HPE DL580 Gen10 Intel Xeon-Platinum 8270 (2.7GHz/26-core/205W) Processor Kit S-ERVER Brand: HPE

HPE DL580 Gen10 Intel Xeon-Platinum 8270 (2.7GHz/26-core/205W) Processor Kit S-ERVER

Brand: HPE

Model: P05712-B21

P05712-B21 Overview

Introducing the HPE DL580 Gen10 Intel Xeon-Platinum 8270 Processor Kit, a powerhouse of performance designed for the most demanding workloads. With its 2.7GHz frequency, 26-core architecture, and a 205W power rating, this processor kit is engineered to deliver exceptional speed, efficiency, and scalability for your HPE DL580 Gen10 server. Whether youre handling complex data analytics, cloud environments, or enterprise-critical applications, the P05712-B21 is built to enhance your server’s capabilities and ensure robust performance under any workload.

Quick Spec

Brand

HPE

Model

P05712-B21

Processor Type

Intel Xeon-Platinum 8270

Base Frequency

2.7GHz

Cores

26

Power Consumption

205W

Product Features

26-core processing power enabling hyper-threading and virtualization for high-demand applications.

Optimized for high-performance computing with 2.7GHz base frequency for accelerated processing.

Built with Intels advanced technology to support increased bandwidth and thermal efficiency.

205W TDP rating ensures sustainable performance while maintaining energy efficiency.

Fully compatible with HPE DL580 Gen10 servers for seamless integration and enhanced performance.

Product Applications

Enterprise-level virtualization and large-scale data analytics.

High-performance computing (HPC) and complex scientific computations.

Cloud-based applications requiring high throughput and processing capabilities.

Supported Options

Memory Kit

HPE SmartMemory

Storage Expansion

HPE Flexible Smart Array

Network Adapter

HPE Ethernet 10Gb 2-port Adapter

Compare to Similar Items

Model

Differences

Intel Xeon-Gold 6248R

Lower base frequency, fewer cores

Intel Xeon-Platinum 8260

Slightly lower frequency, fewer cores

Intel Xeon-Platinum 8280

Higher frequency, more cores but increased power consumption