Windows Dedicated Servers
Windows dedicated servers support the most popular computer operating systems in the world which has been developed by Microsoft that provides graphical interface and web functionality for over 85% of all PC users. While there are other competitive operating systems such as Linux, Windows continues to be the global leader in operating systems today. For larger, ecommerce businesses that require complete access to all of their server functionalities, there are many hosting companies that specialize in offering state of the art dedicated Windows servers for just about any environment or platform specifications.
While both Windows and Linux operating systems are capable of delivering quality performance for various requirements, there are some distinguishing characteristics that are worth noting for anyone seeking the right OS. A comparison of the Windows dedicated servers and Linux solutions will yield several distinctions that will help determine which OS is best for a particular company. The Linux operating system is a generally free or open source OS that was designed by Linus Tervalds with other help from global developers. It is a cheaper way of running servers than on more expensive dedicated Windows servers and is known for its high performance and relatively streamlined, dependable functionality. The global community that appreciates cheap, open sources systems prefers Linux and continues to be enthused about this option because of its almost attack-free security, easier customization capability, and performance reliability.
Even though Linux has many features that are appealing to users around the world, it has not managed to become as user friendly as a Microsoft based OS. Linux has made great strides in recent years to close the gap with easier solutions to systems operations, but Windows dedicated servers still provide the best in user-friendly options and continue to lead the pack among novice or seasoned users. Microsoft operating systems are a closed source OS and are more expensive to operate than Linux. However, it offers a broader array of utilities and software than does Linux which makes it much more appealing than the more basic Linux systems. Microsoft continues to develop and improve their systems and to retain a competitive edge in games, software and other computer variants.
Support is a major issue for many who are determining which OS to choose for their business dedicated servers. Dedicated Windows servers have access to wider support than do Linux systems, even though the Unix based system is making continued strides in that area. Most hardware companies provide support for Microsoft based OS while not all companies currently support drivers and hardware problems in the Linux format. This can be of serious concern to some operators who want no-hassle, immediate support for their functions in order to circumvent time loss and function inhibition to their systems. Two typical concerns for those who choose Microsoft systems are reliability and security factors. For all its other superior, consumer appealing advancements, Microsoft has still not reached the elevated security measures that Linux offers.
Unfortunately hackers, viruses and other types of attackers can more easily assault a Microsoft based system. Also, Linux tends to provide more assurance of reliability for some versions that may not need to be restarted for even years. These factors, however, have not dampened the continued popularity of Windows dedicated servers because Microsoft OSs ease of use and the huge assortment of advanced compatible products continually streams from Microsoft that keeps users coming back. When choosing between hosting solutions for either of these systems, there are generally two basic options for all users. Shared or dedicated servers can meet the requirements for any number of applications that may be required. From personal web sites to full featured global mall portals, there is a solution for everyone.
A shared server solution is generally used by individuals and small businesses that do not require massive amounts of space and storage for immense, daily data transfers. Companies that provide shared solutions for hosting needs offer support, maintenance and generally enough speed and space for smaller endeavors. Since a shared server will host many different web sites on one server, there can be problems with speed and transfer of data when one site overloads the pathways with large amounts of traffic in one day. That is one reason that large, online companies prefer to use solutions such as dedicated Windows servers to meet their current and future growth patterns for a hosting source. "The thoughts of the diligent tend only to plenteousness; but of everyone that is hasty only to want." (Proverbs 21:5)
Dedicated servers provide the option of one server completely at the disposal of one client who chooses to have it managed or unmanaged by a central data center. More control over software, hardware, support, configurations and functionality are available through Windows dedicated servers than are available through shared servers. In order to make the best decision regarding server requirements for any business, first determine the exact functional needs of online transactions. Then, determine which operating system and server solution is the most advantageous to the online business concept.
