Market-Optimized 3nm Physical IP for Armv9-based CPUs
By Kiran Burli, senior director of marketing, Physical Design Group, Arm
For many decades, the computing industry has been focused on keeping pace with Moore’s Law by packing more compute into smaller areas. As Moore’s Law comes to an end, and new compute applications emerge, specialized processing will be the key to achieving the increased performance, power, and area (PPA) expected across the industry. The recently announced Armv9-A architecture will form the leading-edge of the next 300 billion Arm-based chips.
Arm partners are executing on plans for the future of computing today, and already leveraging the secure, powerful processing features of the new Armv9-A architecture to bring their innovations to life in next-generation SoCs. Market segments like premium mobile and hyperscale-cloud that require higher performance and power efficiency to process complex AI-based workloads are at the forefront of this development, and we are enabling their design with optimized physical IP and implementations, Arm POP IP, in TSMC 3nm technology.
Recently, a lead Arm partner successfully taped-out a test chip, validating Armv9 physical IP on TSMC 3nm process technology. It is exciting to see the Arm ecosystem take advantage of what Armv9 brings to the next decade of computing.
“We’re pleased with the result of collaboration with Arm in delivering Arm cores with POP IP on TSMC’s advanced process,” said Suk Lee, vice president of the Design Infrastructure Management Division at TSMC. “This helps our mutual customers achieve silicon innovations benefitting from the significant power and performance boost of our 3nm technology and quickly launch their new product innovations to market.”
Armv9 SoCs are expected to have multiple CPU cores with complex interconnect and power management strategies, implementing standards such as AMBA CHI. This complexity inherently comes with challenges that need to be well understood for optimal implementation in 3nm technology. The goal is to optimize the “real” critical paths. Custom recipes and tight collaboration with electronic design automation (EDA) vendors improves the timing correlation between placement and final routing.
Ultimately, there is a trade-off between hitting the target performance, managing power, and electromigration with a robust power grid. Logic and power grid optimization are essential for minimal voltage droop, timing, and routing congestion.
What stands out about Arm physical IP is it’s designed for high and low voltage tolerance, logic libraries with high-drive cells, technology files supporting aggressive via pillars or ladders, as well as high sigma timing sign-off using LVF – all of which are included in POP IP implementations for Armv9 Cortex and Neoverse cores.
To enable our partners to keep up with the rapid pace of computing innovation, we must ensure developers do not have to worry about the challenges that come with designing on a leading-edge technology node using a new core. The 3nm Armv9 POP IPs and the underlying Arm Artisan Physical IP are developed in close collaboration with the Arm processor development teams in an iterative process that identifies optimal performance and energy efficiency. The reality of the benefits of this physical IP can be seen in this example from our partner SiPearl who implemented POP IP for Neoverse to gain nearly ten years of development and help fine-tune its first generation of microprocessors for supercomputing.
The next decade will not only bring computing into new markets and applications, but will also bring a set of unique challenges and Armv9 is the foundation of leading-edge compute that will be ready to address those challenges. We are eager to see what the Arm ecosystem brings to life on leading-edge nodes like TSMC N3. Arm has early 3nm logic library and memory evaluation kits available to developers now, and you can contact us to hear more about our work on leading-edge nodes.
Any re-use permitted for informational and non-commercial or personal use only.
Media Contacts
Latest on X
Welcome to the Arm Flexible Access Program, @Minima_Global!🙌
The team now has access to a suite of IP, tools, and support on the leading Arm compute platform, accelerating the development of its Minima Chip, designed to bring decentralized blockchain capabilities into hardware.
'Every company, if you look back in the chip world, has a design that was the market maker for them...and that was it for us.'
Arm CEO Rene Haas joins @AcquiredFM on the ACQ2 podcast for an in-depth discussion on the growth of the Arm compute platform.
How ARM Became The World’s Default Chip Architecture (with ARM CEO Rene Haas) | Acquired Podcast
ARM beat Intel's x86 to be the dominant chip architecture that all of our computers run on from data centers to laptops to cars. How?
okt.to
In the 🆕 episode of the Tech Unheard podcast, Rene Haas and @PalantirTech's @RepGallagher share how turning mistakes into opportunities has been pivotal to their growth.
🎧 Listen to the full episode now to hear why - just search for Arm Tech Unheard: https://okt.to/tvxcTM
It's time for #AWSReInvent!
Discover how Arm Neoverse-based AWS Graviton processors deliver the performance and power-efficiency needed for modern AI workloads ➡️ saving costs and improving your carbon footprint at the same time: https://okt.to/3snIuT
Will we see you there?
#AWSReinvent is just around the corner!
👇 Discover how to optimize the performance of your AI/ML workloads with Amazon EC2 instance types running on Arm-based Graviton processors- all while prioritizing sustainability and cost savings.
More details: https://okt.to/Gu59Bl
💪 We’re seeing great strides in XR adoption thanks to significant innovation from the tech industry.
Parag Beeraka shares how it’s happened and what that means for businesses and consumers alike: via @TechRadarPro
Are we on the verge of an XR wearable breakthrough?
How XR and AI will continue to unlock new possibilities
okt.to
We've been recognized by @TIME & @StatistaCharts as one of the World's Best Companies in Sustainable Growth.
By providing the industry with the most power-efficient & highest-performing compute platform, we're paving the way to sustainable & secure AI: https://okt.to/UvMTc9
The way we work is just as important as what we do.
Paula shares a glimpse into what she values most in her role as Senior Principal Engineer & Team Lead.
