Free Download Windows Server 2003

Windows Server 2003 is a productive infrastructure platform for powering connected applications, networks, and Web services from the workgroup to the data center. Easy to deploy, manage, and use, Windows Server 2003 helps you build a secure IT infrastructure that provides a powerful application platform for quickly building connected solutions and an information worker infrastructure for enhanced communication and collaboration anytime and anywhere.
Your organization can reap the cost-saving and productivity-enhancing benefits of the highest quality Windows Server ever. And a worldwide network of partners can help you build the solutions you need.


External Serial Advanced Technology Attachment or eSATA

External Serial Advanced Technology Attachment or eSATA is an external interface for SATA technologies. It competes with FireWire 400 and universal serial bus (USB) 2.0 to provide fast data transfer speeds for external storage devices.

SATA replaced ATA legacy technology as the next generation internal bus interface for hard drives. The SATA interface is more streamlined than ATA and provides serial architecture for greater speed than the older parallel technology. eSATA cables are narrow and can be up to 6.56 feet (2 meters) in length, whereas parallel cables are much wider and limited to a length of 18 inches (45.7 cm). With eSATA, the speed of SATA expands to encompass exterior storage solutions.

While eSATA reaches transfer rates of at least triple those of USB 2.0 and FireWire 400, it does have one drawback. eSATA requires its own power connector, unlike the aforementioned interfaces. It is still an excellent choice for external disk storage, however. Unlike USB and FireWire interfaces, eSATA does not have to translate data between the interface and the computer. This enhances data transfer speeds, while saving computer processor resources and eliminating the need for an extra off-load chip.

For desktop motherboards that don't have an eSATA connector, a peripheral component interconnect (PCI) card can be purchased and installed in an available PCI slot that will provide an eSATA interface. Notebooks can use an external eSATA device made for the PCMCIA, PC Card, or ExpressCard slot, depending on the laptop model. eSATA enables use of fast SATA drives for external disk arrays, not only expanding valuable storage real estate, but also enabling truly fast portable storage. eSATA's hot-swappable feature makes taking disks from work to home, or from one computer to another, easy. Administrators, IT techs, advertising and marketing executives, and even gamers may find this beneficial.

SATA has differing standards, with older hardware supporting the original standard exclusively. With each new SATA iteration, speed increases. Original SATA, or SATA 150, has a data transfer speed of 150 megabytes per second (MB/s). SATA 3G doubled the speed to 300 MB/s or about 3 GB/s. This is also sometimes referred to as SATA 300.


When purchasing an eSATA controller or bus card, be sure it supports the SATA standard required by your SATA hard drive(s). Hardware that supports newer standards is usually backwards compatible with older devices, but the reverse does not hold. An eSATA controller made for SATA 150, for example, will not be able to support the faster transfer speeds of a SATA 300 hard drive.

What is a Dual Core Processor?

A dual core processor is a CPU with two separate cores on the same die, each with its own cache. It's the equivalent of getting two microprocessors in one.

In a single-core or traditional processor the CPU is fed strings of instructions it must order, execute, then selectively store in its cache for quick retrieval. When data outside the cache is required, it is retrieved through the system bus from random access memory (RAM) or from storage devices. Accessing these slows down performance to the maximum speed the bus, RAM or storage device will allow, which is far slower than the speed of the CPU. The situation is compounded when multi-tasking. In this case the processor must switch back and forth between two or more sets of data streams and programs. CPU resources are depleted and performance suffers.

In a dual core processor each core handles incoming data strings simultaneously to improve efficiency. Just as two heads are better than one, so are two hands. Now when one is executing the other can be accessing the system bus or executing its own code. Adding to this favorable scenario, both AMD and Intel's dual-core flagships are 64-bit.

To utilize a dual core processor, the operating system must be able to recognize multi-threading and the software must have simultaneous multi-threading technology (SMT) written into its code. SMT enables parallel multi-threading wherein the cores are served multi-threaded instructions in parallel. Without SMT the software will only recognize one core. Adobe® Photoshop® is an example of SMT-aware software. SMT is also used with multi-processor systems common to servers.

A dual core processor is different from a multi-processor system. In the latter there are two separate CPUs with their own resources. In the former, resources are shared and the cores reside on the same chip. A multi-processor system is faster than a system with a dual core processor, while a dual core system is faster than a single-core system, all else being equal.


An attractive value of dual core processors is that they do not require a new motherboard, but can be used in existing boards that feature the correct socket. For the average user the difference in performance will be most noticeable in multi-tasking until more software is SMT aware. Servers running multiple dual core processors will see an appreciable increase in performance.

Multi-core processors are the goal and as technology shrinks, there is more "real-estate" available on the die. In the fall of 2004 Bill Siu of Intel predicted that current accommodating motherboards would be here to stay until 4-core CPUs eventually force a changeover to incorporate a new memory controller that will be required for handling 4 or more cores.

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Flash Animation Filter
Experiencing slow page loading with GPRS/3G connection? More than 85% of all flash animations on web pages are advertising. These flash files are pretty large, and normally take up to 90% of the size of the page you're visiting. With Avant Browser you can save the bandwidth by blocking the download of these flash files with just one easy click. Avant Browser also provides many options to block downloads of pictures, videos, sounds and ActiveX components. With these options users can control their bandwidth and speed up page loading.

RSS Reader
With Avant Browser, you can easily switch RSS view in Outlook headline mode or full-expended mode. You can also choose to be informed whenever there is an update to the RSS.

Multi-Document Interface
Wonder how to browse multiple web sites on your giant monitor? Avant’s unique MDI Interface makes this a dream come true!
  
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