CNIC Information System with Pakdata Cf In Pakistan
Report on eyefinity
1. ACKNOWLEDGEMNT
I greet my deepest thanks to my guide Mr.R.K.Gupta for
his valuable suggestions and indispensible role in
making this report . Gratitude would be incomplete if I do
not mention the renowned encyclopedia - World Wide
Web whose presence is necessary and sufficient for it is
an ocean of knowledge.
2. EYEFINITY
ABSTRACT
Initially introduced in 2009 for tech-savvy consumers Eyefinity 6 is a multi –display technology
developed by AMD enabling a single GPU to support up to six independent display outputs
simultaneously. Built around the Display Port connectivity standard, ATI Eyefinity will appear
in .Everything from entry-level graphics cards to high-end products.Entry- and mid-level cards
will typically support up to three monitorswith at least one utilizing a Display Port-enabled
monitor. Future high end cards will offer support for four to six monitors, with the six-monitor
productsutilizing the new Mini Display Portstandard.ATIEyefinity will have the horsepower to
drive monitors in just about any configuration an end user can imagine — from a standard
3x1landscape orientation to more complex arrangements such as 3x1 portrait with a stack of 3
extended landscape monitors on the end.
In addition to handling the basic control elements of multiple monitors, Hydra VisionTechnology
will help users efficiently organize multiple applications across display groups, dealing with
usability issues by automatically moving windows title bars away from bezelareas. HydraGrid
will ensure that applications and dialog boxes never populate bezelareas by placing them in a
predetermined location on a grid. And single large screen (SLS) technology will let users treat
their multiple monitors as a single large screen,with the ability to adjust the image to compensate
for bezels.
A key benefit of ATI Eyefinity is the fact that it's not reserved for high-end cards only.AMD will
be introducing cards at every price point. That means that every business,smallorlarge,will have
the opportunity to try multiple monitors.
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3. EYEFINITY
TABLE OF CONTENT
S.NO.TOPICS PAGE NO.
1.Introduction………………………………………………………………………4
2. What is Eyefinity……………………………………………………………….. 5
3. ATI Eyefinity Usage Scenario………………………………………………….8
4. Technical Details………………………………………………………………. 9
5. Graphics Card………………………………………………………………….. 12
6. VariousTypes of ports………………...……………………………………… 15
7. ATI Radeon HD 5870………………………………………………………….. 18
8. Software Configuration…………………………………………………………19
9. Productivity……………………………………………………………………..22
10. Commercial and Workstation………………………………………………… 24
11. Gaming………………………………………………………………………….26
12. Advantages…………………………………………………………………….. 27
13. Drawbacks…………………………………………………………………….. 28
14. Conclusion…………………………………………………………………….. 29
15. Bibliography………………………………………………………………….. 30
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4. EYEFINITY
INTRODUCTION
`
In the past, multi display catered to professionals in specified industries. Financial,gas and oil
and medical are just some industries where multi display systems are not only desirable, but
necessity.Today, even graphic designers,CAD engineers and programmers are attaching more
than onedisplays to their workstation.The major benefit of a multi display system is simple and
universal-it enables increased productivity.
The early multi display solutions were non ideal. The bulky CRT claimed too much desk space,
thinner LCD monitors were very expensive,and external multi-display hardware was
inconvenient and also very expensive.
These issues are much less of a concern today.LCD monitors are very affordable and current
generation GPUs can drive multiple display device independently and simultaneously, without
the need for external hardware.
Despite the advancement in the multi-display technology,AMD engineers still felt there was
room for improvement,especially regarding the display interfaces.VGA carries analog signals
and needs a dedicated DAC per display output and uses too many IO pins from our GPU. If we
overcome the dual display per GPU barrier it was clear that we needed a superior display
interface.
In 2004, a group of PC companies collaborated to define and develop Display Port, a powerful
and robust digital interface.At that time,engineers working for former ATITechnologies Inc.
were already thinking about a more elegant solution to drive more than two display device per
GPU, and it was clear thatDisplay Portwas the interface of choice for this task.
