Another benefit of Linux web hosting is that it tends to have better performance than web hosting based on other operating systems. With regard to performance, for instance, Linux web hosting is known to be extremely stable and this is in fact the main attraction for many people to opt for it – including people to whom cost is not such a major consideration. The situation presents itself as one of a very clear cut choice when they realize that Linux web hosting is cheaper than say Windows web hosting, and further that Windows web hosting offers no unique advantages to its users to justify the extra cost one has to pay for it. Because of its stability, Linux web hosting offers its users higher uptimes – seeing that the uptime one can guarantee (and truly deliver) tends to be the main yardstick with which people shopping for web hosting service consider when choosing a web hosting service provider.

Furthermore, as Linux gets demystified, people are realizing that it is also quite simple to use – and this is yet another benefit that Linux web hosting offers – which combined with its low cost and better performance make it the ultimate best choice for an operating system on which to base web hosting.

For one, Windows web hosting is much easier to set up and use than most of its alternatives. Many modern users of computers have grown in the period after GUI (Graphical User Interface) became the face of computing, and are therefore quite uncomfortable with the long command lines that setting up a Linux web hosting solution often requires. Windows, as it turns out, incorporates the intuitive easy to use approach that it is widely known for even in the applications required to make a Windows web hosting set up work, and this can be a great attraction to many people who don’t consider themselves ‘geeks’ and who want a simple way to go about doing whatever they want to do on the computer.

Secondly, Windows enjoys a level of user support that its alternatives don’t, which in turn translates into more support for its web hosting. As it were, all Windows products are things you actually pay for, which therefore gives you the opportunity to demand for user support as a right – compared to the situation in the case of open source solutions, where you can only request for user support from people who are basically your fellow users in the support forums for the operating system, who might or might not give you that support when you need it.

On the downside, though, Windows costs money. And in a business like web hosting where the margins tend to be rather small, the amount that Windows costs can turns out to be significant, as it has to be passed on to the users of the web hosting service, who on the other hand tend to be extremely price sensitive. Moreover, in a bid to protect is proprietary computing turf, Windows tends to not allow the installation of open source and other free applications you might need to make your web hosting solution work, and which in turn makes it an even more costlier approach to web hosting.

Another downside to windows often pointed out is its comparatively poorer performance, at least as compared to Linux web hosting. It is often pointed out that Windows web hosting, on average, tend to be less stable compared to Linux web hosting – which translates to (albeit marginally) lower average uptimes. Now many people looking to put their websites on the web will not even look twice at a web hosting solution which has even an hint of uptime issues, seeing that a website which is ‘down’ is of no use to the people behind it – and gaining a reputation as an organization whose website is forever ‘down’ is certainly not good for business. Of course it is important to note that, as pointed out, the differences in average uptimes between windows web hosting and Linux web hosting is only marginal.

Having identified the importance of having a website, many organizations go looking for the ways in which they can get one. Their choice of a webhost, they are told, will go a long way in determining their success on the Internet. They are therefore advised to make a good choice of a webhosting service provide, firm in the knowledge that a poor choice of a webhosting service provider is something that might come to haunt them at some point in the future.

Now the problem is that are so many webhosting service providers on the Internet that one finds themselves spoilt for choice in terms of a service provider, hence the need for a criterion under which they would choose the webhosting service provider.

A good webhosting service provider is one who gives the people who host their websites with them high ‘uptimes’. A website which is ‘down’ is of no use to you as the owner, as no one will be able to access it. Of course, almost all webhosting service providers promise a 99.9% uptime – but in practice it can tend to be much lower – hence the need to cross check their promise of a 99.9% uptime with independent sources like the participants in various web forums who have previously used the services of the webhosting service provider in question.

