BCM957414A4141DD Broadcom 57414 25GbE Dual Port SFP28 Network Adapters

Highlights of Broadcom BCM957414A4141DD Dual-Port Adapter

The Broadcom BCM957414A4141DD 25 Gigabit Dual-Port SFP28 Network Interface Card is a high-performance PCI Express server adapter engineered for enterprise networking, cloud infrastructure, and data center environments. Designed with Broadcom BCM57414 technology, it delivers stable, high-speed connectivity and optimized workload handling for mission-critical applications.

General Specifications

• Manufacturer: Broadcom
• Part Number: BCM957414A4141DD
• Product Type: Network Adapter / NIC
• Device Category: Enterprise Ethernet Interface Card

Technical Product Information

• Ports: 2 x SFP28 (Dual 25GbE)
• Speed per Port: Up to 25 Gbps
• Total Bandwidth: High-throughput dual-channel performance
• Connectivity Type: Wired Ethernet LAN

Hardware Architecture & Interface

• Bus Type: PCI Express (PCIe)
• Form Factor: Full-height plug-in card
• Controller: Broadcom BCM57414 chipset
• Network Standard: 25 Gigabit Ethernet

Core Network Functions

• Low-latency packet processing for critical workloads
• High reliability for continuous server operation
• Optimized bandwidth utilization for data centers
• Scalable architecture for growing IT environments

Compatibility

Validated Enterprise Usage

• Tested and validated on Dell server platforms
• Supported in enterprise PowerEdge environments
• Stable performance in virtualization and cloud systems
• Backed by Dell technical support when deployed on Dell systems

The Broadcom BCM957414A4141DD 25GBE SFP28 Adapter

The Broadcom BCM957414A4141DD 57414 Dual Port 25GBE SFP28 Network Adapter Full Height is a powerful enterprise class networking solution designed for modern data center environments that demand high bandwidth, low latency, and stable connectivity across mission critical workloads. Built with dual 25 Gigabit SFP28 ports, this adapter delivers exceptional throughput performance for virtualization, cloud computing, storage networking, and high density server infrastructures. The full height bracket design ensures compatibility with standard enterprise server chassis configurations, making it suitable for large scale deployments.

Dual Port 25GBE SFP28 Architecture

The dual port 25 Gigabit Ethernet SFP28 architecture enables simultaneous high speed communication across enterprise networks, ensuring efficient data transfer and reduced latency. Each port supports 25GbE connectivity, allowing seamless handling of high volume network traffic. This configuration enhances redundancy and load balancing capabilities across distributed systems. High bandwidth performance ensures smooth operation of modern data center applications. Organizations benefit from faster communication and improved infrastructure efficiency.

PCIe Based High Performance Interface

The adapter utilizes a PCI Express interface to ensure fast and efficient communication between the network card and the host system. This high speed architecture supports large data transfers without performance bottlenecks. It enhances packet processing efficiency and reduces system latency. The interface ensures stable performance under heavy workloads. Enterprises benefit from optimized computing efficiency and improved system responsiveness.

Enterprise Server Compatibility

The full height bracket design ensures compatibility with standard enterprise server chassis configurations. This allows easy installation in rack mounted systems and data center environments. The structural design provides stability and durability for continuous operation. It supports flexible deployment across multiple hardware platforms. Organizations benefit from simplified integration and reliable hardware compatibility.

Enterprise Grade Networking Performance

The BCM957414A4141DD adapter is engineered for enterprise environments that require high performance networking capabilities. It ensures consistent and reliable data transmission across mission critical workloads. High speed connectivity improves application responsiveness and system efficiency. Reduced latency enhances enterprise application performance. Businesses benefit from stable and scalable infrastructure performance.

High Density Server Environments

Virtualized infrastructures require robust networking solutions to support multiple workloads simultaneously. This adapter provides high bandwidth connectivity for efficient virtual machine communication. It improves workload mobility and resource allocation across servers. Reduced network congestion enhances virtualization efficiency. Enterprises benefit from improved scalability and optimized resource utilization.

