Back at the start of 2017, Arm announced its first batch of dedicated machine learning (ML) hardware. Under the name Project Trillium, the company unveiled a dedicated ML processor for products like ...
ARM doesn’t build any chips itself, but its designs are at the core of virtually every CPU in modern smartphones, cameras and IoT devices. So far, the company’s partners have shipped more than 125 ...
Join our daily and weekly newsletters for the latest updates and exclusive content on industry-leading AI coverage. Learn More ARM is unveiling its ambitious new machine learning processor platform, ...
After taking a measured, wait-and-see approach to machine learning, Arm is ready to jump into the fold full throttle. Today, the company is following up on its Project Trillium announcement from back ...
Join our daily and weekly newsletters for the latest updates and exclusive content on industry-leading AI coverage. Learn More Arm may be a bit late to the whole machine learning and artificial ...
Arm’s Project Trillium addresses machine learning (ML) and it includes a number of components, including the new ML processor (Fig. 1). This platform will support the Arm CPU complexes in a fashion ...
SAN JOSE, Calif.--(BUSINESS WIRE)--SiMa.ai™, the machine learning company enabling high performance compute at the lowest power, today announced the adoption of low-power Arm® compute technology to ...
Arm has unveiled two new IP cores designed to power machine learning in endpoint devices, IoT devices, and other low-power, cost-sensitive applications. The Cortex-M55 microcontroller core is the ...
Arm Holdings has announced that the next revision of its ArmV8-A architecture will include support for bfloat16, a floating point format that is increasingly being used to accelerate machine learning ...
Why it matters: For a company that doesn't manufacture anything, Arm has a surprisingly large and broad impact, not only on the chip industry, but the overall tech industry and, increasingly, many ...
We all love to share GIFs — and there are plenty of ways to do that, through online portals or keyboards — but often times because there is so much content, you’ll end up surfacing up a lower-fidelity ...
'If you look at instances to start, it's not just that we have meaningfully more instances than anybody else, but it's also that we've got a lot more powerful capabilities in each of those instances,' ...
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