980-9I30H-F4NM00 Nvidia Twin Port 800GBPS 2x400GBE OSFP 2xMPO12 APC 1310nm SMF 100m Finned Transceiver.

Overview of the 980-9I30H-F4NM00 Nvidia Twin Port Transceiver

The 980-9I30H-F4NM00 Nvidia Twin Port 800GBPS 2x400GBE OSFP 2xMPO12 APC 1310nm SMF 100m Finned Transceiver is a cutting-edge optical transceiver engineered for high-performance data center and networking environments. Designed to handle extremely high data rates with minimal latency and superior signal integrity, this Nvidia transceiver is optimized for environments where bandwidth, power efficiency, and compact design are paramount. Operating over single-mode fiber (SMF) and utilizing MPO12 connectors with APC polish, it supports dual 400GbE (Gigabit Ethernet) channels through an 800Gbps optical serial front panel (OSFP) interface.

Technical Specifications and Features

Bandwidth and Data Rate Capabilities

One of the standout features of the 980-9I30H-F4NM00 Nvidia transceiver is its ability to support 800Gbps aggregate bandwidth. By leveraging two 400GbE channels, this module delivers exceptionally fast data transmission, making it suitable for next-generation data centers, AI workloads, high-performance computing (HPC), and hyperscale networking.

The dual-port configuration not only doubles the bandwidth but also increases the flexibility of network architectures. It enables redundant paths, load balancing, and maximum throughput over a single optical link, significantly reducing infrastructure costs.

Connector Type and Interface: OSFP and MPO12

This transceiver is equipped with an OSFP (Octal Small Form Factor Pluggable) interface and utilizes two MPO12 APC (Angled Physical Contact) connectors. The OSFP form factor is designed for high-speed and high-density applications, offering superior thermal and signal integrity characteristics.

The use of MPO12 APC connectors ensures low insertion loss and return loss, which are crucial in maintaining signal integrity at ultra-high transmission rates. These connectors are widely used in modern optical networking and are compatible with a broad range of fiber optic cabling infrastructure.

Wavelength and Fiber Type

Operating at a wavelength of 1310nm, the 980-9I30H-F4NM00 transceiver is optimized for single-mode fiber (SMF) environments. This wavelength is ideal for medium-range optical communication, offering excellent balance between attenuation and dispersion.

The 1310nm range is known for its minimal chromatic dispersion, which ensures that data signals remain sharp and clear even at high speeds over distances up to 100 meters. This makes the transceiver well-suited for deployments in large-scale data centers and enterprise networks.

Reach and Distance Capabilities

This Nvidia transceiver supports up to 100 meters over SMF, providing a reliable solution for short- to medium-distance high-speed connections. This range is ideal for intra-rack and inter-rack connections within data centers, enterprise backbones, and cloud infrastructure.

Finned Thermal Design

A distinguishing feature of the 980-9I30H-F4NM00 is its finned thermal management design. The finned housing enhances passive heat dissipation, enabling the transceiver to maintain optimal performance even in high-temperature and densely packed network environments.

Effective thermal management is critical in high-speed networking components to prevent overheating, data errors, and hardware degradation. The finned design of this module contributes to system stability and longevity, especially under heavy data loads.

Applications and Use Cases

Data Centers and Hyperscale Environments

In modern hyperscale and cloud data centers, network bandwidth demands are rapidly increasing due to big data, machine learning, and AI workloads. The 980-9I30H-F4NM00 Nvidia transceiver delivers the bandwidth and reliability necessary to meet these evolving needs.

Its dual-port 2x400GbE configuration allows data centers to streamline their cabling infrastructure and support high-density deployments without compromising performance or thermal efficiency.

High-Performance Computing (HPC)

In high-performance computing clusters where latency and bandwidth are mission-critical, this transceiver plays a crucial role. By ensuring fast, reliable communication between computing nodes, it supports complex simulations, scientific calculations, and other compute-intensive applications.

Artificial Intelligence (AI) and Machine Learning (ML) Networks

AI and ML applications rely on fast interconnects to transfer massive datasets between GPUs and storage systems. With 800Gbps throughput, the 980-9I30H-F4NM00 transceiver ensures that AI clusters can operate at full capacity, reducing model training time and increasing system responsiveness.

