BCM957414A4140C Broadcom Ethernet PCI Express Interface Card with 1 Port QSFP28

The Broadcom BCM957414A4140C 50 GB/S QSFP28 PCIe Adapter

The Broadcom BCM957414A4140C Single-Port 50 GB/S QSFP28 Ethernet PCI Express Gen3 x8 Network Interface Card is engineered for ultra high performance networking environments where bandwidth, latency control, and data integrity are critical. This advanced adapter is designed to deliver 50 Gigabit per second throughput through a QSFP28 interface, ensuring exceptional speed for modern enterprise data centers, cloud infrastructure, and high performance computing clusters. Built on PCI Express Gen3 x8 architecture, it provides a strong communication pathway between server and network fabric.

Single-Port 50GB QSFP28 Interface

The single-port QSFP28 interface delivers massive 50 Gigabit Ethernet throughput, making it ideal for high density computing environments. This enables servers to handle extremely large data transfers with reduced congestion and improved efficiency. The QSFP28 form factor ensures compatibility with modern transceivers and fiber optic infrastructure. It supports high speed interconnects required for distributed computing and cloud scale workloads. Enterprises gain stable, high capacity network performance for demanding applications.

PCI Express Gen3 x8 Architecture

The PCIe Gen3 x8 interface provides a high speed internal data pathway between the network adapter and the host system. This ensures that network traffic is processed efficiently without bottlenecks at the hardware level. The architecture enables balanced workload distribution and faster packet processing. It supports high throughput applications such as virtualization, database management, and storage networking. Organizations benefit from improved system responsiveness and reduced latency.

Enterprise Grade Design For High Performance

This Broadcom network adapter is engineered specifically for enterprise data centers requiring stable and scalable connectivity solutions. It ensures continuous uptime performance for mission critical applications. The hardware design is optimized for durability under heavy network loads. It supports modern IT infrastructure requirements including cloud computing and distributed environments. Enterprises achieve enhanced operational efficiency and reliability.

High Speed Networking For Cloud Computing

The adapter supports cloud environments where high speed networking is essential for workload distribution and scalability. Virtual machines benefit from reduced latency and increased bandwidth availability. This improves performance in multi tenant systems and hybrid cloud deployments. The adapter ensures smooth communication between compute nodes and storage systems. Enterprises gain improved virtualization efficiency and cloud performance optimization.

Low Latency Data Processing

Low latency performance is a critical feature of the BCM957414A4140C adapter, enabling real time responsiveness in enterprise systems. It reduces delays in packet transmission, ensuring faster application response times. This is especially important for financial systems, analytics platforms, and AI workloads. The architecture minimizes jitter and improves data consistency. Organizations benefit from highly responsive and stable network communication.

Storage And High Performance Computing Systems

The adapter is capable of handling storage intensive workloads by providing consistent high speed data transfer rates. It enhances communication between servers and storage arrays, reducing bottlenecks in data access. High performance computing environments benefit from faster inter-node communication. This improves processing efficiency for simulations, analytics, and scientific workloads. Enterprises experience improved storage network optimization.

Advanced Packet Processing For Modern Network Workloads

Modern enterprise applications require intelligent packet processing capabilities, and this adapter delivers efficient handling of large data streams. It reduces CPU overhead by offloading network tasks to hardware. This improves overall system performance and reduces resource consumption. Packet acceleration ensures smoother network traffic flow. Organizations achieve better workload efficiency and reduced system strain.

Scalable Network Architecture Supporting Growing Enterprise

The BCM957414A4140C adapter is built for scalability, allowing enterprises to expand their infrastructure without performance degradation. It supports increasing bandwidth demands in growing data centers. The architecture ensures compatibility with evolving network standards. This allows seamless integration into future IT upgrades. Businesses benefit from long term scalability and investment protection.

High Efficiency Power And Thermal Design

Designed with enterprise environments in mind, the adapter maintains efficient power usage while delivering high performance output. Its thermal optimized design ensures stable operation under heavy workloads. This reduces overheating risks and increases hardware lifespan. Energy efficiency contributes to reduced operational costs in data centers. Enterprises benefit from reliable long term deployment performance.

Compatibility With Fiber Optic Infrastructure

The adapter supports QSFP28 transceivers, enabling integration with advanced fiber optic networks. This ensures high speed long distance communication across enterprise infrastructures. Compatibility with industry standard modules increases deployment flexibility. It supports both short range and long range optical connections. Organizations benefit from flexible and scalable connectivity options.

Stable Network Communication Framework

The BCM957414A4140C ensures secure and stable data transmission across enterprise environments. Reliable hardware processing reduces packet loss and communication errors. This enhances data integrity and operational security. Stable network performance supports compliance and business continuity requirements. Enterprises gain improved trust in their network infrastructure.

Efficient Load Balancing And Traffic Distribution Capabilities

The adapter supports intelligent load balancing techniques to distribute network traffic efficiently. This reduces congestion and improves system responsiveness. Balanced traffic flow enhances performance in multi application environments. It ensures stable connectivity even under heavy network usage. Enterprises benefit from optimized infrastructure utilization.

High Performance Networking

AI and machine learning environments require extremely high bandwidth and low latency communication. This adapter provides the necessary performance to handle large datasets and distributed training processes. It improves data transfer between compute clusters. Faster communication enhances model training efficiency. Organizations benefit from accelerated AI workload performance.

Data Center Optimization Through High Bandwidth

The high bandwidth design of this adapter contributes to overall data center optimization. It reduces network congestion and improves resource utilization. Efficient communication between servers enhances infrastructure productivity. This leads to better workload distribution and system efficiency. Enterprises achieve optimized operational performance.

Next Generation Enterprise Systems

The Broadcom BCM957414A4140C is built to support evolving enterprise requirements and next generation networking standards. Its high speed architecture ensures compatibility with future workloads. It supports continuous infrastructure modernization efforts. Businesses can rely on it for long term network planning. Enterprises gain future ready scalability and performance assurance.

Enterprise Infrastructure Stability

This network adapter is designed for mission critical environments where downtime is not acceptable. It ensures stable and consistent performance across demanding workloads. Hardware reliability reduces risk of system failures. Continuous operation supports enterprise level availability requirements. Organizations benefit from dependable infrastructure stability.