As optical I/O matures, industry standards will be critical for ecosystem development and widespread adoption. Universal Chiplet Interconnect Express (UCIe) aims to standardize the physical layer by defining a die-to-die interconnect for chiplets using optical I/O. Download our solution brief to explore the needs of near-future generative AI architectures, as well as how optical I/O can help solve some of the problems currently facing industry leaders. https://bit.ly/3CuipBe #optical #photonics #semiconductor #AI #UCIe
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While ethernet and InfiniBand can suffice for scale-out fabric across clusters with tapered bandwidth, sophisticated and bespoke solutions, like optical I/O, are the obvious solution for scale-up fabric within a cluster. Despite this optical I/O promises, we must address and dispel some of the most common myths surrounding its implementation. https://bit.ly/4de6MLV #optical #photonics #semiconductor #AI #LLM #UCIe
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At #SC24, discover the impact Ayar Labs’ optical I/O has on scaling LLM inference, with profitability gains up to 20x and a 3-4x interactivity improvement in future GPT models. Visit our booth (#810) to check out our new AI system architecture tool. SC Conference Series #optical #photonics #semiconductor #AI
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This is the next wave of optical connectivity solutions. Optical fibers and glass waveguides to enable optical networks inside the box.
Ayar Labs works with partners to solve the I/O bottleneck problem in HPC and AI systems. At #SC24, Jeff Demain, business development manager at Ayar Labs, and Benoit Fleury, director of co-packaged business development at Corning Optical Communications walk through the proof-of-concept demonstration that shows the direct integration of Ayar Labs’ TeraPHY optical I/O chiplets with Corning’s advanced glass waveguide. #optical #photonics #semiconductor #AI #HPC
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#AI network processing demands are quickly growing. To prepare networks for the future, Corning Optical Communications and Ayar Labs are working together to take data processing to the next level through optical interconnections. In the video below, Corning CPO business development director, Benoit Fleury, and Ayar Labs business development manager, Jeff Demain detail how Corning’s innovative glass waveguide module is playing a key role in interconnecting Ayar Labs’ TeraPHY™ optical I/O chiplets—paving the way to a new era of high-density and cost-effective connectivity for data centers, #AI clusters, and more!
Ayar Labs works with partners to solve the I/O bottleneck problem in HPC and AI systems. At #SC24, Jeff Demain, business development manager at Ayar Labs, and Benoit Fleury, director of co-packaged business development at Corning Optical Communications walk through the proof-of-concept demonstration that shows the direct integration of Ayar Labs’ TeraPHY optical I/O chiplets with Corning’s advanced glass waveguide. #optical #photonics #semiconductor #AI #HPC
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Chief Executive Officer | Deep Tech Innovation | New Product Introduction & Commercialization
Ayar Labs just announced major funding from NVIDA, AMD, and Intel to advance and scale their optical interconnect technology. Cool to see the work they are doing with Corning on optical waveguides in glass substrates, to solve the data interconnect bottlenecks being created by GPUs serving explosive AI growth. https://lnkd.in/ehwjkWBh
Ayar Labs works with partners to solve the I/O bottleneck problem in HPC and AI systems. At #SC24, Jeff Demain, business development manager at Ayar Labs, and Benoit Fleury, director of co-packaged business development at Corning Optical Communications walk through the proof-of-concept demonstration that shows the direct integration of Ayar Labs’ TeraPHY optical I/O chiplets with Corning’s advanced glass waveguide. #optical #photonics #semiconductor #AI #HPC
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With new technology comes a slew of new terms and technical concepts. Whether you’re looking to stay ahead of the curve or just getting started, here are some terms commonly used in the world of optical I/O. Term of the week: Compute Express Link (CXL) – An open-standard interconnect technology that enables high-speed, low-latency communication between processors and accelerators. https://bit.ly/40OVhqt #optical #photonics #semiconductor #AI #CXL
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Celestial AI Raises $175 Million to Disrupt AI Infrastructure with Photonic Fabric™ Technology Read More https://lnkd.in/gaB3QJD4 Celestial AI #fabric #technology #artifical #intelligence #bandwidth #memory #capacity #interconnectivity #energy #efficiency #power #million #insights #industry #photonics #news
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Check out our latest article where I delve into the advantages of our solution to #lowpower and #secure #accelerators within the framework of the Neuropuls #horizoneurope project. Here, I discuss about the benefits of our accelerator both from a computing as well as a security point of view by leveraging an augmented silicon photonic platform as well as novel architectures for computing and security primitives. CNRS, Centrale Lyon, Université de Bourgogne, CEA-Leti, Ghent University, Politecnico di Torino, INESC-ID, Hewlett Packard Enterprise, Albora Technologies, National & Kapodistrian University of Athens, Ludwig-Maximilians-Universität München, Argotech – Semiconductor photonics, Technical University of Berlin, University of Verona #neuromorphic, #computing, #hardwaresecurity, #edgecomputing, #photonics
💡A novel route to secure and low-power accelerators for edge computing 🌐💻 The Neuropuls project explores innovative neuromorphic accelerators to improve data processing, while being lightweight, cost-effective, commercially scalable, and highly secure. Integrated photonics and neuromorphic computing are the two main technologies that may help to process data more efficiently while providing several advantages compared to competing technologies. Read more about our latest article here: https://lnkd.in/dtkazyTp #edgecomputing #AI #photonics #neuromorphic #computing #horizoneurope
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Optics Express [#OPG_OpEx] research overcomes challenges in achieving high-fidelity image transmission, a limitation facing both the AI and photonics communities: https://bit.ly/4dztsX1 The Istituto Italiano di Tecnologia team developed a global attention mechanism harnessing information redundancy generated by non-local features across the input and output fiber facets. The mechanism boosts performance and ensures an accurate representation of minute details in a pixel-to-pixel reconstruction. Written by: Mohammadrahim Kazemzadeh, Liam Collard, Filippo Pisano, Linda Piscopo, Cristian Ciraci, Massimo De Vittorio, and Ferruccio Pisanello #technology #AI #photonics #scienceandtechnology
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The demand for data from generative AI has sparked innovation in silicon photonics. Check out the latest article from Optica where industry leaders discuss the opportunities that AI presents for the optics and photonics industry. This includes insights from Ayar Labs on tackling challenges in the “scale-up” domain inside compute systems with their optical I/O solution. https://bit.ly/3YZqs1R #optical #photonics #semiconductor #AI
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