In contrast to other digital -display interface,Display Port does not require a dedicated clock
signal foreach display output.In fact the data links is fixed at 1.62Gbps or 2.7Gbps perlane,
Irrespective of the timing of the attached display device.The benefit of this design is that one
reference clock source can provide the clock signals needed to drive as many Display Port
display devices as there are display pipelines in the Gpu.IN addition,with the same number of Io
pins.
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5. EYEFINITY
ATI EYEFINITY
ATI EYEFINITY from AMD provides advanced multiple monitor technology delivering an
incredible graphics and computing experience with innovative display capabilities, supporting
massive desktop workspaces and super –high resolution gaming environment.
Legacy GPUs have supported up to two display outputs simultaneously and independently for
more than a decade.Until now graphics solutions have supported more than two monitors by
combining multiple GPUs on a single graphics card.With the introduction of AMD’s next
generation graphics product series supporting DirectX 11,a single GPU now has the advanced
capability of simultaneously supporting up to six independent display outputs.
Immersive Panoramic Computing
Extreme multiple monitor support enabling enhanced productivity for commercial and
workstations solutions, and a truly immersive visual experience in home entertainment.
Operate multiple displays independently spanning multiple monitors.
Expansive Desktop Space for Enhanced Productivity
Deliver a massively immersive workspace ,helping you to be more productive
The perfect solution for office productivity, making multitasking easier, keeping all your
critical data right at your finger tips.
Multi-Display Flexibility and Upgradability
Exponential expansion by adding multiple monitors
Expand the immersive panoramic experience with multiple GPUs
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6. EYEFINITY
ATI EYEFINTIY technology offers consumers the flexibility to expand their system and
experience on their own schedule. They can purchase one display now and upgrade as their
budget permits.AMD’s next generation graphics products are being designed to offer a
tremendous feature set, and a great upgrade path so that in six months, a consumer can add
another two panels without charging the rest of their PC. Also, from a cost perspective, it is
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7. EYEFINITY
currently less expensive to buy multiple panels and get higher resolution gaming than to
buy one large,high resolution monitor.
Today 19 inch Display Port monitors sell for as low as $200 USD, so for a three panel
configuration it would cost around $600 USD which is far below the price of a single, large
display. Also, with ATI Eyefinity Technology, there is a flexible upgrade path. End users can
purchase an ATI graphics card, use it with one monitor and then in a few months
upgradewithanother monitor.
EYEFINITY 6
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8. EYEFINITY
ATI EYEFINITY USAGE SCENARIO
ATI Eyefinity is defined as two or more display outputs operating simultaneously and
independently from each other. Support is available for Duplicated and multiple monitors
modes, with the capability to group displays into massive single large surface spanning across
multiple displays for us with your desktop workspace, video playback ,with support for both
windowed and full screen 3d applications.
Below are some key usage scenarios:
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9. EYEFINITY
TECHNICAL DETAILS
No of Monitors:
Up to six dependent on graphics card configuration
Aggregate Screen Resolution:
Theoretical maximum :8192 x 8192(67.1 megapixel resolution)
Example:
o 4800 x 2560 resolution grouping three display wide x one display high with
portrait orientation using 2560 x 1600 display resolution for each monitor (12.3
megapixel resolution)
o 7680 x 3200 resolution grouping three displays wide x two displays highwith
landscape orientation using 2560 x 1600 display resolution for each monitor
(24.6 megapixel resolution)
Monitors:
Display Port is highly recommended offering optimal flexibility with the highest
number of display outputs
Two display outputs of DVI, HDMI, or VGA can be combined with display port
outputs up to a total of six monitors per GPU.
Operating System:
Microsoft Windows 7
Microsoft Windows Vista
Linux
Hardware:
ATI Radeon GPU with support for DirectX 11,with appropriate display outputs
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10. EYEFINITY
ATI CrossfireX Technology:
At this time only the horsepower of one graphics card can be used to drive ATI Eyefinity
Technology for gaming, even when combined with Crossfire Technology. The ATI
catalyst software team is working to address this.
