19RFV Dell Broadcom 57414 Dual Port 10/25GBE SFP28 PCIE Low Profile Adapter

Overview of Dell 19RFV 2 Ports SFP28 PCI-E LP Network Adapter

The Dell 19RFV Broadcom 57414 Dual Port 10/25GbE SFP28 PCIe Low Profile Adapter is engineered to deliver high-speed network connectivity for modern enterprise infrastructures, virtualization platforms, cloud deployments, and data-intensive workloads. Featuring dual SFP28 interfaces and PCI Express technology, this adapter enables reliable, low-latency communication while supporting both 10GbE and 25GbE network environments.

General SPecification

• Manufacturer: Dell
• Part Number: 19RFV
• Product Type: Low Profile Adapte

Technical Highlights

• Network Controller: Broadcom 57414
• Port Configuration: Dual Port
• Interface Type: SFP28
• Supported Speeds: 10GbE and 25GbE
• Host Interface: PCI Express
• Form Factor: Low Profile
• Designed for Enterprise Server Environments

High-Performance Ethernet Connectivity

• Dual-port SFP28 connectivity
• Supports both 10 Gigabit and 25 Gigabit Ethernet speeds
• PCIe interface for fast data transfer
• Low-profile design for space-constrained server environments
• Enterprise-class networking performance

Advantages for Enterprise Networks 

• Enhanced bandwidth availability for modern workloads
• Reduced network latency for critical applications
• Improved scalability for expanding infrastructures
• Efficient support for virtualization technologies
• Reliable performance under heavy traffic conditions

Benefits of Dual-Port Networking

• Network redundancy for improved uptime
• Load balancing capabilities
• Higher aggregate bandwidth potential
• Support for failover configurations
• Flexible deployment options

 Compact Low-Profile Form Factor

• Fits low-profile server chassis
• Easy integration into existing systems
• Supports space-efficient deployments
• Ideal for dense data center racks
• Simplifies hardware upgrades

Controller Features

• Advanced packet processing capabilities
• Optimized server networking performance
• Reliable data transmission
• Enterprise-grade stability
• Support for modern networking standards

Applications and Deployment Scenarios

• Data center networking
• Cloud computing platforms
• Virtual machine hosting environments
• High-performance computing infrastructures
• Enterprise server upgrades
• Storage area networking applications
• Business-critical workloads

Outline of Dell 19RFV Dual Port 10/25GbE SFP28  Adapter

The Dell 19RFV Broadcom 57414 Dual Port 10/25GbE SFP28 PCIe Low Profile Adapter is engineered to support modern data center environments, cloud infrastructures, virtualization platforms, and enterprise networking applications that require dependable, high-bandwidth connectivity. Designed with Broadcom's advanced Ethernet controller technology, this network adapter delivers exceptional throughput, low latency communication, and enhanced scalability for organizations seeking reliable network performance across mission-critical workloads.

As businesses continue to adopt virtualization, software-defined networking, cloud computing, and high-performance storage architectures, network interfaces capable of supporting 10GbE and 25GbE connectivity have become increasingly important. The Dell 19RFV adapter addresses these demands by providing dual SFP28 ports that enable flexible deployment options while maximizing server network efficiency.

Broadcom 57414 Controller Architecture

Enterprise-Class Ethernet Processing

The Broadcom 57414 controller integrated into this adapter is developed to handle intensive networking operations within enterprise and hyperscale environments. It incorporates advanced packet processing technologies that help reduce CPU overhead and optimize network traffic management. This architecture allows servers to dedicate more processing resources to business applications rather than network-related tasks.

The intelligent hardware acceleration capabilities support data-intensive workloads while maintaining stable network communication across demanding environments. Organizations utilizing virtualization platforms, cloud infrastructures, and database clusters can benefit from the controller’s ability to efficiently manage network traffic flows.

Optimized Throughput Management

The adapter is designed to facilitate consistent throughput under heavy network loads. Through advanced queue management and packet distribution technologies, the controller ensures smooth communication between servers, storage systems, and networking equipment. This capability is particularly valuable for enterprises handling large-scale data transfers and real-time applications.

Dual-Port SFP28 Connectivity Advantages

Flexible Network Deployment

The dual-port design provides administrators with greater flexibility when designing network architectures. Separate ports can be allocated to distinct network functions, allowing organizations to segment traffic according to application requirements, security policies, or performance objectives.

By offering two independent SFP28 interfaces, the adapter supports various deployment models including dedicated storage traffic, management networks, virtual machine connectivity, and high-speed data replication processes.

Improved Network Redundancy

Network availability remains a critical requirement in modern enterprise environments. The presence of two SFP28 ports enables redundant network paths that help maintain connectivity during hardware failures or maintenance operations. This redundancy contributes to higher uptime and improved business continuity.

Organizations deploying mission-critical applications can leverage dual-port configurations to minimize the risk of service interruptions and support failover networking strategies.

Enhanced Load Distribution

Dual-port operation allows network traffic to be distributed across multiple links. This capability helps prevent congestion while maximizing available bandwidth. Enterprises running large virtualization clusters, cloud platforms, and storage networks benefit from balanced traffic distribution that improves overall network responsiveness.

10GbE and 25GbE Networking Capabilities

Support for Multiple Network Speeds

The Dell 19RFV adapter supports both 10 Gigabit Ethernet and 25 Gigabit Ethernet connectivity, allowing organizations to align networking resources with current infrastructure requirements while preparing for future growth. This versatility helps protect technology investments by supporting phased network upgrades.

Businesses can deploy the adapter within existing 10GbE environments and later transition to 25GbE networks without replacing the hardware. Such flexibility simplifies infrastructure modernization projects and reduces overall upgrade costs.

