1. Via Chipset Driver Download
2. Chipset Driver Wikipedia

It's been a while since there have been any major changes to the chipsets motherboards have been built around over the past few years. Even non-Intel chipsets seem to follow the same general mold for their foundation, you generally have two parts to a chipset, the North Bridge and the South Bridge, the former controlling the memory/graphics and the latter controlling the Disk/IO parts of a motherboard. Ever since the advent of the PCI bus in the first Pentium mainboards, Intel has pushed the same standard North/South Bridge chipset configuration with all of their chipsets, and therefore the competition has refrained from making the bold move of not conforming to the standards set by Intel. The time for change is upon us, and Intel's outdated North/South Bridge chipset configuration system is on its way out, the replacement? What is known as the Accelerated Hub Architecture (AHA), the basis for Intel's most recent entry into the chipset arena, the i810 aka Whitney chipset. The Problem The problem with the more conventional way of how a chipset functions is that transfers from the peripherals, disk drives, and video sub-systems are made via the PCI bus rather than directly to the CPU/memory. You can imagine the PCI bus as being a tunnel of a set width (32-bits) able to transfer only a certain amount of traffic at a time (32-bits * 33.3MHz operating speed of the PCI bus = 1066.6Mbits/s = 133MB/s transfer rate).

The reason for making the move to the PCI bus was because the former 'king of the hill,' the ISA bus was slowly but surely becoming a bottleneck for operations where data was transferred to/from the CPU. The ISA bus can be imaged as a smaller tunnel of a set width (16-bits), and able to transfer considerably less data based on a slower operating frequency and a smaller bandwidth in comparison to the now commonplace PCI bus. If you remember back to the days of overclocking your favorite Socket-7 CPUs, one of the major concerns was that the higher FSB settings would result in a PCI bus frequency that would cause your other peripherals to malfunction. The reason for this was that essentially all of the peripherals that went in to your system and connected to your motherboard operated via the PCI bus, it would only be a short time before the PCI bus would become a bottleneck. During 1997 Intel began planning ahead, by releasing their first Accelerated Graphics Port (AGP) enabled chipset, the i440LX, which gave graphics vendors the ability to communicate directly with the memory and then the CPU without being limited by the PCI bus. Since 3D games and applications increased in popularity, the need for a greater amount of available bandwidth became a more pressing issue, thus resulting in the, what some may argue, premature, release of the AGP enabled i440LX chipset. The AGP bus offered a few key improvements over the PCI bus when it came to graphics cards, the most obvious being that it was a bus independent of the PCI bus.

The AGP bus can be presented in the same terms as the PCI bus, as an even wider tunnel of a set width (64-bits) able to transfer only a certain amount of traffic at a time (64-bits * 66.6MHz operating speed of the AGP 2X bus = 4266.6Mbits/s = 533MB/s). The basic nature of the AGP 2X bus, the standard AGP specification for most motherboards today, indicates that it is faster than the PCI bus, however you can only use the AGP bus for graphics cards…what about the rest of your system? Here's where Intel's new Accelerated Hub Architecture comes into play. 1 Comments • - Monday, December 08, 2014 - It's amusing in retrospect how difficult it was for Intel to obsolete the older BX chipset. One thing people forget is the venerable 440BX was actually the hi-end server chipset - it wasn't intended to be the bread and butter Slot 1 mainstream chipset.

Via Chipset Driver Download

Intel 810 Chipset by Anand Lal Shimpi. It's amusing in retrospect how difficult it was for Intel to obsolete the older BX chipset. One thing people forget is the venerable 440BX was actually.

But all the mobo makers migrated to BX since the 'mainstream' LX, MX, ZX chipsets were just gimped too much. But if you ever wondered why BX had things like support for 1GB (!) of RAM, dual-processor, ACPI, etc that we take for granted now - that's why. It was supposed to be a server chipset;p.

Chipset Driver Wikipedia

The world’s most reputed company Intel® 810/815 chipset family has developed a new technology that can enhance the performance and can increase the exceptional value of the personal computers. They are especially designed for the Intel Celeron and the Intel Pentium III processors on.18 micron or.13 micron process technology. They are built on a strong foundation of the Intel 440BX AGP set technology and hence the Intel 810 and 815 chipset family has re-engineered the personal computer platform providing the new generation features and graphics performance at even a low cost. The Intel has generated a second generation graphics technology which is robust and richer to the 2D and 3D graphics which are utilized in enhanced and integrated design. This Intel® 810/815 chipset family usually offers innovative features and benefits with compelling performance while lowering the overall system costs which is only possible through a smart integration of the technology. Download Intel 810/815 Desktop Chipset Drivers For win98,2000,Xp,7,Vista.

Method 1: Using Microsoft Word to Add Watermark to PDF. Type the entire document in which you want to add the watermark, or keep the document somewhere safe which will be copied into the page containing the watermark. Go to the 'Page Layout' option in the upper Menu Bar and click on it. Click the 'Tools' menu, select 'Annotate' and click 'Text.' The cursor changes to a cross symbol. Drag the cursor over the image where you want the watermark to appear. Can I set the image into GPU texture, and using Shader to blend it with target Texture? Is this a good method for this questions. Sign up for free to join this conversation on GitHub. Photo Bulk for Mac is a lightweight application that lets you easily add a watermark to an image. You just need to drag and drop your image into the app, choose the watermark type from the menu, modify the settings to your choices, and you are good to go. It’s a very minimalistic app that does not contain any kind of clutter or anything like that. Adding a picture watermark is a great way to brand your document with a logo or add an attractive background. Choose Design tab and select Watermark. In the Insert Watermark box, select Picture > Select Picture, and then browse to the picture you want to use as a watermark.