What is eyefinity technology

Commercial Workstation AMD Eyefinity technology provides the commercial and workstation customer new levels of functionality across a range of different segments.

AMD Eyefinity technology can offer these users new solutions to problems that continue to persist in their environment by allowing them to take advantage of multi-monitor set ups. Usually located in dense urban centers in dense office towers, these traders can often be packed several hundred per floor. The never ending demand for more power and more tools require the IT manager to be able to provide that floor with an ever increasing power load.

Very often the power mains to a floor or a building or a city section cannot keep up with this demand. This can limit growth for these companies. The Solution: AMD Eyefinity Technology In the past, the majority of quad monitor users used two dual output cards each a dual card rather than one single quad output card. AMD is changing the game by offering cost-effective quad output card solutions.

For large enterprise deploying one card in a system rather than two, this can lead to the following benefits: Easy and quick install Fewer PCIe slots used or needed, which can lead to a smaller system taking up less space Fewer cards to stock as replacements Low MTBF for the solution i. As such, these users have some unique needs that can be addressed with AMD Eyefinity technology.

Usage Model A typical medical diagnostic setup involves two specialty high resolution medical displays to examine medical imagery such as x-rays, CT Scan, PET scan images, etc. These systems often have a third, lower resolution monitor to display the controls for the image application itself.

This power this setup, one typically would need a high end graphics card tuned specifically for the medical displays, plus a second entry level workstation card to handle the third screen.

Using AMD Eyefinity Technology AMD plans to leverage its current medical hardware and software driver features into an integrated high end triple output medical graphics card capable to taking advantage of AMD Eyefinity technology.

By combining all of this functionality in one card with AMD Eyefinity technology, AMD is seeking to allow medical professionals to realize the following benefits: Saved cost of buying two cards Reduced inventory of backup or supply cards Shortened the qualification cycle of new products only need to qualify one card instead of two or more Simplifed shipping and installation AMD Eyefinity Multi-Display Technology 8 9.

Public Information Display The public information display market has been creeping its way into more and more retail outlets, restaurants and common areas. This market is defined by multiple screens being controlled by a single system outputting multiple instances of active content. AMD Eyefinity technology can help increase the capacity of a single system by allowing more data to be driven by a single graphics card. This can lead to efficiencies in installation and cost savings which helping expand content choice and flexibility.

The power of the GPU behind these multiple screens can also enable a level of 3D, video or flash activity that can easily be spanned across multiple screens or multiple zones. This can open up a new stage of dynamic eye catching content that can be the key to a successful public information display environment. Gaming Discover a new realm of panoramic gaming with AMD Eyefinity advanced multiple-display technology. Intensify gaming with ultra-immersive playing environments, and expand your entertainment landscape with a breathtaking field-of-view.

Offering easy configuration and flexible upgradability, the innovative graphics capabilities of AMD Eyefinity multiple-display technology helps dissolve visual limitations and adds a new surround-sight sensation to your PC experience. Immerse yourself in game play with AMD Eyefinity technology. Get a commanding view of the action, and enjoy more control in real-time strategy games. You could see enemy aircraft with peripheral vision, and fly with greater spatial awareness in flight combat simulators.

You could eliminate blind spots and feel a heightened sense of speed in racing games. Many games offer in-game support for selecting AMD Eyefinity technology's super-high resolutions. An example is Alan Wake running on three x displays configured in a 3x1 landscape display group. Unlike the view from a real cockpit, a single display limits the amount of airspace you can see around you.

This is why flight simulators have traditionally been one of the applications that have been targeted by multi-monitor solutions. With display set ups capable of utilizing AMD Eyefinity technology, the gamer can see more of the sky around them, and keep an eye on the competition when they would out of sight on a single screen.

This can give the gamer an edge in dogfights, allowing them to outmaneuver the competition, shoot first, and dominate the skies.

Single Display Wider field of view lets you see enemies before they see you! First person shooter gamers are highly competitive, and players use whatever advantage they have to get ahead of their opponents in what is a fast-paced, action-packed environment. With a single monitor, gamer fields of view have typically been limited to a flat plane directly in front of their player.

