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Archive for the ‘IaaS’ Category

Oracle Exadata Cloud Machine Q&A

In Cloud, Database options, DBA, Exadata, IaaS, Oracle database, Oracle Engineered Systems on March 28, 2017 at 07:25

“The computer industry is the only industry that is more fashion-driven than women’s fashion.” Larry Ellison

Amazon have no on-premise presence, it is cloud only. Microsoft have the Azure Stack but the Azure Stack Technical Preview 3 is being made available as a Proof of Concept (POC) and must not be used as a production environment and should only be used for testing, evaluation, and demonstration.

Oracle Database Exadata Public Cloud Machine, or Exadata Cloud Machine, or ExaCM in short, is a cloud-based Oracle database subscription service available on Oracle Exadata, and deployed in the customer or partner data center behind their firewall. This allows customers to subscribe to fully functional Oracle databases on Exadata, on an OPEX driven consumption model, using agile cloud-based provisioning, while the associated Exadata infrastructure is maintained by Oracle.

This blog post contains the top 10 (5 commercial and 5 technical) facts about the Exadata Cloud Machine:

1. On-premise licenses cannot be transferred to ExaCM.

2. The minimum commitment to both the ExaCM and OCM is 4 years and the minimum configuration is Eighth Rack.

3. The subscription price for Oracle Database Exadata Cloud Machine X6 Eighth Rack is $40,000 per month (= $2,500 X 16) and that includes all DB options/features, Exadata Software and OEM DB Packs.

4. Standalone products such as Oracle Secure Backup and Oracle GoldenGate are not included in the ExaCM subscription. Only the database options (such as RAC, In-Memory, Partitioning, Active Data Guard, etc.), the database OEM packs and the Exadata storage server software are included.

5. ExaCM requires Oracle Cloud Machine to deploy Exadata Cloud Control Plane (separate subscription). OCM subscription requires similar minimum term commitment as ExaCM. If a customer already has an OCM, that can be leveraged to deploy Exadata Control Plane at no extra cost. One OCM Model 288 can manage 6 ExaCM Full Racks (i.e. 24 ExaCM Quarter Racks or 12 ExaCM Half Racks). Theoretically one OCM can support a much larger number of ExaCM full racks: about 50.

6. The 1/8th rack SKU is very similar to the on-premises 1/8th rack – i.e. minimum configuration of 16 OCPUs (cores), 240 GB RAM per database server, 144 TB raw storage (42 TB usable), 19.2TB of Flash. Compared to the Quarter Rack, it ships with less RAM, disk storage and flash. Those will be field installed if the customer chooses to go for the 1/8th to Quarter Rack upgrade. Note that this 1/8th rack enables customers to have an entry level configuration that is similar to what exists in Exadata Cloud Service.

7. Hourly Online Compute Bursting is supported with ExaCM. The commercial terms are the same as in Exadata Cloud Service – i.e. 25% premium over the Metered rate, calculated on an hourly basis. Customers can scale up or down, dynamically. Bursting does not kick in automatically based on load. Bursting of OCPUs needs to be configured by customers as needed. Once customer initiates bursting, the OCPU update is done dynamically without downtime. Customers will be billed later on the hours of bursting usage. Price: $8.401 per OCPU per hour.

8. If Cloud Control Plane is down, it doesn’t affect the availability of steady state runtime operations. However, cloud-based management (e.g. selfservice UI and REST API access) will be impacted.

9. Access: the Exadata Cloud Machine compute nodes are each configured with a Virtual Machine (VM). You have root privilege for the Exadata compute node VMs, so you can load and run additional software on the Exadata compute nodes. However, you do not have administrative access to the Exadata infrastructure components, including the physical compute node hardware, network switches, power distribution units (PDUs), integrated lights-out management (ILOM) interfaces, or the Exadata Storage Servers, which are all administered by Oracle.

