E830CQDA2M Intel 200GBE QSFP28 Ports PCIe 5.0 X8 Ethernet Adapter

Overview of Intel E830CQDA2M 200GBE QSFP28 Ports Adapter

The Intel E830CQDA2M 200GbE PCIe 5.0 x8 QSFP28 Ethernet Adapter is a high-performance server networking solution designed for modern data centers, cloud computing environments, virtualization platforms, and enterprise workloads. Built with the advanced Intel Ethernet Controller E830, this adapter delivers ultra-fast connectivity, low latency, enhanced security, and flexible port configurations. It is optimized for Intel Xeon processor-based systems and supports speeds up to 200GbE.

General Specifications

• Manufacturer: Intel
• Part Number: E830CQDA2M
• Product Type: Ethernet Network Adapter

Technical Product Information

• Controller: Intel Ethernet Controller E830
• Form Factor: Standard PCI Express Adapter
• Maximum Speed: Up to 200GbE
• Supported Data Rates: 200GbE, 100GbE, 50GbE, 25GbE, 10GbE
• Host Interface: PCIe 5.0 x8 or PCIe 4.0 x16
• Port Type: QSFP28
• Cable Support: DAC Cables, Optical Transceivers, and AOCs
• Media Types: Copper and Fiber Optic

Environmental Specifications

• Operating Temperature: 0°C to 65°C (32°F to 149°F)
• Storage Temperature: -40°C to 70°C (-40°F to 158°F)
• Maximum Storage Humidity: 90% Non-Condensing at 35°C

Flexible Port Configuration Options

• 2 x 100GbE (default mode)
• 1 x 200GbE
• 4 x 50GbE
• 2 x 50GbE
• 8 x 25GbE via breakout cables

Adapter Capabilities

• Dynamic Device Personalization (DDP)
• Data Plane Development Kit (DPDK) Enabled
• IEEE 1588 Precision Time Protocol v2
• Precision Time Measurement (PTM) v1.0a
• Commercial National Security Algorithm (CNSA) 1.0 Compliance
• Signed Firmware Support
• Secure Boot Technology
• Hardware Root of Trust (RoT)

LED Status Indicators

• Activity Indicator (Blinking)
• No Activity Indicator (Off)
• Green LED for Maximum Link Speed
• Amber LED for Reduced Link Speed
• Off State for No Network Link

Compatibility

Supported Platforms

• Intel Xeon 6 Processor-Based Servers
• Enterprise Data Centers
• Cloud Computing Platforms
• Virtualized Server Environments
• Linux Operating Systems

Highlights of Intel E830CQDA2M 200GBE PCIe Ethernet Adapter

The Intel E830CQDA2M 200GbE PCIe 5.0 x8 QSFP28 Ethernet Adapter is engineered to address the networking requirements of modern hyperscale data centers, cloud service providers, enterprise infrastructures, and high-performance computing environments. Featuring advanced Ethernet controller technology, this adapter delivers exceptional throughput, ultra-low latency, and optimized packet processing capabilities for demanding workloads. The combination of 200 Gigabit Ethernet connectivity and PCIe Gen5 architecture enables organizations to accelerate application performance.

Advanced 200GBE Networking Performance

The 200GbE networking capability of the Intel E830CQDA2M adapter provides exceptional bandwidth for handling large-scale data transfers across enterprise infrastructures. Organizations running artificial intelligence training environments, cloud-native applications, and large-scale storage networks benefit from the substantial throughput provided by this adapter. High-speed communication between servers and storage resources reduces bottlenecks and improves workload responsiveness. This capability enables enterprises to support increasing data demands without compromising operational efficiency.

Consistent Network Reliability

Enterprise organizations require networking hardware capable of maintaining stable performance under continuous workloads. The Intel E830CQDA2M adapter delivers reliable network connectivity by utilizing advanced traffic management technologies and intelligent packet handling mechanisms. This consistency ensures that critical applications remain responsive during peak usage periods. Reliable operation supports long-term business continuity and infrastructure scalability.

