NVIDIA 980-9I30G-F4NM00 800GBPS Twin Port OSFP 2XMPO 1310nm UP to 500m Optical Transceiver

Overview of NVIDIA 980-9I30G-F4NM00 Optical Transceiver

The NVIDIA 980-9I30G-F4NM00 is a high-performance twin-port OSFP SMF optical transceiver engineered for next-generation networking solutions. Designed to deliver blazing-fast 800Gbps connectivity, it ensures reliable data transmission across enterprise and data center environments.

General Information

• Brand: NVIDIA
• Model Number: 980-9I30G-F4NM00
• Category: Optical Transceiver

Technical Specifications

• 800G 2xDR4 single-mode transceiver
• 8 channels of 100G-PAM4 electrical modulation
• Two MPO-12/APC optical connectors
• Dual ports supporting 4-channel 100G-PAM4 optical modulation
• Compatible with two straight 400Gb/s or two 1:2 splitter fiber cables for 200Gb/s

Design Attributes

• Finned-top OSFP optimized for air-cooled switches
• 1310nm laser wavelength
• Maximum transmission reach: 500 meters
• Hot-pluggable design for easy installation

Power & Efficiency

• Maximum power consumption: 17 watts
• Operates on a single 3.3V power supply
• Energy-efficient architecture for modern data centers

Compliance & Safety

• Class 1 laser safety certified
• RoHS compliant for environmental standards
• OSFPMSA.org compliant
• CMIS 4.0 compliant

Operating Temperature

• Case temperature range: 0°C to +70°C

NVIDIA 980-9I30G-F4NM00 800Gbps OSFP Optical Transceiver

The NVIDIA 980-9I30G-F4NM00 800Gbps twin-port OSFP single-mode fiber optical transceiver represents a new generation of ultra-high-speed connectivity solutions designed to meet the evolving demands of hyperscale data centers, high-performance computing environments, artificial intelligence clusters, and cloud networking infrastructures. As data traffic continues to surge globally, organizations require scalable, efficient, and low-latency interconnect solutions capable of supporting bandwidth-intensive workloads. This category of 800Gbps optical transceivers delivers exceptional throughput while maintaining reliability, energy efficiency, and compatibility with modern networking architectures.

Evolution of High-Speed Optical Transceivers

The development of optical transceiver technology has progressed significantly from early gigabit modules to today’s 800Gbps solutions. The NVIDIA 980-9I30G-F4NM00 belongs to a category that leverages advanced modulation techniques, higher lane speeds, and improved optical components. These enhancements enable seamless data transmission across longer distances using single-mode fiber while maintaining signal integrity and minimizing errors.

Transition from QSFP to OSFP Form Factors

The OSFP (Octal Small Form-factor Pluggable) form factor is designed to support higher power and thermal requirements compared to earlier QSFP standards. This transition allows for increased data throughput and improved cooling efficiency. The NVIDIA 980-9I30G-F4NM00 utilizes the OSFP interface to deliver 800Gbps speeds across twin ports, making it suitable for next-generation networking hardware.

Benefits of OSFP Design Architecture

The OSFP architecture provides enhanced electrical performance, better heat dissipation, and support for future scalability. Its larger form factor accommodates advanced circuitry and optical components necessary for ultra-high-speed transmission. This ensures that enterprises investing in this category can future-proof their infrastructure while maintaining backward compatibility with existing systems through adapters and hybrid configurations.

Technical Specifications and Performance Characteristics

The NVIDIA 980-9I30G-F4NM00 800Gbps optical transceiver category is defined by a set of advanced technical characteristics that enable high-speed data transmission with minimal latency and maximum efficiency. These modules are engineered to meet the rigorous standards required for enterprise and hyperscale environments.

800Gbps Data Throughput

The primary defining feature of this category is its ability to deliver 800Gbps aggregate bandwidth. This is achieved through multiple high-speed lanes operating simultaneously, utilizing advanced encoding and modulation schemes such as PAM4. The twin-port configuration allows flexible deployment scenarios, enabling network architects to optimize bandwidth allocation across different nodes.

Single-Mode Fiber Compatibility

Single-mode fiber (SMF) compatibility ensures long-distance data transmission with minimal signal degradation. This makes the NVIDIA 980-9I30G-F4NM00 suitable for inter-data center connectivity as well as intra-data center links where extended reach is required. The use of SMF also contributes to reduced attenuation and improved reliability over extended distances.

