555-BCKQ Dell Intel X710 Dual Port 10GB Kr Blade Network Daughter Card.

Dell 555-BCKQ Dual Port 10Gb Blade Network Daughter Card

High-Performance Networking Solution for Blade Servers

The Dell 555-BCKQ Network Daughter Card is a robust connectivity component designed to enhance blade server networking efficiency. Built with Intel X710 chipset technology, it delivers stable, high-speed 10 Gigabit Ethernet performance optimized for modern data centers and virtualization environments.

Core Product Identification

Manufacturer & Product Details

• Brand: Dell
• Part Number / SKU: 555-BCKQ
• Product Category: Network Daughter Card
• Interface Type: Dual-Port Network Module

Technical Highlights of Dell 555-BCKQ

Advanced Intel X710 Controller

Optimized for Speed and Reliability

• Chipset: Intel X710 high-efficiency controller
• Connectivity: Dual 10Gb Ethernet ports for increased bandwidth
• Architecture: Designed for blade server integration

Form Factor & Server Compatibility

Seamless Integration in Dell Blade Systems

• Blade-specific Network Daughter Card design
• Compatible with multiple Dell blade server platforms
• Compact structure for optimized internal server space usage

Performance Advantages

Enhanced Data Center Efficiency

Built for Modern Workloads

• Supports virtualization environments with improved traffic handling
• Reduces network latency for mission-critical applications
• Improves throughput for high-volume data transfers

Reliability and Scalability Features

Designed for Enterprise Growth

• Stable dual-port redundancy for uninterrupted connectivity
• Scalable performance for growing IT infrastructures
• Engineered for continuous 24/7 operation in data centers

Key Functional Capabilities

Virtualization and Intelligent Networking

Smart Data Handling Technology

• Supports virtualization offload capabilities
• Efficient packet processing for reduced CPU load
• Optimized for cloud computing environments

High-Speed Connectivity Features

Next-Generation Ethernet Performance

• Dual 10GbE ports for high-bandwidth networking
• Improved data routing efficiency
• Reliable connectivity for enterprise applications

Deployment and Usage Scenarios

Ideal Applications in IT Infrastructure

Enterprise and Data Center Environments

• Cloud computing platforms
• Virtualized server clusters
• High-performance enterprise networks
• Storage and data-heavy applications

Dell 555-BCKQ Intel X710 2 Port 10Gb Network Daughter Card

The Dell 555-BCKQ Intel X710 Dual Port KR Blade 10Gb Network Daughter Card is a high-performance networking expansion solution designed specifically for enterprise-grade blade server environments. Built on Intel’s advanced X710 Ethernet controller architecture, this daughter card delivers reliable, scalable, and efficient 10 Gigabit Ethernet connectivity tailored for modern data centers, virtualization clusters, and high-density computing infrastructures. As organizations continue to demand higher bandwidth, lower latency, and improved network efficiency, this network daughter card stands out as a critical component in achieving optimized server-to-switch communication within blade chassis systems.

Enterprise-Class Networking for Blade Server Infrastructure

Blade server architectures are widely used in enterprise data centers due to their compact design, shared power and cooling resources, and high scalability. The Dell 555-BCKQ Intel X710 Dual Port KR Blade 10Gb Network Daughter Card is engineered to integrate seamlessly into these environments, offering dual-port 10Gb Ethernet connectivity that significantly enhances internal and external data transmission efficiency. By leveraging KR (Backplane Ethernet) interface technology, this daughter card ensures optimized communication within blade chassis backplanes, reducing cable clutter while maximizing throughput.

Optimized for Dell Blade Server Ecosystem

This network daughter card is specifically designed for compatibility with Dell blade server systems, ensuring seamless integration with supported chassis and server modules. It enhances network performance without requiring extensive configuration changes, making it ideal for IT administrators who need rapid deployment and stable operation in mission-critical environments. Its tight integration with Dell server firmware and management tools allows for streamlined monitoring and configuration within enterprise IT infrastructures.

Intel X710 Controller Architecture and Performance Benefits

At the core of the Dell 555-BCKQ Intel X710 Dual Port KR Blade 10Gb Network Daughter Card is the Intel X710 Ethernet controller, a widely respected chipset known for its advanced networking capabilities and enterprise-grade reliability. The controller is designed to handle high-throughput workloads while maintaining low CPU utilization, making it suitable for virtualization, cloud computing, and data-intensive applications.

Advanced Offloading Capabilities

One of the primary advantages of the Intel X710 architecture is its comprehensive offloading capabilities. These include TCP/IP stateless offloads, Large Send Offload (LSO), Large Receive Offload (LRO), and checksum offloading. By transferring these processing tasks from the CPU to the network controller, system resources are freed up for application-level workloads, improving overall server efficiency and performance consistency under heavy network traffic conditions.

SR-IOV Virtualization Support

Single Root I/O Virtualization (SR-IOV) is a key feature supported by the Intel X710 controller, allowing multiple virtual machines to share a single physical network adapter while maintaining near-native performance levels. This makes the Dell 555-BCKQ daughter card particularly valuable in virtualized environments such as VMware, Microsoft Hyper-V, and KVM-based infrastructures, where efficient network resource allocation is essential for workload balancing and scalability.

