900-9X7AH-0086-SQ0 Nvidia Connectx-7 100GBE 2-Port QSFP Ethernet Adapter

Overview of NVIDIA 900-9X7AH-0086-SQ0 ConnectX-7 Adapter

The NVIDIA ConnectX-7 100GbE Ethernet adapter card is a cutting-edge networking solution engineered for high-performance computing, cloud infrastructure, enterprise data centers, AI workloads, and hyperscale networking environments. Featuring PCIe Gen5 x16 architecture and dual-port QSFP112 connectivity, this advanced network adapter delivers exceptional throughput, ultra-low latency, and enterprise-class scalability.

General Specifications

• Manufacturer: NVIDIA
• Part Number: 900-9X7AH-0086-SQ0
• Product Type: Network Adapter Card
• Series: ConnectX-7

Technical Specifications

• Interface: 100GBE QSFP112
• Bracket Type: Full-Height Bracket
• Card Form Factor: PCIe Half Height, Half Length
• Dimensions: 2.71 Inch x 6.6 Inch (68.90mm x 167.65mm)

PCI Express Interface

• PCIe Version: PCIe Gen4 / Gen5
• Transfer Speed: 16/32GT/s
• Lane Configuration: x16 Lanes
• Compatibility: Backward Compatible With PCIe 4.0 And PCIe 3.0

Networking Ports

• Port Configuration: Dual-Port QSFP112 Ethernet
• Supported Media: Copper And Optical

Supported Data Rates

Ethernet Speed Compatibility

• 100GbE
• 50GbE
• 40GbE
• 25GbE
• 10GbE
• 1GbE

Supported Ethernet Protocols

Networking Standards and Protocol Support

• 100GAUI-2 C2M
• 100GAUI-1 C2M
• 100GBASE-CR4
• 100GBASE-CR2
• 100GBASE-CR1
• 50GAUI-2 C2M
• 50GAUI-1 C2M
• 50GBASE-CR
• 50GBASE-R2
• 40GBASE-CR4
• 40GBASE-R2
• 25GBASE-R
• 10GBASE-R
• 10GBASE-CX4
• 1000BASE-CX
• CAUI-4 C2M
• 25GAUI C2M
• XLAUI C2M
• XLPPI
• SFI

Electrical and Thermal Specifications

Power Requirements

• Voltage: 12V, 3.3VAUX
• Maximum Current: 100mA
• Typical Power Consumption: 17.5W With Passive Cables In PCIe Gen5 x16

Environmental Conditions

Temperature Specifications

• Operational Temperature: 0°C To 55°C
• Non-Operational Temperature: -40°C To 70°C

Humidity Levels

• Operational Humidity: 10% To 85%
• Storage Humidity: 10% To 90%

Compliance Standards

• RoHS Compliant

The Nvidia 900-9X7AH-0086-SQ0 100GBE Dual-Port Adapter

The Nvidia 900-9X7AH-0086-SQ0 ConnectX-7 100GbE Dual-Port QSFP PCIe 5.0 x16 Full-Height Bracket Ethernet Adapter Card is engineered to deliver next-generation enterprise networking performance for hyperscale data centers, AI computing clusters, virtualization environments, and high-performance cloud infrastructures. This enterprise-grade Ethernet adapter combines advanced Nvidia networking architecture with ultra-fast 100 Gigabit Ethernet connectivity to ensure stable low latency communication and optimized packet processing across demanding workloads.

Advanced 100GBE Networking Performance

The Nvidia ConnectX-7 adapter is optimized for ultra-high-speed 100GbE communication across enterprise and hyperscale networking environments that demand reliable throughput and minimal latency fluctuations. Modern data center infrastructures rely heavily on rapid communication between compute nodes, GPU clusters, storage systems, and virtualization platforms to maintain operational efficiency under intensive workloads. This Ethernet adapter enables organizations to achieve superior bandwidth utilization while minimizing communication bottlenecks that can negatively impact distributed applications and cloud-based services.

High Throughput Communication

Enterprise workloads involving artificial intelligence, machine learning, analytics processing, and distributed storage require exceptionally high throughput to maintain responsiveness and application consistency. The ConnectX-7 architecture accelerates packet movement and minimizes transmission delays across network infrastructures operating under continuous heavy traffic conditions. By supporting consistent bandwidth delivery, the adapter enhances the efficiency of enterprise applications that depend on rapid communication between multiple compute resources.

