100-000000057

Overview Of 100-000000057

Introducing the cutting-edge AMD EPYC™ 7452 Server Processor, setting new standards in data center performance. Engineered with 7 nm process technology, this powerhouse runs at 2.35 GHz clock speed in a Dotriaconta-core design, delivering unrivaled processing capabilities for cloud computing, software-defined infrastructure, high-performance computing, and big data analytics. With a massive 128 MB L3 cache and 64 threads, this EPYC processor from AMD ensures exceptional speed and efficiency, ideal for modern data center workloads. Its Socket SP3 compatibility seamlessly integrates into diverse network infrastructures, supporting 64-bit processing and overclocking speeds up to 3.35 GHz for enhanced productivity.
Unlock unparalleled security and scalability with the EPYC 7452 processor. Featuring 16 MB L2 cache and a 155 W thermal design power, this processor from the EPYC 7002 family guarantees robust protection for critical data and optimal performance under heavy workloads. With advanced features like OEM package type and support for next-gen technologies, this processor offers seamless integration and expansion options. Experience reliable power supply choices, enhanced cooling solutions, and unmatched system throughput, making the EPYC 7452 the ideal choice for organizations seeking top-tier performance, security, and flexibility in their data center operations.

Processor Type	Dotriaconta-core (32 Core)
Process Technology	Advanced 7 nm technology
Clock Speed	2.35 GHz base, up to 3.35 GHz overclocked
Cache Memory	Combination of 16 MB L2 and 128 MB L3 cache
Processor Threads	Supports up to 64 threads for multitasking
Thermal Design Power	Efficient 155 W TDP for optimal performance
Compatibility	Socket SP3 for seamless integration
Security Features	Enhanced security protocols for data protection
Scalability	Supports scalability for growing workloads
Expansion Options	Multiple expansion slots for flexibility
Power Supply	Options for reliable power delivery
System Throughput	High overall system throughput for efficiency