Cisco Intel Xeon Gold (3rd Gen) 5320T Icosa-core (20 Core) 2.30 GHz Processor Upgrade

The Cisco Intel Xeon Gold (3rd Gen) 5320T Icosa-core (20 Core) 2.30 GHz Processor Upgrade is engineered to elevate your computing experience to new heights. This state-of-the-art processor is tailored for high-performance computing environments, delivering unprecedented speed, reliability, and efficiency. It's an ideal solution for data centers, large enterprises, and businesses that require robust performance and exceptional multitasking capabilities. With its sophisticated architecture and cutting-edge technology, the Xeon Gold 5320T ensures that your system operates at peak performance, making it a valuable investment for any serious IT infrastructure.

• Exceptional Core Configuration: The Xeon Gold 5320T features an Icosa-core design with 20 cores, allowing for seamless multitasking and parallel processing. This means your complex applications and workloads can execute more quickly than ever before.
• Impressive Overclocking Ability: With a base clock speed of 2.30 GHz and the capability to reach up to 3.50 GHz through overclocking, this processor can adapt to the demands of intense computing tasks while maintaining energy efficiency.
• Efficient 10 nm Technology: Utilizing advanced 10 nm process technology, the Xeon Gold 5320T enhances performance per watt, making it an energy-efficient choice that does not compromise on speed or power.
• Enhanced Cache Memory: Featuring a substantial 30 MB of L3 cache memory, this processor minimizes delays during critical tasks, ensuring a smooth and responsive system performance.
• Robust Thread Management: Supporting 40 threads, the Xeon Gold 5320T guarantees that your system can manage multiple tasks simultaneously without bottlenecks, significantly improving productivity.

Technical Details of Product

• Processor Family: Intel Xeon Gold (3rd Gen)
• Core Count: 20 Cores
• Base Frequency: 2.30 GHz
• Max Turbo Frequency: 3.50 GHz
• L3 Cache: 30 MB
• Architecture: 64-bit
• Fabrication Process: 10 nm
• Socket Type: LGA-4189
• TDP: 150 W
• Threads: 40 Threads

How to Install

Installing the Cisco Intel Xeon Gold 5320T Processor Upgrade is a straightforward process. Follow these steps for a successful installation:

1. Power down your server and unplug all cables.
2. Open the server chassis to access the motherboard.
3. Locate the existing processor, carefully release the locking mechanism, and remove the old processor.
4. Remove the new Xeon Gold 5320T from its packaging, being careful to avoid touching the pins.
5. Align the processor with the socket, ensuring that notches align, and gently place it into the socket.
6. Lock the processor in place by securing the locking mechanism.
7. Apply thermal paste if necessary, then attach the cooling solution.
8. Close the server chassis, reconnect all cables, and power on the system.
9. Verify that the system recognizes the new processor in BIOS.

Frequently Asked Questions

What are the main benefits of using the Xeon Gold 5320T?

The main benefits include enhanced processing power with 20 cores, energy efficiency due to its 10 nm architecture, and the ability to handle multiple tasks with 40 threads, leading to improved productivity.

Is this processor compatible with my existing server?

Compatibility depends on the motherboard's socket type (LGA-4189) and chipset. Please consult your server's specifications to confirm compatibility.

Can I overclock the Xeon Gold 5320T processor?

Yes, the Xeon Gold 5320T supports overclocking, allowing you to boost performance when needed, but it is recommended to ensure proper cooling solutions are in place.

How does the L3 cache improve performance?

A larger L3 cache, like the 30 MB in the Xeon Gold 5320T, improves performance by providing quicker access to frequently used data, reducing latency and enhancing overall processing speed during tasks.

What kind of applications is the Xeon Gold 5320T ideal for?

This processor is ideal for data-intensive applications, virtualization, cloud computing, and high-performance computing tasks that require reliable and efficient processing capabilities.