10. Patching and backups: you can produce a list of available patches using the exadbcpatchmulti command as follows

# /var/opt/oracle/exapatch/exadbcpatchmulti -list_patches 
-sshkey=/home/opc/.ssh/id_rsa 
-oh=hostname1:/u01/app/oracle/product/12.2.0.1/dbhome_1

When you create a database deployment on Exadata Cloud Machine, you must choose from the following automatic backup configuration options:

– Remote Storage Only: uses remote NFS storage to store periodic full (RMAN level 0) backups and daily incremental backups, with a seven day cycle between full backups and an overall retention period of thirty days.
– None: no automatic backups are configured. Automatic backups cannot be configured later if you select the None option when you create a database deployment.

Useful links:

Oracle Exadata Cloud Machine Documentation
Oracle Database Exadata Cloud Machine Data Sheet
Features and Benefits of Oracle ExaCM
Oracle Database Exadata Cloud Machine Pricing
Creating an Exadata Cloud Machine Instance
Known Issues for Oracle Exadata Cloud Machine
Oracle SVP, Juan Loaiza, describes Oracle Database Exadata Cloud Machine

Oracle Bare Metal Cloud in Action

In Cloud, DBA, IaaS on October 15, 2016 at 08:56

Bare Metal Cloud means non-virtualized physical compute servers, i.e., no hypervisor running to create virtual machines!

capturebmc

The aim of this blog post is to show you how simple it is to provision the Oracle BMC. But first here are few links on the subject that you may find useful:

What’s Inside Oracle’s AWS-Killing Bare Metal Cloud by Craig Matsumoto
Oracle’s infrastructure business focuses on bare metal to go after AWS by Blair Hanley Frank
Does Oracle have a shot in the public cloud vs. Amazon and Microsoft? by Brandon Butler
Virtual or Bare Metal Dedicated Cloud: Which Option is Right for You? by Ashar Baig
Oracle IaaS Generation 2 by Marcel van den Berg
– Documentation: Oracle Bare Metal Cloud Services
– The Bare Metal Cloud Service on oracle.com

This is how you create a Bare Metal Cloud machine in the Oracle Infrastructure Cloud (took me less than 15 minutes to connect as root from scratch):

1. First page:

capture1

2. Create the VCN (Virtual Cloud Network):

capture2a

3. Launch the instance:

capture3a

4. In progress (provisioning):

capture4a

5. Created (36 CPUs):

capture5a

6. Details:

capture6a

7. Install MongoDB:

mongodb

The Oracle Bare Metal Cloud is based on totally new architectural concepts, modern hardware, it is easy to provision and use and most importantly reliable and secure. In addition, Oracle BMC is supposed to be 11 times faster and 20 percent cheaper than the fastest solution offered by the competition.

What’s New for Oracle Compute Cloud Service (IaaS)

In Cloud, Consolidation, DBA, IaaS on May 1, 2016 at 11:15

Behind every cloud is another cloud.” – Judy Garland

Whenever you find yourself on the side of the majority, it is time to pause and reflect.” – Mark Twain

Oracle Cloud Infrastructure allows large businesses and corporations to run their workloads, replicate their networks, and back up their data and databases in the cloud. And I would say in a much easy and efficient way than any other provider!

Oracle provides a free software appliance for accessing cloud storage on-premise. The Oracle Storage Cloud Software Appliance is offered free of charge. You do not get this from Amazon. And from Azure, you do not get as much memory on a VM for a core as you get from Oracle. In addition to the hourly metered service, Oracle also provides a non-metered compute capacity with a monthly subscription so that you can provision resources up to twice the subscribed capacity. This is a way to control the budget through a predictable monthly fee rather than the less controllable pure pay-as-you-go model.

Sing_In2

PCMag.com provided recently an excellent overview of the Oracle Cloud Infrastructure.

Pat Shuff’s Blog describes in detail the steps for creating an Oracle Linux service on the Oracle Compute Cloud. Glynn Foster’s Blog shows how to create an Oracle Solaris VMs in the Oracle Cloud Compute Service.

Creating an Oracle Compute Service took me (the first time) less than 10 minutes. Accessing it was an immediate process. This is simple, fast, easy and most of all I had no issues whatsoever. OK, I did not find lshw but I installed it in a minute:

yum -y install lshw*
...
Dependency Updated:
  dbus-libs.x86_64 1:1.2.24-8.0.1.el6_6

Complete!

