Description
Product Overview of the Broadcom BCM957414N4140
In today’s digital landscape, the backbone of data connectivity and networking relies on high-performance hardware components. Among these components, network adapters play a critical role in ensuring efficient data transfer and communication. The Broadcom BCM957414N4140 57414 Dual-Port 25 Gbps 3.0 SFP28 OCP Network Adapter is one such hardware component designed to enhance data connectivity in various network environments. In this comprehensive guide, we will explore the intricate details of this network adapter, including its features, technical specifications, use cases, and how it contributes to optimizing data connectivity.
Understanding the Broadcom BCM957414N4140 Network Adapter
The Broadcom BCM957414N4140 is a network adapter, a hardware component that serves as a vital link between servers, workstations, and networking equipment. This particular adapter is equipped with dual ports, each supporting a data transfer rate of 25Gbps adapter. The adapter uses the SFP28 (Small Form-Factor Pluggable) interface and is compliant with the Open Compute Project (OCP) specifications. It is a versatile network adapter designed to ensure high-speed and reliable data transmission in diverse networking environments.
Significance of the Broadcom BCM957414N4140
Network adapters are crucial components in modern networking infrastructures. They act as intermediaries that facilitate the transfer of data between devices and networks. The Broadcom BCM957414N4140 serves multiple essential functions to enhance data connectivity and is a significant component in the world of networking.
Features Dual-Port Design
A notable feature of the Broadcom BCM957414N4140 is its dual-port design. This allows the adapter to handle two separate data streams simultaneously, which is valuable for load balancing and redundancy in network configurations.
High Data Transfer Rate
With a data transfer rate of 25Gbps per port, this network adapter is optimized for high-speed data transmission. This speed is crucial for data-intensive applications and ensuring low latency in network communication.
SFP28 Interface
The adapter’s use of the SFP28 interface enables flexible connectivity options. SFP28 modules can be easily replaced, allowing for compatibility with different network types and distances.
OCP Compliance
The Broadcom BCM957414N4140 network adapter complies with the Open Compute Project (OCP) specifications. OCP promotes open-source hardware designs, making this adapter compatible with various OCP-compliant servers and enclosures.
Scalability
The dual-port design and high data transfer rate ensure scalability in network configurations. Businesses can expand their network capacity by adding more adapters as needed.
Advanced Networking Features
This network adapter comes equipped with advanced networking features, including offloading capabilities for tasks like checksum and segmentation. These features help offload network processing from the host CPU, improving overall system performance.
Data Transfer Rate
The Broadcom BCM957414N4140 offers a data transfer rate of 25Gbps per port, ensuring high-speed data transmission.
Interface
The network adapter utilizes the SFP28 interface, which is widely used in high-speed networking equipment and is compatible with a variety of optical and copper cables.
Dual-Port Design
The adapter’s dual-port design enables simultaneous data transmission through two independent ports.
Form Factor
The network adapter’s form factor is designed to fit standard slots in servers and network equipment.
Data Centers
Data centers rely on high-performance network adapters to ensure seamless data transmission and communication. The Broadcom BCM957414N4140 is an ideal choice for data center networking, where speed and reliability are paramount.
Cloud Computing
In cloud computing environments, the network adapter plays a crucial role in connecting virtualized resources. The adapter’s high data transfer rate is valuable for the quick exchange of data in cloud-based applications.
Enterprise Networking
Large enterprises often have complex network infrastructures. The adapter’s scalability and high data transfer rate make it a suitable choice for enterprises with demanding networking needs.
Advantages
- High Data Transfer Rate: The 25Gbps data transfer rate ensures rapid data transmission, crucial for data-intensive applications.
- Dual-Port Design: The dual-port design allows for load balancing and redundancy in network configurations.
- OCP Compliance: OCP compliance ensures compatibility with a range of OCP-compliant servers and enclosures.
- Scalability: The adapter’s design and data transfer rate make it scalable, accommodating growing network needs.
- Advanced Networking Features: Advanced networking capabilities offload processing tasks from the host CPU, improving system performance.
Limitations
- Compatibility: While compliant with OCP specifications, compatibility with non-OCP systems may vary, and it’s important to verify compatibility with your specific hardware.
- Cost: High-performance network adapters, like the Broadcom BCM957414N4140, come at a premium cost.
- Complexity: Installation and configuration may be challenging for users with limited IT expertise.
General Information about this Broadcom BCM957414N4140
- Brand: Broadcom
- Part Number or SKU# BCM957414N4140
- Product Type: Network Adapter
In summary, the Broadcom BCM957414N4140 57414 Dual-Port 25Gbps 3.0 SFP28 OCP network adapter is a critical component in modern networking environments. Its high-speed data transfer rate, dual-port design, OCP compliance, scalability, and advanced networking features make it a valuable asset in various industries, including data centers, cloud computing, telecommunications, and enterprise networking.
Understanding its features, technical specifications, use cases, and the installation process will help you make an informed decision about incorporating this network adapter into your network infrastructure. When utilized effectively, the Broadcom BCM957414N4140 network adapter can significantly enhance data connectivity and contribute to the success of your networking operations.
