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Those seeking to privately operate a web server or rent one as a part of a web-hosting package through a provider are often confronted with a seemingly age-old question: Linux or Windows? These two operating systems have dominated the web-hosting market for years and compete today for digital hegemony, with Linux maintaining a noticeable lead. Due to the minimal differences between the two systems in terms of functions and applications, making a decision sometimes proves to be no easy feat. Taking a closer look at Windows and Linux is a task worth its while and allows users to more clearly understand the different advantages of both systems. Most of the time, such comparisons come down to a question of compatibility for applications.
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Last updated January 16, 2018 in Categories Business, Download of the day, GNU/Open source, Linux desktop, Linux laptop, OS X, Reviews, Security, Windows, windows vista L inux comes with various GUI based email client to stay in touch with your friends and family and share information in newsgroups with other users.
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Comparing Linux and Windows as web-hosting operating systems
Available in a freeware form since 1992, the modularly structured operating system, Linux, is, in many ways, considered to be the best option for web servers. With Linux, costs only arise when distributions with pay-based support options are in use. Combined with its reliability, stability, and efficiency, Linux has proven to be one of the most sophisticated options for both web and mail server needs.
Linux is an especially favorable choice for those considering to use PHP, Perl, Python, Ruby, or MySQL. While Windows solutions are often subject to charges, Linux offers numerous open source applications for hosting, including: ready-to-use homepage solutions, applications (e.g. blogs), content management systems, and discussion forums.
With the launch of Windows Server in 1993, Microsoft has long since been a well-established player in the market for server operating systems. Although not free of charge, like Linux, Microsoft provides both support and updates for its services during the agreed-upon period of use. One particularly strong advantage Windows has over Linux is its high performance web application framework, ASP.NET, whose most current version is also compatible with Linux. The applications SharePoint and Exchange, which aid in communication and make working on a project much easier, are still exclusive to Microsoft. While open source versions for Linux are available, these tend to be less popular in most business environments. The following table lays out characteristics of both operating systems according to web-hosting features.
Windows web hosting | Linux web hosting | |
---|---|---|
software type | proprietary | Open Source |
web server | Microsoft IIS | Apache, Nginx |
script languages | VBScript, ASP.NET | Perl, PHP, Python, Ruby |
databases | MSSQL, Microsoft Access | MySQL, MariaDB |
administrative software | Plesk | cPanel, Plesk, Confixx |
miscellaneous | Exchange, .NET-Applications, SharePoint | WordPress, Joomla etc. |
The pros and cons of Linux as a web server operating system
Compared to Windows, Linux’s core philosophy lies in keeping the structure of the operating system as basic as possible. All components, including device and processes are a file and adjustments to the core system can be carried out at any time. There are many simple tools that help with the configuration and administration of the system. This is usually done through the command line, but if required can also be done through GUIs (Graphical user interface), which are available to use with nearly all applications. However with greater freedoms also comes greater responsibilities, which can quickly overwhelm an inexperienced user. The following table clearly shows the strengths and weaknesses of Linux distributions as a server operating system:
Pros | Cons |
---|---|
Free of charge | Complex operation |
Administrators benefit from the freedoms offered by the system’s administration | Some third party programs can only be installed by the administrator |
Supports cooperative work, without normal users being able to damage the program’s core | Porting for Linux distributions are not the focus of many hardware and software engineers |
Rarely the target of cyber criminals | Update process can sometimes be very complex |
Rarely experiences security errors, and even so they can be easily dealt with | Not all versions come with long-term support |
Few demands on your hardware | Several professional programs do not work with Linux |
Integrated remote function for remote administration |
The pros and cons of Windows as a web server operating system
The fact that Linux, unlike Windows, features a very complex structure is primarily because Microsoft, as a principle, has always striven to have a simple operating system. All programs are available in the form of intuitive, graphic user interfaces. This means that administration via the command line is not necessary, although technically it is still possible. Generally the user has single control over all the hardware resources, receives regular feedback from the system, and can also install software by itself. However this hides a certain potential for errors; for example when system settings are changed or if potentially unsafe applications are downloaded and installed. The following table has briefly compiled the fundamental strengths and weaknesses of the Windows server:
Pros | Cons |
---|---|
Beginner-friendly, intuitive operations through a graphic user interface | High licensing costs, which increase with each user |
Drivers for up-to-date hardware are quickly and easily available | Often security-related errors |
Supports a large number of third party applications | Vulnerable to malware |
Easy and optional automatized system updates | Resource intensive (particularly due to mandatory GUIs) |
Possible to solve technical problems via a system recovery | Large user error potential |
Guaranteed long-term support | Not suitable as a multi-user systems |
Compatible with exclusive and popular Microsoft programs like Sharepoint or Exchange | Way the proprietary system works is not completely disclosed |
Linux vs. Windows – a comparison
The preceding paragraphs have demonstrated the minor, but subtle differences, exhibited by Windows and Linux as server systems. Aside from technical and administrative criteria, it should also be mentioned that personal experience often plays a decisive role whether a user gets along with an operating system or not. Of course this also depends on the requirements that a user has for the software and why they are using it in the first place. While well-versed system administrators might value the freedoms that Linux offers, at the same time these will often not be relevant for more basic website operators looking to find an operating system that works for them. On the other hand, advocates of the command line do not necessarily view Windows administration via GUI as completely superfluous, and something that just uses up resources and offers an attack point for malware.
