PowerEdge C4140 Server

Designed for the most demanding cognitive and technical computing

Give challenging cognitive computing workloads what they need with this high-density, accelerator-optimized server. The PowerEdge C4140 provides maximum density and outstanding thermal efficiency for scale-out performance. Speed up your applications with four GPUs/FPGAs in a 1U, 2-socket package.

Ideal for:

• Big data analytics
• Artificial intelligence (AI)
• Machine learning
• Deep learning
• High-performance technical computing

Increase performance with flexible accelerator technology

The PowerEdge C4140 is an incredibly dense rack server designed to handle the most demanding technical computing workloads in financial services, life sciences, machine and deep learning, oil and gas exploration, and high-performance computing (HPC).

• Features the latest generation of Intel® Xeon® Scalable Processors at 165W thermal design power (TDP).
• The C4140 delivers un-throttled performance with its unique interleaved GPU design and no-compromise acceleration technology.
• Supports up to 300W per accelerator card.

Gain productivity with intelligent, embedded management

Dell EMC OpenManage intelligent automation enables you to spend less time on routine maintenance so you can focus on business-critical priorities.

• Help maximize uptime with proactive diagnostics and automated remediation that can increase productivity up to 90%.*
• Leverage existing management consoles with easy integrations for VMware® vSphere®, Microsoft® System Center and Nagios®.
• Improve productivity with agent-free Dell EMC iDRAC9 for efficient management.
• Simplify deployment with OpenManage next-generation console and server profiles to fully configure and prep servers rapidly and scalably.

Fortify your data center with comprehensive protection

A comprehensive, cyber-resilient architecture with security embedded into every server helps to protect your data.

• Protect server configuration and firmware from malicious changes with new Configuration Lock-down.
• Use system erase of local storage to help insure data privacy when you repurpose or retire servers.
• Automate updates that check file dependencies and proper update sequence, before deploying them independently from the OS/hypervisor.
• Take control of your firmware consoles with embedded authentication that is designed to allow only properly signed updates to run.