Arm Targets an Ecosystem for Growing Data Center Deployments
I was delighted to catch up with Arm’s Eddie Ramirez at last week’s Open Compute Project Summit and learn about how he sees Arm growing its presence in the data center. I’ve been following Arm’s rise for years, first when responsible for tracking competitive technologies at Intel and later in delivery of some of my first TechArena conversations with Ampere. The value proposition for Arm platforms has always been intriguing given the architecture’s inherent advantages with energy efficiency. With power management becoming a much more urgent concern of operators with rising energy prices and more focus on corporate sustainability challenges, Arm has taken off with cloud service providers. Interestingly, earlier this year we also saw Arm gain great enterprise traction with announcements like Oracle database and SAP Hana support for the architecture.
When I spoke to Eddie, he emphasized the value of the architecture but then went further and pointed to the expansion of heterogeneous computing as an important opportunity for Arm. Arm makes a perfect option for companies looking to deploy accelerator rich platforms as well as a foundation for chiplet configurations offering integrated acceleration, and Eddie noted that he’s hearing about demand in this space and pointed to Meta’s OCP talk as an example.
“Meta said, ‘there isn't a one size fits all solution for AI. For some models, we're going to need a lot of memory. In other models, we're going to need more compute. The space of a one size fits all AI hardware is very difficult to try to crack.’ We love that because at Arm we can give partners the ability to design customized silicon for whatever use case they want to optimize around. These AI accelerators are a perfect example of a broader trend around heterogeneous computing, whether it's in a chip interface, if it's multiple chips on a board or multiple solutions in a rack.”
This observation from Arm is spot on and reflective of a broad trend in the industry around platform customization to address unique workload requirements. What this takes to pull off, however, is enabling an ecosystem of chip suppliers, foundries, and connected technologies to ensure platforms are delivered that work easily for the customer. Enter Arm Total Design, a first of its kind ecosystem that aims to accelerate collaborative design of IP, cores, and custom acceleration for bespoke silicon delivery. There are already thirteen vendors participating in the program with more expected in the months ahead.
As someone who has managed ecosystem programs for silicon innovation in the past, the news of this effort is incredibly interesting as it shows that Arm is serious about leading an entire industry forward based on its architecture and that the technology’s interest is real enough for vendors to be prioritizing engineering cycles for Arm-based innovation. I can’t want to see how this initiative reaps results in the months ahead with customer solution deployment and growing business opportunity for all involved.
I was delighted to catch up with Arm’s Eddie Ramirez at last week’s Open Compute Project Summit and learn about how he sees Arm growing its presence in the data center. I’ve been following Arm’s rise for years, first when responsible for tracking competitive technologies at Intel and later in delivery of some of my first TechArena conversations with Ampere. The value proposition for Arm platforms has always been intriguing given the architecture’s inherent advantages with energy efficiency. With power management becoming a much more urgent concern of operators with rising energy prices and more focus on corporate sustainability challenges, Arm has taken off with cloud service providers. Interestingly, earlier this year we also saw Arm gain great enterprise traction with announcements like Oracle database and SAP Hana support for the architecture.
When I spoke to Eddie, he emphasized the value of the architecture but then went further and pointed to the expansion of heterogeneous computing as an important opportunity for Arm. Arm makes a perfect option for companies looking to deploy accelerator rich platforms as well as a foundation for chiplet configurations offering integrated acceleration, and Eddie noted that he’s hearing about demand in this space and pointed to Meta’s OCP talk as an example.
“Meta said, ‘there isn't a one size fits all solution for AI. For some models, we're going to need a lot of memory. In other models, we're going to need more compute. The space of a one size fits all AI hardware is very difficult to try to crack.’ We love that because at Arm we can give partners the ability to design customized silicon for whatever use case they want to optimize around. These AI accelerators are a perfect example of a broader trend around heterogeneous computing, whether it's in a chip interface, if it's multiple chips on a board or multiple solutions in a rack.”
This observation from Arm is spot on and reflective of a broad trend in the industry around platform customization to address unique workload requirements. What this takes to pull off, however, is enabling an ecosystem of chip suppliers, foundries, and connected technologies to ensure platforms are delivered that work easily for the customer. Enter Arm Total Design, a first of its kind ecosystem that aims to accelerate collaborative design of IP, cores, and custom acceleration for bespoke silicon delivery. There are already thirteen vendors participating in the program with more expected in the months ahead.
As someone who has managed ecosystem programs for silicon innovation in the past, the news of this effort is incredibly interesting as it shows that Arm is serious about leading an entire industry forward based on its architecture and that the technology’s interest is real enough for vendors to be prioritizing engineering cycles for Arm-based innovation. I can’t want to see how this initiative reaps results in the months ahead with customer solution deployment and growing business opportunity for all involved.
