Today’s hot topic is data centers. Again. Doesn’t it sometimes feel like déjà vu? Because IT professionals know, it’s a blessing when the attention — and the funding — are yours to bask in. And it’s a curse when roadblocks keep you from delivering your best. Just a year ago, Forbes announced that, in their survey on the data center of the future, only 29% of leaders and engineers said their data centers met their current needs. Which left a massive 71% struggling to catch up. And demands for data center resources are only mounting.
The explosive growth of data, from 18 zettabytes in 2018 to 59 zettabytes just two years later, confirmed that accelerating how we capture, store and analyze the world’s data needs serious innovation. Then came another major disruption: the unprecedented scale of people working and being educated from home in 2020, along with the virtualizing of almost all films, concerts, and other entertainment so it could all be streamed directly to homes.
As we hopefully transition into a new normal after the pandemic, technology demand will still accelerate, and traditional data center computing architecture will continue to lack the performance scale to keep pace. The rise of data-centric workloads, including pervasive artificial intelligence (AI), advanced analytics, and high-performance computing (HPC) applications such as precision medicine, are driving fundamental changes in how compute platforms are built.
Insight is the goal
Turning this exponentially growing data into insight, action and value is the end game. The data economy is driven on insight, and now that pursuit is evolving the data center platform. Yes, there is the potential for AI algorithms to reshape what’s possible with computing itself. But this vision is not possible without significant memory and storage innovation where data, not compute, is at the center of the system.
However, system memory bandwidth is not keeping pace with CPU core growth, especially in heterogeneous compute environments where accelerators including GPUs, FPGAs, and ASICs are coupled with CPUs to tackle data-centric workloads. Traditional data center systems can’t feed the beast anymore, not at the speeds required. But Micron believes, by deploying heterogeneous compute, innovating across the memory and storage hierarchy, and adopting a new high bandwidth, low latency industry standard interconnect called Compute Express Link (CXL), it is possible to realize a fully composable, scalable vision of the data center.
In with the new
You might be surprised at Micron today. Especially if you thought of us as a somewhat-quiet risk-averse supplier. Today, we’re boldly engaging with ecosystems towards collaborative, customer-focused innovation. And, as the world’s reliance on data-driven insights continues to increase, Micron’s memory and storage expertise and role in the industry are becoming increasingly essential. Our innovation is fueling the demands of today’s data centers through the acceleration of our DRAM and NAND development cycles coupled with the introduction of new technologies, delivering new capabilities to data-centric platforms.
Micron has simultaneous core technology leadership across DRAM and NAND for the first time in its history, a product portfolio that addresses the complete memory and storage hierarchy, and the right ecosystem partners to deliver innovation to customers. We’ve taken steps to shift our strategy and invest in solutions enabled by the CXL interconnect technology. We see tremendous promise in this emerging technology arena to deliver higher value to our customers while opening paths to expand differentiation of solution delivery. Plus, we continuously sharpen our manufacturing and operational capability to ensure we deliver to today’s markets while enabling future technology innovation.
Conquering the new normal of the data center? Agile IT infrastructure, multi-cloud solutions and pervasive connectivity to enhance new edge-to-cloud use cases? Yes please. We can help you focus on the technology foundation that will help you drive real value from your data.
Data: A Blessing or a Curse — Accelerating the transformation of information into intelligence
Senior VP, General Manager, Compute and Networking Business Unit
Senior Director, Cloud, Computing and Networking Business Unit
VP, General Manager, Core Compute and Networking Business Unit
VP and GM, Data Center Storage, Storage Business Unit
Naga Chandrasekaran PhD
Senior VP, Technology Development
- Data Center Issues: Data, a Blessing or a Curse?
Raj Hazra kicks off the two hours with a discussion of how we got here. See why Micron is uniquely positioned for this moment and your challenges.
- Data-Centric Workloads in the Future Data Center
Ryan Baxter shows how to get ready with heterogeneous compute, memory and storage innovation, and new, powerful interconnect standards for the data center you need.
- Data Center Roadmap for Memory and Storage Innovation
And as modern applications redefine fast storage, Malcolm Humphrey and Roger Peene discuss NAND and DRAM innovation, and how Micron helps you create the most powerful servers possible.
- Micron Technology Leadership and Manufacturing Excellence
Driving novel architectural advancements in the data center: Dr. Naga Chandrasekaran covers how Micron’s integration of technology and product enables greater R&D efficiency and creates customer value.
For More Info
Talk to your Micron representative about the ways our data center memory and storage can help you maximize your data-driven insights. See more at micron.com/datacenter and follow us on Twitter and LinkedIn.