BCM957414M4140DD Broadcom 57414 2 Port 25GB SFP28 RNDC

The Broadcom BCM957414M4140DD 25GB2-Port Daughter Card 

A high-speed networking expansion solution designed for enterprise-grade servers, the Broadcom BCM957414M4140DD delivers efficient dual-port 25Gb connectivity using SFP28 interface technology for optimized data center performance. The RNDC form factor ensures optimized internal connectivity and reduced latency communication between system components. Enterprises benefit from improved performance, scalability, and reliable network infrastructure.

General Information

• Manufacturer: Broadcom
• Part Number: BCM957414M4140DD
• Product Category: Server daughter card

Technical Specifications

• Device Type: RNDC 57414 networking adapter card
• Port Configuration: Dual-port architecture
• Speed Capability: Supports up to 25 Gigabit Ethernet
• Interface Standard: SFP28 for enhanced bandwidth efficiency
• Data Flow Optimization: Engineered for low-latency

Functional Advantages in Enterprise Systems

• Improves server communication speed across distributed environments
• Enhances bandwidth scalability for modern data centers
• Supports mission-critical workloads requiring uninterrupted connectivity
• Enables flexible network configuration with SFP28 transceiver compatibility

Design & Integration Highlights

• Compact daughter card form factor for seamless server integration
• Built for efficient thermal and power management within dense systems
• Engineered for long-term operational stability in 24/7 environments

Connectivity & Expansion Capabilities

• Dual 25GbE ports provide scalable network expansion options
• SFP28 interface allows flexible optical or copper transceiver usage
• Supports modern data center networking architectures

Overview of Broadcom BCM957414M4140DD 2 Port Adapter

The Broadcom BCM957414M4140DD 2 Port 25GB SFP28 RNDC 57414 Daughter Card is an enterprise grade networking expansion module designed for modern data center servers requiring high speed, low latency, and scalable network connectivity. Built on Broadcom advanced Ethernet controller architecture, this daughter card delivers dual port 25 Gigabit SFP28 performance optimized for cloud computing, virtualization, storage networking, and high performance enterprise workloads. It is engineered to integrate seamlessly with compatible server platforms, enabling flexible network expansion without compromising system efficiency.

Dual Port 25GB SFP28 Architecture

The dual port 25 Gigabit SFP28 architecture enables simultaneous high speed data transmission across enterprise systems. Each port supports consistent 25GbE performance for efficient workload handling. This ensures redundancy and load balancing across network infrastructure. It enhances communication between servers, storage, and cloud systems. Organizations benefit from scalable and reliable high bandwidth networking.

RNDC Daughter Card Design

The RNDC daughter card design allows seamless integration into compatible server architectures. It ensures efficient internal communication between network and system components. This reduces latency and improves overall system performance. The compact design supports high density server environments. Enterprises benefit from optimized hardware integration and efficient deployment.

Broadcom Ethernet Controller Technology

The adapter is powered by Broadcom advanced Ethernet controller technology that ensures efficient packet processing and reduced CPU overhead. It offloads network processing tasks to improve system performance. This enhances scalability in enterprise environments. It ensures stable operation under heavy workloads. Organizations benefit from improved computing efficiency and reduced bottlenecks.

Enterprise Grade Networking Performance

The BCM957414M4140DD daughter card is designed for mission critical enterprise environments requiring stable and reliable network performance. It ensures consistent connectivity across essential workloads. High speed communication improves application responsiveness and system efficiency. Reduced latency enhances operational performance. Enterprises benefit from dependable and scalable infrastructure networking.

High Density Server Environments

Virtualized environments require high performance networking to support multiple workloads simultaneously. This daughter card provides high bandwidth connectivity for efficient virtual machine communication. It improves workload distribution across servers. Reduced network congestion enhances virtualization performance. Enterprises benefit from improved scalability and resource utilization.

Cloud Computing Optimization

The adapter supports cloud computing environments including hybrid and multi cloud architectures. It ensures fast and stable communication between distributed systems. This enables seamless data synchronization and application consistency. High bandwidth connectivity enhances cloud scalability and flexibility. Organizations benefit from improved cloud performance and agility.

Real Time Enterprise Applications

Low latency performance is essential for real time enterprise applications requiring immediate data processing. The BCM957414M4140DD minimizes network delays for faster communication. It improves transactional system performance and analytics workloads. Reduced latency enhances responsiveness and efficiency. Enterprises benefit from faster operations and improved user experience.

High Bandwidth Storage Networking

The daughter card is optimized for storage intensive environments requiring fast data transfer. It enhances communication between servers and storage arrays. This reduces bottlenecks and improves database performance. High bandwidth ensures efficient handling of large datasets. Organizations benefit from improved storage networking efficiency and faster data access.

Advanced Hardware Offload Engine

The Broadcom controller includes hardware offload capabilities that reduce CPU workload by handling network processing tasks directly on the adapter. This improves system efficiency and frees CPU resources for application tasks. It enhances scalability in enterprise environments. Reduced overhead improves system stability and responsiveness. Enterprises benefit from optimized computing performance and resource utilization.

Scalable Network Architecture

The scalable design of this daughter card supports expanding enterprise network requirements. It ensures compatibility with evolving data center architectures. Flexible integration allows seamless deployment in modern IT environments. This supports long term infrastructure scalability. Organizations benefit from future ready networking capabilities.

Energy Efficient Networking Design

The BCM957414M4140DD is designed for energy efficiency while maintaining high performance output. It reduces power consumption in enterprise deployments. Efficient thermal management ensures stable operation under continuous workloads. This supports sustainable IT infrastructure practices. Enterprises benefit from reduced operational costs and improved energy efficiency.

SFP28 Connectivity For Flexible Optical Network

The SFP28 interface enables high speed optical connectivity for flexible network deployment. It supports a wide range of transceiver modules and fiber configurations. This allows deployment across different distance requirements. Flexible connectivity enhances infrastructure adaptability. Organizations benefit from scalable and versatile networking solutions.

Intelligent Traffic Management

The daughter card includes intelligent traffic management features that optimize data flow across enterprise systems. It balances network load to prevent congestion. Optimized routing enhances throughput and responsiveness. Efficient packet handling improves application performance. Enterprises benefit from improved network stability and efficiency.

AI And Machine Learning Workload Acceleration

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

Data Center Efficiency Optimization Through

The BCM957414M4140DD improves data center efficiency by optimizing network resource utilization. It reduces congestion and improves workload distribution. Efficient networking enhances system performance and scalability. This leads to improved infrastructure stability. Enterprises benefit from optimized data center operations.

Stable Communication Framework

Stable communication is essential for enterprise security and data integrity. The daughter card ensures consistent data transmission across systems. It reduces packet loss and communication errors. Reliable connectivity supports enterprise compliance requirements. Organizations benefit from improved infrastructure security and stability.

Future Ready Networking Technology

The BCM957414M4140DD is designed to support evolving enterprise technologies and future IT requirements. Its advanced architecture ensures compatibility with next generation workloads. It supports continuous infrastructure modernization. Flexible deployment ensures long term scalability. Enterprises benefit from future ready networking capabilities.

Continuous Enterprise Operations

This daughter card is engineered for mission critical environments requiring uninterrupted performance. It delivers stable and consistent connectivity under heavy workloads. Hardware reliability reduces downtime risks and enhances operational continuity. It ensures dependable enterprise system operation. Organizations benefit from improved infrastructure reliability and business continuity.