Name: 338-CMTT AMD EPYC 7502p 32-Core 2.5GHz 180W Server Processor
Brand: AMD
SKU: 338-CMTT
Price: 459.00 USD
Availability: InStock
Rating: 4.8 (119 reviews)

Product Overview
The Dell 338-CMTT EPYC 7502p processor offers a reliable foundation for server workloads requiring many cores and efficient power use. It fits within high-performance server setups where balancing speed and thermal limits is essential, providing steady multi-threaded processing for various enterprise tasks.

General Information
Brand	AMD
Part Number	338-CMTT

Technical Information
Processor Family	EPYC Rome
# Of Cores	32 Core
Total Threads	64
Max Turbo Frequency	3.35 GHz
Base Clock Speed	2.5 GHz
PCIe Version	PCIe 4.0
Lithography	7 nm
Socket Type	SP3
Cache	256 MB
Thermal Design Power	180 W

Memory Specifications
Max Memory Size	4 TB
Memory Types	DDR4
Max Memory Channels	8
Bandwidth	204.8 GB/s

Physical Characteristics
Weight	5.00
Condition	Refurbished

Miscellaneous
Compliance Standards	RoHS, CE

Product Description
This Dell 338-CMTT processor is built for data centers and enterprise servers that demand strong multi-threading capability and efficient power use. It’s commonly found in servers handling virtualization, database management, and heavy computational tasks. Engineered for professionals maintaining high-performance computing setups, this processor supports workloads that benefit from many cores and threads running simultaneously. Key Features 32 physical cores supporting 64 simultaneous threads for parallel processing Consistent 2.5 GHz base clock to maintain workload stability 180W thermal design power balancing performance and energy needs Compatible with server motherboards designed for AMD EPYC architecture Enhanced security features suited for enterprise environments Typically deployed in rack or blade servers, this processor handles demanding applications in business and cloud infrastructures. Its architecture helps improve response times and manage multiple complex processes without bottlenecks.

Use Cases
The AMD EPYC 7502p processor is engineered for high-density server environments requiring substantial multi-threaded processing power. It is best suited for data centers and enterprise IT infrastructures where efficient power consumption and core scalability directly impact workload handling and operational costs. How It's Used: Deploying virtualized environments in cloud data centers to support multiple concurrent workloads with isolation and resource efficiency. Powering large-scale storage clusters that demand high core counts for data processing and throughput optimization. Facilitating edge computing nodes where balance between performance and thermal constraints is critical. Supporting enterprise-level database management systems requiring consistent multi-core performance under heavy transactional loads. Integrating into rack server deployments for hosting containerized applications in multi-tenant architectures. This processor enables scalable and reliable server operations by delivering consistent multi-threaded performance while maintaining energy efficiency. Its design supports dense computing configurations, ensuring that infrastructure can evolve without compromising workload responsiveness or thermal management.