• Oracle Cloud Infrastructure (OCI) Benchmarking Oracle's DBaaS against RDS - A Performance Comparison - Part II

    The following Blog discusses the results of testing I/O performance of an Oracle Database running on Oracle’s Cloud X7 generation instances compared to the same database running on Amazon Web Services (AWS). The Oracle Stress Testing Tool (SLOB) was used to test the performance.

    The results suggest that it is possible to achieve almost double the performance at less than half the cost on Oracle Cloud compared to AWS RDS.

  • Choosing the Right Cloud Service Provider (CSP) for 2018: Things to Consider

    Choosing a Cloud Service Provider (CSP) isn’t easy.

    Much like finding and falling in love with a significant other, selecting and committing to the correct CSP can be like a marriage; with all the risks and benefits. Therefore it is important for companies to make carefully considered decisions when choosing a CSP as a partner to embark on their cloud journey with.

  • OCI and AWS 10Gbit network test

    In this blog we will compare the network performance of instances in OCI and AWS.

    The Network is a sensitive resource in multi-tenant environments, and is usually one of the first contributors leading to diminished performance when the environment is oversubscribed.

    In AWS there is a concept of Placement groups. Network performance is optimized between instances belonging to the same Placement group. But the downside of having instances in one and the same placement group is that it limits the amount of resources available for each instance. Therefore if a big cluster has to be created, there is a good chance that resource limitations for specific instance types will be reached.

    In Oracle Cloud infrastructure this problem does not exist. For OCI’s flat network the concept of Placement groups is not really applicable because the whole AD is basically one large placement group in itself.

  • Benchmarking Oracle's DBaaS against RDS - A Performance Comparison.

    The following Blog discusses the process and results of testing I/O performance of an Oracle Database running on Oracle’s Cloud Infrastructure (OCI) compared to the same database running on Amazon Web Services (AWS). The Oracle Stress Testing Tool (SLOB) was used to test Data Load Performance, IOPS, physical random single-block reads and single block writes. The OCI OCPU Scaling feature was also tested and a cost analysis was performed to determine the configuration with the lowest TCO.

    The results suggest that Oracle’s infrastructure is between 7 and 10 times faster in I/O than the AWS counterpart, using only a quarter of the time to load the same amount of data. Furthermore, OCI outperformed AWS significantly in wait times for critical I/O events, which indicates a superior I/O latency on OCI. Finally, the TCO of running the system on AWS is twice as high as the bill would be if the system was run on OCI. Oracle’s performance dominance can be partially explained by the unique and differentiated capabilities of Oracle’s next generation Baremetal infrastructure, which is very different to the architecture of AWS, but more on this later.

    The following sections cover the details of the testing procedure and elaborate on the results.

  • What is Oracle Cloud Infrastructure (BareMetal Cloud). How to implement resources in OCI.

    Oracle introduced two type of cloud services. OCI (Oracle Cloud Infrastructure) Formerly called Bare metal cloud, and OCI Classic.

    In this blog I will cover Oracle Cloud infrastructure. OCI Provides two type of shapes: Virtual machine and Baremetal, We can select virtual machine or bare metal while creating instance and selecting shape in OCI. Bare metal prefix with BM, Virtual Machine prefix with VM. Oracle use KVM based virtualization for VMs.

    BM instances in Oracle Cloud Infrastructure run without Hypervisor and provides Good Performance consistently. They supports High IOPS and are good for I/O Intensive application, noSQL, Big Data and Databases. It will use physical machine resource within tenant.

    In this example I will create Virtual Machine, but process of creating Bare metal instance is basically same.