980-9IAT0-00XM00 Nvidia Single Port 800Gbps OSFP DR4 APC 1310NM SMF Up To 500M Rhs Transceiver

Overview of Nvidia 980-9IAT0-00XM00 800Gbps Transceiver

The NVIDIA 980-9IAT0-00XM00 single-port optical transceiver is engineered for next-generation data center, cloud, and AI-driven networking environments. Designed to deliver ultra-fast 800Gbps data transmission, this OSFP DR4 module ensures reliable, low-latency connectivity over single-mode fiber. With advanced optical modulation and a compact OSFP form factor, it supports dense deployments while maintaining thermal efficiency and power optimization.

General Information

• Brand: Nvidia 
• Part Number: 980-9IAT0-00XM00
• Product Type: Networking Transceiver

Technical Specifications

• 1310nm single-mode laser source
• Class 1 laser safety compliance
• Optimized for secure and stable optical transmission
• OSFP flat-top connector design
• Integrated riding heat sink for thermal efficiency
• Ideal for high-port-count switches and routers
• Single MPO-12/APC optical interface
• Supports parallel single-mode fiber connections
• Enhanced signal accuracy and reduced reflection

Electrical Specifications

• Maximum power draw: 18W
• Low-power mode: approximately 2W
• Single 3V power supply

Standards and Certifications

• OSFP MSA compliant
• RoHS compliant for environmental safety
• Supports CMIS 4.0 management functions

Hot-Pluggable Design

• Hot-pluggable OSFP transceiver
• Minimizes downtime during maintenance
• Supports rapid scalability

The Nvidia 980-9IAT0-00XM00 Single Port 800Gbps Transceiver

High-speed optical transceivers form the backbone of modern hyperscale, enterprise, and cloud data center networks. As data traffic continues to grow exponentially due to artificial intelligence workloads, machine learning pipelines, high-performance computing (HPC), and large-scale storage replication, the demand for ultra-high-bandwidth, low-latency optical modules has intensified. Products in this category are designed to deliver reliable, energy-efficient, and scalable connectivity across leaf-spine architectures, core switches, and next-generation network fabrics.The Nvidia 980-9IAT0-00XM00 Single Port 800Gbps OSFP DR4 MPO APC 1310nm SMF Up To 500m RHS Transceiver belongs to the advanced class of 800G optical transceivers, engineered specifically for data centers transitioning to 800 Gigabit Ethernet and InfiniBand architectures. This category emphasizes speed, density, signal integrity, and interoperability, making it essential for organizations building future-ready network infrastructures.

800Gbps Optical Transceiver

The evolution from 100G and 400G optical networking toward 800G has been driven by bandwidth-intensive applications and the need to reduce cost per bit. 800Gbps transceivers consolidate multiple lower-speed lanes into a single high-capacity module, reducing port count requirements while increasing overall throughput. This category represents the cutting edge of optical communication, combining advanced modulation, precision optics, and efficient thermal design.

Transition From 400G to 800G Networking

As network operators scale AI clusters and distributed computing environments, 400G solutions are increasingly reaching their limits. 800G transceivers double the bandwidth without doubling the physical footprint, enabling higher switch radix and more efficient rack-to-rack interconnects. The Nvidia 980-9IAT0-00XM00 fits squarely into this transition phase, supporting next-generation switch platforms and GPU-accelerated networking.

Role of OSFP Form Factor in 800G

OSFP (Octal Small Form-factor Pluggable) has emerged as a preferred form factor for 800G optics due to its superior thermal characteristics and support for higher power envelopes. Transceivers in this category leverage OSFP to ensure stable performance under continuous high-throughput workloads. The mechanical robustness and enhanced heat dissipation of OSFP make it ideal for dense switch environments where airflow and reliability are critical.

OSFP DR4 Transceiver

DR4 optical transceivers use four parallel single-mode fiber lanes to achieve ultra-high data rates. Each lane typically operates at 200Gbps, combining to deliver an aggregate bandwidth of 800Gbps. This architecture is optimized for short-reach and medium-reach data center interconnects, balancing performance, power consumption, and cost efficiency.

Advanced Optical Performance

800Gbps Single-Mode Connectivity

This transceiver supports an aggregated throughput of 800Gbps using four parallel optical channels. Each channel operates with precision optical modulation to ensure signal integrity and high-speed performance across modern high-bandwidth infrastructures.

Lane Speed and Signal Integrity

Each optical lane in an 800G DR4 transceiver operates at extremely high speeds, requiring precise signal conditioning and advanced error correction. Modules in this category incorporate cutting-edge DSPs and optical components to maintain signal integrity across distances of up to 500 meters, even in electrically noisy data center environments.

1310nm Single-Mode Fiber Optimization

Operating at a wavelength of 1310nm, DR4 transceivers are optimized for single-mode fiber (SMF). This wavelength offers low attenuation and minimal dispersion over short to medium distances, making it ideal for intra-data-center and inter-row connections. The Nvidia 980-9IAT0-00XM00 is designed to leverage these characteristics to deliver consistent performance across supported link lengths.

MPO APC Connector and Cabling Advantages

High-density optical modules require equally advanced cabling solutions. MPO (Multi-Fiber Push On) connectors enable multiple fiber strands to be terminated in a single compact interface. APC (Angled Physical Contact) polishing further enhances performance by reducing back reflections, which is critical for high-speed optical signaling.

Benefits of MPO APC in 800G Networks

MPO APC connectors provide superior return loss characteristics compared to flat-polished connectors. This results in cleaner optical signals, reduced bit error rates, and improved overall link stability. For 800G transceivers, where even minor reflections can degrade performance, APC connectors are a key differentiator in this category.

Reach Capabilities Up To 500 Meters

Short-reach and medium-reach connectivity is a primary focus for DR4 transceivers. With support for distances of up to 500 meters over single-mode fiber, this category addresses the majority of data center interconnect use cases, including rack-to-rack, row-to-row, and building-to-building links within a campus.

Right-Hand Side (RHS) Port Orientation

Port orientation plays a significant role in cable routing and airflow management. RHS (Right-Hand Side) oriented transceivers are designed to align with specific switch and chassis layouts, simplifying installation and maintenance.

Compatibility With Modern Switch Designs

Many next-generation switches and network appliances are engineered with RHS optics in mind. Choosing transceivers from this category ensures mechanical compatibility and reduces the risk of installation challenges.

Thermal Management and Power Efficiency

High-speed optics generate significant heat, making thermal design a crucial consideration. OSFP transceivers are engineered to dissipate heat efficiently, supporting sustained operation at full line rate.