World Time ServerA world time server is very useful for the synchronization of timely units amongst multiple computers and operating systems. Such a server not only sets hours and minutes in accordance with Coordinated Universal Time but then maintains the proper recording to ensure accuracy that can be depended on. Any information that relates to the passage of hours, minutes and seconds are accessed by the server through the computer's connection to the Internet. There are few different internet time server protocols which have been put in place in order to aid in the synchronization dispersed between several computers in a network.
In 1972, the community of the world agreed on a standard for the keeping of the official world time, which became known as Coordinated Universal Time, or UTC. There are two main centers where the passing of hours minutes and seconds are officially tracked. One of the centers is located in the United States with the other found in England. Servers and other devices work closely with these centers and base facts off of the information gathered through signals and other means. A world time server works in conjunction with GPS signals from radio waves. The detection device is in direct contact with any and all information regarding timely units that is put out via the signals, and then in turn, sends the information over a network system.
There are several reasons for why installing a world time server is a good idea. For starters, most timepieces that are electronically operated are notorious for running either too slow or too fast and simply cannot be relied upon for keeping accuracy. Even more commonly, a timepiece will rely in battery power, when the battery dies a clock stops, potentially causing much confusion and frustration. Keeping accurate track of the passing of hours down to the second is simply impossible when one is not able to fully rely on a timepiece that could be even a few minutes off. A device that works in conjunction with direct access to UTC is not only convenient, but invaluable. Errors by computers in a network that might not all be running simultaneously can cause errors resulting from scans run at different points in a day, or important files lost. Programs such as e-mail operators and billing services quite often rely on accurate hour keeping, as well as the ability to track possible security breaches relating to any operating systems with a network, hence the important of a world time server.
Broken down to the simplest form, the passing of seconds is actually recorded by the movement of atoms. Special detection devices have been created in order to detect and track the atoms as they flow and denote the passage of intervals such as the atomic clock. The United States official timepiece is a clock of sorts which has been carefully constructed to measure varying amounts of cesium. The cesium fountain atomic clock is just one of a group found around the world which makes up the core of UTC. This special mechanism is designed to be the most accurate timepiece. The clocks accuracy is due to the fact that it monitors the gas known as cesium, which is produced as atoms when put through movements similar to a fountain. A series of high tech lasers are used to measure photons. The atoms are slowed down in such a manner to allow the detection of a second between movements, which in turn serves to discern the hour of the day within the utmost accuracy. In turn, Internet time servers worldwide operate on the results.
The most common way computer users synch systems by using simple software that allows for continual updates when needed so as to make sure that one's personal computer is always accurate. Internet time servers can be synchronized quickly and easily. This form of time service is in close conjunction with Coordinated Universal Time and are simple enough for anyone to use and can be free of charge. Throughout the United States there are multiple servers found which users can connect with to ensure that computers which are used on a regular basis are regulated within the most accurate measurements within seconds.
Hundreds of sights on the World Wide Web allow people access applicable websites and either download easy to use software, or simply follow a series of prompts and clicks of the mouse, making their personal computer a dependable timepiece. Those who employ the use of methods by Internet time servers should be aware that a few second delay in accuracy should be expected and taken into account. The delay is a logical result of the sheer volume of users periodically logging in to adjust timepieces. Large amounts of users accessing the same programs simultaneously often results in an almost imperceptible delay of seconds, yet despite a few seconds difference they still receive the most accurate readings possible.
Methods for measuring the passage of hours have come a very long way since the invention of the sundial. Technological advancements have made the act of watching for changes in the sun's shadow, to the almost undetectable movements of atoms, some of the earth's smallest particles. No human being knows what living outside of the bounds of timely units would be like as most everything that is seen and perceived has a beginning and a point in which an end comes or the things ceases to exist, as is said, "To every thing there is a season, and a time to every purpose under the heaven" Ecclesiastes 3:1. With that in mind, one can see the importance of world and Internet time servers as invaluable for aiding the world in timely unified harmony.