Enterprise Backbone and Cloud Infrastructure

Enterprises deploying private clouds and high-speed backbones benefit from this transceiver’s reliability, bandwidth, and compact form factor. Its support for industry-standard protocols and cabling ensures seamless integration with existing infrastructure while enabling future scalability.

Compatibility and Integration

Nvidia Networking Ecosystem

The transceiver is specifically designed to integrate with Nvidia network interface cards (NICs), switches, and data center platforms. Whether deployed with Nvidia’s Spectrum switches or BlueField DPUs, this module ensures full compatibility and optimal performance.

Standards Compliance

It adheres to the latest IEEE 802.3bs and OSFP MSA standards, ensuring it is interoperable with a wide range of vendor systems that comply with these specifications. The use of standardized connectors, wavelengths, and electrical interfaces ensures smooth deployment across multi-vendor networks.

Hot-Swappable Capability

As with most enterprise-grade transceivers, the 980-9I30H-F4NM00 is hot-swappable. This allows for easy maintenance and upgrades without shutting down the system, which is crucial in 24/7 data center operations where uptime is essential.

Power Efficiency and Environmental Considerations

Optimized Power Consumption

High-speed transceivers typically consume more power, but the 980-9I30H-F4NM00 is optimized for energy-efficient performance. Its finned thermal design reduces the need for active cooling mechanisms, helping to lower operational energy costs.

Environmental Compliance

This Nvidia transceiver complies with industry environmental standards, including RoHS (Restriction of Hazardous Substances). It is built using eco-friendly materials that support sustainability initiatives in large-scale IT operations.

Management, and Diagnostics

The OSFP form factor and MPO12 APC interface enable quick and secure installation. It’s crucial to ensure proper polarity alignment and clean fiber end-faces for optimal signal transmission. The robust casing protects the internal optics during insertion and removal.

Diagnostic Monitoring Capabilities

The transceiver supports Digital Optical Monitoring (DOM), which allows network administrators to monitor real-time parameters such as optical power, temperature, and voltage. These diagnostics facilitate proactive maintenance and fault isolation.

Firmware Upgrades and System Integration

When integrated with Nvidia platforms, the transceiver can receive firmware updates to improve performance or add new features. Seamless compatibility with Nvidia software management tools ensures easy oversight of transceiver health and operation.

Reliability and Durability

High MTBF and Low Error Rates

The 980-9I30H-F4NM00 is engineered for maximum reliability, with a high Mean Time Between Failures (MTBF) and industry-leading low Bit Error Rates (BER). These characteristics make it suitable for mission-critical applications where consistent uptime is mandatory.

Rugged Build for Harsh Environments

Its rugged housing and finned thermal design allow the module to withstand the high thermal loads and physical demands of dense network environments. The APC polish on the connectors minimizes reflectance and signal degradation over time.

Advantages over Competing Transceivers

Bandwidth Density

Offering 800Gbps over a single transceiver module, the 980-9I30H-F4NM00 outperforms traditional 400GbE solutions by doubling bandwidth while maintaining a similar physical footprint. This reduces the number of transceivers and ports needed, simplifying network design and reducing cost.

Thermal Efficiency

Compared to standard transceivers without fins, the enhanced passive cooling in this unit extends its operational lifespan and maintains signal stability even under high utilization, a feature lacking in many competing models.

Interoperability

While some transceivers are vendor-locked, this Nvidia solution offers broader multi-vendor compatibility due to adherence to standardized protocols, making it a flexible choice for organizations with mixed-vendor infrastructure.

Market Trends and Future-Proofing

Adoption of 800G Technologies

As demand for bandwidth increases, the transition from 400G to 800G is accelerating. The 980-9I30H-F4NM00 is positioned as a future-proof solution for enterprises, telecom operators, and hyperscale cloud providers who need to scale efficiently.

AI-Driven Infrastructure Growth

With the exponential growth of AI workloads, particularly those requiring high-throughput data pipelines, 800G-capable transceivers are becoming the new industry standard. Nvidia’s integration of this module into its AI compute stack ensures optimal synergy and performance.

Network Disaggregation and Modular Designs

The shift toward disaggregated network architectures benefits from modular transceiver options like the 980-9I30H-F4NM00. It offers the flexibility to upgrade individual components without a full system overhaul, supporting agile network scaling.