As such, players have to rotate very quickly and often to see and respond to others nearby. By enabling more than one panel side-by-side, gamers are now able to go beyond the traditional single monitor and the field of view can be increased 3 times over. This can allow them to see and respond to targets sooner, without having to constantly spin around to check their blind spots.

See more of your favorite FPS title than ever before! Racing Racing simulations have traditionally been one of the common applications targeted towards multi- monitor set ups. The driver can become more immersed in the race and gain a broader view around their car, giving them an advantage when negotiating with tight turns, or with outmaneuvering the competition.

This gives the gamer a much better view of the environment around them, letting them spin around hairpin turns, or block off other cars trying to pass them. The game's central point of focus makes 3-wide configurations ideal, giving them an unobstructed view of the road ahead. In these games, gamers can zoom right up into a single unit, or zoom out to see their entire army.

This gives direct benefit to having more display real estate since it allows the gamer to zoom out and see more of action, without losing any of the detail in the scene. With a wider view of the playing field , gamers can be in command of larger armies and be more efficient in their strategy and tactics. Since these games do not have an inherent central focus no crosshairs or reticules , they scale well to any multi-monitor configuration, especially the ultimate 3x2 display group.

In order for a game to qualify as AMD Eyefinity Validated or Ready, we require that they support a wider field of view, maintain a correct aspect ratio with minimal stretching, and ensure that visual elements such as in-game menus and HUD object are visible, usable and free of distortion. We have created a Software Developer Kit SDK that makes it much easier for developers to create gaming experiences that meet these criteria.

EcoSystem Application Support AMD Eyefinity technology offers software developers a great ability to differentiate the visual aspects of their products by using multiple display technology. With the graphics performance capability of AMD next generation products it is now possible to drive extremely high resolutions with varied usage scenarios at frame rates gamers have come to expect.

DisplayPort Monitors AMD Eyefinity technology-enabled graphics boards should work with all DisplayPort-driven monitors, but here is a short list of 24 displays that AMD recommends for ease of use with current monitor stand offerings. Monitor Stands A good monitor stand can potentially enhance the AMD Eyefinity technology experience by providing a streamlined workspace with stable mounting options. List below are just a few of the available options. A brief description of DisplayPort dongle types is provided below.

Active Dongles Active dongles use DisplayPort signaling to actively translate and re-transmit signals from a DisplayPort connection to a non-DisplayPort display. This type of true DisplayPort signaling allows for support of three or more displays on a single graphics card.

It only takes a minute to sign up. Connect and share knowledge within a single location that is structured and easy to search. I've read all about AMD's EyeFinity technology that is available on their 6xxx series graphics cards.

But I'm clearly missing the thing that makes this technology so incredible and desirable for users. So it allows me to run multiple three monitors on a single graphics card.

That's great and all, but why should I care? More specifically, why is EyeFinity superior to multiple, discrete graphics cards? Lots of people seem to heartily recommend it, but I can't figure out why they're recommending EyeFinity rather than simply recommending multiple monitors, something that I'm already quite sold on. I can accomplish the same thing by installing separate graphics cards and plugging a different monitor into each of them.

I've done this several times before, including on my current system. With such a configuration, I still have three monitors, but they'll each be powered by their own graphics card, rather than all being powered by the same graphics card.

Why should that subtlety matter to me as a user, especially if I'm not a gamer and don't need or want to spend the money on a top-of-the-line card? The only thing I can figure out is that it allows people with only one PCI Extreme slot to have multiple monitors.

But almost all common motherboards seem to have at least two of these slots. I can actually save money buying two lower-end graphics cards and using them to drive 1 or 2 monitors each, rather than buying one EyeFinity card and using it to drive all 3 monitors.

If I choose to go that route, what amazing things am I missing out on? From your question - I see that you treat Eyefinity as a technology for driving multiple monitors. What you haven't considered - is that Eyefinity makes multiple monitors look like one big screen.

Or combinations of those - the discrete GPUs probably will not be getting the bandwidth required from these slots to function well. And here are a few of them listed out for you:.

There is no arguing the fact that your workplace will transform into some newer dimensions. With multiple monitors things get a lot easier and faster. Till now we are settled with the idea of having a big screen television or a home theatre PC HTPC but why stop there when can get a lot more,. Hence with Eyefinity things are only going to get better. All Rights Reserved.