Ubuntu Linux and Oracle Linux are competing operating systems used for different enterprise environments. Oracle Linux seems superior in feature depth and integration.
Features: Ubuntu Linux offers a broad selection of open-source applications, ease of use, and compatibility with various software. Oracle Linux provides integrated support for Oracle's ecosystem, advanced security features, and enterprise-grade support.
Room for Improvement: Ubuntu Linux needs improvements in system stability, more enterprise-grade tools, and better customer service feedback. Oracle Linux could benefit from better documentation, reduced complexity in configuration, and enhancements to ease of use.
Ease of Deployment and Customer Service: Ubuntu Linux deployment is straightforward due to extensive community resources but has mixed customer service feedback. Oracle Linux is more complex to deploy but is supported by responsive customer service and dedicated support channels.
Pricing and ROI: Ubuntu Linux is cost-effective with minimal setup costs, ideal for smaller businesses or startups. Oracle Linux requires higher initial investment but shows strong ROI for enterprises through enhanced features and dedicated support.
Everything from Oracle tools to applications is well integrated within Oracle Linux.
Our team is comfortable using Oracle Linux as it integrates well with Oracle tools, making everything work seamlessly.
Oracle Linux contributed to reducing our operational costs by about ten percent by saving us from the operating system and license costs we would have had to pay Microsoft.
Not all support engineers at Oracle are the same, so sometimes I experience good support that resolves issues quickly, while other times, it loops.
Oracle's technical support is excellent.
It is not as helpful or friendly as their application support.
They responded well, understood that the issue was not on my end, and provided a patch within two days.
The community around Ubuntu Linux is beneficial, providing answers to questions and assisting with issues.
Ubuntu Linux has a comprehensive knowledge base for self-help.
It handles device performance well, automatically managing any issues that arise.
Oracle should make the process faster, as we sometimes have to use a previous processor model to ensure compatibility.
New processor models sometimes lack immediate compatibility with Oracle Linux, requiring the use of previous models until support is available.
In a server environment, it can seamlessly adapt to increased customer demand.
Testing determines stability, as continuous Linux use and installations reveal more bugs.
Oracle Linux is very stable.
Our environment is locally deployed, and there are no performance issues or latency problems.
Ubuntu Linux is extremely stable and maintains uptime effectively.
Ubuntu Linux is generally stable, though there can be occasional issues with new hardware integration.
Ubuntu Linux is very stable.
Having a user interface would make tasks easier, saving time by avoiding the need to remember command-line instructions.
Oracle Linux's outage management can be improved to better handle outages.
The learning curve is significant, and certain processor models take time for compatibility testing.
There is a push towards integrating AI into software for various purposes like video and sound processing.
Stability issues occur when integrating new components due to physical or technical challenges.
Unlike CentOS, Ubuntu Linux lacks an easily accessible inbuilt repository where dependencies or packages are easily found.
While ERP might be expensive, Oracle Linux and KVMs are not on the higher side.
The cost of Microsoft OS is pretty high, and switching to Oracle Linux, which is free, reduced our costs by about 20% to 25%.
Oracle Linux is affordable.
The setup cost is free.
Ubuntu Linux is open-source, leading to cost savings through its free availability.
Since it's from the same vendor as Oracle applications, it's easier to manage issues, making not just the solution cost-effective but also streamlined in management.
Oracle Linux offers an unbreakable system.
Oracle Linux has American Standard levels of security, which I consider to be quite good.
Ubuntu Linux's open-source nature supports community contributions, bolstering its development and support ecosystem.
Ubuntu Linux supports remote troubleshooting via SSH, allowing connection from anywhere, which is beneficial for troubleshooting server issues.
Ubuntu Linux is extremely stable, rock solid, and reliable.
Oracle Linux is a stable, reliable, and scalable operating system primarily used for deploying and running Oracle databases. It is also suitable for various other functions, including managing operating systems and web servers, supporting traffic surveillance, and identity management.
