Compute
Oracle Cloud Infrastructure (OCI) provides flexible, high performance, and secure compute for any workload—including AI and machine learning (ML), compute intensive, enterprise, and cloud native applications.
Oracle Offers First Zettascale Cloud Computing Cluster
This new AI supercomputer, the largest in the cloud, will deliver up to 131,072 NVIDIA GPUs, allowing you to build, train, and inference AI at scale.
Why use OCI Compute?
Up to 60% savings
OCI, unlike other cloud providers, lets you select the number of cores and memory to match your workload needs for average annual cost savings of up to 60% (PDF) with fully customizable instances.
48% more efficiency
According to industry analyst IDC’s business value report, organizations using OCI have realized benefits worth an average of US$11.6 million per year and a five-year ROI of 393%. OCI has enabled them to be 48% more efficient in deploying compute and 30% more efficient in deploying storage.
Highly secure
Shielded instances, confidential computing, hardware root of trust, and off-box virtualization help reduce attacks by low-level malware, denial of service, and other malicious software, helping applications run securely.
OCI Compute services
Virtual machines (VMs)
Run a wide range of workloads, from small development projects to large-scale global applications, on OCI Compute VMs securely and achieve improved price-performance.
Flexible VMs
VMs are customizable from 1–94 cores for AMD EPYC processors, 1–32 cores for Intel, and 1–80 cores for Ampere processors, with 1–1,094 GB RAM and network bandwidth that scales with the number of cores.
Learn more about Flexible VMs
Optimized VMs
Optimized VM shapes provide 1–18 high-frequency processor cores and support cluster networking with 4–40 Gb/sec of network bandwidth.
Learn more about Dense I/O VMs
Dense I/O VMs
Dense I/O VMs, with 8–24 cores and 128–512 GB RAM, offer 6.8–27.2 TB high performance, locally attached NVMe storage for big data and analytics workloads.
Learn more about Dense I/O VMs
Dedicated VM hosts
Dedicated VM host shapes offer bare metal instances with 36–128 cores and 512–2,048 GB memory per host with software to host VMs.
Learn more about Dedicated VM hosts
Bare metal
Bare metal instances provide customers with isolation and control with dedicated physical server access. Customers can run demanding workloads on instances that scale up to an industry-leading 192 cores, 2.3 TB of RAM, and up to 1 PB of block storage.
Standard bare metal
Bare metal instances provide a balance of cores (64–192 cores), memory (1,024–2,304 GB), and network bandwidth (up to 1x100 Gb/sec).
Learn more about Standard bare metal
HPC bare metal
These bare metal instances are for HPC workloads that require high-frequency processor cores with 3.84 TB of NVMe SSD and cluster networking (up to 2x50 Gb/sec of network bandwidth and 1x100 Gb/sec of RDMA bandwidth).
Learn more about HPC bare metal
Dense I/O bare metal
These bare metal instances are equipped with high performance local storage (54.4 TB of NVMe SSD) and 2,048 GB of memory, optimized for large databases and big data workloads.
Learn more about Dense I/O bare metal
GPU instances
Run your demanding AI workloads on bare metal and virtual machine instances powered by NVIDIA GPUs. GPUs can be clustered using a microsecond-latency network with the most local storage per node for checkpointing during AI training.
GPU-accelerated VMs
GPU-accelerated VMs include NVIDIA graphics processors (NVIDIA A10, A100,* H100,* V100, and P100 GPUs), which can be clustered to achieve up to 30 cores, 16 to 64 GB of GPU memory, and 8 to 48 Gb/sec of network bandwidth.
Learn moreabout GPU-accelerated VMs
* Coming soon for VMs; available for bare metal instances
GPU-accelerated bare metal instances
Bare metal instances equipped with NVIDIA graphics processors (NVIDIA H100, A100, L40S, H200,** and B200 GPUs**), NVIDIA Superchips (GH200 Grace Hopper and GB200 Grace Blackwell**) and AMD graphics processors (AMD MI300X) can be clustered, leveraging an ultrahigh-bandwidth RDMA network.
Learn more about GPU-accelerated bare metal instances
** Coming soon
Cloud native and containers
OCI offers a comprehensive set of managed services across containers, serverless, APIs, and DevOps with support for open source to help customers build cloud native applications.
Functions
OCI Functions is a serverless platform that lets developers create, run, and scale applications without managing infrastructure.