Stable Packet Transmission Across Enterprise Networks

Enterprise networking environments experience continuous data movement between servers, storage arrays, and application clusters, making stable packet transmission essential for maintaining infrastructure responsiveness. The ConnectX-7 Ethernet adapter uses intelligent packet handling mechanisms to optimize communication efficiency while reducing packet loss and latency inconsistencies during peak operational conditions. Stable packet delivery improves workload synchronization and ensures reliable application performance across distributed infrastructures.

Dual-Port QSFP Connectivity

The dual-port QSFP configuration enables organizations to deploy scalable networking architectures that support load balancing, redundancy, and efficient traffic distribution across enterprise infrastructures. Dual-port connectivity improves communication reliability by providing multiple high-speed network paths capable of handling simultaneous data transfer operations within cloud environments, virtualization platforms, and AI processing clusters. This flexibility allows businesses to optimize bandwidth allocation while enhancing fault tolerance and operational continuity during high-demand networking tasks.

Enhanced Redundancy

Mission-critical enterprise applications require uninterrupted communication to maintain operational consistency and avoid costly service disruptions. The dual-port architecture of the ConnectX-7 adapter provides failover capabilities that automatically maintain connectivity even if one network path becomes unavailable. Enhanced redundancy reduces downtime risks and strengthens infrastructure resilience across high-availability deployments. Reliable failover protection ensures continuous communication between enterprise systems operating in demanding environments.

Load Balancing Across Network Interfaces

Efficient load balancing is essential for maximizing bandwidth utilization and minimizing congestion within enterprise networking infrastructures. The ConnectX-7 adapter intelligently distributes traffic across both QSFP ports to optimize throughput efficiency during simultaneous workloads. Balanced traffic allocation improves communication responsiveness and ensures stable networking performance during high-volume operations. This optimization is particularly valuable in cloud data centers and virtualization environments that support large-scale application deployments.

Flexible Deployment Networking

Enterprise networking infrastructures must adapt to evolving workload demands and expanding communication requirements without sacrificing performance stability. The dual-port design enables flexible deployment scenarios that support scalable bandwidth allocation and efficient resource utilization across distributed systems. Organizations can integrate the ConnectX-7 adapter into existing infrastructures while maintaining future scalability for growing workloads. Flexible networking capabilities enhance long-term operational efficiency and infrastructure investment value.

PCIe Gen5 x16 Interface

The PCIe 5.0 x16 interface significantly improves communication speed between the Ethernet adapter and host server platforms, allowing the ConnectX-7 architecture to fully utilize its 100GbE networking capabilities. PCIe Gen5 technology delivers substantially higher throughput compared to previous interface generations, reducing internal communication bottlenecks during high-speed networking operations. Faster data transfer between system components improves infrastructure responsiveness and enhances application execution performance within enterprise computing environments.

Accelerated Host Communication

Enterprise servers processing virtualization workloads, AI analytics, and large-scale cloud applications require rapid communication between networking hardware and host processors to maintain optimal performance. The PCIe Gen5 x16 interface minimizes latency and accelerates packet movement between system components, improving communication efficiency during continuous workloads. Faster host communication enhances infrastructure productivity and reduces operational delays across enterprise environments handling intensive networking operations.

Improved Internal Bandwidth

Modern enterprise applications generate substantial amounts of network traffic that can overwhelm traditional communication interfaces and reduce overall system efficiency. PCIe Gen5 technology provides expanded bandwidth capacity that allows the ConnectX-7 adapter to operate at peak performance without internal throughput restrictions. Improved bandwidth utilization ensures stable communication performance and minimizes delays during large-scale data transfer operations across enterprise infrastructures.

ConnectX-7 Intelligent Packet Processing

The Nvidia ConnectX-7 networking architecture incorporates advanced packet processing technologies that optimize communication efficiency while reducing processor overhead during high-speed networking operations. Intelligent traffic handling and hardware-based acceleration improve throughput consistency across enterprise infrastructures supporting cloud computing, AI processing, and distributed storage environments. This architecture enables efficient communication between large-scale compute clusters while maintaining stable low latency networking performance.

