Oracle Cloud Infrastructure

Global GPU cloud provider offering high performance and enterprise-grade security.

Facts

Datacenter Tier: 4Founded: 2016Funding: noneGpu Variety: HighHeadquarters: Nashville, USAMerits: SOC II, ISO, GDPR, NVIDIA PartnerPersistent Storage: Not Supported

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Price

Med

Availability

Overview

Oracle Cloud Infrastructure is a comprehensive cloud service provider delivering high-performance GPU-powered infrastructure. With data centers worldwide, OCI ensures low-latency access and high availability. The platform maintains strict security and compliance standards, including SOC2 and ISO 27001 certifications, ensuring the secure handling of sensitive data.

Highlights

Wide SelectionLots of GPU options from current generation and previous generations

99% UptimeProvider offers an SLA on uptime exceeding 99%

Wide Geographic FootprintRegions across multiple continents with widespread availability

NVIDIA Cloud PartnerMember of NVIDIA Cloud Partnership program

Features

01.

Virtual Machines

Instances are virtual machines for ease of use and smaller instances

02.

Bare Metal

Instances are bare metal for the best performance

03.

Hybrid Cloud Management

Simplifies the integration and management of on-premises and cloud environments

04.

Managed Databases

Provides fully managed database services for seamless scaling and maintenance

05.

DDoS Protection

Able to detect and mitigate large-scale, distributed attacks to ensure service availability and performance.

Pricing

OCI provides flexible pricing options, including on-demand and committed use contracts. Users can benefit from cost savings through longer-term commitments, offering predictability for sustained workloads. The platform emphasizes transparent pricing, allowing users to align their budgetary requirements with their computational demands.

Availability

OCI offers GPU resources across a wide variety of regions, allowing users to deploy configurations with multiple GPUs per instance. This flexibility supports a wide range of computational workloads.