
( Brand: Ibm ), ( Type: Adapter ), ( Manufacturer Part Number: 32R2892 )
The IBM 32R2892 E-Series PCIe Riser X3550 is a versatile and high-performance expansion solution designed for IBM Power Systems E-Series servers. This riser card is part of the 32R2883 set and comes with three PCIe slots, each capable of accommodating full-length, double-width PCIe cards.
The PCIe slots on this riser card support data transfer rates up to PCIe Gen3 x8, enabling fast and efficient communication between the server's CPU and the attached expansion cards. These slots are also backwards compatible with PCIe Gen2 and PCIe Gen1 devices, providing greater flexibility for your IT infrastructure.
The IBM 32R2892 E-Series PCIe Riser X3550 is built using reliable, enterprise-grade components to ensure long-term durability and stability. It is designed to fit seamlessly into IBM Power Systems E-Series servers, with a low-profile form factor and a simple, plug-and-play installation process.
This riser card also features advanced power management capabilities, including support for IBM PowerVM Live Partition Mobility and IBM PowerHA SystemMirroring for uninterrupted power and data availability. It is also designed to minimize power consumption, contributing to energy efficiency and cost savings in your data center.
The IBM 32R2892 E-Series PCIe Riser X3550 is an ideal choice for a wide range of applications, from database servers and virtualization hosts to network appliances and storage systems. With its robust design, high-performance capabilities, and enterprise-class features, it is the perfect expansion solution for IBM Power Systems E-Series servers.
The IBM 32R2892 E-Series PCIe Riser X3550 32R2883 set is a component designed for IBM Power Systems servers to expand the number of PCIe slots available. Here are some potential pros and cons that might help in deciding whether to purchase this product.
Pros:1. Increases the number of available PCIe slots: This riser card set allows users to add more PCIe devices to their IBM Power Systems servers, which can be particularly useful for those requiring multiple high-speed expansion cards.
2. Compatibility: IBM E-Series servers are known for their robustness and broad compatibility. This riser card set is specifically designed for these servers, ensuring a reliable and seamless installation.
3. Improved Performance: By adding more PCIe slots, users can potentially improve the overall performance of their servers by offloading workloads to dedicated expansion cards.
Cons:1. Cost: The IBM 32R2892 E-Series PCIe Riser X3550 32R2883 set is an expensive component. Users must consider the cost-benefit analysis before deciding to purchase it.
2. Complexity: Installing a riser card set can be a complex process, especially for those without extensive IT experience. It may require specialized knowledge or professional assistance.
3. Power Consumption: Adding more PCIe devices to a server increases the overall power consumption. Users must ensure their power supplies can handle the additional load.
In conclusion, the IBM 32R2892 E-Series PCIe Riser X3550 32R2883 set is a valuable addition for users who require multiple PCIe slots in their IBM Power Systems servers. It offers improved performance, compatibility, and increased flexibility. However, it comes at a cost and may require professional assistance during installation. Ultimately, the decision to purchase this product depends on the specific requirements and budget of the user.
Recommendation:If your IBM Power Systems server requires additional PCIe slots for high-performance expansion cards, the IBM 32R2892 E-Series PCIe Riser X3550 32R2883 set is a recommended choice. It ensures compatibility, reliability, and improved performance, making it a worthwhile investment for data-intensive workloads. However, it's essential to consider the cost, complexity, and power consumption implications before making a purchase.
IBM eSeries PCI-e Riser X3550 - Set of From a smoke free environment. Sorry for the inconvenience. Removed from a working environment.
32R2892 32R2883.