This is why doing your homework, and knowing what to look for in a web video host is extremely important.  But, what exact qualities should you look for in a web video hosting company?

Since there is thousands of hosting services that you can choose from, you are able to be picky about which one you want to host your site with.  However, you must be very careful and read all of the information about a web hosting service before you sign a contract with them.  Perhaps the most important thing you must research is understanding all of the technical features that your potential web host is offering you.

In order to have a web host that will properly host your website; you must first understand what type of technical features your site will require.  After doing so, you will be able to narrow your search to only hosting companies that provide the services you require.

No matter what type of technical features you need, there are some features that remain the same for any type of web hosting service.  Since you desire to host a web video site, than you will need to have a hosting service that gives you higher file size limits.  In most cases, you have to compress your web video before you can upload it onto a host’s server.

However, if the hosting company has very small file size limits, you may have to compress your video to an extremely small size, which will ruin the quality of your video.  If you are concerned about this, and know that you have larger sized video files, than you will want to choose a web hosting service that has no limit on file sizes.

Another feature that you must look for in a web video hosting service is how much storage space are you getting?  Some website hosting companies actually have a limit on how many videos you can have live on your site at one time.  Other companies will have a limit on how much storage space you have for your files.  There are some website hosting companies that allow you to upload as many videos as you desire, however, some of these companies do have strict storage limits.  The best bet is to find a hosting company that has a larger storage capacity, as well as a higher limit to videos you can upload.

A worse case scenario would be you found a hosting company that allows you to have unlimited videos, but limited storage space.  What you would want to do is then purchase more storage space as needed.  This may become expensive, however, for some websites it is the only answer.

When you’re looking for a web hosting company, make sure that you understand all of the needs you have, because the worst feeling the world is signing an agreement with a hosting company, only to realize that they are missing one pivotal feature.

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With true video streaming, users are able to begin watching files almost as soon as the download begins. The file would be sent to the user through an almost constant streaming, making the user able to watch the video as soon as it arrives. An obvious advantage would be that you no longer need to wait for the video to be completely downloaded. Streaming media has a lot of advantages and benefits like having the ability to broadcast live events - this is called a netcast or webcast. True video streaming could be done by delivering the video from a server, which is specially for streaming.

Progressive downloading are similar to HTTP streaming, because it enables videos to be viewed once there has already been a portion of the entire file that is received. This actually simulates true video streaming, however, the quality is not the same. A benefit would be he ability of being hosted on a regular server. This would be the cheapest and simplest method of streaming video from a website. The smaller and medium-sized websites would probably be using this technique rather than the costlier streaming servers. If you would be using this method, you need not have a special type of host or website. You would just need a host server that would recognize common types of video files.

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Yet, you can find very passionate supporters - who offer very detailed lists of pros and cons - for every operating system. Why? Because, though the low-level functions of an operating system do their work out of sight, there are many other features that rise to visibility. Sometimes, they do so when they’re not supposed to.

Weighing the pros and cons objectively could consume a book. But to select a web host operating system, a manageable level of considerations apply. They can be weighed even by those who don’t know a processor queue from a pool cue.

Learning Curves

For most web site owners, administering the site/server is just overhead. It’s not something they take pleasure in doing and they have plenty of other things to worry about. Many wouldn’t know how and have no interest in learning (rightly so, given their priorities). Consequently, ease of administration is paramount for such people.

Whether a Unix-based site (usually Linux these days) is easier to administer than Windows depends on your current skill set and the type of tools and level of access the web hosting company provides. But in general Linux is more difficult to install and maintain than Windows and the learning curve is steeper.

FTP and Control Panels

Often, you don’t have to care. For many, the operating system is fairly transparent. FTP file transfers to get a new web page up to a Windows server are very much like they are to a Linux-based site. The user/administrator simply doesn’t see what’s behind the curtain.

Many companies provide other utilities that completely mask any awareness of the operating system underneath. When that’s the case, the web site owner has no reason to care, until or unless they need or want to go ‘inside the black box’.

Performance

Performance issues can be relevant in selecting which operating system host type to choose. But for the most part, that aspect is outside the web site owner’s control. Overall performance can be good or bad on either system, depending on many factors that the publisher will rarely see. The issue is a wash, as far as tipping the scales is concerned.

