Cisco UCSC-PCI-1-C240M5= SmartPlay C240 M5L Riser Card. Brnd New

UCSC-PCI-1-C240M5= Cisco SmartPlay C240 M5L Riser Card

The UCSC-PCI-1-C240M5= Cisco SmartPlay C240 M5L Riser Card is an essential hardware component for Cisco's UCS C240 M5 Rack Server. This riser card enables the integration of additional expansion cards such as PCIe cards into the server system, enhancing its functionality and scalability. Designed to meet the demands of high-performance data centers, the UCSC-PCI-1-C240M5= provides the flexibility necessary for supporting a range of workloads from virtualization to high-density computing tasks.

Overview of the UCSC-PCI-1-C240M5= Riser Card

The UCSC-PCI-1-C240M5= is an integral part of Cisco’s Unified Computing System (UCS) portfolio. It is specifically designed to work with the Cisco UCS C240 M5 server, which is a 2U rackmount server that provides high performance, flexibility, and scalability for a wide variety of applications. The riser card is responsible for expanding the server’s capabilities, particularly in terms of I/O throughput, by supporting multiple PCIe slots for network cards, storage controllers, and other hardware components. This allows organizations to configure their systems according to specific workload requirements, such as running demanding enterprise applications, managing virtualization environments, and handling data-intensive processes.

Key Features of UCSC-PCI-1-C240M5=

• High Expansion Capacity: The UCSC-PCI-1-C240M5= riser card supports multiple PCIe slots, allowing you to install up to two full-length PCIe cards. This enables easy expansion for network and storage capabilities.
• Flexible Configuration: It offers flexibility in terms of available PCIe slots, supporting various configurations to accommodate diverse workloads and business needs.
• Improved I/O Throughput: By supporting high-speed PCIe cards, the riser card ensures optimal data throughput, reducing bottlenecks and increasing overall system performance.
• Reliability and Performance: The UCSC-PCI-1-C240M5= is built to provide continuous, stable performance in data centers and mission-critical environments.
• Compatibility: It is fully compatible with the Cisco UCS C240 M5 server, ensuring seamless integration with other system components for maximum uptime.

Application and Use Cases of the UCSC-PCI-1-C240M5= Riser Card

The UCSC-PCI-1-C240M5= Cisco SmartPlay C240 M5L Riser Card is a vital component for businesses that need to scale their server infrastructure to meet growing demands. Some of the most common applications and use cases for this riser card include:

Virtualization Environments

Virtualization requires significant processing power and memory resources. With the UCSC-PCI-1-C240M5= riser card, Cisco UCS C240 M5 servers can be equipped with high-performance network and storage expansion cards, which are essential for supporting virtualized workloads. The riser card supports PCIe slots for 10 GbE, 25 GbE, or 40 GbE network adapters, as well as SAS or SATA controllers for storage expansion. This enables virtualized environments to operate with greater efficiency and speed, reducing latency and improving response times for virtual machines (VMs) and applications.

High-Density Computing

For high-density computing environments, such as big data analytics or AI/ML workloads, the ability to add specialized hardware like GPUs or FPGA cards is crucial. The UCSC-PCI-1-C240M5= riser card allows the Cisco UCS C240 M5 server to accommodate such specialized cards, significantly boosting processing power for applications that require high-performance computing resources. This makes the riser card ideal for handling compute-intensive workloads like data modeling, scientific simulations, and artificial intelligence.

Networking Expansion

In large data centers and enterprise networks, efficient network connectivity is a key component of a well-performing infrastructure. The UCSC-PCI-1-C240M5= riser card allows Cisco UCS C240 M5 servers to support additional network interface cards (NICs) for increased bandwidth and faster data transfer rates. With PCIe slots that support 10 GbE, 25 GbE, or even higher network cards, businesses can ensure they have the necessary network capacity for large-scale data transfers and real-time communication between servers.

Storage Expansion

As data storage needs grow, businesses often require more storage options to accommodate massive datasets. The UCSC-PCI-1-C240M5= riser card can house storage controllers such as SAS, SATA, and NVMe, providing the means to connect additional storage devices to the UCS C240 M5 server. This flexibility enables seamless integration with existing storage arrays and ensures that businesses can scale their storage infrastructure without compromise.

Compatibility and Installation of UCSC-PCI-1-C240M5=

When upgrading or expanding the Cisco UCS C240 M5 server, it is important to ensure that the UCSC-PCI-1-C240M5= riser card is installed correctly and is compatible with other components in the system. Below are important considerations for compatibility and installation:

System Compatibility

The UCSC-PCI-1-C240M5= riser card is designed specifically for the Cisco UCS C240 M5 series servers. It will not be compatible with other models of Cisco UCS servers or other brands of servers. To ensure compatibility, it is crucial to verify that your system is a UCS C240 M5 model before purchasing and installing the riser card.

Installation Guidelines

Installation of the UCSC-PCI-1-C240M5= is a straightforward process, but it requires careful attention to detail to ensure that the riser card is properly connected and functioning. Here are the general steps for installing the riser card:

• Turn off the server and disconnect it from any power source.
• Remove the server cover to access the motherboard and PCIe slots.
• Locate the designated PCIe riser card slot on the server's motherboard.
• Insert the UCSC-PCI-1-C240M5= riser card into the PCIe slot, ensuring that it is securely seated.
• Reattach the server cover and reconnect the power supply.
• Power on the server and confirm that the riser card is detected by the system during boot-up.

Supported PCIe Cards

While the UCSC-PCI-1-C240M5= riser card supports a range of PCIe cards, it's important to ensure that the chosen cards are compatible with both the riser and the server. Some common PCIe card types supported by the riser card include:

• Network Adapters: Cards that provide network connectivity, such as 10GbE, 25GbE, or 40GbE NICs, for enhanced network throughput.
• Storage Controllers: SAS, SATA, and NVMe controllers for managing additional storage devices such as SSDs or hard drives.
• Graphics Processing Units (GPUs): For workloads requiring high levels of parallel processing, the UCSC-PCI-1-C240M5= riser card supports GPUs for accelerated computing tasks.

Benefits of the UCSC-PCI-1-C240M5= Riser Card

Organizations looking to scale their server infrastructure will benefit from the UCSC-PCI-1-C240M5= riser card in several key areas:

Enhanced System Performance

By supporting high-speed PCIe cards, the UCSC-PCI-1-C240M5= ensures faster data transfer rates, reducing bottlenecks in the system and improving overall performance. This is especially critical for applications that rely on large-scale data processing or real-time communication, such as virtualization and high-performance computing tasks.

Scalability and Flexibility

The ability to add multiple PCIe cards allows businesses to easily scale their Cisco UCS C240 M5 servers to meet changing workloads. Whether it's increasing storage capacity, adding additional network bandwidth, or deploying GPUs for complex processing tasks, the UCSC-PCI-1-C240M5= riser card ensures that the system can grow alongside the organization's evolving needs.

Future-Proofing Your Infrastructure

As technology continues to evolve, the UCSC-PCI-1-C240M5= provides the flexibility necessary to keep pace with emerging technologies. The support for high-speed PCIe cards ensures that businesses can future-proof their server infrastructure by enabling easy upgrades as new advancements in network and storage technologies become available.