Intel Xeon E5 2698V3 E5 2698 V3 Used CPU processor 2.3Ghz 135W 16-Core LGA 2011-3

The Intel Xeon E5-2698 v3 Haswell EP architecture high-end server processor, compared to the E5 2698B v3 you previously asked about, has a higher base frequency and better overall performance. It is often used in scenarios with high computing power requirements and is also a popular cost-effective multi-core choice. Here is detailed information:

Core hardware parameters

Specific content of parameter category

Core threads 16 cores 32 threads

The frequency and cache base frequency are stable at 2.3GHz, and the maximum turbo frequency can reach 3.6GHz, which is more advantageous compared to the E5 2698B v3 2.0GHz base frequency; Equipped with a 40MB Intel Smart Cache and a bus speed of 9.6GT/s, the large cache design can effectively improve data reading efficiency under multitasking, but with frequency doubling locking and no overclocking space.

The memory supports DDR4 1600/1866/2133MHz memory, with 4 memory channels, a maximum memory capacity of 768GB, and a memory bandwidth of 68GB/s. It also supports ECC memory, which can meet the large capacity memory requirements of servers and ensure the stability of data storage through ECC memory.

The interface and power consumption are compatible with FCLGA2011 slot and need to be paired with X99 series motherboard; Supports 40 PCIe 3.0 channels and can flexibly expand various peripherals such as network cards and array cards. TDP is 135W, with a maximum operating temperature of 87.9 ° C. It requires high heat dissipation and needs to be paired with high-quality air-cooled or entry-level water-cooled radiators to ensure stable operation.

Advanced technology supports Turbo Boost 2.0, hyper threading technology, and virtualization technology (VT-x/VT-d), equipped with the AVX2 instruction set. Compared to the E5 v2 series AVX instruction set, it has stronger adaptability to computationally intensive applications such as video rendering and 3D modeling; Simultaneously equipped with enhanced SpeedStep technology, power consumption can be dynamically adjusted to balance performance and energy consumption.