Dual Port 10Gb KR Interface Advantages

The dual-port configuration of the Dell 555-BCKQ Intel X710 Network Daughter Card provides redundancy, load balancing, and increased bandwidth capabilities. Each 10Gb port operates independently, allowing administrators to configure failover mechanisms or aggregate bandwidth using link aggregation technologies such as IEEE 802.3ad (LACP).

Backplane Connectivity (KR Standard)

The KR interface is designed for backplane Ethernet communication within blade server chassis. Unlike traditional NICs that rely on external cabling, KR-based daughter cards communicate directly through the chassis midplane, reducing physical complexity and improving signal integrity. This results in lower latency, fewer points of failure, and improved airflow within dense server environments.

Redundancy and Failover Configuration

In mission-critical environments, network downtime is not acceptable. The dual-port design enables automatic failover in case one port experiences disruption. Additionally, administrators can configure active-active or active-passive load balancing strategies depending on workload requirements, ensuring continuous network availability and optimal performance distribution across ports.

Data Center Optimization and Workload Acceleration

Modern data centers rely heavily on high-speed networking to support applications such as big data analytics, artificial intelligence workloads, cloud hosting, and enterprise resource planning systems. The Dell 555-BCKQ Intel X710 Dual Port KR Blade 10Gb Network Daughter Card plays a vital role in accelerating these workloads by minimizing latency and maximizing throughput efficiency.

High Bandwidth for Virtualized Environments

Virtualized environments often suffer from network bottlenecks due to multiple virtual machines sharing physical resources. With dual 10Gb Ethernet ports, this daughter card significantly improves VM-to-VM and VM-to-external network communication, ensuring smooth performance even under heavy multi-tenant workloads. This makes it an ideal choice for private cloud deployments and hosted infrastructure environments.

Support for Cloud Computing Infrastructure

Cloud service providers benefit from the scalability and efficiency offered by the Intel X710-based daughter card. It supports dynamic workload distribution, enabling cloud platforms to efficiently allocate bandwidth resources across thousands of virtual instances without compromising performance stability or reliability.

Reliability, Thermal Efficiency, and Power Optimization

Reliability is a critical factor in enterprise networking hardware, and the Dell 555-BCKQ Intel X710 Dual Port KR Blade 10Gb Network Daughter Card is engineered to meet stringent operational standards. It is designed for continuous 24/7 operation in high-density server environments where thermal constraints and power efficiency are major considerations.

Low Power Consumption Design

The Intel X710 architecture incorporates advanced power management technologies that dynamically adjust power usage based on network traffic load. This ensures that the daughter card operates efficiently during both peak and low-traffic conditions, reducing overall data center energy consumption.

Thermal Management in Blade Systems

Blade servers are known for their compact and tightly packed architecture, which makes thermal management essential. The Dell 555-BCKQ network daughter card is optimized for minimal heat generation, ensuring that airflow within the chassis is not obstructed and that system temperatures remain within safe operating ranges even under sustained high network loads.

Security Features and Network Protection

Security is a fundamental requirement in modern networking environments. The Intel X710 controller integrated into the Dell 555-BCKQ Dual Port KR Blade Network Daughter Card provides multiple layers of security enhancements designed to protect data integrity and prevent unauthorized access.

Hardware-Based Security Acceleration

The card supports hardware-based encryption acceleration and secure packet processing, reducing the risk of data interception or manipulation during transmission. This is particularly important in regulated industries such as finance, healthcare, and government sectors where data protection compliance is mandatory.

Traffic Segmentation and Isolation

Through virtualization technologies and VLAN support, network traffic can be segmented and isolated across different departments or applications. This ensures that sensitive workloads remain protected from unauthorized access while maintaining efficient communication across authorized channels.

Compatibility and Integration Flexibility

The Dell 555-BCKQ Intel X710 Dual Port KR Blade 10Gb Network Daughter Card is designed for broad compatibility within supported Dell blade server ecosystems. It integrates smoothly with enterprise operating systems, virtualization platforms, and network management tools.

Operating System Support

This network daughter card supports major enterprise operating systems including Windows Server editions, various Linux distributions such as Red Hat Enterprise Linux and Ubuntu Server, and virtualization hypervisors like VMware ESXi. This wide compatibility ensures that organizations can deploy it across heterogeneous IT environments without compatibility concerns.

Driver and Firmware Management

Dell provides optimized drivers and firmware updates for this daughter card, ensuring long-term stability and performance improvements. Centralized management tools allow IT administrators to deploy updates across multiple servers efficiently, reducing maintenance overhead and minimizing downtime risks.

Scalability for Future-Ready Data Centers

As data center requirements continue to evolve, scalability becomes a critical factor in infrastructure planning. The Dell 555-BCKQ Intel X710 Dual Port KR Blade 10Gb Network Daughter Card offers a future-ready networking foundation that supports expansion and increasing workload demands without requiring complete infrastructure redesigns.

Support for High-Density Computing

In high-density computing environments where multiple blade servers operate within a single chassis, efficient network distribution is essential. This daughter card ensures consistent performance scaling as additional blades are added, making it suitable for growing enterprise environments.

Investment Protection for Enterprise IT

By leveraging proven Intel networking technology and Dell engineering integration, organizations benefit from long-term infrastructure investment protection. The daughter card’s durability and compatibility ensure that it remains relevant across multiple hardware refresh cycles.