MMS4X00-NS-T Nvidia Twin Port 800GBPS OSFP 2xmpo12 APC 1310nm Transceiver

NVIDIA MMS4X00-NS-T Twin-Port Optical Transceiver Overview

The NVIDIA MMS4X00-NS-T Twin-Port 800Gbps OSFP Transceiver is a cutting-edge optical networking solution engineered for next-generation AI infrastructure, cloud computing, hyperscale data centers, enterprise networking, and high-performance computing (HPC) environments. Featuring a dual-port OSFP form factor, this advanced optical module delivers an aggregate bandwidth of 800Gbps through two independent 400Gbps optical channels, providing exceptional speed, scalability, and network efficiency.

Designed with advanced 1310nm EML (Electro-Absorption Modulated Laser) technology, the NVIDIA MMS4X00-NS-T supports reliable transmission over single-mode fiber (SMF) for distances of up to 100 meters when deployed with compatible patch panel configurations. The module is optimized for modern Ethernet fabrics where ultra-low latency, maximum throughput, and dependable connectivity are essential.

General Information

• Manufacturer: NVIDIA
• Part Number: MMS4X00-NS-T
• Product Category: Optical Transceiver Module
• Form Factor: Dual-Port OSFP

Technical Specifications

• Total Data Rate: 800Gbps Aggregate
• Channel Configuration: 2 × 400Gbps
• Fiber Media: Single-Mode Fiber (SMF)
• Optical Wavelength: 1310nm
• Laser Technology: EML (Electro-Absorption Modulated Laser)
• Maximum Transmission Distance: Up to 100 meters
• Connector Configuration: Dual MPO-12 APC
• Electrical Interface: 8 × 100G PAM4
• Maximum Power Consumption: 17W
• Power Supply: Single 3.3V
• Operating Temperature: 0°C to +70°C
• Laser Safety Classification: Class 1

Benefits of 800Gbps Bandwidth

• Supports bandwidth-intensive AI and machine learning workloads.
• Accelerates cloud computing infrastructure.
• Improves large-scale storage network performance.
• Reduces network bottlenecks.
• Provides exceptional throughput for modern Ethernet fabrics.
• Enables faster east-west traffic within data centers.

Advantages of the OSFP Form Factor

• Higher bandwidth density.
• Improved airflow and thermal management.
• Efficient rack utilization.
• Support for future network upgrades.
• Simplified cable management.
• Excellent compatibility with modern NVIDIA networking platforms.

Advantages of EML Laser Technology

• Stable optical output.
• Reduced transmission latency.
• Excellent signal integrity.
• Enhanced optical efficiency.
• Reliable long-term performance.
• Consistent high-speed data transmission.

SMF Deployment Benefits

• Lower optical attenuation.
• Higher transmission quality.
• Reliable high-speed connectivity.
• Reduced signal interference.
• Excellent scalability for future expansion.
• Ideal for enterprise and hyperscale environments.

Compatible Network Designs

• AI infrastructure.
• Cloud networking.
• Hyperscale data centers.
• Enterprise campus backbones.
• High-performance computing clusters.
• Storage networking.
• Research environments.
• Financial computing.

Breakout Advantages

• Flexible bandwidth allocation.
• Simplified migration paths.
• Optimized port utilization.
• Cost-effective infrastructure expansion.
• Efficient cable deployment.

Operational Benefits

• Reduced downtime.
• Faster maintenance.
• Simplified hardware replacement.
• Continuous network availability.
• Lower operational costs.

Deployment Features

• Factory-tested reliability.
• Rapid installation.
• Excellent interoperability.
• Consistent performance.
• Reduced deployment complexity.

Energy-Efficient Features

• Maximum 17W power usage.
• Single 3.3V power supply.
• Lower operating costs.
• Improved thermal efficiency.
• Optimized rack power utilization.

Supported Standards

• OSFP MSA compliance.
• CMIS 4.0 support.
• RoHS environmental compliance.
• Class 1 laser safety certification.
• Industry-standard interoperability.

