AMD has inked a $1 billion deal with the US Department of Energy to co-develop two high-performance AI supercomputers at Oak Ridge National Laboratory in Tennessee. The project, worth over $1 billion, is aimed at accelerating scientific discovery and innovation in areas such as energy, biology, advanced materials, national security, and manufacturing.
The first supercomputer, Lux, will be designed as an "AI Factory" to train, fine-tune, and deploy AI foundation models that will drive breakthroughs in science, energy, and national security. According to AMD, Lux is purpose-built for data-intensive and model-centric workloads, with an advanced architecture optimized for these types of applications.
The second supercomputer, Discovery, will feature a "Bandwidth Everywhere" design that improves on the performance and energy efficiency of the Frontier supercomputer currently housed at ORNL. This design will deliver more computing output at a similar cost, making it an attractive option for scientific research in various fields.
Both Lux and Discovery are expected to play critical roles in driving innovation in key areas such as next-generation reactors, batteries, catalysts, semiconductors, and critical materials. The development of these supercomputers marks the latest collaboration between AMD and the US government on a high-performance computing project.
The deal represents a significant investment by AMD into AI research and development, with the company looking to leverage its expertise in designing high-performance computing hardware to support the country's scientific ambitions.
				
			The first supercomputer, Lux, will be designed as an "AI Factory" to train, fine-tune, and deploy AI foundation models that will drive breakthroughs in science, energy, and national security. According to AMD, Lux is purpose-built for data-intensive and model-centric workloads, with an advanced architecture optimized for these types of applications.
The second supercomputer, Discovery, will feature a "Bandwidth Everywhere" design that improves on the performance and energy efficiency of the Frontier supercomputer currently housed at ORNL. This design will deliver more computing output at a similar cost, making it an attractive option for scientific research in various fields.
Both Lux and Discovery are expected to play critical roles in driving innovation in key areas such as next-generation reactors, batteries, catalysts, semiconductors, and critical materials. The development of these supercomputers marks the latest collaboration between AMD and the US government on a high-performance computing project.
The deal represents a significant investment by AMD into AI research and development, with the company looking to leverage its expertise in designing high-performance computing hardware to support the country's scientific ambitions.


 I'm loving this collab between AMD and the US DoE!
 I'm loving this collab between AMD and the US DoE!  $1 billion is a serious commitment to supercharging science
 $1 billion is a serious commitment to supercharging science  . The idea of an "AI Factory" β Lux β training and deploying AI foundation models for breakthroughs in energy, biology, and national security... mind blown!
. The idea of an "AI Factory" β Lux β training and deploying AI foundation models for breakthroughs in energy, biology, and national security... mind blown!  It's like they're saying, 'Hey, let's make some noise with data!'
 It's like they're saying, 'Hey, let's make some noise with data!' 
 . Improving performance and efficiency while keeping costs down? That's the kind of innovation we need more of in STEM fields
. Improving performance and efficiency while keeping costs down? That's the kind of innovation we need more of in STEM fields  .
. . Can't wait to see what breakthroughs come out of these supercomputers!
. Can't wait to see what breakthroughs come out of these supercomputers! 
 ... Think it's awesome that they're working together on these AI supercomputers, Lux and Discovery. The idea of having an "AI Factory" sounds like a game-changer for scientific breakthroughs in areas like energy and national security
... Think it's awesome that they're working together on these AI supercomputers, Lux and Discovery. The idea of having an "AI Factory" sounds like a game-changer for scientific breakthroughs in areas like energy and national security  . But at the same time, you gotta wonder about the cost of all this - $1 billion is no joke
. But at the same time, you gotta wonder about the cost of all this - $1 billion is no joke  . Still, if it means we can see some real advancements in fields like renewable energy and advanced materials, then I'm all for it
. Still, if it means we can see some real advancements in fields like renewable energy and advanced materials, then I'm all for it  . Just hope they don't get too bogged down in the tech details and forget about making the science accessible to everyone
. Just hope they don't get too bogged down in the tech details and forget about making the science accessible to everyone  .
. i need to watch some sci-fi vids ASAP. i'm also kinda curious about these next-gen reactors and batteries... how are they gonna change our lives?
 i need to watch some sci-fi vids ASAP. i'm also kinda curious about these next-gen reactors and batteries... how are they gonna change our lives?  I'm so hyped about Lux being an "AI Factory" - can you imagine all the mind-blowing AI breakthroughs that'll come out of it?
 I'm so hyped about Lux being an "AI Factory" - can you imagine all the mind-blowing AI breakthroughs that'll come out of it?  Can't wait to see what kind of crazy stuff these supercomputers come up with - next-gen reactors, batteries, semiconductors... the list goes on!
 Can't wait to see what kind of crazy stuff these supercomputers come up with - next-gen reactors, batteries, semiconductors... the list goes on!  AMD is not only a tech giant but also a national asset now
 AMD is not only a tech giant but also a national asset now  .
.


 . We need diverse perspectives and expertise to tackle some of the world's toughest challenges, and AI is no exception
. We need diverse perspectives and expertise to tackle some of the world's toughest challenges, and AI is no exception  .
. . As AI becomes increasingly powerful, we need to make sure that research data and results are accessible to everyone, not just a select few
. As AI becomes increasingly powerful, we need to make sure that research data and results are accessible to everyone, not just a select few  .
. also, why not just let someone else do the heavy lifting while AMD reaps the benefits?
 also, why not just let someone else do the heavy lifting while AMD reaps the benefits? 