Intel Xeon Gold 5115 CPU Processor 10 Core 2.40GHz 13.75MB L3 Cache 85W SR3GB

The Intel Xeon Gold 5115 processor, a distinguished member of the Intel Xeon Scalable family, marks a significant advancement from the Bronze series, catering to mid-range to high-end server needs. This 10-core processor, equipped with Hyper-Threading technology enabling 20 threads, excels in handling multi-threaded applications with ease. Operating at a base frequency of 2.40GHz, with potential performance boosts under certain conditions, it offers both power and flexibility. The inclusion of a 13.75MB L3 cache allows for efficient management of large datasets and complex calculations, significantly improving data-intensive task performance. Additionally, its 85W thermal design power (TDP) showcases Intel's commitment to balancing robust performance with energy efficiency.

Key Features

The Xeon Gold 5115 boasts several impressive features: its 10 cores and 20 threads provide outstanding multi-threaded performance for parallel processing-demanding applications; a base frequency of 2.40GHz ensures reliable performance across various workloads; and a 13.75MB L3 cache enhances the processing of large datasets and complex instructions. An 85W TDP indicates optimized power consumption, making it ideal for energy-conscious environments. Hyper-Threading technology enhances multi-tasking by allowing each core to handle two instruction threads, and Turbo Boost technology boosts the processor's frequency in specific conditions, offering additional performance as needed. Furthermore, support for DDR4 memory and PCI Express 3.0 adds to the system's overall performance and expandability.

Ideal Use Cases

The Intel Xeon Gold 5115 is adept at supporting a wide range of demanding server applications. Its prowess in virtualization allows for the efficient operation of numerous virtual machines, making it a cornerstone for environments requiring high levels of multi-threading. Medium-sized databases and transactional systems benefit from its substantial core count and cache size, ensuring smooth operations for complex queries. Application servers dealing with dynamic content or compute-intensive tasks will find the balance of core count and frequency invaluable for enhanced performance. Additionally, its capabilities make it an excellent choice for HPC (High-Performance Computing) and scientific computing, where it can significantly accelerate computations.