Innovation

Scalable infrastructure to meet our needs today and for years to come

To meet the challenge of building the technology to connect people all over the world, we’re always innovating to build efficient, flexible and sustainable infrastructure.

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Innovation from AI at Meta

We believe AI is for everyone. Explore our latest product releases and start engaging with these AI experiences today across our technologies.

Servers in a data hall

The Open Compute Project

Since helping found the Open Compute Project (OCP) in 2011, we’ve shared our data center and component designs, and open-sourced our network orchestration software to spark new ideas both in our own data centers and across the industry.
The OCP community is designing infrastructure for the future, with solutions that are open-sourced so the entire industry can continue to build efficient solutions.

An illustration of a person working with servers

Network infrastructure for AI

Delivering next-generation AI products and services at scale requires a next-generation infrastructure, so Meta is building for the future of AI at every level. Explore how Meta engineers and researchers have been designing and operating our network infrastructure for AI workloads.

A photo of the Meta Training and Inference Accelerator

The next generation of MTIA

Our next-generation Meta Training and Inference Accelerator (MTIA) silicon will enable more efficient delivery of ad rankings and recommendations. This workload-specific custom silicon chip brings together our expertise in chip design, hardware and software engineering.The next generation of MTIA

Closed looped, liquid cooling

Our AI-optimized data center design utilizes a direct-to-chip liquid, closed-loop cooling system, with the typical design using dry coolers. In these systems, a coolant is circulated through our data halls in a closed piped system to absorb the heat generated by our servers and hardware. The heat is then removed by operating dry coolers that blow air over the pipes, carrying away excess heat. For these data centers, there is no operational water use in the cooling system, and water use at the site is minimal and limited to domestic and janitorial needs, equipment cleaning and fire protection.

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