
( Brand: Broadcom ), ( Manufacturer Part Number: BCM957414A4142CC ), ( Part Type: Network Card ), ( Form Factor: Plug-in Card ), ( Compatible Port: Pci-express X8 ), ( Country Of Origin: China ), ( Maximum Data Rate: 25gbps )
The **Broadcom BCM957414A4142CC 25Gbps Dual-Port SFP28 PCIe x8 Network Card** is a high-performance, enterprise-grade networking solution designed to deliver unparalleled speed, reliability, and scalability for demanding data center, cloud computing, and high-bandwidth applications. Engineered with Broadcom s advanced **BCM957414A** chipset, this dual-port adapter leverages cutting-edge **25 Gigabit Ethernet (25GbE)** technology to provide seamless, low-latency connectivity over **SFP28 (Small Form-factor Pluggable 28)** transceivers, making it an ideal choice for modern infrastructure requiring high-speed data transfer, virtualization, and storage networking. With a robust **PCIe 3.0 x8** interface, the card ensures maximum bandwidth utilization while maintaining energy efficiency, making it well-suited for servers, storage arrays, and network switches in environments where performance and throughput are critical.
Featuring **dual independent ports**, this network card enables load balancing, failover redundancy, and seamless failover capabilities, enhancing uptime and operational resilience in mission-critical deployments. Each port supports **25Gbps full-duplex communication**, allowing for aggregate bandwidths of up to **50Gbps**, which is essential for high-performance computing (HPC), virtualized environments, and next-generation storage protocols like **NVMe over Fabrics (NVMe-oF)** and **iWARP**. The card is fully compatible with **Broadcom s advanced driver stack**, including support for **RDMA (Remote Direct Memory Access)**, **SR-IOV (Single Root I/O Virtualization)**, and **VMDq (Virtual Machine Device Queues)**, enabling efficient resource allocation and reduced CPU overhead in virtualized server environments.
Built with **enterprise-grade reliability**, the BCM957414A4142CC is designed to withstand the rigors of 24/7 operation, featuring **low-power consumption** and **high signal integrity** to minimize errors and maximize data integrity. The card supports **QSFP28 breakout compatibility**, allowing for flexible deployment in environments where **4x 25Gbps** or **1x 100Gbps** connectivity is required, further enhancing its versatility. Whether deployed in **hyperscale data centers, cloud providers, or high-performance storage networks**, this network card delivers the speed, efficiency, and scalability needed to support next-generation workloads, including AI/ML training, big data analytics, and real-time data processing.
Additionally, the **Broadcom BCM957414A4142CC** is optimized for **low-latency applications**, making it a preferred choice for financial trading systems, high-frequency trading (HFT), and latency-sensitive applications where every microsecond counts. Its **comprehensive driver support** across major operating systems, including **Windows Server, Linux (RHEL, Ubuntu, SUSE), and VMware ESXi**, ensures seamless integration into existing IT infrastructures. With **Broadcom s industry-leading quality assurance**, this network card is built to meet the stringent demands of modern data centers, providing a future-proof solution that can scale alongside evolving networking requirements. Whether used for **high-speed interconnects, storage networking, or cloud computing**, the BCM957414A4142CC delivers a powerful, high-performance networking experience that drives efficiency and innovation in today s digital landscape.
### **Pros and Cons of the Broadcom BCM957414A4142CC 25Gbps Dual-Port SFP28 PCIe x8 Network Card**
#### **Pros**
1. **High Throughput and Performance**
The card supports **25Gbps per port**, enabling near-line-rate speeds in modern data centers and high-performance computing environments. This is ideal for applications requiring large-scale data transfer, such as storage networks, virtualization, and cloud computing.
2. **Dual-Port Design**
Having **two SFP28 ports** allows for redundancy, load balancing, and improved fault tolerance. This is particularly useful in enterprise and high-availability setups where a single link failure should not disrupt operations.
3. **PCIe x8 Interface**
The card is designed for **PCIe 3.0 x8**, ensuring sufficient bandwidth to fully utilize the 25Gbps ports without becoming a bottleneck. This is critical for servers with multiple high-speed network interfaces.
4. **Compatibility with SFP28 Transceivers**
The SFP28 form factor supports a variety of **25Gbps transceivers**, including direct-attach cables (DAC), active optical cables (AOC), and fiber optic modules (QSFP28 breakout). This flexibility allows for different deployment scenarios, from short-reach copper connections to long-distance fiber optics.
