MMA4Z00-NS-FLT Nvidia OSFP Sr8 Multimode Transceiver, 800GBPS, 2xndr

NVIDIA MMA4Z00-NS-FLT 800Gbps Multimode Optical Transceiver

The NVIDIA MMA4Z00-NS-FLT Twin-Port 800Gbps OSFP SR8 Multimode Transceiver is a high-performance optical networking module engineered to support next-generation InfiniBand and Ethernet infrastructures. Designed for ultra-fast data transmission, this advanced 800Gbps transceiver enables reliable, low-latency connectivity for AI clusters, HPC environments, cloud computing platforms, enterprise data centers, and large-scale networking deployments. Built with cutting-edge optical technology, the module delivers exceptional bandwidth, energy efficiency, and compatibility with modern NVIDIA networking solutions.

Featuring an innovative twin-port architecture, the NVIDIA MMA4Z00-NS-FLT supports flexible deployment options while ensuring seamless communication between switches, network adapters, GPUs, and DPUs. Its OSFP form factor, SR8 multimode optical interface, and PAM4 signaling technology make it an ideal solution for organizations requiring maximum throughput and dependable performance.

General Specifications

• Manufacturer: NVIDIA
• Part Number: MMA4Z00-NS-FLT
• Product Category: Optical Transceiver Module
• Technology: InfiniBand and Ethernet
• Interface: OSFP
• Transmission Speed: 800Gbps

Dual-Protocol Connectivity

• Supports high-speed InfiniBand fabrics
• Compatible with modern Ethernet deployments
• Designed for AI networking environments
• Optimized for cloud-scale infrastructure
• Suitable for HPC clusters and enterprise networks

Fiber Distance Support

• Up to 30 meters using OM3 multimode fiber
• Up to 50 meters using OM4 multimode fiber
• Ideal for data center rack-to-rack connectivity
• Optimized for high-density server deployments

Optical Lane Configuration

• Eight channels of 100G-PAM4 electrical signaling
• Two ports with four-channel 100G-PAM4 optical modulation
• Optimized for ultra-high bandwidth transmission
• Supports modern AI networking requirements

Flexible Connectivity Options

• Supports two direct 400Gbps fiber connections
• Supports two 1:2 splitter fiber cables for 200Gbps links
• Simplifies network expansion
• Improves infrastructure scalability

Cooling Variants

• Finned-top OSFP for air-cooled switches
• Flat-top OSFP for DGX-H100 systems
• Compatible with liquid-cooled platforms
• Optimized airflow management

Dual MPO-12/APC Connectors

• Dual MPO-12/APC interfaces
• Reliable optical performance
• Reduced signal loss
• High-density fiber connectivity
• Enterprise-grade optical reliability

Power Specifications

• Maximum power consumption of 17 Watts
• Low-power sleep mode requiring only 1.5 Watts
• Single 3.3V power supply
• Efficient thermal characteristics
• Optimized for continuous enterprise operation

Supported Standards

• OSFP MSA compliant
• CMIS 4.0 compliant
• RoHS compliant
• Class 1 laser safety certified
• Enterprise-grade manufacturing quality

Operating Temperature

• Operating temperature: 0°C to +70°C
• Reliable thermal performance
• Suitable for continuous operation
• Engineered for high-density environments

NVIDIA MMA4Z00-NS-FLT OSFP Multimode Transceiver Overview

The NVIDIA MMA4Z00-NS-FLT Twin Port 800GB/s OSFP SR8 Multimode Transceiver represents a next-generation optical networking solution designed for high-performance computing environments, artificial intelligence infrastructure, hyperscale data centers, and advanced cloud networking applications. This high-speed optical module delivers exceptional bandwidth capability with an aggregate data rate of 800Gbps, enabling faster communication between network switches, servers, accelerators, and storage platforms. Built around the OSFP form factor and SR8 multimode optical technology, this transceiver provides reliable short-range optical connectivity for modern data center architectures requiring high throughput, low latency, and efficient network scaling.

