P11336-001 HPE 10GB 2-Port 548SFP+ Adapter

Overview of HPE P11336-001 Ethernet 10Gb 2-Port Adapter  

The P11336-001 Ethernet 10Gb 2-Port 548SFP+ Adapter is designed to provide dependable, high-speed network connectivity for enterprise servers, virtualization environments, cloud infrastructures, and modern data centers. Built with dual 10 Gigabit SFP+ interfaces, this PCI Express 3.0 x8 network adapter delivers reliable bandwidth, reduced latency, and enhanced communication between servers, storage systems, and network devices.

Organizations that require consistent network performance can benefit from the adapter's advanced architecture, enabling efficient handling of large-scale data transfers, virtualization workloads, storage networking, database communication, and high-volume business applications. Its plug-in card design allows seamless integration into compatible server platforms while supporting high-throughput Ethernet connectivity.

General Specifications

• Brand: HPE
• Product Number: P11336-001
• Device Type: Ethernet Network Adapter

Technical Specifications 

• Form Factor: Plug-in Card
• Interface: PCI Express 3.0 x8
• PCI Express Revision: PCIe 3.0
• Network Ports: 2 × 10 Gigabit SFP+
• Connectivity: Wired Ethernet
• Networking Standard: 10 Gigabit Ethernet
• Maximum Data Rate: Up to 10 Gbps per port

High-Speed Dual-Port 10 Gigabit Ethernet Connectivity

• Dual 10Gb SFP+ network interfaces
• Supports high-bandwidth enterprise applications
• Reduces network bottlenecks
• Enables simultaneous network communication
• Improves overall server connectivity
• Optimized for demanding IT environments

Advantages of PCIe 3.0

• Higher bandwidth compared to earlier PCIe generations
• Reduced latency during data transmission
• Improved server responsiveness
• Reliable communication with modern processors
• Efficient handling of enterprise networking traffic

Plug-In Card Design

• Quick deployment into compatible PCIe slots
• Simple server upgrades
• Minimal downtime during installation
• Suitable for enterprise rack servers
• Supports long-term infrastructure planning

Benefits of Wired Networking

• Stable network performance
• Lower latency
• Reduced packet loss
• Consistent throughput
• Improved network reliability
• Enhanced business continuity

Applications That Benefit from 10 Gigabit Ethernet

• Virtual machine hosting
• Cloud infrastructure
• Storage Area Networks (SAN)
• Network Attached Storage (NAS)
• Large database servers
• Media production environments
• Scientific computing
• High-performance computing clusters

Potential Network Configurations

• Network redundancy
• Load balancing
• Link aggregation
• Traffic segmentation
• Dedicated storage networking
• Virtual machine networking

Ideal Business Workloads

• Business intelligence platforms
• Enterprise databases
• Email servers
• Application hosting
• Web server infrastructure
• Private cloud deployments
• Software-defined networking
• Enterprise storage systems

Virtualization Advantages

• Supports high VM density
• Improves virtual machine responsiveness
• Efficient resource utilization
• Reliable storage communication
• Scalable virtualization networking

Scalability Features

• Supports expanding workloads
• Suitable for infrastructure upgrades
• Accommodates increasing network traffic
• Designed for long-term deployment
• Ideal for growing enterprise environments

Advantage of the P11336-001 Ethernet Adapter

Performance Benefits 

• High-speed dual-port 10Gb Ethernet connectivity
• Reliable enterprise-class networking performance
• PCIe 3.0 x8 interface for efficient data throughput
• Supports bandwidth-intensive business applications
• Designed for modern server infrastructure

Infrastructure Benefits

• Suitable for virtualization and cloud computing
• Excellent choice for enterprise data centers
• Supports scalable networking architectures
• Simplifies server upgrades
• Enhances network reliability and availability

Deployment Advantages

• Easy integration into compatible servers
• Flexible dual-port networking options
• Supports efficient workload distribution
• Ideal for storage, application, and database networking
• Provides dependable long-term enterprise networking performance

HPE P11336-001 Ethernet 10Gb 2-Port 548SFP+ Adapter 

The HPE P11336-001 Ethernet 10Gb 2-Port 548SFP+ Adapter is designed to provide dependable, high-performance network connectivity for modern enterprise environments. Built to support demanding workloads, this dual-port 10 Gigabit Ethernet adapter enables organizations to increase network throughput, reduce latency, and optimize server-to-network communication. As businesses continue adopting virtualization, cloud computing, software-defined infrastructure, and data-intensive applications, reliable network adapters have become essential components for maintaining consistent performance and operational efficiency.