Learn more about Functions
Kubernetes
OCI Kubernetes Engine is a managed Kubernetes service for operating containerized applications at scale while reducing the time, cost, and operational burden of managing a Kubernetes infrastructure.
Learn more about Kubernetes
Containers
OCI Container Instances is a serverless compute service that lets you instantly run containers without managing any servers.
Learn more about Containers
Container images
OCI Container Registry is an open standards–based, Oracle-managed Docker registry service for securely storing and sharing container images.
Learn more about Container image
VMware and other services
Oracle Cloud VMware Solution enables customers to move VMware estates to the cloud without changing operations or processes.
VMware-based compute
Oracle Cloud VMware Solution lets you create and manage VMware-enabled, software-defined data centers in OCI.
Learn more about VMware-based compute
Virtual desktops
Virtual desktops deliver an improved experience and a lower administration cost.
Learn more about Virtual desktops
Operating system (OS) images
OCI supports several prebuilt Oracle-provided images and user-created custom images.
Learn more about Operating system (OS) images
Oracle OS Management Service
Oracle OS Management Service lets you manage updates and patches for the OS on your instances.
Learn more about Oracle OS Management Service
Save as much as 60% with OCI Compute
While other cloud service providers have higher prices in almost every region outside the US, OCI customers enjoy the same services, performance, and prices everywhere.
For a similar configuration, OCI Compute costs less.*
57%
less than AWS m6a.xlarge
57%
less than Azure D4as v5
51%
less than Google Cloud n2d-standard-4
* Compared with the monthly cost of a two OCPU (four vCPU) AMD (E4) with 16 GB in US eastern regions. On-demand prices are as of June 5, 2024.
OCI Compute reference architectures
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Solution Architecture
This architecture shows a three-tier application stack in OCI with the application tier deployed in a VMware software-defined data center created by Oracle Cloud VMware Solution.
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Solution Architecture
See how you can deploy an AI solution on a cluster of bare metal servers with GPUs and cluster networking.
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Solution Architecture
This architecture depicts an application server deployed in an OKE cluster with virtual nodes that let you perform create, read, update, and delete operations on Oracle MySQL Database Service.
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Solution Architecture
In this architecture, you’ll see how Oracle Compute Cloud@Customer can run applications and middleware on flexible VM shapes.
OCI Compute customer successes
What’s new?
Get started with OCI Compute services
Try 20+ Always Free cloud services, with a 30-day trial for even more
Oracle offers a Free Tier with no time limits on more than 20 services such as Compute, Storage, and Autonomous Database, as well as US$300 in free credits to try additional cloud services. Get the details and sign up for your free account today.
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What’s included with Oracle Cloud Free Tier?
- AMD and Arm Compute VMs
- 200 GB total block storage
- 10 GB object storage
- 2 Autonomous Databases, 20 GB each
- 10 TB outbound data transfer per month
- 10+ more Always Free services
- US$300 in free credits for 30 days for even more
Learn with a hands-on lab
The best way to learn is to try it yourself. Use our tutorials and hands-on labs with the Oracle Cloud Free Tier, your own Oracle Cloud tenancy, or for selected solutions in an Oracle-provided free lab environment.
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Deploy HA Applications Using Load Balancers
In this lab you will deploy web servers on two compute instances in Oracle Cloud Infrastructure (OCI), configured in High Availability mode by using a Load Balancer.
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Get started with OCI Core Services
Explore basic OCI services, including Compute, Networking, and Storage.
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Deploy Oracle Container Engine for Kubernetes
In this lab you will deploy a Container Engine for Kubernetes cluster, connect to it, and run a sample application using OCI CLI.
Start this lab now -
Migrate Tomcat Java Applications to OCI
Explore how to migrate Tomcat to Oracle Cloud Infrastructure and connect to an Autonomous Database.
Start this lab now
See how much you can save with OCI
Oracle Cloud pricing is simple, with consistent low pricing worldwide, supporting a wide range of use cases. To estimate your low rate, check out the cost estimator and configure the services to suit your needs.
Experience the difference
- 1/4 the outbound bandwidth costs
- 3X the compute price-performance
- Same low price in every region
- Low pricing without long term commitments
Contact sales
Interested in learning more about Oracle Cloud Infrastructure? Let one of our experts help.
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They can answer questions such as
- How do I get started with Oracle Cloud?
- What kinds of workloads can I run on OCI?
- What types of services does OCI offer?