Reliability Features

• Comprehensive quality assurance.
• Enterprise-grade engineering.
• Stable optical transmission.
• Long operational lifespan.
• Consistent network performance.

NVIDIA MMS4X00-NS-T 800Gbps OSFP Optical Transceiver

The NVIDIA MMS4X00-NS-T Twin Port 800Gbps OSFP 2xMPO12 APC 1310nm Transceiver represents a next-generation optical networking solution designed for high-performance computing environments, artificial intelligence infrastructures, hyperscale data centers, and advanced cloud networking applications. This high-speed optical module belongs to the 800Gbps OSFP transceiver category and is engineered to support demanding bandwidth requirements where low latency, high reliability, and efficient data transmission are essential.

Built around advanced optical communication technology, the NVIDIA MMS4X00-NS-T delivers exceptional connectivity performance through dual optical ports and parallel single-mode fiber transmission. The module utilizes an OSFP form factor combined with 2xMPO12 APC optical interfaces to provide efficient 800Gbps network communication. It is optimized for modern Ethernet applications requiring scalable bandwidth, improved signal integrity, and dependable long-distance optical links.

800Gbps OSFP Transceiver Technology for Next Generation Networks

The transition toward artificial intelligence workloads, machine learning platforms, GPU-accelerated computing, and large-scale distributed systems has created a growing demand for higher bandwidth networking solutions. Traditional optical modules with lower data rates may not provide sufficient capacity for current and future workloads. The NVIDIA MMS4X00-NS-T addresses these challenges by offering 800Gbps transmission capability in a compact OSFP package.

The OSFP (Octal Small Form Factor Pluggable) design provides an advanced interface standard developed for high-speed networking applications. Compared with previous optical module generations, OSFP technology supports higher electrical lane speeds, improved thermal management, and enhanced scalability for next-generation switches and networking platforms.

High Bandwidth Architecture for Data Center Connectivity

The NVIDIA MMS4X00-NS-T Twin Port 800Gbps Transceiver is designed to support bandwidth-intensive environments including AI clusters, supercomputing systems, enterprise data centers, and cloud infrastructure. Its 800Gbps optical capability enables faster communication between servers, switches, accelerators, and storage platforms.

High-performance computing environments rely on efficient east-west traffic management, where massive volumes of data move between connected systems. This optical transceiver helps reduce network bottlenecks by providing increased throughput and optimized optical connectivity. It enables organizations to build dense, scalable network architectures capable of handling complex computational workloads.

Key Characteristics of NVIDIA MMS4X00-NS-T Optical Module

The NVIDIA MMS4X00-NS-T incorporates several advanced features that make it suitable for demanding networking applications. The module combines high-speed optical performance with a compact pluggable design, allowing network operators to increase capacity without requiring extensive infrastructure changes.

Understanding OSFP Form Factor in 800Gbps Networking

The OSFP form factor has become an important technology standard for high-speed optical communication because it provides the physical design required for future networking speeds. As data center traffic continues to increase, network equipment manufacturers require optical modules capable of supporting higher bandwidth while maintaining manageable power consumption and thermal characteristics.

Unlike older pluggable module designs, OSFP transceivers are specifically developed for multi-lane high-speed communication. The form factor provides additional space for advanced components, enabling manufacturers to integrate improved optical engines, electrical interfaces, and cooling solutions.

Advantages of OSFP Optical Modules

OSFP-based solutions provide several benefits for modern network infrastructures. They support higher transmission speeds, improved airflow management, and compatibility with advanced switch platforms. These advantages make OSFP technology an ideal choice for organizations upgrading their networks to support artificial intelligence and high-performance applications.

The NVIDIA MMS4X00-NS-T leverages this technology to provide a reliable pathway toward 800Gbps connectivity. By using a standardized pluggable architecture, network administrators can simplify deployment, maintenance, and future upgrades.

1310nm Optical Transmission Performance

The NVIDIA MMS4X00-NS-T operates at a 1310nm optical wavelength, a widely used wavelength range for high-performance single-mode fiber communication. The 1310nm spectrum provides excellent transmission characteristics and is commonly selected for applications requiring stable optical performance over extended distances.