What is more likely to be seen by a web site owner, at some point in their (and their site’s) development is the database product that can be used to store information.

Databases

Microsoft SQL Server is relatively simple to use, yet extremely powerful and can deliver great performance. But it doesn’t run on Linux. At least, not without special software to emulate Windows, which usually kills performance. On the other hand, with a bit of time invested, MySQL isn’t significantly more difficult to learn than MS SQL Server and there are many free installations. Cost may well outweigh other considerations for most on this issue.

Programming Languages

Last, but not least, there are differences in programming languages that can be (or at least typically are) used on Windows vs Unix. If you have programmers who are skilled in Visual Basic, ASP and other Microsoft technologies, then a Windows-based host will be your preferred choice. For Perl and PHP programmers, Linux is the more common platform of choice.

No single factor can push you to one versus the other operating system. And, in the long run, it isn’t the primary consideration, unless you just enjoy playing with operating systems.

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Virus infection is among the most common, though the situation is actually better today than in the past. Huge efforts, and some progress, has been made over the past 10 years to reduce the number and severity of virus attacks. Hackers haven’t surrendered, far from it. But they’re on the defensive like never before.

Many of those viruses were (and are) spread through email, usually in the form of email attachments. That’s the source of the now-common advice never to open an attachment from someone you don’t know. Professionals will often extend that advice to suggest you never open an attachment that’s unexpected, even if it’s from someone you know. Well-meaning, but computer-challenged friends often accidentally forward virus infected emails.

Spam has taken over the top spot for email annoyances. It’s estimated by various different professional sources that 92-97% of all email sent today is spam. While the definition varies, spam is generally regarded as any unwanted commercial email sent by someone whom the recipient doesn’t know or have a business relationship with.

Spam clutters email inboxes, requires people to sift through to find valid messages, and often contains offensive messages in some form. But, it’s a fact of life and isn’t going away anytime soon. Even though laws are in place, thousands of spammers continue to risk fines or jail for the chance of making money from that small percentage who will open the unwanted email.

Other forms of email problems are even more severe for many web site owners. When the mechanisms fail that they rely on to send and receive messages to and from their users, that’s a problem. Dealing with those problems can range from sending an email or instant message to an administrator, to tracking down the right person to get your site removed from a blacklist.

Email is the communications vehicle of choice for millions everyday. When the system burps, someone has to take time to do something about it. Often, that means relying on a person who is already overburdened with too many issues to resolve.

So, besides pointing out some sad facts or complaining, what’s the point? All of the above shows just one more area you should look at when selecting a web host or deciding whether to move to another. Just as with server or network administration, companies vary in their ability to deal with email-related issues. Some are responsive and super-competent. Others, are simply indifferent or worse. And many are in between.

Email administration, like server maintenance or network management, is a professional specialty. Skill in one does not necessarily mean quality work in another. Finding a web hosting company and/or system that has few email problems, and solves them quickly when they occur, is an important task. Spend some time researching who provides superior support in email. You’ll be happy you did.

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A domain name is the English (or other) language designator for your site. Because of the way the Internet functions, that name is associated with an IP address, a numeric identifier that computers and network components use to connect a browser to a web site.

It’s not mandatory that a site has a name. But directing visitors by IP address can quickly generate difficulties. Having an IP address IS mandatory, since it’s ultimately the way a web site is located by other computers and network software.

In the early days of the Internet the name was chosen carefully in order to help a person remember the URL. That made it easier to type, too. With hotspots on a page, great search engines, social networking and other contemporary tools, that’s not as important now.

But from a marketing perspective, it still helps to have a good name. It’s still beneficial to have a site called ‘CheapTVs.com’ if what you sell are inexpensive TV sets. Calling your site, ‘InexpensiveElectronicVisualDisplayDevices.com’ may describe your business in some way, but it’s a little harder to refer a new person to your site.

Which name you choose can, therefore, affect how much traffic your site gets, how soon. Sooner or later, if you have information and/or products/services that people want, word will get around. But having a good name can certainly help. Love them or hate them, the Google company chose well.

Of course, the fact is that there are millions of web sites around the world. That means, you don’t necessarily get the name of your first choice.

