Oracle Cloud Infrastructure Developer 2020 Certified Associate
1 Oracle Cloud Infrastructure (OCI) Overview
1-1 Introduction to OCI
1-2 OCI Architecture
1-3 OCI Regions and Availability Domains
1-4 OCI Services Overview
2 Identity and Access Management (IAM)
2-1 Introduction to IAM
2-2 Users, Groups, and Policies
2-3 Compartments
2-4 Authentication and Authorization
2-5 Federation and Single Sign-On (SSO)
3 Compute Services
3-1 Introduction to Compute Services
3-2 Virtual Machines (VMs)
3-3 Bare Metal Instances
3-4 Instance Configurations and Launch Options
3-5 Autoscaling and Instance Pools
3-6 Management and Monitoring of Compute Instances
4 Networking Services
4-1 Introduction to Networking Services
4-2 Virtual Cloud Networks (VCNs)
4-3 Subnets and Security Lists
4-4 Route Tables and Internet Gateways
4-5 NAT Gateway and Service Gateway
4-6 Load Balancing and DNS Services
5 Storage Services
5-1 Introduction to Storage Services
5-2 Block Volume Storage
5-3 Object Storage
5-4 File Storage Service
5-5 Backup and Disaster Recovery
6 Database Services
6-1 Introduction to Database Services
6-2 Autonomous Database
6-3 Oracle Database Cloud Service
6-4 Exadata Cloud Service
6-5 Backup and Recovery
7 Resource Management
7-1 Introduction to Resource Management
7-2 Terraform and OCI Resource Manager
7-3 Resource Tags and Cost Management
7-4 Monitoring and Logging
8 Security and Compliance
8-1 Introduction to Security and Compliance
8-2 Key Management Service (KMS)
8-3 Vault Service
8-4 Security Zones
8-5 Compliance and Auditing
9 Application Development
9-1 Introduction to Application Development
9-2 Oracle Cloud Infrastructure Registry (OCIR)
9-3 Functions and API Gateway
9-4 Integration and Event Services
9-5 DevOps and CICD Pipelines
10 Monitoring and Management
10-1 Introduction to Monitoring and Management
10-2 Monitoring Services
10-3 Notifications and Alarms
10-4 Logging and Auditing
10-5 Service Limits and Quotas
11 Cost Management
11-1 Introduction to Cost Management
11-2 Cost Analysis and Reports
11-3 Budget Alerts and Notifications
11-4 Reserved Instances and Savings Plans
12 Advanced Topics
12-1 Introduction to Advanced Topics
12-2 Hybrid Cloud and Interconnect
12-3 Data Transfer and Migration
12-4 Edge Services and Content Delivery Network (CDN)
12-5 Machine Learning and AI Services
Bare Metal Instances Explained

Bare Metal Instances Explained

Key Concepts

Bare Metal Instances in Oracle Cloud Infrastructure (OCI) provide direct access to physical servers, offering high performance and control. Understanding the following key concepts is essential for leveraging Bare Metal Instances effectively:

Physical Servers

Bare Metal Instances are physical servers dedicated to your use, without any virtualization layer. This means you have direct access to the hardware, including CPU, memory, and storage. Unlike virtual machines, which share physical resources with other instances, Bare Metal Instances provide exclusive access to the entire server.

Think of a Bare Metal Instance as a standalone computer in a data center. You have full control over the hardware, just as you would with a physical machine in your office.

Performance and Isolation

Bare Metal Instances offer superior performance and isolation compared to virtual machines. Since there is no virtualization overhead, you get the full power of the physical server. This is particularly beneficial for workloads that require high CPU, memory, or I/O performance, such as databases, high-performance computing (HPC), and big data analytics.

Consider Bare Metal Instances as a high-speed, dedicated highway. You don't have to share the road with other vehicles, ensuring you reach your destination faster and without interruptions.

Use Cases

Bare Metal Instances are ideal for specific use cases that demand high performance and direct hardware access. Common use cases include:

Imagine a Bare Metal Instance as a specialized tool in a toolbox. It's designed for specific, high-demand tasks that require precision and power, making it indispensable for certain applications.