Finally at this point we once more present the most important criteria for evaluating and comparing Windows and Linux:
Windows | Linux | |
Cost | License costs per user | Free license: distribution costs dependent on support |
---|---|---|
Standard operation | Graphic user interface | Command line |
Remote access | Terminal server/client needs to be installed and configured | Integrated solution (terminal and shell) |
Software and features | Supports popular programs; use of Microsoft applications possible | Porting doesn’t exist for all programs; big arsenal of applications included |
Hardware support | New hardware generally included on Windows systems | Hardware drivers for Linux distributions are usually only available later |
Security | Very prone to user errors; integrated interface seen as a potential point of attack | Regular users have no access to basic system settings; known security gaps or breaches are handled quickly |
Support | Long-term support for all versions | Support-Angebot variiert je nach Distribution und Version |
Documentation | System and system applications very well documented. Less so the case with API components and file formats | Complete source code of the system, API, libraries, and applications available: MAN and Info pages |
The deciding factor: Linux or Windows?
There is no getting around the dilemma of deciding which operating system to use when configuring your service module, and many users make such decisions for the wrong reasons. One common pitfall is assuming that the server system and the platform the computer runs on need to be identical. With the help of management tools, like Plesk, administrators are able to remotely operate servers, thereby making the type of operating system your computer runs on irrelevant. Should costs dominate the calculus of your decision making, then opting for the primarily open source software, Linux, is probably your best bet. Abiding by this rule sometimes proves to be a fallacy, however: depending on distribution, extra costs can arise for the generally expensive support and technical competence. An additional caveat to be noted:
Window’s more complicated license model does constitute a small disadvantage.
In the end, no victor can be declared in the duel between Linux and Microsoft. Both operating systems can be used as two different means to various ends. While Windows offers more complex functions for structuring work and communication flows, Linux scores with its status of being the preferred option for web applications, such as content management systems.
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Running a small business is no easy task. The last thing you need is extra complexity in your IT infrastructure – so why turn to Linux?
Well, it could (if you're lucky) actually turn out to be a less complex choice for many tasks, depending on the distribution you select. And, critically, Linux is free; at least if you don't figure in support costs. That's an overhead ticked off the list.
So what's the best choice for your small business? We've approached this selection with a few criteria in mind. Stability must come first: if you're putting a distro to work, uptime is critical. Solid support provision comes a close second.
We've also considered practical capabilities, which is why you'll find a couple of non-desktop distributions on our list.
1. CentOS
Built on the solid foundation of Red Hat Enterprise Linux (RHEL) – and, indeed, officially funded by Red Hat as of 2014 – CentOS is undoubtedly a distro with strong credentials. Its default Gnome desktop is pleasant and reasonably familiar to most computer users, the RPM package management system is widely supported, and it's equally at home on workstations and servers.
CentOS harnesses the open source components of its parent OS, which actually make up the majority of RHEL. Only Red Hat's trademarks and a few proprietary components are omitted. Thanks to this unique partnership, updates tend to flow to CentOS only a day or two after they hit RHEL. In other words, this is enterprise-class Linux that anyone can use.
CentOS is now one of the world's most popular server distros, and is perfect if you want to build serious hardware appliances without paying for a Red Hat subscription. While the CentOS community can provide some useful advice free of charge, professional support is the key reason for using RHEL. Server prices for Red Hat combined with a support package start at $799 (around £600, AU$1,065) per year, so it could be prohibitively expensive for small business use.
2. ClearOS
A distro administered entirely from a web interface
ClearOS and CentOS are pretty close cousins. Both run many of the same packages inherited from RHEL, and can benefit from the swift Red Hat release cycle. But while CentOS is a functional desktop OS, ClearOS is designed primarily as a server platform and an alternative to commercial options like Red Hat Enterprise Server or Windows Small Business Server. The OS is administered entirely from a web interface, so you won't need a keyboard, mouse, or even a monitor connected to the machine once ClearOS is installed.
Because of its tight focus, ClearOS is actually easier to use than most server operating systems. That web interface makes installing this operating system's various components a breeze, so you can easily set up a firewall for your business, manage an email server, install a file server or more – all safe in the knowledge that each of these components will (most likely) work perfectly together.