High-Bandwidth Data Transfers

Modern applications generate significant volumes of network traffic. Virtualized workloads, cloud services, analytics platforms, and storage systems require network interfaces capable of handling large data streams efficiently. The 25GbE capability of this adapter provides substantial bandwidth for demanding enterprise operations.

High-speed connectivity enables faster access to shared resources, improved application responsiveness, and reduced transfer times for large datasets. These advantages contribute directly to improved operational efficiency and user productivity.

Scalable Infrastructure Support

Organizations experiencing rapid growth require networking solutions that can scale alongside evolving business demands. The Dell 19RFV adapter provides a scalable foundation for expanding server environments by delivering increased network capacity without significantly increasing hardware complexity.

PCIe Interface Technology

High-Speed Host Connectivity

The adapter utilizes PCI Express technology to establish a high-bandwidth communication channel between the server motherboard and the network controller. This architecture minimizes bottlenecks and ensures efficient movement of network traffic between hardware components.

PCIe connectivity is essential for supporting modern high-speed Ethernet standards, allowing the adapter to fully utilize available network bandwidth while maintaining consistent performance levels.

Reduced System Bottlenecks

Efficient PCIe integration helps prevent performance limitations that may occur when network traffic exceeds internal bus capabilities. The adapter is optimized to support high-volume data transmission scenarios while maintaining stable operation under continuous workloads.

Low Profile Form Factor Benefits

Compatibility with Compact Server Platforms

The low profile design makes the adapter suitable for deployment in space-constrained server environments. Many modern rack servers utilize compact chassis configurations where expansion card dimensions are critical. The Dell 19RFV adapter accommodates these requirements while delivering enterprise-grade networking performance.

This form factor enables efficient use of rack space while supporting high-density computing environments commonly found in data centers and colocation facilities.

Data Center Optimization

Space efficiency plays a significant role in modern infrastructure planning. The low profile bracket design allows organizations to maximize hardware density without sacrificing networking capabilities. This advantage is particularly valuable in facilities where rack space and power consumption are closely monitored.

Virtualization Environment Performance

Support for Virtual Machine Networking

Virtualized infrastructures place unique demands on network adapters due to the large number of virtual machines sharing physical resources. The Broadcom 57414 controller incorporates technologies designed to enhance virtual machine networking performance while maintaining efficient resource utilization.

These capabilities help administrators support dense virtualization environments without experiencing network bottlenecks that can impact application performance.

Network Virtualization Integration

Software-defined networking and network virtualization technologies continue to transform enterprise infrastructure design. The adapter supports advanced networking features that facilitate integration with modern virtual networking frameworks and cloud orchestration platforms.

This compatibility enables organizations to build flexible, scalable infrastructures capable of adapting to changing operational requirements.

Cloud Computing Infrastructure Applications

Private Cloud Deployments

Private cloud environments require networking components capable of supporting dynamic resource allocation, workload mobility, and large-scale data movement. The Dell 19RFV adapter delivers the performance characteristics necessary for these demanding deployments.

Its combination of dual-port connectivity and high-speed Ethernet support helps maintain responsive cloud services while supporting expanding user populations and application portfolios.

Hybrid Cloud Connectivity

Organizations increasingly rely on hybrid cloud architectures that combine on-premises infrastructure with external cloud services. Reliable high-speed network connectivity is essential for maintaining efficient communication between these environments.

The adapter's advanced networking capabilities contribute to smoother data synchronization, workload migration, and cloud integration processes.

Storage Networking Applications

High-Speed Storage Access

Modern storage platforms depend heavily on network performance. Whether supporting network-attached storage, distributed storage systems, or software-defined storage architectures, the adapter provides the bandwidth necessary for rapid data access and transfer operations.

High-performance storage networking contributes to faster backup operations, improved application responsiveness, and enhanced overall infrastructure efficiency.

Data Replication and Backup Operations

Enterprise backup and disaster recovery processes often involve transferring large volumes of data between storage locations. The 25GbE capability enables faster replication cycles and reduced backup windows, helping organizations meet recovery objectives while minimizing operational disruption.

Advanced Network Management Features

The Broadcom 57414 platform includes advanced traffic handling capabilities designed to improve network efficiency and performance consistency. These technologies help optimize packet delivery while reducing processing overhead associated with high-volume network operations.

Efficient traffic management contributes to improved application responsiveness and more predictable network behavior under varying workload conditions.

Enterprise Security and Reliability

Reliable Network Communications

Business-critical applications depend on stable network connectivity. The Dell 19RFV adapter is engineered to provide consistent communication across enterprise infrastructures while supporting continuous operation in demanding environments.

Reliable performance helps reduce downtime risks and ensures that essential services remain accessible to users and applications.

Infrastructure Protection

Modern networking environments require robust hardware capable of supporting security-focused architectures. The adapter integrates seamlessly into enterprise security frameworks while providing dependable connectivity for protected workloads and sensitive data transfers.

Data Center Modernization Initiatives

Supporting Next-Generation Networks

As organizations transition toward higher-speed networking standards, adapters capable of supporting 25GbE connectivity become increasingly important. The Dell 19RFV Broadcom 57414 Dual Port Adapter enables data centers to modernize networking infrastructure while maintaining compatibility with existing technologies.

This balance between current requirements and future scalability makes the adapter a practical choice for organizations planning long-term infrastructure development strategies.

Future-Ready Performance Architecture

The combination of Broadcom controller technology, dual SFP28 connectivity, PCIe integration, and support for both 10GbE and 25GbE networking positions the adapter as a valuable component within evolving enterprise environments. Its architecture addresses the growing demand for higher bandwidth, reduced latency, increased virtualization density, and efficient cloud connectivity.