MCX713106AC-CEAT Nvidia ConnectX-7 100GBE Dual-Port Adapter

Details of Nvidia ConnectX-7 100GBE Adapter

The MCX713106AC-CEAT Nvidia ConnectX-7 100GBE Dual-Port Adapter is a high-performance networking solution designed to deliver exceptional speed, secure connectivity, and versatile protocol support for modern data centers.

Main Information

• Manufacturer: Nvidia
• Part Number: MCX713106AC-CEAT
• Device Type: Dual-Port Adapter

Technical Specifications

• Form Factor: PCIe Half Height, Half Length
• Size: 2.71 in. x 6.6 in. (68.90mm x 167.65mm)

Interfaces

• PCI Express Gen 4.0/5.0: SerDes @ 16/32GT/s
• Compatible with PCIe 3.0
• Lane Configuration: x16

Networking Ports

• Dual-port QSFP112 Ethernet
• Supports both copper and optical connections

Capabilities

• Secure Boot Enabled
• Crypto Functions Enabled

Data Rate

• Ethernet Speeds: 100/50/40/25/10/1GbE

Protocol Support

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

Electrical and Thermal Specifications

• Voltage: 12V, 3.3VAUX
• Maximum Current: 100mA

Power Consumption

• Typical Power with Passive Cables in PCIe Gen 5.0 x16: 17.5W

Environmental Conditions

• Operational: 0°C to 55°C
• Non-operational: -40°C to 70°C

Humidity Levels

• Operational: 10% to 85%
• Non-operational: 10% to 90%

Compliance

• RoHS Compliant

Nvidia MCX713106AC-CEAT 100GBE PCIE Adapter Overview

The Nvidia MCX713106AC-CEAT ConnectX-7 100GBE Dual-Port QSFP PCIe Ethernet Adapter Card is engineered to support modern enterprise networking environments that require ultra-high bandwidth, low latency communication, and exceptional scalability. Designed for next-generation data centers, cloud infrastructures, artificial intelligence workloads, machine learning clusters, high-performance computing environments, and large-scale virtualization deployments, this advanced Ethernet adapter delivers superior connectivity while optimizing overall network efficiency.

Organizations seeking reliable and high-speed networking infrastructure often select ConnectX-7 network adapters because they provide enhanced throughput, intelligent packet processing, hardware acceleration technologies, and support for demanding enterprise applications. The MCX713106AC-CEAT model combines cutting-edge Ethernet performance with advanced security and management capabilities, making it suitable for mission-critical networking environments.

High-Speed 100GBE Ethernet Connectivity

The ConnectX-7 Ethernet adapter provides dual-port 100 Gigabit Ethernet connectivity, allowing enterprises to achieve substantial bandwidth capacity across servers, storage systems, and networking devices. As data volumes continue to grow across industries, network bottlenecks can significantly impact application performance. This adapter helps eliminate such limitations by providing ultra-fast communication channels capable of handling large-scale data transfers.

Dual-port architecture offers increased flexibility for network design while supporting redundancy, load balancing, and failover capabilities. Organizations can leverage both ports simultaneously to maximize throughput or dedicate individual ports for specific networking tasks. This flexibility improves operational efficiency while supporting various deployment scenarios.

Enhanced Network Performance for Modern Workloads

Today's enterprise applications demand greater network resources than ever before. Artificial intelligence processing, machine learning model training, real-time analytics, cloud-native applications, and distributed computing frameworks generate substantial network traffic. The Nvidia ConnectX-7 adapter is specifically designed to support these demanding workloads through intelligent acceleration technologies and optimized packet handling.

Advanced processing capabilities reduce CPU overhead by offloading networking functions directly to the adapter hardware. This enables server processors to focus on application execution instead of networking tasks, resulting in improved overall system performance. Reduced latency and increased throughput contribute to faster response times and enhanced application efficiency.

Dual-Port QSFP Connectivity Advantages

Scalable Infrastructure Design

The inclusion of dual QSFP ports enables organizations to build scalable networking architectures that accommodate future growth. As business requirements evolve, network infrastructures must expand without introducing significant complexity or performance degradation. The ConnectX-7 platform supports scalable deployments that can grow alongside organizational needs.

Multiple servers equipped with ConnectX-7 adapters can communicate efficiently across high-speed network fabrics, creating powerful computing clusters capable of supporting extensive workloads. This scalability is particularly valuable for cloud service providers, research institutions, financial organizations, and enterprise data centers.

Redundancy and Network Availability

Network uptime remains a critical requirement for modern organizations. Dual-port connectivity enhances network availability by providing multiple communication paths. If one connection experiences an issue, traffic can be redirected through the secondary port, helping maintain uninterrupted operations.

This redundancy contributes to business continuity strategies and supports mission-critical applications where network downtime could result in productivity losses, service disruptions, or operational challenges.

Load Balancing Capabilities

Load balancing allows network traffic to be distributed across multiple connections, improving resource utilization and maximizing available bandwidth. The ConnectX-7 adapter supports sophisticated traffic distribution mechanisms that optimize network efficiency while reducing congestion.

Organizations managing large-scale virtualized environments, database clusters, and cloud infrastructures can benefit significantly from balanced traffic distribution across dual high-speed ports.

PCIe Interface Architecture and System Integration

Optimized PCI Express Performance

The PCI Express interface serves as the foundation for communication between the network adapter and host system. ConnectX-7 utilizes advanced PCIe technologies that enable rapid data movement between servers and network resources. High-speed PCIe communication minimizes latency while maximizing throughput across networking operations.