5. **Enterprise-Grade Reliability**
Broadcom is a well-established manufacturer in networking hardware, known for robust and stable drivers and firmware. This card is likely to have **low latency, high packet throughput, and minimal errors** in production environments.
6. **Support for Advanced Networking Features**
The card likely supports **offloading capabilities** such as TCP/IP checksum, segmentation, and large send/receive (LSO/LRO), which can improve server performance by reducing CPU overhead.
7. **Scalability for Modern Infrastructure**
With the rise of **100Gbps and beyond** in data centers, having 25Gbps ports allows for easier migration paths. Many modern switches and servers support 25Gbps, making this card a practical choice for future-proofing.
---
#### **Cons**
1. **Cost**
High-speed networking hardware, especially dual-port 25Gbps cards, tends to be **more expensive** than traditional 1Gbps or even 10Gbps solutions. The cost may not be justified for small businesses or budget-conscious deployments.
2. **Power Consumption**
25Gbps interfaces generally consume **more power** than 10Gbps or lower-speed cards. This could impact server efficiency, especially in environments with strict power budgets or high-density deployments.
3. **Driver and Compatibility Issues**
While Broadcom drivers are generally reliable, **some Linux distributions or older operating systems** may require additional configuration or custom drivers. Windows support is usually stable, but enterprise Linux environments (e.g., RHEL, SLES) may need testing to ensure full functionality.
4. **Limited Physical Ports on Some Servers**
Some server models (especially older or budget-friendly ones) may not have **PCIe x8 slots** or sufficient power delivery for high-speed NICs. Ensure the server s motherboard and power supply can support the card.
5. **Transceiver Costs**
While the card itself is expensive, **SFP28 transceivers** (especially high-quality fiber or long-reach modules) can add significant cost. Direct-attach cables (DAC) are cheaper but have limited reach, while fiber modules can be pricey for long-distance connections.
6. **Overkill for Some Use Cases**
If the primary use case involves **low-bandwidth applications** (e.g., web servers, basic file sharing), a 25Gbps card may be **unnecessarily powerful**, leading to wasted resources and higher costs without meaningful performance gains.
7. **Potential for Driver Bugs or Instability**
Like any high-performance hardware, there is a **small risk of driver bugs** in early adopter scenarios. While Broadcom generally maintains stability, some edge cases (e.g., custom kernel builds) may require additional troubleshooting.
---
### **Conclusion**
The **Broadcom BCM957414A4142CC 25Gbps dual-port SFP28 PCIe x8 network card** is a **high-performance, enterprise-grade solution** ideal for environments requiring **high-speed, low-latency networking**. It excels in **data centers, virtualization, storage networks, and high-throughput computing**, where dual 25Gbps links provide redundancy and scalability.
However, it is **not a cost-effective or necessary choice** for small businesses, low-bandwidth applications, or legacy systems. The **upfront and ongoing costs** (including transceivers) must be weighed against the benefits.
### **Recommendation**
- **Buy this card if:**- You are deploying a **modern data center, cloud infrastructure, or high-performance computing cluster**.
- You need **dual 25Gbps links for redundancy, load balancing, or migration to 100Gbps**.
- Your server has a **PCIe x8 slot** and sufficient power delivery.
- You are using **Linux or Windows Server** with Broadcom-supported drivers.
- **Avoid this card if:**- Your budget is tight, and **10Gbps or lower-speed solutions** suffice.
- Your server lacks **PCIe x8 slots** or proper power delivery.
- You are running **legacy operating systems** with limited driver support.
- The use case does not require **high-speed, low-latency networking**.
For most **enterprise, virtualization, or high-performance workloads**, this card is a **strong investment**. For smaller deployments, consider **single-port 25Gbps cards or 10Gbps solutions** to balance cost and performance.
Overview: Broadcom. For refurbished items, return product must be properly packed to prevent damage the item during shipping. Delivery will not be re-routed to different address.: The BCM957414A4142CC is a Broadcom dual-port 25GbE server network card based on the BCM57414 chirpiest.
Compatibility. Network Card, Part Number. Condition: Used. Plug-in Card, Data Link Protocol.
It is designed for data centers and virtualization workloads, offering features like RDMA, SR-IOV, hardware offload efficient high-speed networking. It uses a Pci 3.0 x8 interface and supports 25G/10G Ethernet speeds. PCI Express x8. Retail Part #: BCM957414A4142CC.
Form Factor Plug-in Card.