PCIe 5.0 x8 Interface Technology

The integration of PCIe 5.0 x8 technology allows the Intel E830CQDA2M Ethernet Adapter to deliver significantly higher communication bandwidth between the adapter and host server. Compared to previous PCIe generations, Gen5 offers substantial improvements in transfer speeds and overall system responsiveness. This increased bandwidth ensures that the networking subsystem can fully leverage the capabilities of 200GbE connectivity. Organizations deploying advanced computing platforms benefit from reduced bottlenecks and improved workload execution.

High-Speed Host Connectivity

Modern enterprise applications require rapid communication between networking hardware and server processors. The PCIe Gen5 interface enables extremely fast host connectivity, reducing communication delays and improving overall system responsiveness. This allows applications to process data more efficiently and improves infrastructure performance under heavy workloads. Faster host connectivity contributes to a more agile and scalable computing environment.

Reduced Internal Data Transfer Bottlenecks

One of the primary challenges in high-performance environments is preventing internal communication bottlenecks. The PCIe 5.0 x8 architecture addresses this challenge by providing ample bandwidth for continuous data movement between hardware components. This minimizes delays and ensures that networking resources operate at maximum efficiency. Reduced bottlenecks contribute to better workload execution and improved user experiences.

Enhanced Infrastructure Scalability

Organizations planning future expansion require networking hardware that can scale alongside infrastructure growth. The PCIe Gen5 platform provides the foundation for supporting future networking technologies and increasing workload demands. This scalability ensures that investments in networking infrastructure remain relevant over time. Enhanced scalability supports long-term operational flexibility and business growth.

Dual QSFP28 Port Connectivity Design

The Intel E830CQDA2M adapter features dual QSFP28 ports that provide exceptional networking flexibility for enterprise deployments. Dual-port architecture enables organizations to implement redundant network paths, load balancing configurations, and high-availability networking strategies. These capabilities improve network resilience and ensure uninterrupted communication during hardware maintenance or unexpected failures. The design supports both performance optimization and operational reliability.

Flexible Network Deployment Options

Different enterprise environments have unique networking requirements that demand flexible deployment capabilities. The dual-port design allows administrators to configure the adapter according to specific workload and infrastructure needs. This flexibility simplifies network design and improves resource allocation efficiency. Organizations benefit from adaptable networking solutions that support diverse operational objectives.

Cloud Computing Infrastructure

Cloud computing environments depend on high-speed communication between servers, storage systems, and virtualized resources. The Intel E830CQDA2M adapter is optimized to support cloud-native architectures by providing reliable high-bandwidth connectivity and low-latency communication. These capabilities improve workload distribution and enhance overall cloud service performance. Organizations can deploy scalable cloud platforms with confidence using advanced networking technology.

Virtual Machine Communication

Virtualized environments require efficient communication between virtual machines and physical infrastructure components. The E830CQDA2M adapter accelerates data movement across virtualized workloads, improving application responsiveness and reducing resource contention. Enhanced communication efficiency contributes to better virtualization performance and higher infrastructure utilization rates. This capability supports large-scale cloud deployments and multi-tenant environments.

Containerized Workload

Containerized applications require networking infrastructure capable of supporting dynamic workloads and rapid scaling operations. The Intel E830CQDA2M adapter provides the performance and flexibility needed for container orchestration platforms and cloud-native services. High-speed networking ensures that containers communicate efficiently across distributed environments. This improves application performance and simplifies workload management.

Accelerated Cluster Communication

AI clusters depend on fast communication between servers, GPUs, and storage systems to process large datasets efficiently. The Intel E830CQDA2M adapter delivers the bandwidth necessary to support intensive training operations while minimizing communication bottlenecks. Faster data movement enables compute resources to remain fully utilized during processing tasks. This contributes to improved AI model development efficiency and faster deployment cycles.

