Cisco AMD EPYC 7003 74F3 Tetracosa-core (24 Core) 3.20 GHz Processor Upgrade

CiscoSKU: 7432450

Price:
Sale price$7,400.63

Description

The Cisco AMD EPYC 7003 74F3 Tetracosa-core (24 Core) 3.20 GHz Processor Upgrade is designed to transform your server performance, making it an outstanding choice for demanding computational tasks. With its cutting-edge architecture, this processor excels in high-performance environments, ensuring that your server workloads are processed with unparalleled speed and efficiency. Whether you are running resource-intensive applications or managing extensive datasets, this processor upgrade is engineered to meet your needs effortlessly. Its innovative 24-core design enables exceptional multitasking, making it the perfect solution for enterprises looking to boost their computing capabilities.

  • Exceptional Performance: The Tetracosa-core (24 Core) design facilitates outstanding multitasking capabilities and rapid processing speeds, allowing you to manage multiple tasks seamlessly and efficiently.
  • Impressive Overclocking: With a maximum clock speed of 4 GHz, this processor optimizes performance during peak workloads, ensuring your applications run smoothly even under heavy demand, providing a significant edge in performance.
  • Massive Cache Memory: Featuring 256 MB of L3 cache memory, the Cisco AMD EPYC 7003 significantly enhances system performance, allowing for quick access to frequently used data while minimizing latency for critical applications.
  • Advanced Threading: Equipped with 48 threads, this processor upgrade vastly improves parallel processing capabilities, ensuring efficient resource allocation across multiple applications, ultimately enhancing workflow productivity.
  • Energy Efficient: With a power consumption of 240 W, the Cisco AMD EPYC 7003 74F3 balances high performance with energy efficiency, making it a cost-effective choice for long-term use, reducing operational costs.

Technical Details of Product

  • Model: Cisco AMD EPYC 7003 74F3
  • Core Count: 24 Cores
  • Clock Speed: 3.20 GHz (Up to 4 GHz Overclocking)
  • L3 Cache: 256 MB
  • Socket Type: SP3
  • Power Consumption: 240 W
  • Thread Count: 48 Threads

How to Install

Installing the Cisco AMD EPYC 7003 74F3 Processor Upgrade is a straightforward process that can be accomplished with basic technical expertise. Follow these steps for a successful installation:

  1. Ensure your system is powered off and unplugged for safety.
  2. Open your server chassis to access the motherboard.
  3. Carefully remove the existing processor if applicable by releasing the retention lever.
  4. Align the new processor with the socket, ensuring the notches match, and gently place it in the socket.
  5. Secure the processor by lowering the retention lever until it clicks into place.
  6. Apply thermal paste (if not pre-applied) to the top of the processor.
  7. Reattach the heatsink/fan assembly securely over the processor.
  8. Close the server chassis, plug it back in, and power on the system.
  9. Access the BIOS to confirm that the processor has been recognized correctly.

Frequently Asked Questions

Q: Is this processor compatible with my server?
A: This processor requires a motherboard with an SP3 socket and support for AMD EPYC processors. Please verify compatibility before purchasing.
Q: What cooling solution is recommended?
A: It is essential to use a compatible heatsink/fan assembly that can manage the thermal output of a 240 W processor, as overheating can damage the processor.
Q: Can this processor handle virtualization?
A: Yes, with its high core and thread count, it is ideally suited for virtualization tasks, providing excellent performance for multiple virtual machines.
Q: What type of memory is supported?
A: The Cisco AMD EPYC 7003 supports DDR4 memory, and the specific configurations depend on your motherboard's specifications.
Q: How does the processor affect system performance?
A: Upgrading to the Cisco AMD EPYC 7003 74F3 processor significantly improves overall system performance, particularly for multi-threaded applications and heavy workloads.

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