Squashing Total Cost Rumors of In-House vs. Cloud Computing

In-House Computing vs. Cloud Computing


More and more manufacturers are move high-performance computing workloads to the public cloud. They usually start with an analysis of benefits versus challenges of using cloud resources and a total cost of ownership (TCO) analysis, perform a Proof of Concept (PoC), set up their (hybrid) production environment, and move more and more simulation workloads to the cloud. The TCO analysis starts with the analysis of the company’s current in-house (on-premise) computing environment by summing up all costs and compare this to the cloud TCO.

In this whitepaper, we are presenting guidelines on how to compute the total cost of the in-house computing environment and compare this to the equivalent cloud solution. We illustrate this process with concrete calculations which we have done recently for a manufacturing customer use case. Finally, we analyze a solution for manufacturers who are interested in moving (part of) their computing workload to the cloud, and perform a detailed cost/benefit analysis for different scenarios: in-house versus cloud versus a hybrid in-house/cloud solution, for actual and future user requirements.

In the following, we concentrate on TCO only for the hardware. We don’t consider the additional cost for the application software because of the many different scenarios presented by the Independent Software Vendors (ISVs). Good news is that in the meantime major software vendors offer some kind of software licensing for the cloud, such as Bring Your Own License (BYOL) and Pay Per Use (e.g. credits based).

Download this white paper to learn more.

Download today

Latest News

AMGTA Shares Findings on Sustainability of Powder and Wire Additive Feedstock
Research indicates, for one, that from an energy perspective, helium is the most sustainable method of gas atomization for metallic...

MATLABS Features Modelithics EXEMPLAR Library
Library for MATLAB includes almost 50 Microwave Global Models representing nearly 3,500 components for many component suppliers, company says.

Fictiv Demonstrates New AI Capabilities
Tool enables an upgrade of material selection for production parts.

ADDMAN Earns Qualification Project for U.S. Navy
This project focuses on the additive manufacturing (AM) of copper-nickel (CuNi) components in submarine fittings.

FREE WEBINAR May 7: Addressing the Skilled Worker Shortage with Customized eLearning
In this webinar, you can find out how eLearning and learning management software can help companies fill the skilled trades...

 America Makes’ Spring 2024 TRX Explores AM Advancements
The event was a knowledge hub for industry leaders to network and share innovative approaches across design, material, process and...

All posts