Efficient PCIe integration ensures that server platforms can fully utilize the available 100GbE bandwidth without creating internal bottlenecks. This balanced architecture is essential for organizations seeking maximum return on networking infrastructure investments.

Compatibility with Enterprise Servers

The Nvidia ConnectX-7 adapter is designed for integration with a broad range of enterprise-class servers. Data center operators frequently deploy these adapters across rack servers, blade systems, storage platforms, and specialized computing environments. Extensive compatibility helps simplify deployment processes while reducing implementation challenges.

Organizations can standardize networking infrastructure using ConnectX-7 adapters across multiple server generations, enabling consistent performance and simplified management practices throughout the data center.

Support for Virtualized Environments

Virtualization continues to play a vital role in modern IT infrastructures. The ConnectX-7 adapter supports advanced virtualization technologies that improve performance within virtual machine environments. Hardware-assisted networking capabilities help reduce virtualization overhead while improving network responsiveness.

By accelerating network operations directly within the adapter, virtualized workloads can achieve performance levels closer to native hardware implementations. This capability enhances resource utilization while supporting dense virtualization deployments.

Advanced Features for Artificial Intelligence

AI Infrastructure Acceleration

Artificial intelligence environments require extremely fast communication between servers, GPUs, storage systems, and distributed computing resources. The ConnectX-7 Ethernet adapter supports AI infrastructure requirements by providing high-bandwidth connectivity combined with low-latency communication pathways.

Machine learning training clusters often exchange massive datasets during model development processes. ConnectX-7 technology enables efficient movement of training data across compute nodes, reducing communication delays and improving overall training efficiency.

Support for Large-Scale Data Processing

Organizations performing analytics, scientific research, simulation modeling, and big data processing rely on rapid data movement between computational resources. The 100GbE connectivity offered by the ConnectX-7 platform supports these requirements through exceptional bandwidth availability and advanced traffic optimization capabilities.

Large-scale datasets can be transferred more efficiently, enabling faster analytical processing and improved decision-making workflows across enterprise environments.

Reduced Communication Latency

Latency reduction is critical for applications requiring real-time processing and rapid response times. ConnectX-7 incorporates technologies that minimize communication delays across network transactions. Lower latency contributes to improved application performance, faster transaction processing, and enhanced user experiences.

Industries such as financial services, telecommunications, healthcare, scientific research, and cloud computing particularly benefit from low-latency networking solutions.

Security Enhancements and Data Protection Technologies

Built-In Security Capabilities

Modern data centers face increasing cybersecurity challenges that require comprehensive protection strategies. The Nvidia ConnectX-7 adapter incorporates advanced security capabilities designed to safeguard network communications and infrastructure resources.

Hardware-based security features help protect sensitive information while reducing exposure to various network threats. These capabilities contribute to stronger security postures without imposing significant performance penalties.

Secure Data Transmission

Organizations transmitting confidential information across networks require secure communication mechanisms. ConnectX-7 technology supports secure data transmission practices that help protect information during transport between servers, storage systems, and network endpoints.

Enhanced protection mechanisms support compliance initiatives while helping organizations maintain data integrity and confidentiality across complex networking environments.

Infrastructure Protection for Enterprise Networks

Enterprise environments frequently implement multiple layers of security controls. The ConnectX-7 adapter complements these strategies by providing hardware-level protections that strengthen overall infrastructure resilience. Security integration at the adapter level contributes to comprehensive defense-in-depth architectures.

Cloud Computing and Hyperscale Data Center Applications

Cloud-Native Networking Support

Cloud computing platforms require networking solutions capable of supporting dynamic workloads, containerized applications, and distributed services. ConnectX-7 technology provides the performance characteristics necessary for modern cloud-native environments.

High-speed Ethernet connectivity facilitates communication between cloud resources while enabling rapid scaling and efficient workload distribution. Cloud providers benefit from improved resource utilization and enhanced service delivery capabilities.

Hyperscale Infrastructure Deployment

Hyperscale data centers operate at enormous scale and require networking hardware capable of supporting extensive workloads. The Nvidia MCX713106AC-CEAT adapter delivers the bandwidth, scalability, and efficiency necessary for hyperscale deployments.

Large cloud providers, technology organizations, and enterprise operators can leverage ConnectX-7 adapters to build robust networking infrastructures capable of supporting millions of transactions and extensive data processing operations.

Container and Kubernetes Optimization

Containerized applications have become essential components of modern software development and deployment strategies. ConnectX-7 networking technologies help optimize container communication patterns by providing efficient packet processing and accelerated network performance.

Kubernetes clusters benefit from enhanced networking capabilities that support microservices architectures, dynamic scaling, and distributed application frameworks. Improved communication efficiency contributes to better application responsiveness and operational reliability.

Storage Networking and Data Movement Efficiency

High-Speed Storage Connectivity

Enterprise storage systems require fast and reliable network communication to support backup operations, database workloads, file sharing, and disaster recovery processes. The ConnectX-7 adapter provides the bandwidth necessary to support demanding storage environments while maintaining consistent performance levels.

Rapid data movement between storage platforms and compute resources enhances productivity and reduces delays associated with large-scale data transfers.

Optimized Data Transfer Operations

Efficient data transfer capabilities are essential for organizations managing growing volumes of information. ConnectX-7 technology enables high-performance data movement that supports business continuity initiatives, backup procedures, analytics workloads, and collaborative applications.

By minimizing transfer times and maximizing throughput, organizations can improve operational efficiency while supporting expanding storage requirements.