Bandwidth Requirement:
Conditional on monitor resolution. Increased resolution requires a higher performance
GPU.
Display Combinations:
ATI Eyefinity Technology is closely aligned with AMD’s Display Port implementation
improving the flexibility and upgradability according to a modern user’s demand. Up to twoDVI,
HDMI, or VGA display outputs can be combined with Display Port outputs for a total of up to
six monitors, depending on the graphics card configuration.
The active adapters typically have the following components:
DisplayPort Receiver
Digital to Analog converter for VGA
TMDS transmitter for DL-DVI
The following active adapters are available in the market today:
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11. EYEFINITY
Display Port to Dual-link DVI
Display port to VGA
Mini-Display port to Dual-link DVI
Mini–Display Port to VGA
If only one or two DVI monitors are attached through a Display Port Connector, then
only simple passive adapters are required .With a passive adapter the GPU outputs the
signal required for the monitor with no conversion occurring within the adapter itself.
.
The following passive adapters are available in the market today:
Display Port to DVI
Mini-Display Port To DVI
Mini Display Port to Display Port
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12. EYEFINITY
GRAPHICS CARD
A video card, video adapter, graphics accelerator card, display adapter, or graphics card is
an expansion card whose function is to generate output images to a display. Most video cards
offer added functions, such as accelerated rendering of 3D scenes and 2D graphics, video
capture, TV-tuner adapter, MPEG-2/MPEG-4 decoding, FireWire, light pen, TV output, or the
ability to connect multiple monitors (multi-monitor). Other modern high performance video
cards are used for more graphically demanding purposes, such as PC games.
Introduction to How Graphics Card Work
The images you see on your monitor are made of tiny dots called pixels. At most common
resolution settings, a screen displays over a million pixels, and the computer has to decide what
to do with everyone in order to create an image. To do this, it needs a translator -- something to
take binary data from the CPU and turn it into a picture you can see. Unless a computer has
graphics capability built into the motherboard, that translation takes place on the graphics card.
A graphics card's job is complex, but its principles and components are easy to understand. In
this article, we will look at the basic parts of a video card and what they do. We'll also examine
the factors that work together to make a fast, efficient graphics card.
Think of a computer as a company with its own art department. When people in the company
want a piece of artwork, they send a request to the art department. The art department decides
how to create the image and then puts it on paper. The end result is that someone's idea becomes
an actual, viewable picture.
A graphics card works along the same principles. The CPU, working in conjunction with
software applications, sends information about the image to the graphics card. The graphics card
decides how to use the pixels on the screen to create the image. It then sends that information to
the monitor through a cable.
Creating an image out of binary data is a demanding process. To make a 3-D image, the graphics
card first creates a wire frame out of straight lines. Then, it rasterisesthe image (fills in the
remaining pixels). It also adds lighting, texture and color. For fast-paced games, the computer
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has to go through this process about sixty times per second. Without a graphics card to perform
the necessary calculations, the workload would be too much for the computer to handle.
The graphics card accomplishes this task using four main components:
A motherboard connection for data and power
A processor to decide what to do with each pixel on the screen
Memory to hold information about each pixel and to temporarily store completed
pictures
A monitor connection so you can see the final result
Graphics Processing Unit
Graphics cards take data from the CPU and turn it into pictures. Find out the parts of a graphics
card and read expert reviews of graphics cards.
Like a motherboard, a graphics card is a printed circuit board that houses a processor and RAM.
It also has an input/output system (BIOS) chip, which stores the card's settings and performs
diagnostics on thememory, input and output at startup. A graphics card's processor, called
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14. EYEFINITY
a graphics processing unit (GPU), is similar to a computer's CPU. A GPU, however, is
designed specifically for performing the complex mathematical and geometric calculations that
are necessary for graphics rendering. Some of the fastest GPUs have more transistors than the
average CPU. A GPU produces a lot of heat, so it is usually located under a heat sink or a fan.