Visit our careers site and learn how you can make an impact.
It was an incredible week at #SC24 for solutions built on the Arm compute platform.
#ICYMI: At this year's @HPCWire 2024 awards, Arm-based products using NVIDIA Grace swept the floor.
🎉 Congratulations to our partners - we're proud to build the future of computing together.
Las Vegas came alive this weekend with the Formula 1 Grand Prix. 🏎️🏁
Did you catch the Grand Prix? And the key question... did you spot our billboard? 👀
Arm Tech Symposia 2024 was bigger and better than ever!🚀
This year, we brought the technology ecosystem together across China, Japan, South Korea, and Taiwan to explore the huge opportunities AI offers today.
Explore the highlights in our latest blog: https://newsroom.arm.com/blog/arm-tech-symposia-2024?utm_source=twitter&utm_medium=social-organic&utm_content=blog&utm_campaign=mk19_events_apactechsymposia
Where is on-device AI headed next? 📱
In @talkandroid, James McNiven, VP of Product Management, shares details on what to expect from the next-generation of AI-driven smartphone experiences and how the Arm compute platform is enabling these. ⏬
Interview With Arm: What’s Next For On-device AI On Smartphones? - Talk Android
On-device AI on smartphones is going places, and we talked with Arm's James McNiven to find out what's next for this powerhouse technology
okt.to
With the momentum we've seen at #MSIgnite around Azure Cobalt 100 VMs, we're excited to work with the ecosystem to enable the AI-accelerated future in a sustainable, scalable way on Arm Neoverse.
Get up to speed on what you might have missed from the show https://newsroom.arm.com/blog/arm-and-microsoft-igniting-a-new-era-of-cloud-computing-for-ai?utm_source=twitter&utm_medium=social-organic&utm_content=blog&utm_campaign=mk03_infrastructure_na
As proud investors in Enfabrica following its Series C Round, we look forward to supporting the team’s incredible growth on Arm Neoverse, enabling scalable networking solutions that meet the needs of demanding AI workloads.
👏 Congratulations, @enfabrica_!
Perseverance is a fundamental part of who we are as a company.
In the new State of European Tech documentary from @atomico, Rene Haas shares how this has enabled us to become the industry's highest-performing and most power-efficient compute platform 🔽
The State of European Tech Anniversary Documentary
As The State of European Tech celebrates its tenth anniversary, the team has gathered the most influential voices ...
okt.to
This is what a day in the life looks like for Graduate Product Manager, Conall Farney. 📹
Since joining us as a Sales Intern, Conall moved into a new role matching his growing passions.
Discover your path with us: https://okt.to/KdWshB
Game-changing quantum breakthrough: Equal1 runs Arm Cortex at 3.3 Kelvin (-269.85°C)!
Equal1's innovative approach could make quantum computing as accessible as traditional servers.
From drug discovery to AI, the future is getting cooler ❄️🌡️ https://newsroom.arm.com/blog/pushing-quantum-computing-boundaries-with-arm-equal1?utm_source=twitter&utm_medium=social-organic&utm_content=blog&utm_campaign=mk13_tech-strat_na
Here at Arm, we know that prioritizing your wellbeing is key to unlocking your potential.
👉 That’s why we’re committed to nurturing our team’s passions to drive innovation. Scroll through to hear what some of our people have to say about how Arm helps them thrive.
When software architecture isn't standardized, hardware changes can cause issues.
@SchneiderUKI collaborated with us to solve this challenge by bringing in Arm SystemReady, where new hardware works with the software:
SystemReady Implementation at Schneider Electric: Accelerating Development and Enhancing Platform...
How Schneider Electric leveraged Arm SystemReady to accelerate development, enhance platform flexibility and overcome supp...
newsroom.arm.com
Game-changing quantum breakthrough: Equal1 runs Arm Cortex at 3.3 Kelvin (-269.85°C)!
Equal1's innovative approach could make quantum computing as accessible as traditional servers. From drug discovery to AI, the future is getting cooler 🌡️❄️ https://newsroom.arm.com/blog/pushing-quantum-computing-boundaries-with-arm-equal1?utm_source=twitter&utm_medium=social-organic&utm_content=blog&utm_campaign=mk13_tech-strat_na
AI is causing a fundamental shift in data center infrastructure.
With the flexibility of the Arm compute platform and our relentless focus on energy efficiency and customization, we're at the center of this transformation. Here's why 👇
Arm in the Data Center: The Dawn of a New Era - Creative Strategies
Introduction: 2024 - The Tipping Point for Arm's Data Center Momentum As we close out 2024, the semiconductor indu...
creativestrategies.com
The combined power and performance of Arm and @GitHub is optimizing the developer experience and unlocking advances in AI.
Here's to many more years of partnership and building the future of AI #onArm. 💪
From versatility and cost-effectiveness to scalability and power efficiency, here's 5 key reasons why CPUs are the top choice for AI ⏬
Top 5 Reasons why CPU is the Best Processor for AI Inference - Embedded
Advanced artificial intelligence (AI), like generative AI, is enhancing all our smart devices. However, a common misco...
www.embedded.com
From on-CPU AI processing to chiplet-enabled designs, hyperscalers get more control, efficiency, and power to meet the demands of AI when building #onArm.
@TheNextPlatform shares how custom Arm CPUs are transforming the data center.
Custom Arm CPUs Drive Many Different AI Approaches In The Datacenter
Sponsored Feature Arm is starting to fulfill its promise of transforming the nature of compute in the datacenter, ...
www.nextplatform.com