A good webhosting service provide also offers the people who host their website with them enough bandwidth and storage space to run the ordinary website activities they need. Of course, no webhost can offer indefinite amounts of storage space and bandwidth, but a good one at least offers enough for the basic operations so that a user only has to upgrade when their needs have really grown. The problem with many fraudulent webhosting service providers is that they allocate the people who host websites with them such small amounts of storage space and bandwidth in their standard packages that the users find themselves having to upgrade to another webhosting plan (of course at a considerable cost) in no time.

And talking of costs, a good webhosting service provider also charges reasonable fees for their services – keeping in mind that in most cases, the whole webhosting venture occurs in a business setting where there are cost and profit considerations. Of course, this is not to say that the cheapest webhosting service provider is always the best – but rather to say that a webhosting service provider who charges slight more than the others should be able to provide something extra to the people who hosting their website with them to justify the extra fee.

If you are planning to host a server cluster, you will need to decide on the technology on which your cluster will run. While the majority of the servers in market are Linux based, Microsoft based Windows server clusters specialize in failover clustering. In fact, this is the only cluster server technology that windows based machines support. This will increase the cost of implementation as you will need to license Microsoft Windows Server technology software, but will provide an easy to use, robust solution.

To host your windows based server cluster, you will need to have all the individual servers running on the MS Windows Server Edition OS. Then you will need to use MS Windows Computer Cluster Server to configure the properties of the cluster. One of the main advantages of using windows based server hosting technology is the ease of configuration. It doesn’t require a lot of technical expertise for you to set up the cluster.

As I have mentioned before, Windows Server Cluster technology only caters to the failover clusters. Here are some options as to what and how to handle the failures in servers. If we say a server failed, it could be because of the Application service failure, hardware malfunction or failure or due to Site failure.

If the server fails due to application server failure, then it is due to the problem in the software and not because of any other generic issues. In such scenarios, all the resources that the failed server had are diverted to other nodes and the requests are also diverted to other nodes in the cluster.

If the server fails due to hardware problems, it means that one or more hardware components related to that server is not functioning properly. In such scenarios, all the requests of that server are diverted to other nodes in the cluster. Since the problem here is with the hardware, we cannot utilize any of the failed server’s resources.

Site failures are mostly seen multisite architecture. We are talking about multiple servers hosting the same web services nut catering to different requests. These are mostly location based servers. For instance, all the requests from a city are sent to server X. If the server X fails due to power outage or due to some other reason, then it is directed to server Y which is placed in some other location. While the servers X and Y are not placed in the same location, they still form a server cluster here.

With so many advantages for windows sever clusters, the only drawback is that it doesn’t support other server cluster models.

If you are hosting a server cluster, based on your requirements, you will have to choose the cluster model which suits your need and the technology t host the servers which will meet your programs’ dependency. While there are a lot of options for the cluster models, there are mostly just two major players when it comes to the technology, Linux and MS Windows. While windows is little user friendly, doesn’t support all the cluster models and wouldn’t allow all the customizations for your cluster. If you have a technical team, I would suggest you to choose Linux as it offers wider options and better pricing model.

While the cost of implementing Windows server clusters would depend on the number of nodes, Linux is completely free as it is licensed under GNU GPL license. With zero software cost and the source code at your hand, you can implement all the features without any restrictions. It is believed that Linux systems offer better tools for programming and managing the servers. With practically no viruses out there, you don’t have to worry about the threat of being exposed. The traffic control and server management is just flawless in Linux systems.

For any server cluster, one would need cluster management software. While in the windows cluster we had only one option, here we have multiple vendors we can choose from. There are in-house products like Red Hat Linux Cluster Management and Novell Cluster Solutions which integrate very well with the OS and handle large amount of traffic very well. Then there is third party software like Vertical Cluster Management (VCM) among others which are very efficient and are far less expensive when it comes to licensing. One of the prominent factors about the Linux models is that, it supports Windows based file systems as well. So, you can use the same database across all.

With Linux based Server clustering, it goes to a whole new level. With the right expertise, we can deploy virtual server cluster as well. This will open doors to a whole new field of technology integration. The cost will be much less and the nodes of the cluster could be de-localized. This will help you in reducing the cost further. While the technology involved here is quite complex, it is achievable.