Equipped with dual SFP+ interfaces, the HPE P11336-001 adapter offers flexible fiber-based connectivity suitable for short-distance and long-distance network deployments depending on the selected SFP+ transceivers. Its architecture is engineered to deliver stable bandwidth while supporting continuous data transmission between servers, storage systems, and switching infrastructure. Organizations deploying HPE ProLiant servers, virtualization hosts, database servers, backup appliances, or cloud platforms can benefit from improved network responsiveness and enhanced resource utilization.

Purpose-Built for High-Speed 10 Gigabit Ethernet Networks

Modern enterprise infrastructures require network interfaces capable of handling growing data volumes without introducing bottlenecks. The HPE P11336-001 Ethernet 10Gb adapter provides dedicated 10 Gigabit connectivity through two independent SFP+ ports, allowing servers to communicate efficiently with core switches, storage networks, and virtualized environments.

Unlike traditional Gigabit Ethernet adapters, a dual-port 10Gb adapter significantly increases available bandwidth, enabling organizations to consolidate workloads while maintaining consistent application performance. This makes the adapter suitable for environments where multiple virtual machines, databases, analytics platforms, and enterprise applications share the same physical server.

Dual-Port Architecture for Increased Availability

The presence of two independent 10Gb SFP+ ports offers much more than additional bandwidth. Organizations can configure the ports for redundancy, load balancing, or traffic segmentation based on infrastructure requirements. Multiple network paths reduce the possibility of communication interruptions while improving network resilience.

Administrators can dedicate one interface to production traffic while reserving the second for backup, storage communication, virtualization traffic, or management operations. This separation enhances both security and operational efficiency without requiring additional hardware.

Advanced Connectivity with SFP+ Technology

SFP+ technology remains one of the most widely adopted networking standards within enterprise data centers because of its flexibility and scalability. The HPE P11336-001 adapter supports SFP+ optical modules, allowing organizations to select appropriate transceivers according to transmission distance, infrastructure design, and network architecture.

Whether connecting top-of-rack switches, aggregation switches, storage devices, or blade server environments, SFP+ connectivity provides dependable performance while simplifying future network upgrades.

Flexible Fiber Deployment Options

The adapter supports a variety of compatible optical modules, enabling deployment across different enterprise environments. Short-range optical connections are ideal for equipment located within the same rack or data hall, while long-range fiber solutions extend connectivity across buildings or campus networks. This flexibility allows organizations to standardize on a single network adapter while accommodating diverse infrastructure requirements.

Reduced Electromagnetic Interference

Fiber-based networking minimizes electromagnetic interference compared to conventional copper cabling, making it particularly suitable for mission-critical environments. Stable optical communication helps maintain consistent network quality while supporting continuous data transfer under demanding operating conditions.

Optimized for Enterprise Server Environments

The HPE P11336-001 adapter is engineered to integrate seamlessly into enterprise server platforms that require dependable high-speed networking. Servers supporting virtualization, application hosting, cloud services, and enterprise databases benefit from dedicated 10Gb connectivity that enables faster communication between compute and storage resources.

High-speed networking also contributes to improved resource utilization by reducing network congestion and minimizing delays during large-scale data transfers.

Virtualization Performance Enhancement

Virtualized infrastructures place considerable demand on network adapters because multiple virtual machines share the same physical interface. The HPE P11336-001 provides sufficient bandwidth to support simultaneous communication from numerous virtual workloads without compromising overall system responsiveness.

Hypervisors managing hundreds of virtual machines require reliable network connectivity to handle storage access, migration processes, management traffic, and application workloads. A dual-port 10Gb Ethernet adapter helps ensure these operations remain efficient even during periods of peak utilization.

Efficient Live Migration Support

Virtual machine migration requires transferring large memory images between physical hosts with minimal interruption. High-bandwidth networking enables faster migration times, reducing maintenance windows and improving infrastructure flexibility.

Ideal for Cloud Computing Infrastructure

Private cloud, hybrid cloud, and enterprise cloud deployments depend heavily on fast, reliable networking. The HPE P11336-001 Ethernet adapter supports cloud platforms by delivering consistent throughput between compute nodes, storage arrays, orchestration systems, and management platforms.

Cloud administrators benefit from improved workload mobility, better resource allocation, and enhanced application availability through dependable high-speed network communication.

