530FLR HPE Dual-Ports SFP+ 10Gbps Gigabit Ethernet PCIe Adapter

Product Highlights of HPE 530FLR PCI-E Adapter

The HPE 530FLR 10Gb 2-Port SFP+ Adapter offers high-performance networking capabilities for modern IT environments. Below are the key specifications that define its efficiency and versatility.

General Information

• Manufacturer: HPE
• Part Number: 530FLR
• Product Type: PCI-E Network Adapter

Technical Highlights

• Ethernet: 10 Gigabit Ethernet Card
• Wireless Throughput: 10 Gbit/s
• Interface Standard: PCI Express 2.0 x8
• Protocol: 10GBase-X
• Supported Frequencies: 2.4 GHz and 5 GHz

Connectivity Features

• LAN Ports: Dual-port configuration (RJ-45/SFP/SFP+)
• Expansion Slot Type: SFP+
• Transmission Medium: Optical Fiber

Performance Advantages

• High-speed data transfer optimized for enterprise workloads
• Reliable optical fiber connectivity ensuring low latency
• Dual-port design for redundancy and improved bandwidth
• Compatibility with modern PCIe 2.0 x8 slots

Usage Scenarios

• Ideal for data centers requiring 10GbE throughput
• Supports virtualization environments with multiple connections
• Enhances server networking with scalable fiber-optic solutions

HPE 530FLR Dual-Port SFP+ 10GBPS Ethernet Adapter

The HPE 530FLR Dual-Port SFP+ 10Gbps Ethernet PCI Express Adapter is a high-performance networking solution engineered for enterprise servers requiring reliable, low-latency, and high-bandwidth connectivity. Designed specifically for HPE ProLiant server environments, this FlexibleLOM adapter delivers dual-port 10 Gigabit Ethernet functionality through SFP+ interfaces, enabling organizations to support demanding workloads, virtualization environments, cloud infrastructures, and data-intensive applications.

Built on advanced networking technologies, the adapter combines efficient data transfer capabilities with enterprise-grade reliability. The dual-port configuration allows administrators to deploy redundant network paths, increase aggregate throughput, and improve overall network resilience. By utilizing SFP+ connectivity, the adapter supports a wide range of optical transceivers and direct attach copper cables, providing deployment flexibility across different network architectures.

FlexibleLOM Design Advantages

The FlexibleLOM architecture enables organizations to customize server networking configurations without occupying traditional PCIe expansion slots. This design improves server flexibility while preserving valuable expansion resources for additional storage controllers, accelerators, or specialized adapters. The compact form factor is optimized for integration within supported HPE server platforms, reducing cabling complexity and simplifying system deployment.

FlexibleLOM technology also provides investment protection by allowing network upgrades and changes without requiring complete server replacement. Organizations can adapt networking capabilities as infrastructure requirements evolve, supporting future scalability and operational efficiency.

Enterprise-Class 10GbE Connectivity

The adapter delivers 10 Gigabit Ethernet performance across both ports, enabling significantly higher bandwidth compared to traditional Gigabit Ethernet solutions. This increased throughput supports modern enterprise workloads, including virtualization clusters, database servers, cloud computing platforms, software-defined storage, and high-performance computing environments.

By reducing network bottlenecks and improving application responsiveness, 10GbE connectivity contributes to enhanced productivity and optimized resource utilization throughout the data center.

Dual-Port Network Capabilities

Redundant Network Connectivity

One of the primary advantages of the HPE 530FLR adapter is its dual-port architecture. Each port can operate independently, providing redundant communication paths that improve network availability and business continuity. In mission-critical environments, redundancy minimizes service interruptions caused by cable failures, switch outages, or network maintenance activities.

Administrators can configure active-passive failover mechanisms or active-active load balancing arrangements depending on infrastructure requirements. This flexibility helps maintain application availability while maximizing network resource utilization.

Bandwidth Aggregation Support

Link aggregation technologies allow multiple network connections to function as a single logical interface. Through supported teaming and bonding configurations, the adapter can increase available bandwidth while providing fault tolerance. This capability is particularly valuable for environments with heavy network traffic, such as virtualization hosts, storage servers, and large-scale application platforms.

Load Distribution Efficiency

Traffic distribution across multiple links improves network efficiency by balancing workloads between available interfaces. As network demands increase, aggregated connections help maintain consistent performance while reducing congestion on individual links.

SFP+ Interface Technology

Modular Transceiver Compatibility

The SFP+ interfaces on the HPE 530FLR adapter support a wide range of optical and copper connectivity options. This modular approach enables organizations to select transceivers that match specific deployment requirements, including short-range, long-range, and direct attach configurations.

By separating network adapters from physical media components, enterprises gain flexibility when designing and expanding network infrastructures. Organizations can adapt cabling strategies without replacing the core adapter hardware.

