540-BDOO Dell Intel E810-CQDA2T Dual Port Adapter

Details of Dell Dual Port 100GBE Adapter

The Dell Intel E810-CQDA2T Dual Port Adapter (Part Number: 540-BDOO) is a high-performance network interface card engineered for enterprise-grade connectivity. Designed to deliver speed, reliability, and seamless integration, this adapter ensures efficient data transfer for demanding server environments.

General Information

• Manufacturer: Dell
• Part Number: 540-BDOO
• Device Type: Network Adapter

Technical Specifications

• Supports PCI Express 4.0 x16, backward compatible with PCIe 3.0, ensuring flexibility across multiple server generations.

Form Factor

• Built as a full-height adapter, suitable for enterprise rack-mounted systems.

Ports & Connectors

• Dual QSFP28 ports for high-speed connectivity
• Optimized for scalable networking solutions

Features and Design

• Provides PCIe interface for rapid data throughput
• Compact, space-saving design for efficient installation
• Ideal for high-performance network applications

Compatibility

Supported Dell Servers

• PowerEdge R750
• PowerEdge R760
• PowerEdge XR5610
• PowerEdge XR8610t
• PowerEdge XR8620t

Dell 540-BDOO Intel E810-CQDA2T Dual Port Adapter Overview

The Dell 540-BDOO Intel E810-CQDA2T GG1 Dual Port 100GbE QSFP28 Precision Timing Adapter is engineered to deliver exceptional network performance, ultra-low latency communication, and highly accurate timing synchronization for modern enterprise environments. Organizations operating large-scale data centers, cloud infrastructures, telecommunications platforms, financial trading systems, and high-performance computing environments require network adapters capable of handling massive data throughput while maintaining reliability and efficiency. This advanced Dell networking adapter fulfills these demanding requirements through cutting-edge Ethernet technology and intelligent hardware acceleration capabilities.

As businesses continue to generate and process unprecedented volumes of data, the need for scalable networking solutions has become increasingly important. The Dell 540-BDOO Intel E810-CQDA2T GG1 adapter provides dual-port 100 Gigabit Ethernet connectivity through QSFP28 interfaces, enabling organizations to build high-bandwidth networks that support virtualization, artificial intelligence workloads, big data analytics, cloud-native applications, and mission-critical services. Its advanced architecture helps eliminate network bottlenecks while improving overall infrastructure efficiency.

Enterprise-Class 100 Gigabit Ethernet Performance

The transition from traditional networking speeds to 100 Gigabit Ethernet represents a significant advancement in enterprise connectivity. The Dell 540-BDOO Intel E810-CQDA2T GG1 Dual Port Adapter delivers substantial bandwidth capabilities that allow organizations to manage rapidly growing traffic demands without compromising performance. By supporting two independent 100GbE connections, the adapter offers flexibility for network redundancy, load balancing, and traffic segmentation.

High-speed networking environments often involve large-scale data transfers, storage replication, virtualization traffic, and application communication. The adapter's ability to process these workloads efficiently ensures consistent performance across demanding business operations. Organizations deploying software-defined networking solutions and modern cloud architectures benefit from the adapter's ability to support intensive east-west traffic patterns commonly found within contemporary data centers.

The advanced controller architecture optimizes packet processing and minimizes CPU utilization, enabling servers to allocate more resources toward business-critical applications rather than network management tasks. This results in improved server efficiency and enhanced overall system performance.

Dual-Port QSFP28 Connectivity Advantages

The dual-port design of the Dell 540-BDOO Intel E810-CQDA2T GG1 adapter offers significant operational advantages for enterprise networking environments. Each QSFP28 port provides dedicated 100GbE connectivity, enabling organizations to establish highly available network configurations that support continuous business operations.

Dual-port functionality allows network administrators to implement redundancy strategies that reduce the risk of downtime caused by cable failures, switch issues, or other network disruptions. When configured appropriately, traffic can be distributed across both ports to maximize throughput and improve overall network utilization.

QSFP28 technology has become a widely adopted standard for high-speed networking due to its ability to support dense deployments while maintaining excellent signal integrity and reliability. The compact form factor helps data centers optimize rack space utilization while supporting advanced networking architectures designed for future growth.

Enhanced Network Reliability Through Redundant Connectivity

Network reliability remains a critical requirement for modern enterprises. The dual-port architecture provides multiple connectivity paths that help ensure continuous network access even during maintenance events or unexpected infrastructure issues. This capability is particularly valuable for organizations operating mission-critical applications where downtime can result in significant operational and financial consequences.