With so many advantages and option, Linux is the obvious choice for setting up your Server Cluster. Linux also owns maximum market share when it comes to virtual servers and server clusters. The only thing which could be a small hindrance getting the right people to implement the Linux technology and get the best out of it. With giant firms like Novell and Red Hat, it is not hard to find quality support.

When a set of server machines are connected together in a similar fashion as mentioned above, it is known as a Server Cluster. This technology has redefined the way servers were configured. The central idea behind this whole server clustering was that one single cluster of machines is better than multiple independent machines. The capacity of the server cluster is far more powerful than any of the servers considered individually. Also, this will reduce th cost of hosting if you are hosting multiple servers. If you are planning to host 10 individual servers, hosting a cluster of 6-7 machines might provide the same performance with saving the extra hardware cost. There is the software cost for this clustering, but the efficiency justifies it.

A server cluster will function just like an individual server. When there is a request from one of the client machines, that request is assigned to a machine in the cluster which will be free next. This operation of assigning the activities and managing the cluster is done by a software program which is written on communication libraries. There are different kinds of server clustering like High availability cluster, load balancing cluster, failover cluster among others.

A High Availability cluster is one where there are back up nodes in the cluster which will improve the services when there is an overload on other nodes. A load balancing cluster is one where the extra load in evenly split and assigned to the backup nodes. A failover cluster in one where when a node crashes, all the resources and its work load is assigned to remaining nodes. The last category is the most frequently used server cluster.

While each server in the cluster has its own functions, they often communicate with other nodes to process requests. This necessarily establishes some amount of dependency on each node and the degree of dependency is decided based on how much each node is related to the other one. If all the nodes are identical, then the advantage is that if one server fails, rest of them will take up the load and the services you host are still available. If they are not completely identical, then only partial services of that server will be available.

Having talked about server clustering, the service providers for this are mostly just Linux and Microsoft. Each of them specializes in certain kind of clustering. So, choose the right one based on our requirement and host you services.

The main reason why a Windows unmetered dedicated server is so attractive is because of the control it gives you as a user – at least when compared to an undedicated server.

In a Windows Unmetered dedicated server, you get to administer your site – which is something you can never do (at least to the same extent) in a shared server set-up, which is the only alternative to having a dedicated server. In this age when a considerable portion of many businesses activity is conducted online, many people invest heavily in their websites and they find the idea of having the ability to actually administer the server on which their sites are hosted highly attractive. The idea of having an dedicated server, is the closest one can get to in-house website hosting which many businesses crave for, and from which they are dissuaded by the fact that in-house web hosting would be very uneconomical because web hosting is something that thrives on the economies of scale. Discouraged from opting for in-house web hosting, many businesses opt for the next best option from their point of view, which is inevitably a dedicated server, which in the case of Windows users results in the rise in demand for Windows Unmetered Dedicated servers.

The idea of an organization having multiple websites might have seemed a bit far-drawn in the days gone by, but the reality today is that many companies – especially those in E-commerce are having to set up numerous websites (for instance, one for each country they have operations in) resulting in the proliferation of numerous websites for one single organization, which in turn translates to enough needs to warrant the use of a dedicated server.

Another major attraction of Windows unmetered dedicated servers is the fact that in such a dedicated server set-up, you do away with the pains of having your website slowed down by other websites in the server, a common occurrence indeed in shared server set ups. This is a huge consideration because a slow website makes for a very poor customer experience, which is something you don’t want to gain a reputation for, particularly if you are using your website for E-commerce purposes.

A Windows unmetered dedicated server also gives you a lot more storage space than what a shared server ever could. And while storage might not be a huge consideration for small scale computer users, it certainly gets to be a major consideration for large scale websites with a lot of activity going on and resulting in large amounts of data.

