[Summary] Overview and features of Oracle Cloud [Key points]
This is Ohara from the technical sales department.
This is an article summarizing the overview, features, and points of
"Oracle Cloud" (Information as of October 2018)
Overview of “ Oracle Cloud
■Tokyo region scheduled to open in 2019 (OracleCloud's own region)
A cloud designed and developed on the premise that it can handle large-scale, mission-critical workloads such as those in enterprise systems
■ The cloud version of Oracle DB, "Oracle Database Cloud Service (PaaS),"
guarantees the same performance as Oracle DB, and has built-in automation and efficiency features unique to PaaS.
(A tuned-up OracleDB can be prepared in a few clicks)
■ Equipped with Oracle DB tablespace encryption, backup, and patch application functions as standard.
■ Although it is a PaaS, functions with OS management privileges can be used.
■ Enterprise-level support is included in your cloud fee.
■ Collaboration and connection functions with existing on-premises data centers.
■ In addition to virtual machines (VMs), dedicated bare metal servers are also provided in the cloud,
allowing instant server allocation and scale-in/out.
■ Oracle's DWH "Oracle Autonomous Database Cloud"
is equipped with "Oracle Database 18c", the next generation version of Oracle Database.
■Since it is an "autonomous database", there is no need for DB tuning, patch application, updates, or maintenance.
It has an automatic repair feature that automatically protects against downtime.
■ Data transfer amount (outbound) is free up to 10TB/month.
(Data transfer amount within the availability domain is free)
■ Storage (Block Storage) Performance
IOPS: None
Performance: 60 IOPS / GB (Standard)
Maximum IOPS / Instance: Maximum 400,000 IOPS
■ Since the CPU is physical,
when comparing and calculating the CPU (number of cores) between Oracle Cloud and other companies' clouds, use "approximately 1/2" as a guide.
[Example]
Other company's cloud: 16vCPU
Oracle Cloud: 8core
■ Even in the cloud, it is necessary to calculate the number of cores per instance.
Also, when using Windows Server as the OS, calculate the number of cores.
*Same concept as the on-premises version core license.
Service correspondence table between “Oracle Cloud” and “AWS”
This is a correspondence table for each service provided by Oracle Cloud and Amazon Web Service (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 Route53 |
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
It was announced that
Oracle will open its own data center (region) in Tokyo during 2019, and if you are a current Oracle user and want to migrate to Oracle Cloud, It might be good news.
For cloud design, construction, operation maintenance, and monitoring of
"Oracle Cloud" please contact Beyond
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