Certified with Oracle Linux - Octo node - 4U Rackmount Servers

Unlock unmatched adaptability with our 4U servers, engineered to offer an extensive array of customizable features tailored to a wide spectrum of customer requirements. Whether you’re considering varying memory capacities, hard disk configurations, types of power supplies, I/O placement, or expansion options such as PCI slots and networking features, our 4U servers are designed to accommodate any setup or application.

Diverse Application Excellence:

• Data Center and Cloud Computing: Crafted for the most intensive computing environments, ensuring reliability and scalability.
• High-Performance Computing (HPC): Meet the stringent demands of computational research with our powerful 4U servers.
• Engineering and Research: Support your sophisticated projects with servers that have the power to process and analyze vast amounts of data.
• GPU Intensive Projects: Tailored for tasks that require significant graphics processing capabilities, perfect for rendering or AI-driven workloads.
• File and Storage Server: Ideal solutions for expansive storage needs, providing secure and efficient data management.

Explore our selection to find the Rackmount Server that fits your needs. When it's time to augment your server's storage or capabilities, our collection progresses to include powerful solutions such as the versatile and high-capacity 5U-10U Rackmount Servers, which bridge the gap for those seeking to upgrade their server infrastructure without compromising on quality.

Servers Certified for Oracle's enterprise software solutions are predominantly used in large corporations and data centers, focusing on use-cases like database management, ERP, and cloud services. These products offer key benefits such as robust data analytics, high-level security features, and seamless integration capabilities, making them essential for data-intensive and mission-critical operations.
Octo-node server configurations pack eight independent computing nodes into a single chassis, maximizing computational density for highly scalable workloads. Ideal for large-scale virtualization, cloud services, and high-throughput computing tasks, these servers provide the benefits of enhanced performance and efficiency, while conserving rack space and energy costs.