HPE 882020-B21 FIO I/O Module Riser Card for Apollo 4500 Refurbished

In the world of information technology and data management, server hardware plays a crucial role. High-performance computing solutions are required to handle the ever-increasing demands of data processing, storage, and retrieval. One such component that aids in enhancing the capabilities of server systems is the HPE 882020-B21 FIO CPU0 x2/CPU1 x2 Input/Output Module Riser Card. This description provides a detailed understanding of this hardware component, its specifications, benefits, and how it is integrated into the Apollo 4500 System.

Before diving into the specifics of the HPE 882020-B21 FIO CPU0 x2/CPU1 x2 Input/Output Module Riser Card, it's essential to understand the concept of riser cards in the context of server hardware.

A riser card, also known as an expansion card, is a printed circuit board that plugs into a system board, typically a motherboard or another primary board within a computer or server. Riser cards are used to extend the capabilities of a system by providing additional slots for various expansion cards and connectors. They allow for more components to be connected to the main system board, such as graphics cards, network cards, or storage controllers.

Riser cards are especially important in server systems, where space can be limited, and efficient utilization of available slots is essential. They help optimize the use of available resources and enhance the overall performance and functionality of the server.

The HPE 882020-B21 FIO CPU0 x2/CPU1 x2 Input/Output Module Riser Card is a specific riser card designed and manufactured by Hewlett Packard Enterprise (HPE). It is designed to work with the Apollo 4500 System, a high-density, scalable storage server solution that caters to the requirements of data-intensive applications and storage environments.

This riser card, with its unique specifications and capabilities, contributes to the overall performance and functionality of the Apollo 4500 System. Let's delve into the details of this hardware component.

The HPE 882020-B21 FIO CPU0 x2/CPU1 x2 Input/Output Module Riser Card comes with a range of specifications that make it a valuable addition to server systems, especially the Apollo 4500. Here are its key specifications:

CPU Support

• The riser card is designed to accommodate two CPUs (Central Processing Units) in the Apollo 4500 System. This allows for enhanced processing power and the capability to handle computationally intensive tasks.

Input/Output Module Support

• The riser card supports Input/Output (I/O) modules. I/O modules are essential for connecting external devices and expanding the server's connectivity options. The HPE 882020-B21 allows for versatile I/O options, making it suitable for various applications.

Compatibility

• This riser card is specifically designed for use in the Apollo 4500 System, ensuring seamless integration and optimized performance.

Form Factor

• The HPE 882020-B21 FIO CPU0 x2/CPU1 x2 Input/Output Module Riser Card is designed as a half-length, half-height form factor. This compact design helps conserve space within the server chassis while still providing high functionality.

Expansion Slots

• It features multiple expansion slots, allowing for the installation of additional components, such as network adapters, storage controllers, or GPU (Graphics Processing Unit) cards.

Hot-Swap Support

• The riser card is hot-swappable, meaning it can be replaced or upgraded without the need to power down the server. This feature ensures minimal downtime and increased system availability.

Compatibility with Memory Modules

• The HPE 882020-B21 Riser Card is designed to work with specific memory modules, ensuring that memory expansion is seamless and optimized for performance.

The HPE 882020-B21 FIO CPU0 x2/CPU1 x2 Input/Output Module Riser Card offers several benefits that make it an attractive choice for enhancing server systems, particularly the Apollo 4500. Here are some of the key advantages:

• With support for two CPUs, this riser card significantly enhances the processing capabilities of the Apollo 4500 System. This is crucial for applications that require substantial computational power, such as data analytics and scientific simulations.

• The support for I/O modules means that the server can be customized to meet the specific connectivity needs of the organization. This versatility is essential for businesses with diverse data-handling requirements.

• The half-length, half-height form factor ensures that the riser card doesn't take up unnecessary space within the server chassis. This is especially important in high-density server environments where space optimization is a priority.

• The multiple expansion slots provide room for the installation of additional components. This is particularly valuable for organizations that plan to scale up their server infrastructure over time.

• The hot-swap support ensures that the riser card can be replaced or upgraded without interrupting server operations. This contributes to higher system availability and reduces downtime.

• The compatibility with specific memory modules ensures that memory expansion is straightforward and optimized for performance. This is essential for data-intensive applications that rely on large amounts of RAM.

The HPE 882020-B21 FIO CPU0 x2/CPU1 x2 Input/Output Module Riser Card is specifically designed to work with the Apollo 4500 System. Let's explore how this riser card complements the Apollo 4500 and contributes to its capabilities.

The Apollo 4500 System is a purpose-built, high-density storage server designed for data-intensive applications. It offers exceptional storage capacity and performance for organizations dealing with large volumes of data. The integration of the HPE 882020-B21 riser card enhances the Apollo 4500 in the following ways:

• Processing Power: The addition of two CPUs through the riser card ensures that the Apollo 4500 can handle the computational demands of data-intensive applications efficiently. This is vital for tasks like real-time data processing, big data analytics, and scientific simulations.
• Customized Connectivity: The support for I/O modules allows organizations to customize the Apollo 4500's connectivity options to match their specific requirements. This flexibility is critical for businesses with diverse data sources and storage needs.
• Compact Design: The half-length, half-height form factor of the riser card aligns with the space-saving design philosophy of the Apollo 4500 System. It ensures that the server can be deployed in data center environments where space is at a premium.
• Scalability: The multiple expansion slots provided by the riser card offer room for growth. As organizations expand their data storage and processing requirements, they can easily add components like network adapters, storage controllers, or GPU cards to the system.
• Minimal Downtime: The hot-swap capability of the riser card ensures that maintenance and upgrades can be carried out without interrupting the operation of the Apollo 4500. This is crucial for businesses that rely on continuous data access.
• Memory Expansion: The compatibility with specific memory modules ensures that memory expansion can be seamlessly integrated into the Apollo 4500, enabling better performance for memory-intensive applications.

In summary, the HPE 882020-B21 FIO CPU0 x2/CPU1 x2 Input/Output Module Riser Card is a tailor-made component that enhances the Apollo 4500 System, ensuring that it meets the demands of modern data-centric applications while remaining flexible, scalable, and reliable.

• Manufacturer: HPE
• Part Number or SKU# 882020-B21
• Product Name: HPE 882020-B21 FIO I/O Module Riser Card
• Device Type: Expansion Module

• Supported CPUs: CPU0 x2 and CPU1 x2
• Riser Card Type: I/O Module
• Expansion Slots: 4 (Two for CPU0 and Two for CPU1)
• Data Transfer Rate: High-speed
• Form Factor: Plug-in Module
• Interface Type: PCI Express
• Number of Ports/Slots: 4
• Compatibility: Apollo 4500

In the world of high-performance computing and data management, the HPE 882020-B21 FIO CPU0 x2/CPU1 x2 Input/Output Module Riser Card stands out as a crucial component for enhancing the capabilities of the Apollo 4500 System. With support for additional CPUs, versatile I/O options, a space-efficient design, and hot-swap capabilities, this riser card is a valuable addition to server systems handling data-intensive workloads.

As data continues to grow in volume and complexity, having the right hardware components, such as the HPE 882020-B21, is essential for organizations to meet their data processing, storage, and retrieval needs efficiently. By understanding the specifications, benefits, compatibility, and installation process of this riser card, businesses can make informed decisions regarding their server infrastructure and ensure that it aligns with their evolving requirements.