Oracle Cloud Infrastructure (OCI) stands as a beacon of versatility, offering an array of shapes meticulously crafted to cater to diverse compute and application needs. Among these offerings, GPU shapes emerge as a potent force.
Delving into GPU Shapes: Accelerating Workloads
GPU shapes are tailored to accommodate hardware-accelerated workloads. But what exactly does “hardware acceleration” entail? This process involves delegating certain tasks from applications to the hardware within your system. And the objective? To expedite the execution of these tasks.
Harnessing Unparalleled Performance
OCI sets the benchmark for value and performance with its bare metal and virtual machine compute instances, all fueled by NVIDIA GPUs. Within this arsenal, you’ll encounter an impressive lineup including A100, A10, V100, and P100 GPUs.
Diverse Applications, Singular Excellence
The applications of GPU shapes span a broad spectrum, encompassing everything from mainstream graphics and videos to the most demanding AI training and high-performance compute workloads. Oracle’s ultra-low latency cluster networking, underpinned by RDMA technology, ensures latency at the microsecond level. Remarkably, this level of performance remains uncompromised even when hosting over 500 GPUs in a cluster.
Tailored to Your Needs: VM and Bare Metal Compute Instances
The flexibility of OCI extends to its offerings of virtual machine and bare metal compute instances. For VMs, you have the liberty to select from NVIDIA Ampere, Volta, and Pascal GPUs, each catering to distinct needs and preferences.
The Fusion of Power: Intel, AMD, and NVIDIA
GPU shapes seamlessly integrate Intel or AMD CPUs with NVIDIA graphics processors, epitomizing a harmonious fusion of power and efficiency. Additionally, certain bare metal GPU shapes extend support for cluster networking, further augmenting their utility and performance.
In conclusion, Oracle Cloud Infrastructure’s GPU shapes stand as a testament to innovation and adaptability, empowering users to unlock new frontiers of performance and efficiency across a myriad of applications and workloads.