Benefits of Dual Monitors?

There are many advantages to a dual screen video card configuration. Using two monitors with one computer isn’t something new in the computing world, and if you haven’t already, why not give it a try soon?

Once you start with two monitors, you will never want to go back to a normal single monitor setup again.

With dual monitors, you can get your work done and play much more efficiently. This saves a lot of time for a lot of different applications.

You have a lot more space on the Windows desktop , allowing you to have multiple windows open on the two separate screens.

You could be working on something like a spreadsheet or a document on one screen, and have something else like a web video or movie running on the other screen.

Benefits Of Dual Monitors

Although this particular example would hardly make you get your job done any faster, as you would probably be distracted by the video or movie or even the game, but you get my point. With two screens, it is possible to increase productivity on your computer.

If you are building web pages, you can create a page on one screen while viewing the resulting page on the other screen.

If you’re into news or sports, you might be working on something on one screen while having an updated news or live scores page on the other screen.

If you have instructions for something in an email or web page, you might have those instructions open on one monitor while you do business on the other. There are endless possibilities on how a dual screen video card installation can do wonders for you.

Another advantage with a dual screen setup, albeit less noticeable, is that you won’t need to minimize and maximize windows when working so much with multiple programs, which means less mouse clicks.

And fewer clicks means less chance of ending up with carpal tunnel disease and repetitive stress injuries. Although these problems are rare, it should be noted.

The good news is that setting up a dual monitor is very easy. All you need is a dual screen video card and two monitors.

Most video cards these days have dual monitor support, so no problem. Just follow the instructions that came with the card .

Choosing between NVIDIA SLI and ATI CrossFire

NVIDIA SLI and ATI CrossFire technologies have been around for some time now, but it is only recently that the industry has seen a breakthrough and significant advancements in technology.

If you don’t know exactly what these 3D performance enhancing technologies do, I’m sure you’ve heard of SLI and CrossFire before. In this article, we’re going to explain what SLI is and how it works, and you can read our other article on ATI CrossFire if you want to know more.

In 1998, the 3DFX company first introduced the term SLI with its Scan-Line Interleave technology used in its Voodoo2 line of graphics cards.

NVIDIA bought 3DFX and had the new idea to use the PCI-Express bus to increase 3D graphics performance. They named this new technology Scalable Link Interface (SLI) .

NVIDIA SLI and ATI CrossFire technologies have been around for some time now, but it is only recently that the industry has seen a breakthrough and significant advancements in technology.

If you don’t know exactly what these 3D performance enhancing technologies do, I’m sure you’ve heard of SLI and CrossFire before.

In this article, we’re going to explain what SLI is and how it works, and you can read our other article on ATI CrossFire if you want to know more.

In 1998, the 3DFX company first introduced the term SLI with its Scan-Line Interleave technology used in its Voodoo2 line of graphics cards .

NVIDIA bought 3DFX and had the new idea to use the PCI-Express bus to increase 3D graphics performance. They named this new technology Scalable Link Interface (SLI) .

How does SLI work?

NVIDIA SLI basically works like a dual core processor: it splits the load in half. With SLI, you have two or more video cards connected together in a master / slave configuration through what is called an SLI bridge.

When viewing 3D graphics on the screen, all work is broken up into smaller parts and sent to each of the GPUs for faster processing.

When the slave GPU has finished processing, it sends its output to the master GPU through the SLI bridge, and the master GPU combines everything to display the images on the monitor.

What do I need for SLI?

To use NVIDIA SLI in your gaming computer, you must have a motherboard based on an NVIDIA chipset and you need at least two PCI-Express 16x slots. You also need two (or more) NVIDIA SLI compatible video cards.

You should keep in mind that the two (or more) video cards should have the same GPU (and preferably the same memory and clock speed), although they can be from different manufacturers.

If you buy a new card you need to be sure it is SLI compatible, but if it’s a little older card you need to be sure that it can be used with SLI technology because not all of them can. not. So, double check before buying a video card.

The different SLI modes

NVIDIA SLI technology can be configured to operate in different modes.

Split Frame Rendering (SFR)

This mode works by cutting each image in half and sending it to each GPU for processing. Very simple.

Alternate Frame Rendering (AFR)

Instead of breaking a frame into smaller pieces like the SFR, the AFR works through each GPU rendering an entire frame one by one, one after the other.

SLI Antialiasing (AA)

With a single video card , you can enable anti-aliasing up to 4x. But with an SLI setup and multiple video cards, you can benefit from much more anti-aliasing, like 8x, 16x, 32x, and even 64x with a quad SLI system (4 video cards).

Quad NVIDIA SLI

Quad SLI is exactly as the name suggests: four GPUs working together for exceptional performance. It can be achieved by having 4 video cards in 4 PCI-Express 16x slots or 2 dual-GPU video cards in 2 PCI-Express 16x slots.

As you can imagine, this will increase the performance of your games. You will see the real power of the SLI quad when you are in high resolution and activate the SLI Antialiasing mode.

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