HPE DL380 Gen10 Intel Xeon-Gold 5220 (2.2GHz/18-core/125W) FIO Processor Kit S-ERVER Brand: HPE

HPE DL380 Gen10 Intel Xeon-Gold 5220 (2.2GHz/18-core/125W) FIO Processor Kit S-ERVER

Brand: HPE

Model: P02499-L21

P02499-L21 Overview

The HPE DL380 Gen10 Intel Xeon-Gold 5220 FIO Processor Kit ushers in a new age of performance for server technology. With this 18-core powerhouse, data centers can expect significant advancements in processing speed, energy efficiency, and overall reliability. Designed for sophisticated multi-threaded applications, it’s an essential upgrade for businesses aiming to maximize their server performance and computational capabilities.

Quick Spec

Brand

HPE

Product Name

P02499-L21

CPU Model

Intel Xeon-Gold 5220

Core Count

18-core

Base Frequency

2.2GHz

Thermal Design Power (TDP)

125W

Product Features

Advanced multi-threaded processing for enhanced computational power

High efficiency with a TDP of 125W, reducing operational costs

Support for Intel Turbo Boost Technology, adjusting processing power to meet demand

Seamless integration with HPE DL380 Gen10 servers for reliable performance

Optimized for data center and enterprise-level applications requiring high throughput

Product Applications

Data analytics and processing: Ideal for handling large data sets and complex analytics in real-time.

Virtualized environments: Supports multiple virtual machines efficiently, improving server utilization.

High-performance computing (HPC): Suitable for research and simulation tasks requiring extensive computational resources.

Supported Options

Memory Upgrades

DDR4 SmartMemory

Storage Solutions

NVMe drives

Networking Cards

10GbE adapters

Compare to Similar Items

Model

Differences

Intel Xeon-Gold 5218

Lower core count (16-core) and slightly higher base frequency (2.3GHz)

Intel Xeon-Gold 6230

Higher core count (20-core) and similar base frequency (2.1GHz) but increased power consumption

Intel Xeon-Platinum 8256

Higher base frequency (3.8GHz) with fewer cores (4-core) and significantly higher TDP