Support for Software-Defined Infrastructure

Modern software-defined environments rely on intelligent networking to automate workload deployment and infrastructure management. The adapter supports these evolving environments by providing reliable communication pathways that integrate with software-defined networking architectures.

Storage Networking Performance

Enterprise storage systems increasingly depend on high-speed Ethernet connectivity for backup, replication, disaster recovery, and distributed storage operations. The HPE P11336-001 adapter delivers the bandwidth required for efficient storage communication while helping reduce transfer times between servers and storage resources.

Applications generating large datasets, multimedia files, engineering models, research information, and business analytics benefit from improved storage responsiveness when connected through 10 Gigabit Ethernet.

Accelerated Backup Operations

Backup windows continue shrinking as organizations require continuous business operations. High-speed Ethernet significantly reduces the time required for full backups, incremental backups, replication, and disaster recovery synchronization.

Faster Data Replication

Organizations maintaining secondary data centers or disaster recovery sites rely on rapid data replication to minimize potential data loss. Reliable dual-port connectivity helps maintain continuous synchronization between geographically distributed locations.

Network Reliability and High Availability

Business continuity depends on stable network connectivity. The dual-port design of the HPE P11336-001 enables multiple redundancy strategies that improve infrastructure availability and reduce single points of failure.

Network administrators can implement failover configurations that automatically redirect traffic if one network path becomes unavailable. This capability contributes to uninterrupted access to business-critical applications.

Load Distribution Capabilities

Traffic distribution across two independent network ports helps optimize bandwidth utilization while preventing congestion. Balanced network utilization contributes to predictable application performance during periods of heavy activity.

Enterprise Security Considerations

Although network adapters primarily provide connectivity, they also contribute to secure infrastructure design by enabling traffic isolation and dedicated communication paths. Organizations frequently separate production traffic, storage traffic, virtualization traffic, and management communication across different network segments to improve operational security.

The HPE P11336-001 adapter supports these deployment strategies through its dual-port configuration, allowing administrators to implement structured network architectures that align with enterprise security policies.

Traffic Segmentation

Dedicated network interfaces simplify segmentation strategies that isolate workloads according to organizational requirements. Improved traffic separation enhances both performance and security while simplifying network administration.

Scalability for Future Infrastructure Growth

Enterprise networks continually evolve to accommodate increasing workloads, expanding virtualization clusters, and growing storage requirements. The HPE P11336-001 Ethernet adapter provides a scalable networking foundation capable of supporting future infrastructure expansion without requiring immediate hardware replacement.

Organizations investing in high-speed Ethernet today position themselves to accommodate increasing bandwidth requirements as applications become more data intensive.

Long-Term Infrastructure Value

High-quality enterprise networking hardware provides dependable operation over extended deployment cycles. By supporting industry-standard 10 Gigabit Ethernet connectivity through SFP+ interfaces, the adapter integrates with a broad range of enterprise networking equipment while simplifying future upgrades.

Compatibility with Enterprise Applications

The HPE P11336-001 adapter supports a wide variety of enterprise workloads including virtualization platforms, database servers, ERP systems, CRM applications, analytics environments, backup infrastructure, private cloud deployments, web hosting platforms, file servers, collaboration systems, and software development environments.

Its dual-port architecture allows multiple application services to communicate efficiently with storage systems and network resources without introducing unnecessary bottlenecks.

Database Performance

Database servers regularly exchange substantial volumes of transactional information between application servers and storage arrays. High-bandwidth network adapters contribute to lower communication latency, supporting faster query processing and improved application responsiveness.

Analytics and Business Intelligence

Data analytics workloads often involve processing extremely large datasets distributed across multiple storage platforms. Reliable 10Gb Ethernet connectivity enables faster dataset movement while improving collaboration between compute nodes within analytics clusters.

Professional Deployment Advantages

The HPE P11336-001 Ethernet 10Gb 2-Port 548SFP+ Adapter is suitable for enterprise data centers, government organizations, healthcare institutions, educational campuses, financial services, managed service providers, manufacturing facilities, telecommunications providers, and research organizations seeking dependable high-speed server networking.

Its enterprise-oriented design supports continuous operation, consistent network throughput, flexible optical connectivity, and scalable deployment strategies. Whether installed in a standalone application server or integrated into a large virtualized cluster, the adapter delivers reliable network performance while supporting the demanding communication requirements of modern IT infrastructure.