12 - node - 3U - 3U Rackmount Servers

Our 3U rackmount servers are at the forefront of multiprocessor technology, offering superior computational power that integrates seamlessly with advanced system architectures. These 3U server racks are not just powerful, they are custom-built for versatility, enabling them to effortlessly take on critical roles within network infrastructure, serve as robust front-end enterprise units, or operate in low-downtime cluster server systems.

Exceptional Features:

• Advanced Multiprocessing: Tailored for complex tasks, our 3U servers excel in environments that demand high-level processing capabilities.
• Customizability: With a plethora of options, you can configure these servers to the specificities of your high-density computing needs.
• Energy-Efficiency: Designed with power conservation in mind, these servers optimize energy use without compromising on performance.
• Reliability: Engineered for peak performance, expect a server solution you can trust for your most mission-critical operations.

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 4U Rackmount Servers, which bridge the gap for those seeking to upgrade their server infrastructure without compromising on quality.

3U is three rack unit high devices, that are 19" wide in standard rack enclosures. Usually need 4 point installations. It means Rack cabinet must have rear rails to support the weight of the server. Mostly sliding rail kit is included with servers.
12-node server configurations deliver unparalleled computational power by incorporating twelve discrete nodes into a single case, ideal for data-intensive and parallel computing applications. Used primarily in high-performance computing clusters, big data analytics, and complex simulations, these 12-node servers offer the dual advantages of remarkable scalability and optimized resource utilization.