ATI Technologies 9500 SERIES specifications This allows you to emphasize what kind

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This allows you to emphasize what kind of

 

application experience you’d like to have. Moving

Main Settings

the slider to the left will maximize application

performance, while moving the slider to the right

slider

will provide excellent 3D image quality. Moving this

 

 

slider from one position to the next changes the

 

individual Custom Settings sliders found below.

 

When Custom Settings is checked, the Main

 

Settings slider is disabled, allowing you to move

Custom

each individual slider in the Custom Settings

Settings

section below. Setting the individual sliders gives

checkbox

you complete control over your application

 

experience. Using Custom Settings is

 

recommended for advanced users only.

 

SmoothVision II (Anti-Aliasing) improves image

 

quality by removing jagged edges from 3D

SMOOTH

images, resulting in smoother, more natural-

VISION II

looking objects. Selecting Application

checkbox

Preference will result in high quality images, with

 

negligible reduction in the application’s

 

performance.

 

SmoothVision II (Anti-Aliasing) can be applied

SMOOTH

using different sample patterns and sample points

VISION II

such as 2X, 4X, or 6X. Moving this slider to the

slider

right increases sampling to provide the most

 

realistic 3D image.

 

 

SMOOTH

Anisotropic filtering uses a texture filtering

VISION II

technique that blends multiple texture samples

Anisotropic

together. Selecting Application Preference will

Filtering

result in high quality textures, with a negligible

checkbox

reduction in the application’s performance.

 

The number of samples taken when anisotropic

SMOOTH

filtering is performed can vary. By moving this

slider to the right, as the number of samples taken

VISION II

increases, the quality of the final image increases

Anisotropic

significantly. 16X provides extremely detailed,

Filtering slider

crisp-looking images as a result of the largest

 

 

number of texture samples possible.

 

 

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Contents Radeon 9500 Series Disclaimer Product NoticeTable of Contents Reducing Edge Distortion Introduction Features At a Glance Multiple Displays and 3D Gaming Experience ATI’s Catalyst Software SuiteDirect 3D and OpenGL HydraVision Connecting Your Monitors Multiple DisplaysDisplay Configurations Display Connectors Used Comments ConfigurationCatalyst Software Suite ATI Displays TabEnabling/Disabling Secondary Displays Enabling Extended Desktop ModeDynamic Display Reassignment Virtually Repositioning Your Displays Ratiometric Expansion ATI Color Tab These controls allow you to increase or decrease ATI Options Tab ATI Overlay Tab Video Overlay Use this slider to adjust the brightness of the video Main and Custom Settings Direct 3D Control PanelThis allows you to emphasize what kind Selecting Application Preference allows This button allows you to access advanced Direct 3D Compatibility Settings OpenGL Control Panel Looking objects Few specific OpenGL applications OpenGL Compatibility Settings Using TV Out Connecting to a TV or a VCR Starting Windows with TV Display Enabled Using and Adjusting TV Out To Enable/Disable The TV DisplayHow TV Display Cannot Be Used Adjusting Monitor Display Using a Monitor vs. Using the TV DisplayViewing Text on a TV To Use Larger Display Fonts Reducing Edge Distortion To Increase the Horizontal SizeUsing Games and Applications Changing Display ConfigurationsTo Increase the TV Contrast

9500 SERIES specifications

ATI Technologies, a pioneer in the graphics card industry, made a significant impact with its Radeon 9500 series, launched in the early 2000s. This series was notable for its innovative features and performance capabilities, marking a pivotal point in the evolution of gaming and graphic rendering technology.

One of the standout features of the Radeon 9500 series was its support for DirectX 9, which enabled hardware-accelerated graphics rendering for the latest games of that era. The architecture was designed to provide improved performance and visual quality, making it a popular choice among gamers who were eager to explore the increasingly immersive experiences that were becoming available.

The Radeon 9500 series utilized the R300 graphics architecture, which was fundamental in delivering superior texture mapping and shading technologies. This was made evident with the introduction of programmable pixel and vertex shaders, which allowed developers to create more complex and realistic graphics. With a core clock speed of around 275 MHz and memory clock of 540 MHz, the performance of the 9500 series was competitive for its time, often outperforming rivals in terms of visual fidelity and frame rates.

Another technological highlight of the 9500 series was its Enhanced OpenGL support, which provided gamers and developers with a robust platform for rendering 3D graphics. This was instrumental for applications beyond gaming, including professional rendering and design software, further widening the card's appeal.

The series also included varying models, such as the Radeon 9500, Radeon 9500 Pro, and Radeon 9500 XT, each tailored to meet different performance needs. The 9500 Pro stood out with increased clock speeds and greater memory bandwidth, while the 9500 XT offered even higher performance enhancements. These options allowed users to select a model that best matched their performance requirements and budget.

In addition to performance, the Radeon 9500 series was recognized for its efficient power consumption and thermal design, which contributed to longer system longevity and reduced noise. Overall, ATI's Radeon 9500 series represented a significant advancement in graphics technology, combining innovative features, impressive performance, and versatility, cementing its place in the hearts of gamers and tech enthusiasts alike. As a testament to its enduring legacy, the innovations introduced in this series paved the way for future generations of graphics cards.