Five hundred and fifty-two cores of available compute capacity with 6.7 TB of available memory can be incrementally expanded to 6,624 cores and 80.4 TB of memory for supporting large and growing workloads.
High performance VM shapes with up to 96 cores each make it easy to run compute-intensive applications.
Oracle Cloud Infrastructure (OCI) Compute with flexible VM shapes reduces total consumption when consolidating applications and middleware.
Oracle Linux licensing and support, which is included with a subscription, eliminates hidden costs.
Pay for consumption only on the number of compute cores used to help reduce costs.
Support for multiple guest operating systems, including Oracle Linux, Oracle Solaris, third-party Linux distributions, and Microsoft Windows Server, lets customers use a single platform for all of their workloads.
GPU expansion
Add up to 12 purpose-configured GPU nodes with four NVIDIA L40S GPUs each.
Run compute-intensive, scalable workloads securely on-premises to address both performance and data residency requirements.
Deploy GenAI inferencing, HPC, and graphics processing in your data center.
Collaborate on 3D design projects across software applications with seamless integration using existing workflows and a flexible platform for your custom application development.
Flexible storage
Independent scaling of storage and compute makes it easy to optimize performance and costs for diverse workloads.
OCI object, block, and file storage services with any mix of consumption support all types of workloads.
One hundred and fifty TB of storage capacity that’s incrementally expandable to 3.4 PB helps meet the needs of data intensive workloads.
Optional flash storage scales up to 1.2 PB of block storage capacity to help meet the needs of I/O intensive workloads.
Built-in networking
Dedicated 400 Gb/sec internal network bandwidth increases performance for all applications.
OCI virtual cloud networks, subnets, security lists, route tables, and other networking capabilities are included to simplify deployment.
Up to 800 Gb/sec of data center connectivity speeds access to data center resources.
Up to 800 Gb/sec of dedicated, direct connect bandwidth to Exadata Cloud@Customer minimizes database access latency.
Support for diverse applications
Comprehensive application support lets customers consolidate diverse workloads on the same infrastructure, helping reduce IT complexity and cost.
Database-intensive workloads run with high performance by using Compute Cloud@Customer for application and middleware tiers with Exadata Cloud@Customer for the database tier.
Optimized support for cloud native applications increases operating efficiency.
Oracle packaged applications, third-party applications, and customer enterprise applications run at scale.
Terraform support enables infrastructure as code for maximum application portability across Oracle’s distributed cloud.
Consistent management
Applications and services continue to run even when disconnected from the OCI control plane host region.
Oracle Operator Access Control gives customers oversight and control over the actions of Oracle operators, helping increase security.
The infrastructure is fully managed and supported by Oracle so scarce IT resources can focus on meeting crucial business needs.
The same OCI control plane and APIs as other Oracle distributed cloud platforms provide a consistent user and management experience.
Consumption is paid for using the same flexible Oracle Universal Credits as with OCI, simplifying running distributed workloads with variable demands.
Enterprise support is included at no additional cost.
Low consumption pricing based on usage and affordable infrastucture subscriptions provides significant savings.
Container automation
Deploy OCI Kubernetes Engine (OKE), a managed Kubernetes service that simplifies the operations of enterprise-grade Kubernetes at scale, to provide reliable operations for both the control plane and the worker nodes with automatic scaling, patching, and security updates.
OKE on Compute Cloud@Customer brings basic cluster capabilities on-premises, reducing overall utilization and delivering modernization, consolidation, and lower total cost of ownership.