By leveraging redundant network connections, businesses can maintain service availability while performing upgrades, replacing hardware components, or addressing network issues. This level of resilience supports stringent service-level agreements and enhances overall infrastructure reliability.

Precision Timing Technology for Mission-Critical Applications

One of the most distinctive features of the Dell 540-BDOO Intel E810-CQDA2T GG1 adapter is its precision timing functionality. Accurate timing synchronization plays a vital role in various industries and applications where precise event coordination is required. Telecommunications providers, financial institutions, industrial automation systems, and scientific research environments frequently depend on highly accurate timing information to maintain operational integrity.

The precision timing capabilities integrated into the adapter help ensure consistent synchronization across distributed systems and networked devices. This functionality supports applications that require microsecond-level accuracy and facilitates compliance with industry-specific timing standards and regulations.

Importance of Network Time Synchronization

Accurate network synchronization enables organizations to coordinate activities across multiple servers, storage systems, and network devices. In complex enterprise environments, maintaining consistent timing information is essential for transaction processing, event logging, data correlation, and operational monitoring.

The adapter's advanced timing features support sophisticated synchronization mechanisms that improve visibility into network operations while enabling accurate performance analysis. These capabilities are particularly beneficial for organizations that require detailed monitoring and troubleshooting of distributed applications.

Financial Trading Infrastructure Support

Financial institutions often require highly precise timestamping capabilities to support regulatory compliance and transaction tracking requirements. The Dell 540-BDOO Intel E810-CQDA2T GG1 adapter helps organizations achieve accurate timing synchronization necessary for modern trading platforms and financial transaction processing systems.

Precise timing information assists in transaction sequencing, audit trail generation, and performance monitoring, ensuring organizations can maintain accurate records and demonstrate compliance with industry regulations.

Advanced Intel E810 Controller Architecture

The Intel E810 controller integrated within the Dell 540-BDOO adapter represents a significant advancement in Ethernet controller technology. Designed to address the evolving requirements of modern networking environments, the controller incorporates numerous performance enhancements, security features, and virtualization optimizations.

Modern data centers require networking hardware capable of supporting increasingly complex workloads. The Intel E810 architecture provides the flexibility needed to accommodate diverse application requirements while maintaining exceptional performance and reliability.

Hardware Acceleration Capabilities

Hardware acceleration technologies play a crucial role in improving network efficiency and reducing server resource consumption. The Intel E810 controller incorporates advanced offloading mechanisms that enable network processing tasks to be handled directly by the adapter rather than the host processor.

These capabilities help reduce CPU overhead associated with packet processing, allowing servers to dedicate additional resources to application workloads. The result is improved system performance, enhanced scalability, and better overall infrastructure utilization.

Optimized Packet Processing Performance

Efficient packet processing is essential for maintaining consistent network performance in high-throughput environments. The controller architecture supports intelligent traffic management techniques that minimize latency while maximizing throughput. These optimizations contribute to superior application responsiveness and improved user experiences.

Organizations deploying latency-sensitive applications benefit from the adapter's ability to process network traffic efficiently while maintaining predictable performance characteristics.

Virtualization and Cloud Computing Optimization

Virtualization technologies have become foundational components of modern enterprise infrastructure. The Dell 540-BDOO Intel E810-CQDA2T GG1 adapter includes features specifically designed to enhance performance within virtualized and cloud computing environments.

As organizations continue to consolidate workloads and expand cloud deployments, networking infrastructure must support increasing levels of virtualization density without introducing performance limitations. The adapter addresses these requirements through advanced virtualization enhancements that improve workload mobility and network efficiency.

Support for Virtual Machine Networking

Virtual machines generate substantial network traffic that must be processed efficiently to maintain application performance. The adapter provides features that optimize communication between virtualized workloads while minimizing resource consumption on host systems.

By improving virtual machine networking efficiency, organizations can achieve higher consolidation ratios and better resource utilization across their server infrastructure. These benefits contribute to reduced operational costs and improved return on investment for virtualization initiatives.

Cloud Infrastructure Scalability

Cloud environments require networking solutions capable of adapting to dynamic workload requirements. The Dell 540-BDOO Intel E810-CQDA2T GG1 adapter supports scalable cloud architectures by providing high-bandwidth connectivity and advanced traffic management capabilities.

Organizations building private, public, or hybrid cloud infrastructures can leverage the adapter's performance characteristics to support demanding workloads while maintaining consistent service quality. The combination of high-speed connectivity, precision timing functionality, and advanced controller technology makes this adapter a valuable component within modern cloud ecosystems.