ClearOS 7 is supported professionally by a dedicated ClearCARE team. It also includes software packages that have been thoroughly tested for stability. Prices start at $108 (£83, AU$153) per year. You might also be interested in ClearVM, the team's virtualisation solution – the free version allows you to finely manage the precise performance of two virtual machines and eight CPU cores.
3. OpenSUSE
Used as the basis for SUSE Linux Enterprise
While CentOS is an open source OS based on a paid-for release, OpenSUSE works in reverse. This community-developed operating system is used as the basis for the commercially-supported SUSE Linux Enterprise. SUSE actually borrows a lot from Red Hat, including its RPM package management system, but isn't a direct clone.
OpenSUSE is one of the few distros to use the graphically-heavy KDE window manager by default, though you can also install Mate, LXDE and others. This means it can run on older hardware. In fact, if you're looking to run small web appliances, the latest version will run on a Raspberry Pi and includes a huge number of packages.
OpenSUSE now follows a rolling release model, which means updates are regularly available without you having to manually upgrade every 18 months as before. This makes for a much more secure and stable operating system.
4. IPFire
An all-in-one Linux watchdog
If you're running a small business, the security of your network should be as important a concern as the behaviour of your employees. IPFire ticks both these boxes at once. It's an all-in-one Linux appliance: install it on a machine which sits between your internet connection and your network switch and it'll do everything from managing IP addresses to protecting you with a firewall, and controlling what sites your workers are allowed to visit and when.
It does require a certain level of knowledge to get IPFire installed, and its unique nature – it's constructed from scratch, not forked from any specific version of Linux – means it won't be quite as easy to configure as other distros may be. Thankfully there are regular ‘Core’ updates, which incrementally keep IPFire up to date with the latest security and app updates.
IPFire is managed via a web interface and requires at least a machine with two network connections. There's an excellent installation handbook and paid support is available if necessary.
5. Ubuntu
This distro isn’t just for home users…
As the most popular desktop distribution of Linux, Ubuntu’s reputation might lead you to think that it’s best suited to home users. While Ubuntu's stability and flexibility for end users is very solid, there's also a free-to-use Ubuntu Server version to handle your backend tasks. This is based on Debian Linux, and can make use of Debian’s packages through the Apt package management system (to supplement its own offerings). This means you'll be able to get the software you need quickly and easily.
One of Ubuntu's strongest features is the level of support it benefits from. The vast user base means there's a raft of technical documentation available, and its generous community has answered just about every question you might have. https://omgwaves.netlify.app/office-for-mac-2018-recover-unsaved-document.html.
Ubuntu is released twice a year in April and October. The April releases are tagged LTS which stands for Long Term Support, and unlike the versions released in the autumn, these are maintained for five years. With Ubuntu 16.04 LTS, you're covered until 2021, which is a great advantage for long-term stability.
For those times when you need a little more help, the Ubuntu Advantage program is a reasonably priced support offering, starting from $75 (£57, AU$106) per year for virtual servers and $225 (£173, AU$318) for physical nodes.
6. Manjaro
Like Arch Linux but much less intimidating…
Manjaro is built on top of Arch Linux, traditionally one of the more complex and obtuse Linux distros out there. This OS does away with that complexity, while sharing Arch's streamlined and fast environment, its latest 'bleeding edge' software, and its rolling release schedule. Best pdf editor for mac 2018 free.
This means you should never have to install a later version of the software – you'll get the updates as they're released, and your Manjaro machines will upgrade over time rather than being taken out of service.
The latest release of Manjaro 17.0.6 uses its own default dark theme which is based on Xfce, but other official builds use the KDE and Gnome desktop environments.
Manjaro has made other improvements over Arch – a better installer, improved hardware detection and repositories full of stable software make it a solid choice for end-user systems. With some work you could probably build a server from Manjaro's Minimal Net edition, but other distros handle that aspect a lot better.
You could also find a prebuilt version amongst Manjaro's community editions which may suit your needs perfectly; check them out here.
7. Slackware
The oldest consistently maintained Linux distro
We're entering the realm of more difficult distros here, and we're doing it without the safety net of a dedicated paid support structure, but give Slackware a chance if you're looking to build bespoke Linux systems.
It's the oldest consistently maintained Linux distro, having first emerged in 1993, and as such it doesn't make any assumptions about the way you're going to use it, giving you more control than most other types of Linux.
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You're going to need control, though: its package manager doesn't resolve software dependencies, there's no fixed release schedule (new stable versions of Slackware tend to come out when they're ready, and the most recent release gap was around three years), and there are no graphical configuration tools.
But knuckle down, edit a bunch of plain text files, and you'll be able to create exactly the package you need for your business, all on top of a lightweight and bloat-free distro.
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