VPN for Engineered Systems: if you need a VPN between Oracle and your own infrastructure, then go to the My Oracle Support Note 2056914.1 and follow its instructions.

Compute7

Creating an Oracle Storage Volume takes about one minute! Even less, if you have done it few times.

AFPO_Storage

[opc@f24074 ~]$ df -h
Filesystem      Size  Used Avail Use% Mounted on
/dev/xvda2      9.4G  1.9G  7.0G  22% /
tmpfs           7.4G     0  7.4G   0% /dev/shm
/dev/xvda1      479M   81M  369M  18% /boot

Note: before connecting to the Oracle VM from any client, remember to add the IP address(es) to the Security IP list and then update the security rules (add a new one).

Few useful links:

Oracle Infrastructure as a Service (IaaS) Training Content
Using Oracle Compute Cloud Service (IaaS)
Accessing an Oracle Linux Instance Using SSH
Frequently Asked Questions for Oracle Compute Cloud Service
Troubleshooting Oracle Compute Cloud Service
Best Practices for Using Oracle Compute Cloud Service
Siebel CRM in Oracle Public Cloud IAAS
Compute Cloud Pricing / Storage Cloud Pricing / Network Cloud Service Pricing
Oracle Cloud Services Delivered in Your Data Center / Cloud Machine Documentation

Oracle Cloud Machine Operations: Roles and Responsibilities:

Cloud_Machine_Responsibilities

What’s New for Oracle Compute Cloud Service (IaaS):

– Both metered and non-metered options of Oracle Compute Cloud Service are now generally available.
– You can no longer subscribe for 50 or 100 OCPU configurations. Instead, you can specify the required number of 1 OCPU subscriptions.
– If you have a non-metered subscription, you can now provision resources up to twice the subscribed capacity. The additional usage will be charged per hour and billed monthly.
– Oracle provides images for Microsoft Windows Server 2012 R2 Standard Edition.
– Oracle provides images for Oracle Solaris 11.3.
– You can clone storage volumes by taking a snapshot of a storage volume and using it to create new storage volumes.
– You can clone an instance by taking a snapshot and using the resulting image to launch new instances.
– You can increase the size of a storage volume, even when it’s attached to an instance.
– You can now find the public and private IP addresses of each instance on the Instances page. Earlier, this information was displayed only on the instance details page of each instance.
– The CLI tool for uploading custom images to Oracle Storage Cloud Service has been updated to support various operating systems. The tool has also been renamed to uploadcli. Earlier it was called upload-img.

For more details, check What’s New for Oracle Compute Cloud Service (IaaS).

storage_prices

And finally, do you wonder what is the underlying hardware?

[root@f24074 ~]# lshw -short
H/W path    Device  Class      Description
==========================================
                    system     HVM domU
/0                  bus        Motherboard
/0/0                memory     96KiB BIOS
/0/1                processor  Intel(R) Xeon(R) CPU E5-2690 v2 @ 3.00GHz
/0/2                processor  CPU
/0/3                processor  CPU
/0/4                processor  CPU
/0/5                memory     System Memory
/0/5/0              memory     15GiB DIMM RAM
/0/5/1              memory     15GiB DIMM RAM
/0/6                memory     96KiB BIOS
/0/7                processor  CPU
/0/8                processor  CPU
/0/9                processor  CPU
/0/a                processor  CPU
/0/b                memory     System Memory
/0/c                memory
/0/d                memory
/0/100              bridge     440FX - 82441FX PMC [Natoma]
/0/100/1            bridge     82371SB PIIX3 ISA [Natoma/Triton II]
/0/100/1.1          storage    82371SB PIIX3 IDE [Natoma/Triton II]
/0/100/1.3          bridge     82371AB/EB/MB PIIX4 ACPI
/0/100/2            display    GD 5446
/0/100/3            generic    Xen Platform Device
/1          eth0    network    Ethernet interface