Last week Oracle released the latest version of E-Business Suite “Cloud Manager” that can be used to conveniently create and manage E-Business Suite 12.1 or 12.2 environments running on Oracle Cloud Infrastructure (OCI)
While upgrading one of our customers from 12.1.3 to 12.2.10 I realized (by chance) that Oracle made available the latest E4.Flex (AMD EPYC) shapes in the Frankfurt OCI data center last week.
Oracle released a new release of the E-Business Suite last week (on April 23, to be more exact). While so far there are no official announcements in the Oracle Blog, the My Oracle Support Note describing Cloud manager (2517025.1) gives an overview of the new features - so let’s have a closer (first) look at the new release.
At the beginning of March, Oracle released the OCI “edition” of an Application Performance Monitoring Service (APM). The service is even available free of charge for smaller applications (up to 1,000 Events per hour). In the context of an Oracle E-Business Suite upgrade project and testing associated with this upgrade, I decided to take a closer look at the service.
Oracle Application Express (APEX) and Oracle Visual Builder Cloud Service (VBCS) are two low-code platforms by Oracle that can both be used for creating web applications. But what are the differences and similarities between the two front-end technologies? In this two-part blog series, we want to get to the bottom of this question.
Oracle Application Express (APEX) is a popular low code platform for developing database-driven web applications. When previously wanting to operate such applications in the Oracle Cloud, there were two real alternatives. On the one hand Autonomous Database Service or Oracle Cloud Infrastructure (OCI) with a manually installed and maintained database, and on the other hand APEX. Oracle has also been offering an Oracle APEX Cloud Service since the beginning of the year. In the following, I want to examine who it is suited for and what advantages and disadvantages it involves.
I recently set up a new “E-Business Suite on OCI” environment for a customer. During the initial setup, the customer was not able to set up a Site-2-Site Tunnel between their on premise Data Center and the Oracle Cloud Infrastructure Data Center in Frankfurt.
To make my initial setup and testing more convenient, I decided to set up a separate VPN tunnel to my own development network. This was easily done with a Rasperry Pi, as described in a previous blog post. Since my Home Router AVM Fritz!Box (7490 in my case) is able to establish an IPSEC VPN tunnel as well. I wanted to try this device out tool, so let's see how this worked.
I recently set up a new “E-Business Suite on OCI” environment for a customer. During the initial setup, the customer was not able to set up a Site-2-Site Tunnel between their on-premise Data Center and the Oracle Cloud Infrastructure Data Center in Frankfurt. To make my initial setup and testing more convenient, I decided to set up a separate VPN tunnel to my own development network. I first tried libreswan on a Raspberry Pi. The following blog post shows the (surprisingly simple) basic setup.
A customer recently told me they would like to get away from having to print, envelope and post mark thousands of invoices manually every month. Even though we have changed their invoicing process to an electronic one for most of their customers years ago by sending out emails through Oracle SOA Suite, they still had a considerable amount of customers insisting on printed invoices delivered by post.
Last week, Oracle released the latest version of E-Business Suite’s Cloud Manager tool. There is a blog post (https://blogs.oracle.com/ebsandoraclecloud/get-ebs-cloud-manager-2021) outlining the new features. I took a quick look at the features and upgraded two Cloud Manager instances to the latest release. Let’s have a look at how this went.
While moving a customer from On-Premises to Oracle Cloud Infrastructure, we recently conducted some performance testing before the final cutover. For the E-Business Suite database server, a physical box with 16 CPU cores was migrated to a VMStandard E3.Flex VM with 12 OCPU. From a CPU performance perspective, the new VM was much faster than the old box. Unfortunately, this was not the case on the I/O performance side.
While moving a customer from On-Premises to Oracle Cloud Infrastructure, we recently conducted some performance testing before the final cutover. For the E-Business Suite database server, a physical box with 16 CPU cores was migrated to a VMStandard E3.Flex VM with 12 OCPU. From a CPU performance perspective, the new VM was much faster than the old box. Unfortunately, this was not the case on the I/O performance side.