Fiber Optic Connectivity Benefits

Fiber optic transceivers provide high-speed communication with excellent signal integrity and electromagnetic interference resistance. These characteristics make fiber connectivity ideal for data center deployments, enterprise campuses, and environments requiring long-distance communication.

Fiber-based networking supports reliable high-bandwidth data transfer while maintaining consistent performance under demanding operating conditions.

Direct Attach Copper

For short-distance server-to-switch connections, direct attach copper cables provide a cost-effective alternative to optical transceivers. DAC connectivity simplifies deployment, reduces power consumption, and lowers overall infrastructure costs while maintaining full 10GbE performance.

PCI Express Integration and Performance

High-Speed PCIe Architecture

The HPE 530FLR adapter utilizes PCI Express technology to establish a high-bandwidth communication pathway between the network interface and host server. PCIe architecture provides the throughput necessary to support dual-port 10GbE operations while minimizing latency and maximizing data transfer efficiency.

This advanced interconnect technology enables rapid movement of network traffic between applications, memory subsystems, and storage resources.

Reduced Communication Latency

Efficient PCIe integration contributes to lower communication delays across enterprise workloads. Reduced latency improves responsiveness for real-time applications, virtualized environments, transactional databases, and distributed computing platforms.

Applications requiring rapid data access benefit from streamlined communication pathways and optimized network processing capabilities.

Optimized Data Flow Management

The adapter supports efficient data flow operations that maximize available bandwidth and minimize processing overhead. These capabilities enhance overall server performance and improve infrastructure scalability.

Data Center Networking Applications

Cloud Computing Infrastructure

Cloud environments require scalable and reliable networking solutions capable of supporting dynamic workloads. The HPE 530FLR adapter provides the bandwidth and reliability necessary for private, public, and hybrid cloud deployments.

Its dual-port architecture facilitates flexible network design while supporting multi-tenant environments and resource-intensive applications.

Data Centers

Software-defined infrastructures depend on high-performance networking components to connect compute, storage, and management resources. The adapter integrates effectively within software-defined architectures by providing dependable connectivity and enterprise-grade performance.

High-Density Server Deployments

Modern data centers frequently deploy high-density server environments where networking efficiency is critical. The adapter helps organizations maximize server utilization while maintaining reliable communication between infrastructure components.

Rack-Level Connectivity

Within rack deployments, high-speed Ethernet connectivity supports efficient communication between servers, switches, and storage platforms. The adapter contributes to streamlined network operations and optimized traffic flow.

Scalable Network Expansion

As infrastructure requirements evolve, organizations can expand network capacity without significant architectural changes. The adapter supports long-term scalability initiatives and future growth strategies.

Advanced Network Management Capabilities

Administrative Control Features

The adapter supports enterprise network management practices by enabling administrators to monitor, configure, and optimize network operations. Comprehensive management capabilities contribute to improved visibility and proactive infrastructure maintenance.

Network teams can implement performance monitoring, fault detection, and configuration management processes that support operational excellence.

Traffic Prioritization

Quality of Service technologies help prioritize critical workloads and ensure consistent application performance. Traffic management capabilities enable organizations to align network behavior with business objectives and service level requirements.

Application Performance Optimization

Prioritizing essential traffic helps maintain responsiveness for business-critical applications. This capability is particularly valuable in shared infrastructure environments where multiple workloads compete for network resources.

Efficient Resource Utilization

Traffic optimization mechanisms improve overall network efficiency by allocating bandwidth according to operational priorities and workload requirements.

Reliability and Enterprise Availability

Error Detection and Data Integrity

Advanced networking technologies incorporate mechanisms that help maintain data integrity during transmission. Reliable packet handling contributes to accurate communication between servers, storage systems, and network resources.

Stable Throughput Performance

Consistent throughput is essential for enterprise applications that depend on predictable network behavior. The adapter helps maintain stable data transfer rates across varying workload conditions.

Infrastructure Resilience

Combined redundancy, reliability, and performance features contribute to resilient infrastructure deployments capable of supporting critical business operations.

Compatibility with HPE Server Platforms

Integration with ProLiant Servers

The HPE 530FLR adapter is designed for compatibility with supported HPE ProLiant server platforms. Integration within HPE ecosystems simplifies deployment, management, and lifecycle maintenance while ensuring reliable operation.

Organizations utilizing HPE infrastructure can leverage native compatibility advantages that support streamlined installation and optimized performance.

Data Center Standardization Benefits

Standardizing networking components across server deployments simplifies administration and reduces operational complexity. Consistent hardware configurations improve maintenance efficiency and facilitate infrastructure planning.

Deployment Consistency

Uniform networking solutions enable predictable deployment procedures across multiple server environments. This consistency reduces implementation risks and improves operational efficiency.