Alphawave Semi

Tony Chan Carusone will represent Alphawave Semi at the 4th Annual Hard Tech Summit, where he’ll be a panelist in the session titled "Semiconductors Power the Future of Everything.”! Joined by Garry Chan, AI Advisor at ventureLAB; Eric Duffy, Head of Business Development at Tenstorrent; and Dr. Alex Grbic, VP of Software Engineering at Untether AI, they’ll discuss how semiconductors and AI are everywhere—from smartphones to the cloud. They will explore their vital role in AI infrastructure, investment strategies, and how to navigate challenges in a rapidly evolving market. Don’t miss your chance to be part of the conversation! Register now: https://lnkd.in/e7SGG_M3 #AlphawaveSemi #ConnectivityIP #ConnectivitySolutions #Chiplets #AI #Connectivity #CustomSilicon #Silicon

How is #PCIe technology being used in Generative #AI applications? Check out the latest PCI-SIG video featuring David Kulansky! In this session, David walks through how PCIe technology supports Generative AI applications, highlighting its low latency and low power consumption. These factors make PCIe an important player in the industry. Don’t miss this opportunity to learn more about the connection between PCIe and AI! https://lnkd.in/ghy9b2r4 #AlphawaveSemi #ConnectivityIP #ConnectivitySolutions #Chiplets #AI #Connectivity #CustomSilicon #Silicon

We are delighted that Alphawave Semi has been selected for an #AI Innovation Research Grant from the UK Government’s Advanced Research Invention Agency (ARIA)! With AI processors idle nearly 40% of the time while waiting for data, ARIA’s £50M initiative is driving advancements in efficient networking and interconnect solutions. As one of 12 selected organizations, we’ll be developing advanced technologies for seamless AI accelerator connectivity. "We’re proud to leverage our leadership and established partnerships in chiplet-based connectivity for this project," said Tony Chan Carusone, Chief Technology Officer at Alphawave Semi. We look forward to creating impactful solutions that will drive scalable, high-performance AI systems forward. Read more: https://lnkd.in/eRvfCN5z #AlphawaveSemi #ConnectivityIP #ConnectivitySolutions #Chiplets #AI #Connectivity #CustomSilicon #Silicon

For millions of devices, 6G will enable real-time data processing, AI acceleration, and expanded connectivity. Alphawave Semi and Arm are charting the course with advanced chiplets powered by Arm Neoverse CSS, delivering high-performance, energy-efficient solutions for cloud, edge, and AI workloads Explore how our partnership is shaping the future of wireless networks to meet tomorrow’s demands: https://lnkd.in/eegcnWpV

Check out this highlight from our recent partnership with Arm at OCP, where Sue Hung F. and Sridhar Valluru engaged the audience with an insightful presentation on Alphawave Semi's new off-the-shelf I/O chiplet. This innovative #chiplet features UCIe die-to-die interconnect and supports Ethernet, PCIe, and CXL. Our diverse chiplet portfolio, combined with the ARM Neoverse compute chiplet and various memory chiplets, empowers the creation of high-performance systems that meet the evolving demands of AI/ML and data centers—ensuring scalability and future-proofing with next-gen silicon-proven IP. Watch the the full presentation here: https://lnkd.in/eAgchRwp  #AlphawaveSemi #ConnectivityIP #ConnectivitySolutions #Chiplets #AI #Connectivity #CustomSilicon #Silicon

As #AI evolves, the need for faster and more efficient data processing becomes essential. HBM4 addresses this challenge by offering unprecedented bandwidth and energy efficiency, enabling AI applications to operate more smoothly and quickly. This advancement significantly impacts industries like autonomous driving, healthcare, and big data analytics. For example, in autonomous vehicles, faster data processing improves real-time decision-making, leading to safer navigation. Curious about how HBM4 is transforming AI infrastructure? Check out our latest SemiWiki blog post: https://lnkd.in/gc9m8nRn  #AlphawaveSemi #ConnectivityIP #ConnectivitySolutions #Chiplets #AI #Connectivity #CustomSilicon #Silicon

The history of computing hardware has been defined by scientists and engineers realising that radical new approaches are required to meet our technological needs. Demand for AI compute is exploding, but the supply is struggling to keep up. Our current mechanisms for training AI systems utilise a narrow set of algorithms and hardware building blocks which require significant capital to develop and produce. By contrast, natural processing systems innately process complex information more efficiently – on several orders of magnitude. Through our programme, Scaling Compute, we’re looking to uncover new technological pathways that can bridge this gap and bring the cost of AI hardware down by >1000x. We’re funding 12 teams of Creators in a coordinated R&D effort, spanning academia, non-profit R&D organisations, startups and multinational companies. Our Creators bring together the expertise, capital and networks required to pull new ideas into prototypes, and onward to real-world applications. Swipe to discover our approach, and meet the teams here: https://lnkd.in/egfcW5Ap

Chiplets are transforming semiconductor design, and a recent article in Semiconductor Engineering discusses the crucial role of partitioning in this shift. Letizia Giuliano weighed in on this topic: “We used to design 300mm² chips, but now we can’t fit everything into one chip, so we start partitioning.” She emphasized the importance of disaggregating I/Os and connectivity, as they don’t scale with process nodes. By keeping these components in older process nodes while concentrating compute power in advanced technology nodes, we can optimize performance and efficiency. As we explore the chiplet landscape, effective partitioning will be key to driving AI innovation. For more insights and to read more of Letizia's outlook, check out the full article: https://lnkd.in/g8AwN9gC #AlphawaveSemi #ConnectivityIP #ConnectivitySolutions #Chiplets #AI #Connectivity #CustomSilicon #Silicon

Don’t miss out—check out the full webinar available now! Optimizing Next-Gen I/O Chiplet: Pioneering UCIe D2D Interconnects Beyond 1.6 Terabits with Letizia Giuliano! Letizia dives into how UCIe-enabled chiplet IP subsystems with cutting-edge SerDes I/O connectivity are revolutionizing AI solutions. As compute demands soar, chiplets are defining the future of scalable, efficient AI networks. You’ll discover how I/O chiplets enhance AI connectivity, overcome challenges with 112G Multi-Lane and Multi-Standard chiplets, and see real-world results from Alphawave Semi. Plus, learn how to future-proof your AI bandwidth for what’s ahead. Register to watch on demand now: https://lnkd.in/g49mhKBZ #AlphawaveSemi #ConnectivityIP #ConnectivitySolutions #Chiplets #AI #Connectivity #CustomSilicon #Silicon

How #AI is Redefining Data Center Infrastructure: Key Innovations for the Future! As AI technology continues to advance, its infrastructure needs to keep up. Exciting innovations in connectivity, chiplet architectures, and optical and electrical solutions are transforming AI data centers. We’re seeing everything from optical-electrical links and co-packaged optics to customizable chiplet designs, making AI infrastructure more scalable, flexible, and efficient. Don’t miss out on the insights from Tony Chan Carusone’s talk at the AI Hardware and Edge AI Summit in September 2024! Check out the highlights in this SemiWiki blog:https://lnkd.in/dUJFyFue  #AlphawaveSemi #ConnectivityIP #ConnectivitySolutions #Chiplets #AI #Connectivity #CustomSilicon #Silicon