867159-B21 | HPE Apollo r2800 Servers

HPE 867159-B21 is an Apollo r2800 Servers. Identify it by part number rather than appearance: parts in this class frequently look the same across generations that will not work in each other’s place.

What to check before you buy. Three things decide whether a server will suit the job. The generation, because the processors, memory and controllers that fit one generation generally do not fit the next even where the chassis looks identical. The drive configuration, because a chassis built for small form factor disks cannot take large form factor ones without a different cage and backplane. And how it is specified to be populated, since a second processor usually needs its own heatsink and may enable memory slots that are otherwise unusable. It is also worth asking what is physically included: rails, bezel, drive carriers and the remote management licence are all commonly sold separately from the chassis.

How we supply it. Supplied new where available, otherwise as tested stock with warranty, subject to availability. Send us the host model along with the part number and we will check compatibility before you commit. We reply by the next working day.

867159-B21 Specification :

Model : 867159-B21 – HPE Apollo r2800 Servers

Detail : 867159-B21 – HPE Apollo r2800 Servers S-ERVER

Name : 867159-B21

Brand : HPE

Overview

The 867159-B21 model of HPE Apollo r2800 servers is a powerful and versatile solution designed to meet the demanding requirements of modern data centers. With its exceptional performance, scalability, and reliability, this server offers a wide range of features that empower businesses to achieve optimal results in their data processing operations.

Introduction

At the heart of the HPE Apollo r2800 is its robust processing power. Equipped with the latest generation of Intel Xeon processors, this server delivers exceptional performance for handling compute-intensive workloads with ease. Whether it’s running complex simulations, performing data analytics, or supporting virtualization, the 867159-B21 model ensures efficient and reliable operations, enabling organizations to process large volumes of data quickly and effectively.

One of the standout features of the HPE Apollo r2800 is its flexible and scalable design. With support for up to four compute trays, businesses can customize their server configuration to meet their specific needs. Each compute tray can accommodate up to two processors, providing the flexibility to scale computing power according to workload demands. This modular approach allows organizations to adapt their infrastructure as their data processing requirements evolve over time.

In addition to its compute capabilities, the HPE Apollo r2800 excels in storage capacity. With support for up to 72 small form factor (SFF) drives, businesses can expand their storage capabilities to accommodate vast amounts of data. This versatility enables organizations to effectively manage and store their data, ensuring quick access and retrieval when needed.

Scalability is further enhanced by the server’s high-speed interconnect fabric. The HPE Apollo r2800 utilizes high-bandwidth networking technologies, such as InfiniBand or Ethernet, to provide fast and efficient communication between compute trays and external devices. This allows organizations to build interconnected systems that can handle large-scale data processing tasks, making it ideal for high-performance computing (HPC) and data-intensive applications.

Reliability and availability are critical aspects of the HPE Apollo r2800 server. It incorporates advanced fault-tolerant features, such as redundant power supplies and hot-swappable components, to minimize downtime and ensure uninterrupted operations. Additionally, the server’s intelligent management capabilities enable proactive monitoring and alerting, allowing administrators to identify and address potential issues before they impact system performance.

Efficiency is a key consideration in modern data centers, and the HPE Apollo r2800 addresses this through its energy-efficient design. The server utilizes power-efficient components and employs advanced cooling mechanisms to optimize energy consumption while maintaining optimal operating temperatures. This not only helps organizations reduce their operational costs but also contributes to a greener IT infrastructure.

The HPE Apollo r2800 also incorporates comprehensive management and security features. With integrated management tools, administrators have full control and visibility over the server’s hardware, enabling remote management, diagnostics, and firmware updates. The server also incorporates robust security measures, including secure boot and firmware validation, to protect against unauthorized access and potential threats to data integrity.

In summary, the 867159-B21 model of HPE Apollo r2800 servers offers exceptional performance, scalability, reliability, and efficiency for modern data centers. With its powerful processing capabilities, extensive storage capacity, flexible design, and advanced management features, it empowers businesses to optimize their data processing operations and adapt to evolving business needs. Whether it’s for HPC, data analytics, or virtualization, this server provides the reliability and performance required to drive business success in the digital age.

* Advantages

• Powerful processing capabilities with the latest generation of Intel Xeon processors
• Flexible and scalable design with support for up to four compute trays and two processors per tray
• High storage capacity with support for up to 72 small form factor (SFF) drives
• High-speed interconnect fabric for efficient communication between compute trays and external devices
• Advanced fault-tolerant features for improved reliability and availability
• Energy-efficient design to optimize power consumption and reduce operational costs
• Comprehensive management tools for remote administration, diagnostics, and firmware updates
• Robust security measures including secure boot and firmware validation to protect against unauthorized access and data integrity threats