HPE DL380 Gen10 Intel Xeon-Gold 5215 (2.5GHz/10-core/85W) Processor Kit S-ERVER Brand: HPE

HPE DL380 Gen10 Intel Xeon-Gold 5215 (2.5GHz/10-core/85W) Processor Kit S-ERVER

Brand: HPE

Model: P02496-B21

P02496-B21 Overview

Explore the power and efficiency of the HPE DL380 Gen10 featuring the Intel Xeon-Gold 5215 processor. This processor kit elevates your S-ERVER’s performance with a 2.5GHz speed, 10 cores, and a mere 85W power consumption, designed for those who demand high efficiency and superior multitasking capabilities. Ideal for enterprises seeking to upgrade their data center’s computing power without compromising on energy efficiency, the HPE DL380 Gen10 Intel Xeon-Gold processor kit stands as a testament to HPE’s commitment to technological excellence.

Quick Spec

Brand

HPE

Product Name

P02496-B21

Processor

Intel Xeon-Gold 5215

Frequency

2.5GHz

Cores

10-core

Thermal Design Power (TDP)

85W

Product Features

Intel Xeon-Gold 5215 processor for superior performance

Efficient 10-core processing for heavy multitasking

Low 85W TDP for energy-efficient operation

Optimized for use in HPE DL380 Gen10 servers

Supports advanced server features including virtualization and scalable storage solutions

Product Applications

Data Centers: Enhances server performance and efficiency in large-scale enterprise environments.

Virtualization: Ideal for running multiple virtual machines, offering robust performance and reliability.

High-Performance Computing: Suitable for scientific research, financial modeling, and any area requiring intensive computing resources.

Supported Options

Memory Kit

HPE SmartMemory DDR4

Storage Controller

HPE Smart Array Controllers

Power Supply

HPE Flexible Slot Power Supplies

Compare to Similar Items

Model

Differences

Intel Xeon-Gold 6226R

Higher frequency and core count, increased power consumption

Intel Xeon-Silver 4214R

Lower frequency, more cores, suited for balanced workloads

Intel Xeon-Bronze 3204

Entry-level option, significantly lower performance and power consumption