Optical communication at 1310nm helps reduce signal attenuation and supports efficient data transmission across modern fiber infrastructure. This makes the module suitable for data center interconnects, high-speed switch-to-switch connections, and other applications where consistent optical performance is required.

Single Mode Fiber Connectivity and MPO12 APC Interface

The transceiver utilizes MPO12 APC connectivity, providing a multi-fiber interface designed for high-density optical networks. MPO connectors allow multiple optical channels to be integrated into a single compact connection, reducing cable complexity while supporting increased bandwidth requirements.

The angled physical contact design of APC connectors helps improve optical return loss performance by reducing unwanted reflections. This contributes to more stable communication and enhanced signal quality in high-speed optical environments.

Benefits of MPO12 APC Fiber Connections

MPO12 APC technology offers advantages for large-scale network deployments where space efficiency and reliable connectivity are critical. Data centers can simplify cable management while supporting the growing demand for faster optical links.

NVIDIA 800Gbps Optical Transceiver Applications

The NVIDIA MMS4X00-NS-T is designed for a wide range of advanced networking applications. Its high throughput and advanced optical architecture make it suitable for environments where massive data movement and low-latency communication are essential.

Artificial Intelligence and Machine Learning Infrastructure

AI and machine learning workloads require enormous computational resources and continuous communication between GPUs, servers, and storage systems. Network performance directly impacts training speed, model processing efficiency, and overall system productivity.

The 800Gbps capability of this NVIDIA optical transceiver supports AI infrastructure by enabling faster communication pathways between interconnected computing resources. It helps organizations build scalable GPU clusters and high-performance AI networks capable of managing demanding workloads.

High Performance Computing Environments

Scientific research, engineering simulations, financial modeling, and advanced analytics platforms depend on high-speed networking to transfer large datasets efficiently. The NVIDIA MMS4X00-NS-T provides the optical performance required for HPC environments where network delays can affect application efficiency.

Cloud Data Center and Enterprise Networking

Modern cloud service providers and enterprise organizations require flexible networking solutions that can scale with increasing data consumption. The NVIDIA 800Gbps OSFP transceiver supports next-generation infrastructure upgrades by providing higher bandwidth density and improved network efficiency.

Large-scale data centers can benefit from increased port capacity, simplified optical deployment, and improved connectivity between critical network components. This makes the module a valuable solution for organizations modernizing their Ethernet environments.

High Density Network Design with Twin Port Architecture

The twin port architecture of the NVIDIA MMS4X00-NS-T allows network designers to maximize connectivity within compact environments. High-density networking is increasingly important as data centers attempt to increase computing capacity without significantly expanding physical infrastructure.

By supporting multiple high-speed optical connections within an efficient design, twin port transceivers help reduce rack space requirements and improve overall network scalability. This approach is especially beneficial in environments containing large numbers of servers, accelerators, and switching systems.

Optimized Performance for Modern Ethernet Networks

The continued evolution of Ethernet technology requires optical solutions capable of supporting higher speeds while maintaining reliability. The NVIDIA MMS4X00-NS-T is positioned for advanced Ethernet deployments that demand consistent throughput and efficient optical communication.

Its combination of OSFP technology, 800Gbps bandwidth, 1310nm optical transmission, and MPO12 APC connectivity provides a comprehensive solution for organizations building future-ready networks.

Deployment Considerations for NVIDIA MMS4X00-NS-T Transceiver

When deploying high-speed optical modules, network planners should consider factors such as fiber compatibility, switch support, optical infrastructure design, and environmental requirements. Proper installation practices ensure optimal performance and long-term reliability.

Fiber Infrastructure Compatibility

The performance of an 800Gbps optical transceiver depends on the quality and compatibility of the supporting fiber infrastructure. Using appropriate MPO12 APC fiber assemblies and maintaining proper cable management practices helps maximize signal integrity.

Network Upgrade Benefits

Organizations upgrading from lower-speed optical solutions can achieve significant improvements in network capacity and efficiency by adopting 800Gbps technology. Higher bandwidth reduces congestion, improves application responsiveness, and supports future expansion.