HPE and NVIDIA to deliver an enterprise full-stack AI solution

Hewlett Packard Enterprise (NYSE: HPE) announced an expanded strategic collaboration with NVIDIA to build an enterprise computing solution for generative AI (GenAI). The co-engineered, pre-configured AI tuning and inferencing solution enables enterprises of any size to quickly customize foundation models using private data and deploy production applications anywhere, from edge to cloud. The offering removes the complexity of developing and deploying GenAI infrastructure with a full-stack AI tuning and inferencing solution from HPE and NVIDIA.

As enterprises develop and deploy GenAI models for use cases such as conversational search, business process automation and content creation, they require a software and infrastructure stack that can be deployed quickly and from wherever the business needs it. The new enterprise computing solution for generative AI is part of an expanded collaboration between HPE and NVIDIA that delivers full-stack, out-of-the-box AI solutions. These solutions integrate HPE Machine Learning Development Environment SoftwareHPE Ezmeral SoftwareHPE ProLiant Compute and HPE Cray Supercomputers with the NVIDIA AI Enterprise software suite, including the NVIDIA NeMo framework. 

“Together, HPE and NVIDIA are in a unique position to deliver a comprehensive AI-native solution that will dramatically ease the journey to develop and deploy AI models with a portfolio of pre-configured solutions,” said Antonio Neri, president and CEO, at HPE. “The strategic collaboration between HPE and NVIDIA will dramatically reduce barriers for customers looking to transform their businesses with AI.”

"The generative AI era is ramping at full speed, with enterprises racing to reimagine their businesses,” said Jensen Huang, founder and CEO, NVIDIA. “Our expanded collaboration with HPE will help enterprises drive unprecedented productivity through AI applications that connect with business data to power accurate assistants, informed chatbots and semantic search.”

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