Oracle Linux is highly valued for its stability, reliability, scalability, good technical support, and ease of use. It has helped organizations to achieve faster DNS queries, stable development environments, reduced vulnerability issues, good performance for Oracle applications, and improved ability to run test scenarios and parallel queries across massive databases.
Oracle Linux Features
Oracle Linux has many valuable key features. Some of the most useful ones include:
Oracle Linux Benefits
There are many benefits to implementing Oracle Linux. Some of the biggest advantages the solution offers include:
Reviews from Real Users
Oracle Linux stands out among its competitors for a number of reasons. Two major ones are its stability and scalability. PeerSpot users take note of the advantages of these features in their reviews:
One PeerSpot reviewer, an IT Manager, reports, “I find the virtualization the most valuable.” He adds, “Oracle Linux is the best Linux operating system that I have ever known. It is very stable and strong.”
An Enterprise Architect at a financial services firm writes of the solution, “You also don't have memory issues, especially when it is engineered with platforms like Exadata and Oracle Cluster. These give you the most throughput and performance.” He adds, “It is very scalable, especially on platforms like Oracle Cluster and Exadata.”
Ubuntu Linux is an powerful, easy-to-use, customizable, free, and safe open-source operating system. Some of the world’s top tech corporations, like Intel and Microsoft, rely on Ubuntu Linux to power their operations. It is an operating system that is so trusted by the tech community that it comes pre-installed on global computer vendors like HP and Dell. It is therefore little wonder that Ubuntu Desktop is the world’s most widely-used Linux workstation platform.
Ubuntu Linux comes in a variety of derivatives that enable organizations to select the operating system type that will best meet their needs. There are four derivative types and a number of flavors. The derivative types are:
1. Ubuntu Desktop. As indicated by the name, this derivative is specifically designed to run on laptops and desktops. That said, it is a solution that can be and is used to power other hardware-based systems, such as servers and data centers. However, without the addition of software that primes it to serve as a server program, it only functions on desktops and, as a result, only runs applications that are meant for general use. These can include applications like web browsers and multimedia programs. Users can install it through a prompt-driven process that plays out on their graphical user interfaces.
2. Ubuntu Server. This version of Ubuntu differs from Ubuntu Desktop in a number of ways. The first is that, as suggested by the product name, it is designed for use on an organization’s servers. It is for this reason that Ubuntu Server supports applications that are more focused on the operations of the server and the network that it runs. This differs from Ubuntu Desktop in that Desktop is basically only concerned with the device that is running it. Their methods of installation also differ, as Ubuntu Server has no graphical user interface. Instead, it is installed by way of a process-driven menu.
3. Ubuntu Core. Ubuntu Core is a stripped-down version of Linux that is specifically designed to handle embedded device projects.
4. Ubuntu Cloud. The designers of Ubuntu Cloud focused on providing users with a highly secure and versatile operating system that they can run on the public cloud.
Ubuntu Linux Benefits
Some of the ways that organizations can benefit by deploying Ubuntu Linux’s open-source operating system include:
Ubuntu Linux Features
Hardware autoconfiguration. The hardware drivers that users need in order to configure the hardware correctly so that Ubuntu Linux can be properly installed come built -in to the Ubuntu Linux operating system.
Reviews from Real Users
Ubuntu Linux is an operating system that stands out when compared to many of its competitors. Two of its major advantages are the high level of security that it offers applications that run on it and the low level of maintenance that it actually requires system administrators to do once it has been deployed.
Franco P., the founder and CEO of Applied Labs, writes, “When you have this relationship with Linux and you start working with very secure environments, there's less possibility of being directly attacked by a group of hackers. You will lose less data and you will have a more reliable ecosystem.”
The principal cloud architect at a wholesaler and distributor writes, “With Ubuntu Linux, you can set it and forget it. It requires a low amount of administrative overhead.”
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