASE-FR QSFP28 1310nm 2km Module supports the 100G Lambda MSA FR specification, making it compatible with many enterprise switches.

Network administrators often deploy it in environments involving:

• Mellanox networking switches
• Data center spine-leaf architectures
• Storage networking platforms
• High-speed enterprise routers

The module uses PAM4 modulation combined with KP4 FEC, enabling stable transmission across single-mode fiber while maintaining high data density.

Reliability and After-Sales Support in Bangladesh

Networking hardware investments require dependable service. Businesses and IT professionals across Bangladesh often prefer local suppliers capable of handling warranty and support.

The NVIDIA Mellanox 100GBASE-FR QSFP28 1310nm 2km Module is available at PCB Store Dhaka, where experienced technicians assist with compatibility checks and deployment guidance.

Customers purchasing through PCB Store receive:

• Direct warranty support
• Technical troubleshooting assistance
• Product verification before deployment
• Reliable after-sales service across Bangladesh

Organizations running critical infrastructure value access to responsive local support teams.

Stock availability at PCB Store Bangladesh can vary due to demand from enterprise buyers. Network upgrades often require immediate procurement, so checking availability early is recommended.