HPE DL560 Gen10 Intel Xeon-Platinum 8268 (2.9GHz/24-core/205W) FIO Processor Kit S-ERVER Brand: HPE

HPE DL560 Gen10 Intel Xeon-Platinum 8268 (2.9GHz/24-core/205W) FIO Processor Kit S-ERVER

Brand: HPE

Model: P02985-L21

P02985-L21 Overview

The HPE DL560 Gen10 Intel Xeon-Platinum 8268 Processor Kit is an essential upgrade for your HPE DL560 Gen10 server, offering a remarkable 2.9GHz clock speed across 24 cores and a 205W TDP for superior performance in demanding data center environments. This FIO (Factory Integrated Option) processor kit not only enhances processing power but also supports advanced server features, ensuring your infrastructure can handle complex workloads with efficiency and reliability.

Quick Spec

Brand

HPE

Product Name

P02985-L21

Processor Series

Intel Xeon-Platinum 8268

Core Count

24-core

Base Frequency

2.9GHz

Thermal Design Power (TDP)

205W

Product Features

Supports Intel Speed Select Technology for workload optimization

Advanced security features including Intel Threat Detection Technology (TDT) and Intel Key Protection Technology

Scalable performance to adapt to varying workload demands

Energy efficient design for lower operational costs

Seamless integration with HPE DL560 Gen10 server for immediate performance boost

Product Applications

Virtualization environments requiring dense compute capability without a footprint enlargement

High-performance computing tasks such as scientific simulations and financial analytics

Data centers needing to process large amounts of data with efficiency, such as big data analysis and cloud computing services

Supported Options

Memory Kit

HPE DDR4 SmartMemory

Storage Expansion

HPE Smart Array Controllers for enhanced storage performance

Network Adapter

HPE Ethernet 10/25Gb 2-port Adapters

Compare to Similar Items

Model

Difference

Xeon-Platinum 8258

Lower clock speed and core count

Xeon-Platinum 8276

Higher TDP, better for intensive compute tasks

Xeon-Platinum 8280

Higher core count and frequency, leading in performance but at higher power consumption