Designed for NVIDIA networking platforms and next-generation Ethernet and InfiniBand environments, the MMA4Z00-NS-FLT supports advanced connectivity requirements for AI clusters, machine learning workloads, and accelerated computing systems. The module combines two independent 400Gbps optical channels within a twin-port design, creating an 800Gbps networking interface optimized for demanding applications. Its advanced optical architecture helps organizations build efficient and scalable network fabrics capable of handling massive volumes of data generated by artificial intelligence models, analytics platforms, and enterprise applications.

High-Speed 800Gbps Optical Connectivity Technology

The NVIDIA MMA4Z00-NS-FLT OSFP SR8 transceiver is engineered to deliver ultra-high bandwidth performance through eight parallel multimode optical lanes. Each optical lane contributes high-speed data transmission, allowing the module to achieve an impressive total capacity of 800Gbps. This parallel optical design improves signal efficiency and enables seamless communication across high-density networking environments where traditional lower-speed modules cannot meet bandwidth demands.

The 800Gbps optical transceiver category represents a major advancement beyond previous generations of 200Gbps and 400Gbps networking solutions. As artificial intelligence workloads continue to expand, organizations require faster interconnect technologies that can move large datasets between graphics processing units, compute nodes, and storage systems. The MMA4Z00-NS-FLT addresses these requirements by providing a high-performance optical interface optimized for data-intensive operations.

Advanced OSFP Form Factor for Next-Generation Networks

The OSFP, or Octal Small Form Factor Pluggable, design provides the mechanical foundation for advanced 800Gbps networking solutions. Compared with earlier optical module formats, OSFP technology supports higher electrical lane counts, improved thermal management, and enhanced compatibility with future networking speeds. The NVIDIA MMA4Z00-NS-FLT uses this advanced form factor to deliver superior performance while maintaining efficient installation and serviceability within modern network equipment.

The compact pluggable design allows data center operators to quickly deploy high-bandwidth optical connections without replacing entire networking systems. OSFP modules can be installed and removed easily, simplifying maintenance procedures and allowing organizations to upgrade their infrastructure as bandwidth requirements increase. This flexibility makes OSFP-based transceivers an important component in scalable data center environments.

Key Benefits of OSFP-Based 800Gbps Transceiver Architecture

The OSFP architecture used in the NVIDIA MMA4Z00-NS-FLT provides several advantages for enterprise and hyperscale networking environments. The module supports high-density deployments where space efficiency and performance are equally important. Advanced thermal characteristics help maintain stable operation during intensive workloads, while the standardized pluggable interface simplifies network upgrades and hardware replacement.

NVIDIA MMA4Z00-NS-FLT SR8 Multimode Optical Performance

The SR8 multimode optical technology integrated into the NVIDIA MMA4Z00-NS-FLT is optimized for short-distance data center communication. Multimode fiber technology provides efficient transmission over short optical links, making it ideal for connections between servers, switches, and accelerator platforms located within the same data center facility. The SR8 specification uses multiple optical channels to deliver reliable high-speed connectivity while maintaining cost efficiency for large-scale deployments.

Unlike single-mode optical solutions designed for long-distance transmission, multimode transceivers focus on high-density, short-range applications where performance and affordability are critical. The NVIDIA MMA4Z00-NS-FLT provides an effective solution for data center operators that need powerful networking capabilities without unnecessary complexity or additional infrastructure costs associated with extended-distance optical links.

Multimode Fiber Compatibility and Data Center Applications

The SR8 multimode design enables compatibility with advanced multimode fiber cabling systems commonly used in modern data centers. This allows organizations to deploy high-performance optical connections using existing structured cabling environments where supported. The technology is particularly valuable in environments where large numbers of servers and accelerators require direct high-speed communication.

AI research facilities, cloud service providers, financial institutions, and enterprise data centers increasingly depend on high-speed optical networking to support distributed computing workloads. The NVIDIA MMA4Z00-NS-FLT helps these environments achieve improved network efficiency by reducing bottlenecks between computing resources and enabling faster movement of critical information.