Cloud Infrastructure Acceleration Supporting Hybrid

The adapter supports modern cloud computing environments including hybrid and multi cloud architectures. It enables high speed communication between distributed cloud systems and applications. This ensures seamless data synchronization and consistent application performance. Enhanced connectivity improves cloud service reliability and scalability. Organizations benefit from improved agility and efficient cloud operations.

Low Latency Networking For Real Time Enterprise Applications

Low latency performance is essential for enterprise applications that require real time processing and fast data exchange. The Broadcom adapter minimizes network delays to ensure rapid communication. It improves responsiveness in transactional systems and analytics workloads. Reduced latency enhances user experience and system efficiency. Enterprises benefit from faster decision making and improved operational performance.

High Bandwidth Data Flow Optimization

The adapter is optimized for storage intensive environments that require fast and reliable data transfer. It enhances communication between servers and storage systems, reducing bottlenecks. High bandwidth ensures efficient handling of large datasets. Improved storage networking performance supports databases and analytics platforms. Organizations benefit from faster data access and improved system efficiency.

Advanced Hardware Offload Capabilities

The BCM957414A4141DD includes advanced hardware offload features that reduce CPU workload by handling network processing tasks at the hardware level. This improves overall system efficiency and frees CPU resources for application processing. It enhances scalability in high demand environments. Reduced overhead improves system responsiveness and performance. Enterprises benefit from optimized computing resource utilization.

Scalable Network Architecture

The scalable design of this network adapter supports increasing bandwidth demands as organizations expand their infrastructure. It ensures compatibility with evolving data center requirements. Flexible architecture allows seamless integration into modern IT environments. This supports long term infrastructure growth and scalability. Enterprises benefit from future ready networking capabilities.

Design For Sustainable Data Center Operations

The adapter is engineered for energy efficiency while maintaining high performance output. It reduces power consumption in large scale deployments. Efficient thermal design ensures stable operation under continuous workloads. This contributes to sustainable IT infrastructure practices. Organizations benefit from reduced operational costs and improved energy efficiency.

QSFP28 And SFP28 Compatibility

The adapter supports advanced optical connectivity standards enabling flexible deployment across enterprise networks. It integrates with a wide range of transceivers and fiber optic systems. This allows deployment across different distances and network topologies. Flexible connectivity enhances infrastructure adaptability. Enterprises benefit from scalable and versatile networking solutions.

Optimized Network Performance

The BCM957414A4141DD supports intelligent traffic management features that enhance data flow efficiency across enterprise environments. It ensures balanced network utilization to prevent congestion. Optimized traffic distribution improves throughput and system responsiveness. Efficient packet handling enhances application performance. Organizations benefit from improved network stability and efficiency.

AI And Machine Learning Workload Acceleration

AI and machine learning workloads require high bandwidth networking for large scale data processing and model training. This adapter supports fast data movement between compute nodes and storage systems. It reduces training time and improves processing efficiency. High speed connectivity enhances distributed computing performance. Enterprises benefit from accelerated AI and analytics workloads.

Data Center Optimization Network Resource Utilization

The adapter improves data center efficiency by optimizing network resource utilization across systems. It reduces congestion and enhances workload distribution. Efficient networking improves infrastructure performance and stability. This leads to better system scalability and reduced operational strain. Organizations benefit from optimized data center operations.

Stable Network Communication Framework

Stable network communication is essential for maintaining enterprise security and data integrity. The adapter ensures consistent data transmission across systems. It reduces packet loss and communication errors. Reliable connectivity supports compliance and governance requirements. Enterprises benefit from enhanced infrastructure stability and security.

Future Ready Networking Technology

The BCM957414A4141DD is designed to support evolving enterprise technologies and next generation IT requirements. Its high performance architecture ensures compatibility with future workloads. It supports continuous infrastructure modernization initiatives. Flexible deployment ensures long term scalability and performance. Organizations benefit from future ready networking capabilities.

Continuous Enterprise Operations

This network adapter is engineered for mission critical environments where uninterrupted operation is essential. It delivers stable and consistent performance under heavy workloads. Hardware reliability reduces downtime risks and enhances operational continuity. It ensures dependable connectivity for enterprise applications. Enterprises benefit from improved infrastructure reliability and business continuity.