Of course, a Windows unmetered dedicated server costs a bit more than a shared server – but the advantages it offers you more than compensate for the small extra money you have to pay for it. Such a dedicated server gives you control over the bandwidth that your websites get which can be cause for a lot of contention in shared server settings.

Having many vendors offering Linux unmetered dedicated servers is to your advantage as a buyer, as it translates to more competition in the niche, and consequently to lower prices to you as a buyer.

Having many vendors offering the same service, in this case Linux unmetered dedicated servers makes shopping for the service a bit more confusing as each vendor seeks to tout their product as the best. And going by the sales pitches they put on their respective websites, it is difficult for you as a non-technical buyer to sort out between the factors that really matter and the sentences in their sales pitch which really represent nothing more than hype. In order to help you sort the factors which really matter from the rhetoric, here we examine what you should really be on the lookout for when shopping for Linux unmetered dedicated servers.

One of the most important things to look for when considering signing up for a given Linux unmetered server service is what amount of bandwidth the provider in question actually provides unmetered. This is because almost all hosting providers who market themselves as providing Linux unmetered dedicated servers turn out to do so only up to a given level. And while this is what you are to expect anyway, you need to ensure that the unmetered bandwidth is a reasonable level, and you should therefore not go for anything below 10 Megabytes per second (Mbps) because going for anything lower than this prove to be very limiting to you.

You also need to look at the storage you will be allocated on the Linux unmetered dedicated server and ensure that it is able to accommodate your needs. There is no bench-mark level we can set on this as storage needs vary from user to user, and hence it would be difficult to say that you need to ensure that your Linux unmetered dedicated server providers offers so many gigabytes. The wisest thing for you to do would be to remember to ask you Linux unmetered server provider whether there is a way of upgrading to a higher storage allocation should the need arise in the future. As with all technologies, scalability is a very important factor in the selection of a Linux unmetered dedicated server space.

You also need to give a close look at the processor speed of the Linux unmetered dedicated server you get allocated and ensure that is something you can work with. Anything less than 2.4 Gigahertz in processor speed would not be ideal for most users.

The Linux unmetered dedicated server you sign up for is essentially a computer you hire –and you also need to look features like its Random access memory and other features you would look for if it were your own computer fully-owned computer you were buying.

And while still at it, make sure you look at the network and power uptimes that the Linux unmetered dedicated server providers promise – since those who are not so sure of their service might just choose to keep quiet on this issue, which can often turn out to be the most fundamental.

Linux managed dedicates systems employ a wide range of command line utilities and you need to know what exactly is to be done in order to proceed with the server administration. But with a windows system, the user can play about with the different available options and do a self study in his free time to master the server administration. Everything is laid out before him and all it takes is some determination to master the managed dedicated system. The learning curve has been greatly reduced with the introduction of windows dedicated managed systems. Command line interface also exists for windows systems too, but they need only be invoked when advanced features are to be enabled. Ease of installation of windows and server managed dedicated systems are different. Not just the installation, the server configuration is also touted to be much easier for a windows managed dedicated server. Another common gripe about windows server systems is the number of viruses and spywares which are present in multitude. But all these can be kept at bay with the help of suitable software solutions.

Always insist on a provider which gives you enough flexibility with regards to the hardware as well the bandwidth being provided. Business can grow within a short span and during such periods of growth you should always have an option to switching to a higher plan of the service provider. Linux managed dedicated servers have also the advantage of low cost. Since linux is a free operating system, you will not have to bear the cost of it. You will have to just pay for the running as well as maintenance costs. Price difference also exists in between dedicated servers as well as managed dedicated servers with the latter being more expensive than the other because of the support being offered. Linux managed dedicated server systems can always be opted by web admins who are relatively newer in the filed and need external support till they study the lay of the land. Once they are on their own, they can always opt for linux dedicated server systems.

Confusion always exists in between the operating system which should be employed for the server. If ease of use is what you are looking forward for, then windows managed dedicated server systems should do the work. If stability and robust server is one your mind then look no further invest on a linux managed dedicated server system.