Optimized Connectivity for Artificial Intelligence Infrastructure

Artificial intelligence and machine learning workloads require enormous amounts of computational power and data exchange between accelerator devices. GPU clusters, AI training systems, and high-performance computing platforms rely on fast interconnect technologies to maintain efficiency during complex processing tasks. The NVIDIA MMA4Z00-NS-FLT 800Gbps OSFP SR8 transceiver is designed to support these demanding environments by providing high-bandwidth optical communication between network components.

Large-scale AI models require rapid synchronization between multiple processing nodes. Network performance directly impacts training speed, application responsiveness, and overall infrastructure efficiency. By enabling 800Gbps connectivity, this optical module helps reduce communication delays and supports the creation of highly optimized AI computing fabrics.

High Performance Networking for Accelerated Computing Systems

Accelerated computing environments benefit from networking solutions that can handle continuous high-volume data transfers. The MMA4Z00-NS-FLT supports the requirements of modern accelerator-based architectures by providing reliable optical connections between compute resources. Its high throughput capability makes it suitable for environments where processing speed depends on fast communication between multiple hardware components.

800Gbps Twin Port Optical Transceiver Design and Features

The twin-port configuration of the NVIDIA MMA4Z00-NS-FLT provides an efficient approach to delivering massive network bandwidth within a compact optical module design. By integrating two high-speed optical interfaces, the transceiver can support increased connectivity density while reducing the number of individual modules required in high-performance networking deployments.

High-density networking environments benefit from solutions that maximize rack space utilization and simplify cable management. The twin-port design contributes to streamlined infrastructure deployment by providing more bandwidth capability per installed module. This approach helps data centers achieve greater network capacity while maintaining efficient physical organization.

Enhanced Network Scalability for Modern Data Centers

As organizations continue to expand cloud computing, artificial intelligence, and enterprise applications, network scalability becomes increasingly important. The NVIDIA MMA4Z00-NS-FLT provides a future-ready connectivity option for businesses looking to support increasing bandwidth requirements. Its 800Gbps capability enables network architects to design infrastructure capable of handling current workloads while preparing for future expansion.

Modern data centers require networking components that balance speed, reliability, and operational efficiency. High-performance optical transceivers like the MMA4Z00-NS-FLT allow administrators to create flexible architectures that support evolving technology demands. Whether deployed in AI clusters, supercomputing environments, or cloud platforms, this transceiver provides a foundation for high-speed data movement.

Reliable Optical Transmission for Enterprise Networking

Reliability is a critical factor in large-scale networking environments where downtime can impact business operations and computational performance. The NVIDIA MMA4Z00-NS-FLT is designed to provide consistent optical transmission performance for mission-critical applications. Its advanced optical components support stable communication between network devices while helping maintain overall system availability.

Optical transceiver technology continues to evolve as organizations demand faster and more dependable network connections. The MMA4Z00-NS-FLT represents the latest generation of high-bandwidth optical solutions designed for environments where speed, stability, and scalability are essential.

Ideal Deployment Environments for NVIDIA 800Gbps OSFP SR8 Modules

The NVIDIA MMA4Z00-NS-FLT is suitable for a wide range of advanced networking applications. It can be deployed in artificial intelligence data centers, high-performance computing facilities, cloud infrastructure environments, research laboratories, and enterprise networks requiring extremely high bandwidth connectivity.

The module is especially beneficial for organizations building next-generation network fabrics that require efficient communication between large numbers of computing nodes. Its combination of OSFP technology, SR8 multimode optics, and 800Gbps capacity makes it an important solution for advanced digital infrastructure.

Future-Ready Optical Networking with NVIDIA MMA4Z00-NS-FLT

The evolution of networking technology continues to accelerate as businesses adopt artificial intelligence, automation, analytics, and cloud-based applications. Higher bandwidth requirements are driving demand for optical transceivers capable of supporting faster communication speeds. The NVIDIA MMA4Z00-NS-FLT addresses this trend by providing an advanced 800Gbps optical connectivity solution designed for future-focused network architectures.

With its high-speed performance, efficient OSFP form factor, and SR8 multimode capability, this transceiver provides a powerful option for organizations seeking to enhance their data center infrastructure. It enables faster data exchange, supports scalable network designs, and helps maximize the performance of advanced computing platforms.