In addition to its processing power, a GPU uses special programming to help it analyze and use
data. ATIand nVidia produce the vast majority of GPUs on the market, and both companies
have developed their own enhancements for GPU performance. To improve image quality, the
processors use:
Full scene anti aliasing (FSAA), which smoothes the edges of 3-D objects
Anisotropic filtering (AF), which makes images look crisper
Each company has also developed specific techniques to help the GPU apply colors, shading,
textures and patterns.
The Evolution of Graphics Cards
Graphics cards have come a long way since IBM introduced the first one
in 1981. Called a Monochrome Display Adapter (MDA), the card
provided text-only displays of green or white text on a black screen. Now,
the minimum standard for new video cards is Video Graphics
Array (VGA), which allows 256 colors. With high-performance standards
like Quantum Extended Graphics Array (QXGA), video cards can
display millions of colors at resolutions of up to 2040 x 1536 pixels.
As the GPU creates images, it needs somewhere to hold information and completed pictures. It
uses the card's RAM for this purpose, storing data about each pixel, its color and its location on
the screen. Part of the RAM can also act as a frame buffer, meaning that it holds completed
images until it is time to display them. Typically, video RAM operates at very high speeds and
is dual ported, meaning that the system can read from it and write to it at the same time.
The RAM connects directly to the digital-to-analog converter, called the DAC. This converter,
also called the RAMDAC, translates the image into an analog signal that the monitor can use.
Some cards have multiple RAMDACs, which can improve performance and support more than
one monitor.
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15. EYEFINITY
Various Types of ports
Display Port
Display Port is a digital display interface standard put forth by the Video Electronics Standards
Association (VESA). It defines a new royalty-free, digital audio/video interconnect, intended to
be used primarily between a computer and its display, or a computer and a home-theater system.
The first version was approved in May 2006, version 1.1a was approved on April 2, 2007, and
the current version 1.2 was approved on December 22, 2009.
Display Port is designed to replace digital (DVI) and analog component video (VGA) connectors
in computer monitors and video cards, as well as replace internal digital LVDS links in computer
monitor panels and TV panels. Display Port can provide the same functionality as HDMI but is
not expected to displace HDMI in high-definition consumer electronics devices.[1]
VGA (Video Graphics Array)
Analog-based standard adopted in the late 1980s designed for CRT displays, also called VGA
connector. Some problems of this standard are noise, image and sampling error evaluating pixels.
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DVI (Digital Visual Interface)
Digital-based standard designed for displays such as flat-panel displays (LCDs, plasma screens,
wide high-definition television displays) and video projectors. In some rare cases high end CRT
monitors also use DVI. It avoids image distortion and electrical noise, corresponding each pixel
from the computer to a display pixel, using its native resolution. It is worth to note that most
manufacturers include DVI-I connector, allowing (via simple adapter) standard RGB signal
output to an old CRT or LCD monitor with VGA input.
High-Definition Multimedia Interface (HDMI)
High-Definition Multimedia Interface (HDMI)
An advanced digital audio/video interconnect released in 2003 and is commonly used to
connect game consoles and DVD players to a display. HDMI supports copy protection
through HDCP.
Dual-Link DVI has been the premium multi-monitor interface of choice, but that’s likely to
change now. Being digital, DVI doesn’t have VGA’s requirement for one digital-to-analog
converter (DAC) per output port, yet it does require a dedicated clock source for each output.
(This design element is also true for HDMI.) According to AMD, the signaling demands of DVI
require so many I/O pins from the GPU that AMD started working on ideas to move beyond
DVI’s limitations—ideas that AMD inherited and continued to develop after the ATI acquisition.
