What if you could process more data more efficiently than ever before? Imagine the ability to compose the system you need – when you need it – with any server and any resource from anywhere in the data center.
Cerio delivers the software-defined architecture that transforms the way systems are designed and deployed, providing full control over the utilization, choice and scale of your infrastructure.
The Cerio Accelerated Computing Platform is the most cost-effective solution at any scale, for any use case, and at any level of complexity.
Enjoy the flexibility to compose systems in real-time, add capacity with zero downtime, and create shared or dedicated resource pools – all defined and implemented in software. Achieve the extraordinary at half the cost and energy consumption of traditional fixed systems.
Get more access to GPUs to increase the velocity of your pipeline for compute-intensive graphical applications, from sophisticated media rendering and 3D imaging to AI-powered computer vision and pattern recognition.
Harness high-density compute to simulate real-world systems and solve complex problems. Innovate with CFD, model new viruses, chart the cosmos, use machine learning for predictive outcomes – and create the next breakthrough.
Analyze large datasets, extract greater insights, and make better decisions. Move from historical and diagnostic analytics to predictive and prescriptive GenAI capabilities at the pace and cost that fits your business.
Create and tune content – music, video, graphics, text – to engage customers, streamline operations and build new AI services to fuel your business, from chatbots to inferencing and deep learning applications.
Fixed systems limit access to the next-generation accelerators that drive innovation and productivity. Multi-year upgrade cycles add to the cost and complexity of managing technologies that are quickly outdated.
Cerio puts the choice back in your hands. Mix accelerators from different vendors and generations or scale and refresh on your own time – simply build the system you need, when you need it.
Markets evolve in real-time, and so can your environment. Created for the dynamic data center, the software-defined Cerio Accelerated Computing Platform gives you full control over the infrastructure systems that fuel your competitive edge and bring greater value to your customers. See what Cerio can do for you.
Accelerators such as GPUs and TPUs are critical for increasing the processing capacity for applications in media and entertainment, including graphics rendering and post-production workflows, AR/VR immersive experiences and personalized gaming.
The financial services industry has been at the forefront of using AI/ML to power services such as fraud detection, credit scoring, portfolio management and algorithmic trading. A sustainable AI infrastructure is key to maximizing expensive compute, acceleration and storage resources.
Cloud Solution Providers (CSP) offer access to industry-leading storage, networking, and data analytics technologies. To increase the value of their catalogs and meet variable capacity needs, CSPs require elastic scale, mobility and the agility to offer cutting-edge technology quickly.
Accelerators such as GPUs and TPUs are critical for increasing the processing capacity for applications in media and entertainment, including graphics rendering and post-production workflows, AR/VR immersive experiences and personalized gaming.
The financial services industry has been at the forefront of using AI/ML to power services such as fraud detection, credit scoring, portfolio management and algorithmic trading. A sustainable AI infrastructure is key to maximizing expensive compute, acceleration and storage resources.
Cloud Solution Providers (CSP) offer access to industry-leading storage, networking, and data analytics technologies. To increase the value of their catalogs and meet variable capacity needs, CSPs require elastic scale, mobility and the agility to offer cutting-edge technology quickly.
AI is driving demand for GPUs and specialized accelerators to manage the complex processing demands for new applications and services. Modeling the available GPU capacity in your data center – and what you can actually access – is critical for planning the cost-effective scale of your AI infrastructure.
Using native PCIe as the transport for disaggregated systems creates fragility and operational complexity at data center scale. Decoupling lets you go beyond a single PCIe domain to create agile systems designed for elastic capacity and optimized data movement.
One of the key misconceptions about disaggregated infrastructure is that there’s an inherent performance trade-off. While some argue that the performance of a tightly integrated system will always be better, the reality is a little more nuanced.
Find out how to break through the capacity trap of today’s infrastructure, and discover the next major evolution in data center architecture, and its impact on AI.
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