The HP AlphaServer ES47 without a CPU is part of the well-regarded AlphaServer family, designed for high-performance computing tasks. This particular model, with the part number DY-20AAA-AB, is offered in a base configuration that does not include the central processing unit (CPU), which provides flexibility for customisation based on specific performance requirements.
The system supports multiple CPU types from the EV68 or EV7 Alpha processor families, making it highly versatile. Additionally, it features a robust chassis designed to handle various expansion modules and hardware upgrades, such as memory, storage, and peripherals. The server provides multiple I/O slots, enabling flexible connectivity options for extensive networking or peripheral support.
This AlphaServer model is known for its reliability and stability, ideal for scientific applications, enterprise resource planning (ERP), and other mission-critical tasks. Though this unit specifically does not come with a CPU, once configured, it is capable of scaling up to a multi-processor environment for high performance. Its architecture supports large amounts of RAM with excellent bandwidth, which is crucial for managing large datasets or multitasking operations.
The HP AlphaServer ES47 offers legacy support for older applications while maintaining the potential for integration with modern network systems. Users typically appreciate the system's expandability and the ability it provides to integrate additional hardware, creating a powerful server environment tailored to specific organisational needs. Without a pre-installed CPU, this unit is geared towards budget-conscious IT setups that prefer acquiring processors separately or making custom upgrades.
EOL Technology Services aids in maintaining your HP AlphaServer ES47 by offering replacement parts, professional services, and ongoing technical support. Whether you need assistance with setup or acquiring the right components, EOL Technology ensures you have the necessary parts, like CPUs, to guarantee optimised system performance over time.
