Driving the Next Evolution of the Data Center
Discover how Cerio’s CDI ACP transforms data center architecture with software-defined flexibility, offering unprecedented GPU utilization, scalability, and cost savings.
AI and ML initiatives are often over engineered, with GPUs sitting idle more than 40% of the time. Meanwhile, data centers face escalating costs, limited rack space, and rising energy demands, making traditional infrastructure unsustainable.
Cerio revolutionizes resource utilization by enabling true disaggregation—GPUs, DPUs, NVMe and other critical resources can be composed to any system in any environment. This approach extends the life of existing hardware, provides flexibility in GPU selection, and scales seamlessly with evolving workloads—without costly infrastructure overhauls.
Composable Disaggregated Infrastructure (CDI) has been the ultimate goal of data center networking for over 20 years. However, early attempts by large organizations fell short due to technological and economic limitations. More recently, efforts to expand a single, uniform PCIe domain have proven unsustainable. The industry needs a new approach—one that truly unlocks the potential of CDI.
Cerio has unlocked the full potential of CDI with the Cerio CDI Accelerated Compute Platform (ACP). Our solution enables multiple, smaller PCIe domains to connect seamlessly and reliably, delivering the scale, flexibility, and agility needed to configure PCIe devices across physically separated domains in the data center.
With Cerio ACP, CDI is no longer just a vision—it’s a reality.