Overview:
The AMD EPYC 7702P processor sets new standards as a leader in the realm of data center computing, boasting an impressive array of features and capabilities that redefine performance expectations. With a legacy of 80 world records, this processor raises the bar for data center performance, enabling unparalleled efficiency and productivity.
Features:
- Cloud Computing: The AMD EPYC processors power instances across leading cloud service providers worldwide, delivering exceptional performance and scalability for cloud computing environments.
- Software Defined Infrastructure: Transform your data center operations with AMD EPYC processors, turbocharging application performance and enhancing data security with advanced features designed to meet the demands of modern software-defined infrastructures.
- High Performance Computing: Pushing the boundaries of x86 performance, efficiency, and security, the EPYC processors deliver on the promise of next-generation high-performance computing, enabling breakthroughs in scientific research, simulations, and more.
Technical Specifications:
Specification |
Details |
Product Name |
AMD EPYC 64C Model 7702P 200W 3350MHz |
Manufacturer Part Number |
100-000000047 |
Product Type |
Processor |
Processor Core |
Tetrahexaconta-core (64 Core) |
Thermal Design Power (TDP) |
200 W |
Processor Manufacturer |
AMD |
Product Family |
EPYC 7002 |
Processor Generation |
2nd Gen |
Processor Threads |
128 |
L2 Cache |
32 MB |
L3 Cache |
256 MB |
Clock Speed |
2 GHz |
Processor Socket |
Socket SP3 |
Product Model |
7702P |
Process Technology |
7 nm |
64-bit Processing |
Yes |
Overclocking Speed |
3.35 GHz |
Product Series |
7002 |
Package Type |
OEM |
Product Line |
EPYC |
The AMD EPYC 7702P processor embodies innovation and performance excellence, empowering organizations to meet the demands of modern computing environments with ease. Whether it’s cloud computing, software-defined infrastructure, or high-performance computing, this processor sets the standard for efficiency, security, and overall system throughput.
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