ICANN (Internet Corporation for Assigned Names and Numbers) is the internationally recognized authority for managing IP addresses across the worldwide Internet, along with the top-level domain name-parts (.com, .net, .org, .edu, and so forth). But registering a name is done by simply contacting any of a hundred organizations that work as intermediaries to establish and track the names.

GoDaddy, Register.com, Network Solutions and a great many others provide the service for anywhere from free to a few dollars per month or year. You contact them by navigating to their web site. Then, using a feature they all provide, you can select a possible name. They use something called whois and other software to determine if the name is already claimed. Or, you can check yourself at www.whois.com. Registration is for a limited time, but typically renewable in perpetuity provided you pay the (usually annual) fee.

You may have to go through several choices to find a domain name that isn’t already in use. With so many millions of sites, the odds of you getting your first choice is slim, unless you have a highly unusual imagination. But, it’s also true that domains tend to die or expire. As they do, the name becomes available for use by someone new.

A method for getting on a ‘waiting list’ is available. You register the name you want and if and when the name becomes available, you are offered the chance to claim it. Naturally, there’s competition even on the waiting list for ‘good’ names.  There are many different ways of establishing priority that vary by company. At any given time there are thousands of so-called auctions going on to bid on names.

Give some thought to your new domain name and research its availability, but don’t stress over it. The name isn’t everything. After all, if Google had built a search engine that delivered usable results only 10% of the time, their name would be mud.

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The Internet is just what the name suggests, a large inter-connected set of networks. But those networks are pointless without the one part that forms what is called their ‘end-nodes’, otherwise known as computers. Those computers often need to share information because the people who use them want to share information.

But, in a system where there are millions of separate computers, how can you enable them all to communicate? One very important feature of that solution is performed by something called DNS, the Domain Name System.

Every part of a network that is going to send or receive information is assigned an IP address. That’s a numeric identifier that uniquely specifies a particular ‘node’, such as a computer, a router that directs traffic or other component. They look like this: 209.131.36.158

But those numbers are more difficult for people to remember and work with. They also aren’t very attractive from a marketing perspective. So, a naming system was layered on top of some of them, mostly the computers involved, though routers have names, too.

But once you have a system that associates a unique IP address to a given name, you need some way of keeping track of all of them. That’s carried out by several different pieces of the system: Name Registrars, DNS Servers and other components.

The Name Registrars, overseen by IANA (Internet Assigned Numbers Authority) and other international bodies, provide and keep track of domain names. When you register with GoDaddy or any of a hundred other intermediate companies, ultimately that information makes its way into a number of specialized databases stored inside DNS Servers.

A DNS Server is the hardware and/or software that tracks and forwards the IP Address/Domain Name pair from one place to the next. In many cases, there are a number of them between your browser and the remote computer you want to share information with.

Suppose you request information from, say, Yahoo’s site by clicking on a link on their site. DNS resolves (translates) the name of WHO IS making the request and OF WHOM, to addresses, then passes the request through the network to the requested IP address. The requested data is then passed back through the mesh of network components to your computer and displayed in your browser.

Whether the communication is between a desktop computer and a server somewhere, or between one server and another, the process is essentially the same. DNS servers translate names into IP addresses and the requests for data are forwarded on.

In some cases those DNS servers are part of a specialized network computer whose sole job is to do the translation and forwarding. In other cases the DNS software may reside on a server that also houses a database of general data, or stores email, or performs other functions.

But however complicated the chain or the parts, the basic process is simple. Translate the name to an address, just as the postal system does. Whether international or local, your name is associated with an address, and the deliveries are made to the address, then forwarded to a particular name.

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Virus infection is among the most common, though the situation is actually better today than in the past. Huge efforts, and some progress, has been made over the past 10 years to reduce the number and severity of virus attacks. Hackers haven’t surrendered, far from it. But they’re on the defensive like never before.

Many of those viruses were (and are) spread through email, usually in the form of email attachments. That’s the source of the now-common advice never to open an attachment from someone you don’t know. Professionals will often extend that advice to suggest you never open an attachment that’s unexpected, even if it’s from someone you know. Well-meaning, but computer-challenged friends often accidentally forward virus infected emails.

