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Difference Between GhostBSD and AIX
Although both AIX and GhostBSD are operating systems, their functions are quite different. Read this article to learn how AIX is different from GhostBSD.
What is GhostBSD?
The GhostBSD Team and Eric Turgeon produced this open source operating system. Influenced by the TrueOS operating system, it is a Unix-like operating system. The desktop environment by default is MATE. It is simply used by workstations and desktop computers. Previously, the default desktop environment was GNOME. 2009 saw the debut release of GhostBSD. In terms of stability, GhostBSD 19.10 is the latest version. It has a monolithic kernel that is divided into modules.
What is AIX?
These operating systems were developed by IBM and are confidential. In short, AIX stands for Advanced Interactive eXecutive. Since its initial development for the IBM RT PC RISC workstation, it has been developed on several hardware platforms, such as the IBM RS/6000 series, PowerPC-based systems, System-370 mainframes, Apple Network Server, and PS-2 personal computers. Versions certified to UNIX 03, a standard of The Open Group, are among the five commercial operating systems. The first release of AIX was made in 1986. The most recent stable AIX version is 7.2.
Difference between AIX and GhostBSD
The following table compares and contrasts the important features of AIX and GhostBSD -
| Feature | AIX | GhostBSD |
|---|---|---|
| Who Made It | IBM is a well-known technology business that developed AIX. | GhostBSD was developed by developer Eric Turgeon. |
| When It Started | The first edition came out in 1986. | In 2009, it was initially released. |
| What It's For | They are designed to be used with large systems, such as servers, network storage, and costly workstations. | It is intended for use with standard computers, such as desktops and workstations. |
| Hardware It Runs On | It runs on specialized IBM hardware, including as processors from the POWER and PowerPC series. | Common PC hardware with 32- and 64-bit processors can run it. |
| How It's Built | A monolithic kernel is a large core system, to which additional components can be added. | Additionally, it features a large core system (monolithic kernel) with addable components. |
| How Software is Managed | Tools such as RPM and installp are used to manage and install software. | The Ports Collection, which is typical of BSD systems, is used for software installation and management. |
| How It Talks to Programs | It communicates with applications using the BSD and POSIX standards. | It communicates with applications using the BSD and POSIX standards. |
| License | It's proprietary, therefore you have to get a license to use it. | It is open-source, free, and compliant with the BSD license. |
| How Updates Work | The SUMA (Service Update Management Assistant) utility manages updates. | You can update it using source code or network-based binary updates. |
| File Types It Supports | Large-scale systems benefit from its support for file systems like JFS, NFS, SMBFS, and GPFS. | File systems that it supports include ZFS, ext3, FAT, and NFS (excellent for desktops and everyday use). |
Examples for GhostBSD
1. Personal Desktop Use: A student may utilize GhostBSD on their laptop for routine activities like online browsing, document authoring, and programming because of its portability and ease of use.
2. Tech Enthusiasts: GhostBSD is a desktop-friendly environment that allows developers and FreeBSD enthusiasts to test software and learn about Unix-based systems, among other FreeBSD capabilities.
3. Small Office Environments: GhostBSD could be used for desktop workstations in a small business's office, where staff members perform standard duties like document processing and emailing.
4. Home Servers: To construct a home server for file sharing, media streaming, or educational purposes, hobbyists can install GhostBSD on an outdated PC.
Examples for AIX
1. Banking Systems: Banks frequently utilize AIX to operate their main banking applications. For instance, to securely and consistently manage millions of transactions, a major bank may employ AIX on IBM Power Systems.
2. Healthcare Databases: AIX is used by healthcare organizations and hospitals to handle large amounts of data and patient records on their servers, guaranteeing high availability and fast response times.
3. Retail Systems: Given its ability to manage large-scale, real-time operations effectively, a retail chain such as Walmart may choose to employ AIX for point-of-sale, inventory, and logistics management.
4. Government Operations: To ensure that vital programs, such as tax systems, run around-the-clock, government agencies frequently employ AIX.
Conclusion
AIX and GhostBSD are both operating systems that resemble Unix, but their functions and target users are quite different.
Powerful and designed for servers and critical business applications, AIX is an enterprise-grade operating system. Its outstanding performance, scalability, and dependability make it ideal for industries like banking, healthcare, and retail where system resilience and uptime are critical.
On the other hand, GhostBSD is a user-friendly desktop operating system aimed for personal or small-scale use that is built on FreeBSD. It is a great choice for those who want to study FreeBSD in a more friendly way because of how simple and easy it is to use.
AIX is an ideal option for businesses that require high-performance systems, whereas GhostBSD is most appropriate for people who prefer a lightweight and straightforward desktop environment. Each highlights the adaptability of Unix-based systems in a range of settings due to their unique advantages.
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