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The first version of Display Port was finalized in 2006; the current version 1.2 was only recently
approved last December. The key advantage of Display Port is that there’s no need for a clock
signal. Each data link is set to 1.62 or 2.7 Gb/s per lane regardless of the timing used by the
target display. Display Port simply buries the clock signal within the data stream. Freed from the
need for dedicated, independent clock signals, a single clock source can regulate as many output
streams as the GPU can support. Display Port uses the same number of pins as Single-Link DVI,
but it can support full resolution on a 2-meter cable, 1920x1080p over a 15-meter cable, up to
17.2 Gb/s per channel for higher resolutions, up to 16 bits per color channel, and multiple video
streams over a single connection. So, if output to six monitors from one card sounds impressive,
you have to wonder if future GPUs will leverage these multi-stream capabilities to multiply
monitor counts even further. Consider the implications for being able to feed multiple monitors
from a single DP port on a mini-ITX board or a notebook. As of version 1.2, you can even daisy
chain Display Port monitors, feeding multiple monitors with only one Display Portconnector.
With AMD’s Radeon HD 5700- and 5800-series cards, Display Port is supported throughout the
entire product line and a host of major notebook OEMs now or will soonsupport the format.
Clearly, Display Port is on its way to being the next major display standard throughout the
computing world. Further investment in legacy formats looks more risky with each passing
week.
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ATI RADEON HD 5870
AMD Radeon, formerly ATI Radeon, is a brand of graphics processing units (GPU) that since
2000 has been manufactured by ATI Technologies and subsequently AMD and is the successor
to their Rage line. There are four different groups, which can be differentiated by the DirectX
generation they support. More specific distinctions can also be followed, such as the Hyper
version, the number of pixel pipelines, and of course, the memory and processorclock speeds.
The brand was previously known as "ATI Radeon" until August 2010, when it was renamed to
create a more unified brand image. Experience the power of 6 with ATI Radeon™ HD 5870
Eyefinity 6 Edition graphics. Equipped with 2GB of GDDR5 memory, the ATI Radeon HD 5870
Eyefinity 6 is the first graphics card capable of rendering up to 1 billion pixels per second.
ATI Radeon HD 5870 Eyefinity 6 is the first graphics card capable of rendering up to 1
billion pixels per second.3
Enjoy fast video encoding and transcoding so video playback, editing, and transferring
content to portable media players is quick and easy.
ATI Radeon™ HD 5870 Eyefinity6 Edition driving six displays with six mini-DP connectors
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SOFTWARE CONFIGURATION
Following ATI tradition, AMD uses the Catalyst Control Center (CCC) rather than a
separate utility for configuring and managing all Eyefinity operations. Let’s say that CCC
auto-detects that you have three monitors attached. These will show up in a row along the
bottom area of the UI as disabled displays until you enable them. When you right-click a
disabled display, you’ll have options to use that screen as a clone, make it the new active
display in place of another, or extend a desktop onto it. Alternatively, pulling up the
properties for a desktop group lets you select the total desktop resolution, color bit depth,
rotation, and the refresh rate. The possible resolutions shown as options are based on the
resolution modes for your monitors as detected by the driver.
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One of your first tasks will be to create a display group by going to the CCC’s menu bar, clicking
Graphics, choosing Desktops & Displays, right-clicking on the main display shown and picking
Display Group > Create Group. If you want a group in portrait orientation, you’ll have to begin
by rotating your initial display, then creating the group.
When you have three or more displays in a group, use the Select Layout option to pick a display
group configuration. AMD’s drivers are smart enough to only display configuration options that
are possible for your number of attached monitors. The CCC has a nifty shortcut in that if you
pick a group configuration that matches the number of available displays, the drivers will
automatically select all of the screens and lump them into a group for you.
In AMD’s marketing, you’ll find that all of the monitors shown in a display group are the same
model. In the real world, this isn’t likely to be the case. You’ll probably have a mix of new and
old displays you want to leash into a group and/or extended groups. You can use monitors with
different resolutions, but Eyefinity will force all monitors in a display group into the lowest
common resolution and orientation. Extended groups can be different resolutions, but obviously
your main display group is the chief concern. Because you have to work with the lowest
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common denominator between the screens, this is why it’s always best to have your main display
group comprised of identical screens.
