Summary: Overview and Features of Oracle Cloud [Key Points]

table of contents
This is Ohara from the Technical Sales Department
This article summarizes the overview, features, and key points of "Oracle Cloud." (Information is current as of October 2018.)
Overview of Oracle Cloud

■Tokyo region scheduled to open in 2019 (Oracle Cloud's own region)
■ A cloud service designed and developed with the premise of being able to handle large-scale, mission-critical workloads, such as those found in enterprise systems
■ Oracle Database Cloud Service (PaaS), the cloud version of Oracle DB,
guarantees the same performance as Oracle DB and includes built-in automation and efficiency features unique to PaaS.
(A tuned-up Oracle DB can be prepared in just a few clicks.)
■ Oracle DB tablespace encryption, backup, and patch application functions are included as standard
■ Although it is a PaaS, OS management authority functions are available
■ Enterprise-level support is included in your cloud usage fees
■ Ability to collaborate and connect with existing on-premise data centres
■ In addition to virtual machines (VMs), dedicated bare metal servers are also provided via the cloud,
enabling instant server deployment and scaling in/out.
■ Oracle's data warehouse, "Oracle Autonomous Database Cloud,"
is equipped with "Oracle Database 18c," the next-generation version of Oracle Database.
■ As an "autonomous database," it requires no DB tuning, patching, updates, or maintenance.
It also features an automatic repair function to automatically protect against downtime.
■ Data transfer (outbound) is free up to 10TB/month.
(Data transfer within the availability domain is free.)
■ Storage (Block Storage) Performance
IOPS: None
Performance: 60 IOPS / GB (Standard)
Maximum IOPS / Instance: Up to 400,000 IOPS
■ Since the CPU is a physical entity, when comparing and calculating the number of CPUs (cores) in Oracle Cloud and other cloud services, use "approximately 1/2" as a guideline
[Example]
Other cloud services: 16 vCPU
Oracle Cloud: 8 cores
■ Even in the cloud, the calculation must be based on the number of cores per instance.
Similarly, when using Windows Server as the OS, the calculation is also based on the number of cores.
*This is the same concept as the core licensing for the on-premises version.
"Oracle Cloud" and "AWS" service compatibility table

This is a table showing the compatibility of each service offered by Oracle Cloud and Amazon Web Services (AWS)
| Cloud Service | Oracle Cloud | Amazon Web Services (AWS) |
|---|---|---|
| Compute (IaaS) | Oracle Cloud Infrastructure | Amazon EC2 |
| Serverless | Functions / IaaS Orchestration / Stack Manager | AWS Lambda |
| Loadbalancer | Load Balancing Service | Elastic Load Balancing |
| Storage | Object Storage / Storage CS | Amazon S3 |
| Database | DBCS / MySQL CS | Amazon RDS |
| Database (NoSQL) | NoSQL CS / Bigdata CS / MongoDB on Compute | Amazon DynamoDB |
| DWH | Autonomous Database Cloud service | Amazon Redshift |
| Networking | VCN (VPN-CS/Fast connect) |
Amazon VPC |
| DNS | OCI Edge | Amazon Route 53 |
| Cache | Compute + Redis (Marketplace) | Amazon ElastiCache |
| App Services (PaaS) | Messaging CS | Amazon Simple Queue Service |
| Management Tools | Standard Monitoring FunctionOracle | Amazon CloudWatch |
| Cloud Automation | IaaS Orchestration / Stack Manager |
AWS CloudFormation |
Analytics (Distributed)
|
Bigdata CS / Oracle Analytics CS |
Amazon EMR |
| Analytics (Streaming) | Event Hub CS / SOA CS / Oracle Analytics CS |
Amazon Kinesis |
summary
Oracle
announced that it would open its own data center (region) in Tokyo sometime in 2019, and that it would also open an Osaka region in the same year.
This may be good news for current Oracle users that want to migrate to Oracle Cloud.
For all your Oracle Cloud cloud design, construction, operation, maintenance, and monitoring needs, please contact Beyond !
>>>【For inquiries click here】<<<
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