Spam has taken over the top spot for email annoyances. It’s estimated by various different professional sources that 92-97% of all email sent today is spam. While the definition varies, spam is generally regarded as any unwanted commercial email sent by someone whom the recipient doesn’t know or have a business relationship with.

Spam clutters email inboxes, requires people to sift through to find valid messages, and often contains offensive messages in some form. But, it’s a fact of life and isn’t going away anytime soon. Even though laws are in place, thousands of spammers continue to risk fines or jail for the chance of making money from that small percentage who will open the unwanted email.

Other forms of email problems are even more severe for many web site owners. When the mechanisms fail that they rely on to send and receive messages to and from their users, that’s a problem. Dealing with those problems can range from sending an email or instant message to an administrator, to tracking down the right person to get your site removed from a blacklist.

Email is the communications vehicle of choice for millions everyday. When the system burps, someone has to take time to do something about it. Often, that means relying on a person who is already overburdened with too many issues to resolve.

So, besides pointing out some sad facts or complaining, what’s the point? All of the above shows just one more area you should look at when selecting a web host or deciding whether to move to another. Just as with server or network administration, companies vary in their ability to deal with email-related issues. Some are responsive and super-competent. Others, are simply indifferent or worse. And many are in between.

Email administration, like server maintenance or network management, is a professional specialty. Skill in one does not necessarily mean quality work in another. Finding a web hosting company and/or system that has few email problems, and solves them quickly when they occur, is an important task. Spend some time researching who provides superior support in email. You’ll be happy you did.

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Bandwidth is the amount of network capacity available, and the term actually covers two different aspects. ‘Bandwidth’ can mean the measure of network capacity for web traffic back and forth at a given time. Or, it sometimes is used to mean the amount that is allowed for some interval, such as one month. Both are important.

As files are transferred, emails sent and received, and web pages accessed, network bandwidth is being used. If you want to send water through a pipe, you have to have a pipe. Those pipes can vary in size and the amount of water going through them at any time can also vary.

Total monthly bandwidth is a cap that hosting companies place on sites in order to share fairly a limited resource. Companies monitor sites in order to keep one site from accidentally or deliberately consuming all the network capacity. Similar considerations apply to instantaneous bandwidth, though companies usually have such large network ‘pipes’ that it’s much less common for heavy use by one user to be a problem.

Server load is a more generic concept.

It often refers, in more technical discussions, solely to CPU utilization. The CPU (central processing unit) is the component in a computer that processes instructions from programs, ordering memory to be used a certain way, moving files from one place to the next and more.

Every function you perform consumes some CPU and its role is so central (hence the name) that it has come to be used as a synonym for the computer itself. People point to their case and say ‘That is the CPU’. But, the computer actually has memory, disk drive(s) and several other features required in order to do its job.

Server load refers, in more general circumstances, to the amount of use of each of those other components in total.

Disk drives can be busy fetching files which they do in pieces, which are then assembled in memory and presented on the monitor, all controlled by instructions managed by the CPU.

Memory capacity is limited. It’s often the case that not all programs can use as much as they need at the same time. Special operating system routines control who gets how much, when and for how long, sharing the total ‘pool’ among competing processes.

So, how ‘loaded’ the server is at any given time or over time is a matter of how heavily used any one, or all, of these components are.

Why should you care?

Because every web site owner will want to understand why a server becomes slow or unresponsive, and be able to optimize their use of it.

When you share a server with other sites, which is extremely common, the traffic other sites receive creates load on the server that can affect your site. There’s a limited amount you can do to influence that situation. But if you’re aware of it, you can request the company move you to a less heavily loaded server. Or, if the other site (which you generally have no visibility to) is misbehaving, it’s possible to get them moved or banned.

But when you have a dedicated server, you have much more control over load issues. You can optimize your own site’s HTML pages and programs, tune a database and carry out other activities that maximize throughput. Your users will see that as quicker page accesses and a more enjoyable user experience.

Omnis.com #1 Ranked Web Hosting Value!

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WebJaguar is robust technology, offered as a Software-as-a-Service (SaaS) business model, and developed by Advanced E-Media to build dynamic, database-driven Web sites. WebJaguar is offered in three editions, including:

1) Corporate/Membership Edition with strong content management tools to enable both Advanced E-Media and its customers to quickly and easily manage and change Web sites.