If you’ve ever set up a multi-monitor configuration in the past, you know what a headache it can
be to figure out which screen plugs into which port that’s seen as a given screen number by the
driver, all of which you have to track so you can play musical monitors in the UI until the
screens flow in the order you want. Eyefinity remedies that mess with a new wizard that runs for
each new display group. In the UI’s main area, you’ll see a grid representing your monitor
configuration. Your displays will black out, and then the wizard will turn one blue. Just click on
the grid cell for the highlighted monitor. The wizard does the rest, and you have a fully
configured group in just seconds.
On the off chance that you need to regularly change your multi-monitor arrangement, be sure to
create and save a profile for each configuration. You can even create a hotkey macro under the
Activation tab to toggle between profiles.
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PRODUCTIVITY
Improving employee productivity is always an ongoing key goal for any organization.
Computers have become critical to workforces with desktop real estate management a key area
of improvement over the last few decades.
A research study undertaken by The Pfeiffer Group claims that under certain condition efficiency
gains of up to 65%can be achieved using larger monitors with higher resolutions. These gains
can be seen in many varied markets including general office productivity,digital imaging, and
videos.
Microsoft researchers discovered that using a multiple monitor configuration was one of the
easiest ways to optimizeproductivity; with gain of up to 50%.It was noted that with
overwhelming consensus once a user switches to multiple monitors they never switch back to
using only a single monitor.
How can more displays and desktop improve efficiency?
The more screens you have with multiple monitors and larger resolutions the data and
applications can be seen and displayed at once.
Imagine opening a spreadsheet with many columns and rows. If a user tries to view this on a
single monitor they have to either scale the text down or scroll continually through the data.
There are many productivity benefits.
With multiple monitors you can work on the entire document visualizing all the data at
once with many more ways to view the things being worked on.
Comparison of data becomes much easier without the need continually scroll through the
document.
Running multiple applications such as email, web browser, word processor, and
spreadsheet at the same time becomes much more efficient. Accuracy improves as a data
is visualized simultaneously without the need to constantly alt tab between applications.
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Menus and toolbars at the same time while retaining a large viewport or multiple
viewports. a larger viewport equates to fewer mouse clicks and reduces the time it takes
to search data when working with many application at once.
With a larger desktop much more of any document, spreadsheet, dataset, model or image
can viewed .Six 30‖ monitors with each offering up to 2560 x 1600 pixels of resolution,
4.1 megapixels, can be configured as group consisting of three monitors wide by two
monitors high giving the user a single large aggregate desktop surface with a pixel
resolution of up to of screen real estate!
Switching to multiple monitors and using a larger desktop footprints will allow user to see more
of any document image natively, allowing users to work more efficiently with a holistic increase
in their peripheral vision of the dataset, and can dramatically improve the ability to multitask
across many applications simultaneously.
The benefits to using ATI Eyefinity Technology in the workspace are obvious, extensible and
immediately useful improving user productivity and efficiency.
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COMMERCIAL AND WORKSTATIONS
ATI EYEFINITY technology provides the commercial and workstation customer new level of
support and functionality across a range of different segments.
FINANCIAL
ATIFirePro graphicsaccelerators have been deployed in some of the largest trading
floor in some of the largest financial enterprises.ATI Eyefinity technology can offer
these users new solutions to problem that continue to persist in their environment ,both
in quad monitors versions currently available.
POWER
Power usage per trade is a constant struggle for trading floor IT manager’s .Usually
located in dense urban centers in dense office towers, these can often be packed
several hundred per floor. The never ending demand for more power and more tools
require being 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 these
demands. This can limit growth for these companies.
OPERATIONAL EFFICIENCY
The vast majority of quad monitor’s users today use two dual output cards rather than
one single quad card. Two dual cards cost less than one single quad card.