Reduced CPU Utilization

Enterprise networking workloads can consume substantial processor resources when packet processing operations are handled entirely by the host CPU. The ConnectX-7 adapter integrates hardware offloading capabilities that process communication tasks directly within the networking hardware, reducing CPU overhead and improving system efficiency. Reduced processor utilization allows enterprise servers to allocate more computing power toward critical applications such as AI model training, virtualization management, and analytics processing.

Advanced Across Enterprise Networks

Efficient traffic management is essential for maintaining communication stability within enterprise environments handling large-scale workloads and simultaneous application requests. The ConnectX-7 architecture intelligently prioritizes and routes network traffic to minimize congestion and improve throughput consistency during peak operational conditions. Advanced traffic management enhances workload synchronization and supports scalable infrastructure deployment across cloud and virtualization platforms.

Full-Height Bracket Design

The full-height bracket design of the Nvidia ConnectX-7 Ethernet adapter provides reliable compatibility with enterprise-grade server platforms commonly deployed in modern data centers and high-performance computing environments. This design ensures stable installation within rack-mounted server chassis while supporting efficient airflow and thermal dissipation during continuous networking operations. Proper hardware integration improves operational reliability and long-term infrastructure durability.

Reliable Enterprise Rack Servers

Enterprise server infrastructures require networking hardware capable of maintaining secure physical installation and consistent operational stability during continuous workloads. The full-height bracket design ensures proper alignment and reliable connectivity within standard enterprise server chassis configurations. Secure installation minimizes hardware movement and reduces operational risks associated with long-term deployment in high-density data center environments.

Improved Thermal Airflow During Continuous Operations

High-performance networking hardware generates heat during continuous data transfer operations, making efficient airflow essential for maintaining stable operating temperatures. The full-height bracket configuration supports proper chassis airflow patterns that improve thermal dissipation and prevent overheating during intensive networking workloads. Enhanced cooling efficiency contributes to stable communication performance and long-term hardware reliability.

Low Latency Networking For HPC Workloads

Artificial intelligence environments and high-performance computing infrastructures require ultra-low latency communication to maintain synchronization between distributed processing nodes and GPU clusters. The ConnectX-7 adapter minimizes communication delays while delivering stable high-bandwidth networking performance during intensive workloads. Low latency communication improves workload execution speed and enhances operational efficiency across enterprise AI and HPC deployments.

Accelerated Communication Between GPU Clusters

GPU-based AI training environments rely on rapid communication between processing nodes to maintain synchronization during distributed model training operations. The ConnectX-7 adapter accelerates communication between GPU clusters by minimizing packet transmission delays and improving throughput consistency. Faster communication enhances AI training efficiency and reduces processing bottlenecks within enterprise machine learning infrastructures.

Real-Time Networking For High-Performance Computing

High-performance computing applications require stable real-time communication between distributed systems to support scientific simulations, analytics processing, and complex computational workloads. The ConnectX-7 architecture delivers consistent low latency networking that improves synchronization and application responsiveness during continuous operations. Real-time communication capabilities enhance infrastructure productivity and computational efficiency across HPC environments.

Cloud Infrastructure

The Nvidia ConnectX-7 Ethernet adapter is optimized for virtualization and cloud computing environments that require scalable networking performance and efficient resource allocation across multiple workloads. Advanced virtualization technologies improve communication efficiency while reducing overhead associated with virtual machine networking operations. This optimization supports enterprise cloud infrastructures operating with dynamic workload requirements and distributed application deployments.

SR-IOV For Virtual Machine Networking

Single Root I/O Virtualization technology enables virtual machines to access networking hardware directly, reducing communication overhead and improving throughput consistency across virtualized environments. SR-IOV support enhances networking performance by minimizing software-based processing delays and improving resource allocation efficiency. This capability is essential for enterprise cloud infrastructures supporting large-scale virtualization deployments.

Improved Resource Utilization Across

Cloud computing environments require efficient utilization of networking resources to maintain operational scalability and support simultaneous workloads across distributed infrastructures. The ConnectX-7 adapter optimizes bandwidth allocation and traffic management to ensure stable communication performance within enterprise cloud platforms. Improved resource utilization enhances infrastructure efficiency and reduces networking congestion during peak operational periods.