2) Retailer Edition with comprehensive E-commerce capabilities for retailers to increase sales and profits on a local, national and global basis.

3) Wholesaler Edition with a complete E-Business suite of online capabilities for manufacturers, wholesalers, distributors and suppliers to increase sales, save on time and costs and better manage their business throughout the supply chain.

Ecommerce Hosting Web Design Services WebJaguar also has several add-on modules that can be provided at an additional set-up and monthly recurring fee for any of the three editions. AdvancedEmedia is a patented Ecommerce Software Developer. It also offers Web Design and Development and Promotion and Hosting A managed service provider that does everything including site maintenance. Luxury Cars Vehicles Limousines We develop and manufacture soft tops and hard tops for many of the most attractive convertibles in the World.

These are their showcases of most popular sites. Call 1-888-718-5051 today and schedule your FREE ONLINE DEMO and E-Business evaluation with one of our experienced, friendly Web Consultants and take your business to the next level with WebJaguar E-Business Suite™

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When you choose to change your domain name, there are actually two separate steps involved: releasing the old name, and adopting the new one. But, just as the postal system can have difficulty forwarding your letters when you change your personal name, changing your domain name brings certain difficulties.

One of the most prominent is the fact that any name change requires a change to thousands of DNS Servers around the globe. DNS (Domain Name System) is the set of software/hardware components that allows domain names to map to IP addresses. IP addresses are what are actually used ‘under the covers’ when one computer communicates with another.

Note that there isn’t always a 1:1 correspondence between a name and an IP address. One IP address can serve multiple domain names and one domain name can have multiple IP addresses. For the sake of simplicity, we’ll stick to the common case here.

DNS servers around the world maintain internal databases that match the name to an IP address. Not all servers have all pairs of names/addresses. A series of complex routines allows a request to be forwarded when the particular DNS server doesn’t have a needed record. When you acquire a domain name that used to be associated with a given IP address, the odds of you acquiring the same IP address are extremely low.

In the unlikely case, for example, that you acquired the domain name yahoo.com, you would almost certainly not get the IP address that was matched with it (unless you bought the Yahoo! company). So, as a result of the change, the name/IP address pair is no longer what it was.

A similar circumstance exists when you retain your IP address, but want to change the domain name associated with it. In either case, the pairing has changed.

The catch is this: when the change takes place, those DNS databases are not all updated instantaneously around the world.

Even apart from the limited speed with which computers and networks operate, (and neglecting the human factor if/when the change is made manually to more than one server) the reason is something called caching.

In order to communicate efficiently, DNS servers are designed to assume that changes will be relatively rare. Just as with the postal system, you don’t move your address or change your name every minute. Since that’s true, in general, the name/IP address pair is cached. A cache is a set of stored information that is reused so that fresh information doesn’t have to be communicated with every request for a web page or data.

A chain of DNS servers pass requests to the last known address. There is usually more than one system between your computer and the server you want to communicate with. Most of the time, that’s your current name/address. When you change the name, that pair is no longer valid. In order to propagate the new name/address pair (so the terminology goes), that cache has to be refreshed.

Something similar happens when you establish an entirely new name. That name is first associated with an IP address and that pair has to be communicated to DNS servers around the world in order for you to be able to reach any one of them at random.

But DNS servers don’t do that until they are requested to do so by your action of asking for information from a remote server. Because of that, but chiefly because of caching, it can take quite a while for the new pair to become known around the Internet. Caches can expire and get refreshed in a few minutes or a few hours. It varies.

That time can be as short as an hour or less, if the path between your computer and the web server is very simple and only one DNS server needs to be updated. Or, it can take up to 48 hours or more. Though the ‘official’ range is often given by registrars as 24-48 hours, the average is closer to about six hours. But that’s an average. The actual time in any given case can (and does) vary widely.

In the meantime, a number of effects can occur. The most obvious is that, since the name/IP address pair can’t be resolved properly, you don’t reach the server you want. Your browser points to the old one (in the rare case it’s still accessible by that name and address), or it simply reports there’s no such name at that address.

So, when registering a new name or buying an old one, you should establish the site, but not advertise it for at least a couple of days. Better to wait to get visitors than to turn them off by being ‘not at home’ when they call.

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