With ATI eyefinity technology quad display port outputs AMD is able to output 16
megapixels from 4 large display port panel from a single form factor board. This would be the
equivalent of 8 1600 x 1200 panels which would have normally required at least two likely a
larger system to house them. Now with a small card which can fit into a single small system
customers can easily support massive pixel output while helping to save space and power.
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MEDICAL
The medical diagnostic workstation user is among the most demanding in terms of image
quality and stability but also have unique needs that can be addressed with ATI Eyefinity
technology.
Usage Model
A typical medical diagnostic setup involves two especially high resolutions medical displays
to examine X-rays, CT-scan images with a third lower resolution monitor which displays the
controls for the image application itself. This setup would normally use high end graphics card
tuned specifically for the medical displays plus a second entry workstation card to handle the
third screen.
Using ATI Eyefinity technology
With ATI Eyefinitytechnology, AMD plans to leverage its current medical hardware and
software driver features into an integrated high end triple output medical graphics card.
By combining all functionality in one card with ATI Eyefinity technology can enable
thefollowing benefits for the medical market.
Save the cost of buying two cards.
Reduce inventory.
Shorten the qualification cycle
Simplify Shipping and installation
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GAMING
Discover a new realm of panoramic gaming with ATI 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 and flexible
upgradability, the innovative and adds a new ―surround –sight‖ sensation to your PC experience.
Immerse yourself in game play with Eyefinity .Get a commanding view of the actions, and enjoy
more control in real time strategy games. Detectenemies sooner, react faster, and survive longer.
See enemy aircraft with peripheral vision and fly with spatial awareness.
Many games offer in-game support for selecting ATIEyefinity’s super –high resolution.
Is Eyefinity a game-changer in the display space? At the high end, probably so the technology’s
potential in gaming and multimedia has probably only just started to be imagined. And even in
mainstream settings, particularly in businesses, what employer wouldn’t see the wisdom of even
a 15% productivity increase in workers who go to triple-head display? The cost of such an
upgrade used to be prohibitive, but if one controller can power 3D apps across every display at
full speed for under $100, and if three 19" or even 22" LCDs can be had for less than the price of
one 30" screen, the return on investment seems obvious.
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ADVANTAGES
See more. Do more.
AMD Eyefinity technology enables you to run up to six independent and simultaneous displays
with a single graphics card. By expanding your field of view across multiple high-resolution
monitors, you can see more detail than ever, helping to increase your workflow productivity.
You can manage multitasking more efficiently, and view more data, applications, and images at
once.
Superior visual experience for demanding 3D applications
AMD Eyefinity technology gives you more visual real estate to view large scale models and
multiple applications at the same time in a single, large workspace. You can operate up to six
high-resolution displays simultaneously and independently, flexibly configured in various
combinations of landscape and portrait orientations. Group multiple monitors into a large
integrated display surface, enabling windowed and full-screen 3D applications, images, and
video to span across multiple displays as one desktop workspace. Multiple display outputs enable
multiple 3D displays with independent display resolution, refresh rate, and display rotation
settings.
Increased workgroup productivity
AMD Eyefinity technology helps you get more things done. It allows you and others on your
team to physically and simultaneously display and view multiple documents or applications for
efficient discussion and collaboration. Multi-tasking is easy since you no longer need to flip
documents and applications back and forth between windows. It helps improve accuracy and
speed your workflow.
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ATI Eyefinity Technology for Consumers
Revolutionary multi-display capabilities that let you see more and get more done.
Gaming: Immerse yourself in game play
Productivity: Helps you get more done
Entertainment: Maximize your leisure time
DRAWBACK
The main drawback of Eyefinity 6 is the fact that putting six displays next to and on top of each
other creates thick black 'lines' that severely impact on the image, especially if the monitors don't
have the slimmest bezel.
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CONCLUSION
Eyefinity is a step in the right direction, offering the first glance
at 'surround sight' and a new opportunity for positional sound
within games and applications. Research showed improvements
of up to 50% or more in productivity when using multiple
displays. Eyefinity makes it easier and cheaper to manipulate
and use.
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