Low Latency For Distributed Processing

Distributed computing environments require low latency communication to ensure synchronization between multiple processing nodes. The E830CQDA2M adapter minimizes network delays through optimized packet handling and advanced traffic management technologies. Reduced latency improves application responsiveness and supports efficient distributed workload execution. Organizations benefit from more predictable and reliable computational performance.

High Performance Computing

High performance computing environments rely on ultra-fast networking to facilitate communication between compute nodes engaged in scientific simulations, engineering analysis, and research applications. The Intel E830CQDA2M adapter provides the throughput and responsiveness necessary to support complex computational workloads. Its high-speed architecture reduces communication delays and enhances overall cluster efficiency. This makes it a valuable component for organizations requiring advanced computational capabilities.

Parallel Processing Communication 

Parallel processing environments require synchronized communication between multiple systems working on shared computational tasks. The E830CQDA2M adapter supports rapid data exchange that enables efficient collaboration between processing nodes. Improved communication performance enhances workload execution and reduces processing times. Organizations can achieve better computational efficiency and more accurate results.

Scientific Research Workload

Research institutions and engineering organizations often rely on high performance computing systems to conduct complex simulations and analytical studies. The Intel E830CQDA2M adapter ensures reliable networking performance that supports these demanding workloads. Consistent communication enables researchers to process larger datasets and complete projects more efficiently. Optimized networking contributes to improved research productivity.

Large Scale Cluster Scalability

Growing computational requirements demand networking infrastructure capable of scaling effectively across large clusters. The E830CQDA2M adapter supports expansion by providing high bandwidth connectivity and reliable performance across distributed environments. This scalability allows organizations to increase processing capacity without introducing communication bottlenecks. Large-scale support enhances operational flexibility and long-term infrastructure value.

Enterprise Data Center Network Modernization

Modern data centers are evolving to support cloud services, virtualization, artificial intelligence, and real-time analytics. The Intel E830CQDA2M adapter provides the networking performance required to modernize enterprise infrastructures and meet growing workload demands. Its advanced architecture enables organizations to improve resource utilization and enhance operational efficiency. Data center modernization initiatives benefit from reliable high-speed networking solutions that support long-term business objectives.

Digital Transformation Initiatives

Digital transformation projects often involve migrating workloads to cloud platforms, implementing advanced analytics, and modernizing legacy systems. The Intel E830CQDA2M adapter provides the connectivity necessary to support these initiatives while ensuring optimal application performance. High-speed networking facilitates efficient data movement and improves overall project outcomes. Organizations can accelerate transformation efforts through advanced infrastructure capabilities.

Improved Infrastructure Utilization

Efficient utilization of infrastructure resources is critical for maximizing return on technology investments. The E830CQDA2M adapter enhances resource efficiency by providing consistent high-bandwidth connectivity and reducing communication bottlenecks. Improved utilization enables organizations to support more workloads using existing infrastructure resources. This contributes to lower operational costs and better overall performance.

Secure Data Transmission

Protecting data during transmission is essential for maintaining confidentiality and operational integrity. The E830CQDA2M adapter supports secure communication mechanisms that help prevent unauthorized access and data interception. Reliable security features enhance trust in networking infrastructure and support compliance initiatives. Organizations benefit from improved protection for critical business information.

Enterprise Grade Reliability Standards

Enterprise environments require hardware that delivers consistent performance while maintaining strict reliability standards. The Intel E830CQDA2M adapter is engineered to meet these requirements through robust design and rigorous validation processes. Reliable operation reduces downtime risks and improves overall infrastructure stability. Enterprise-grade quality supports mission-critical business operations.

Operational Stability Under Heavy Workloads

High-demand networking environments place significant stress on hardware components and communication channels. The E830CQDA2M adapter is designed to maintain stable performance even under sustained workload pressure. This stability ensures consistent service delivery and minimizes operational disruptions. Organizations benefit from dependable networking performance that supports business continuity objectives.