Low Latency and Signal Integrity

Maintaining low latency is critical in high-performance computing and AI-driven workloads. This category of optical transceivers is optimized for minimal delay and high signal integrity, ensuring consistent performance even under heavy data loads. Advanced error correction and signal processing technologies further enhance reliability.

Artificial Intelligence and Machine Learning Clusters

AI and machine learning workloads demand high-speed data exchange between GPUs and compute nodes. The NVIDIA 980-9I30G-F4NM00 is designed to handle these intensive workloads, providing the bandwidth necessary for training complex models and processing large datasets.

High-Performance Computing Environments

In HPC environments, where computational tasks are distributed across multiple nodes, fast and reliable interconnects are essential. This category of optical transceivers ensures efficient communication between nodes, reducing bottlenecks and improving overall system performance.

Energy Efficiency and Thermal Management

Energy efficiency is a critical consideration in modern data centers, where power consumption directly impacts operational costs. The NVIDIA 980-9I30G-F4NM00 optical transceiver category incorporates advanced power management features to minimize energy usage while maintaining high performance.

Optimized Power Consumption

Despite delivering 800Gbps speeds, these transceivers are designed to operate within optimized power envelopes. This ensures that data centers can achieve high performance without significantly increasing energy consumption.

Advanced Cooling Mechanisms

The OSFP form factor supports improved thermal management through enhanced airflow and heat dissipation. This helps maintain stable operating temperatures, even in high-density deployments.

Reduced Carbon Footprint

By improving energy efficiency, this category contributes to reducing the overall carbon footprint of data centers. Organizations can achieve sustainability goals while maintaining high-performance networking capabilities.

Compatibility and Integration

The NVIDIA 980-9I30G-F4NM00 optical transceiver category is designed for seamless integration with a wide range of networking equipment. Compatibility with modern switches, routers, and network interface cards ensures easy deployment and scalability.

Interoperability with Networking Equipment

These transceivers are engineered to work with industry-standard networking platforms, allowing organizations to integrate them into existing infrastructures without significant modifications.

Plug-and-Play Deployment

The plug-and-play nature of the OSFP transceiver simplifies installation and reduces downtime. Network administrators can quickly deploy and replace modules as needed, ensuring continuous operation.

Firmware and Software Support

Advanced firmware and software support enable real-time monitoring, diagnostics, and performance optimization. This ensures that the transceivers operate efficiently and reliably over their lifecycle.

Future-Proof Networking Infrastructure

The demand for higher bandwidth and faster data transfer continues to grow, making it essential for organizations to invest in future-proof solutions. The NVIDIA 980-9I30G-F4NM00 optical transceiver category is designed to meet these evolving requirements.

Scalability for Growing Data Needs

As data volumes increase, scalable networking solutions become critical. The 800Gbps capacity of this category provides ample headroom for future expansion, allowing organizations to scale their infrastructure without frequent upgrades.

Support for Emerging Technologies

Emerging technologies such as edge computing, 5G, and IoT require high-speed connectivity. This transceiver category supports these technologies by providing reliable and efficient data transmission.

Long-Term Investment Value

Investing in high-performance optical transceivers ensures long-term value by reducing the need for frequent replacements and upgrades. Organizations can achieve better return on investment while maintaining cutting-edge networking capabilities.

Deployment Scenarios and Use Cases

The NVIDIA 980-9I30G-F4NM00 800Gbps optical transceiver category supports a wide range of deployment scenarios, making it a versatile solution for various industries and applications.

Data Center Interconnects

Connecting multiple data centers requires high-speed and reliable links. This category of transceivers enables efficient data transfer between geographically dispersed locations, ensuring seamless operations.

Enterprise Networking

Large enterprises with complex networking requirements can benefit from the high bandwidth and reliability offered by these transceivers. They support critical applications such as virtualization, cloud computing, and big data analytics.

Telecommunications Infrastructure

Telecommunication providers require robust and scalable networking solutions to support growing data traffic. The NVIDIA 980-9I30G-F4NM00 optical transceiver category meets these requirements, enabling efficient and reliable communication networks.