ati radeon 9200 cards

The driver is, in its essence, a happy lanka between the operating system, such as software security, and physical attachments, such as video cards, printers, processors, and so on. In the operating system, there can be embedded basic drivers for the most necessary attachments - a bear, a keyboard, and you will need fresh drivers to solve.

How to install the driver?

1. The easiest way, which is the installation file, you just need to run it and download the installer instructions.
2. Since there is no installer in the presence, and there are only files with extensions *.inf, *.dll, *.vxt, *.sys, *.drv., then the following algorithm is to blame:

a) To use the cob on the work table, select the icon ( My computer) and click on it with the right mouse button, select from the menu ( power).

b) Now go to the tab ( Settlement) and press the button ( Attachment manager).

c) It is now necessary to select the attachments for which driver will be installed/updated. On the row with the annex, right-click on the mouse and select in the menu ( power), otherwise you can just push the two in a new way, so that you can go into the need for customization.


d) Go to the tab ( Driver), select the button ( Onovity).

e) At the dialogue window, which has appeared, select the item ( No, not once) i pass ( Dali).

f) At which stage there are two options. You can try to install the drivers in automatic mode, then the OS itself will try to know the appropriate driver attachments and install them, for which you choose ( Automatic installation (recommended)) , so that the test is completed not far away, you need to go to another item ( Restoration from the appointed month) and choose ( Dali).


g) This menu item is transferred by selecting the driver by searching for the driver on the replacement carriers and by the option to select the folder with the driver on your own. Because there is a disk with drivers, then you need to insert the disk into the CD-rom and select the option ( Poshuk on replacement noses (floppy disks, CDs..)) i go ( Dali).

If the driver is found and acquired on the Internet independently, then you need to manually indicate the path to the folder in which the data for the driver is found in advance. We select an item ( Take note of the next place to ask:) i go to ( looking around), now from the list select the folder with the driver and click on the button ( OK). Now boldly pass ( Dali), if everything is set up correctly, then the necessary driver will be installed.

The graphics cards of the Radeon 9200 at the time they went on sale in 2004 were rated up to the rozrobok category. The performance of the ATI Radeon 9200 video card was just enough to achieve the widest range possible at that time. On this adapter, most computer games were launched. Today the video card is being programmed for productive integration of graphics solutions. Її feasibility and technical characteristics are easily seen in any material.

ATI Radeon 9200: which segment of the market is the destination of the adapter

In 2004, the market for video cards was dominated by two manufacturers. All companies Nvidia and ATI. Even before the release of the products of the Radeon 9XXX series, the position was occupied by attachments from Nvidia, after the release of the first Radeon 9XXX graphics adapter, the situation changed dramatically. In the first place, according to the code and productivity, there were adapters from the ATI retailer. The entire discrete graphics market is subdivided into three great segments.

  1. Video cards of cob rіvnya. Tsі pristroї vіdіznyalis іnіmalіmіmі vіdnіstії аnd dosіtіyu democratic tіnoy. At that time, most PC system blocks had the same graphics adapters. Nvidia's maker for the entire market positioning products of the GeForceFX-5200 and GeForce 4MX 4XX series. At its best, ATI's virobnik їm having opposed only one product - Radeon. To win the data on productivity, the hero of our today's look around is a lighter, lower MX 4XX, but at the same time, a trochi, lower FX-5200. Prote in this part of the market of graphic fasteners did not have a cardinal advantage in the plan of swedcode and productivity. The choice of the best form was on the basis of special likeness of the coristuvach and the vartost of the quick.
  2. Graphic prikoryuvach of the middle class. Up to this category in 2004 the following video cards belonged: such as Nvidia-FX-5700 and FX-5600, such as ATI - Radeon 9600 and Radeon Total victory in this category was already on the side of ATI's picker. The number of tightness of the Radeon 9600 graphics adapter practically reached the flagship of that hour from Nvidia, the GeForceFX-5900 video card.
  3. The most productive discrete graphics app. Having occupied a niche in the past, the FX-5900 and the Radeon 9800 video card from the ATI company. Remaining attachment demonstrating non-abyak at that time productivity. Vono allowed virishuvati practically be-yakі zavdannya.

So, in 2004, there were several subdivisions of the video card market.

ATI Radeon 9200: Specifications

Take a look at the video processor that has the following characteristics:

- Code designation RV-25;

- technology of virobnitsa napіvprovіdnikovoy crystal - 150 nm;

- Robotic video chip frequency - 250 MHz;

- 4 pixel conveyors, 1 TMU per skin;

- Three slots for installing AGP version 8X.

There was also a bigger modification of this graphics adapter - Radeon 9200 Pro. The main difference between these devices was that the frequency of the graphic chip was increased to 275 MHz in another type. The RAM at the time worked at 500 MHz, while in the normal speed the value became 400 MHz. A videochip for a laptop with identical characteristics was also released.

ATI Radeon 9200: video memory

Graphics adapter ATI Radeon 9200 equipped with a 128-bit RAM bus. I have a video buffer of the DDR type with an operating frequency of 400 MHz. The amount of operative memory of this prikoryuvach instantly becomes 64, 128 or 256 MB. The rhubarb of shvidkodії in the rest of the season was still growing, and the protest of such quickenings was richer. As a result, similar outbuildings were built infrequently.

ATI Radeon 9200: cooling system

As already mentioned earlier, the graphics solution of ATI Radeon 9200 is a mid-range product. Priestry cannot boast of significant thermal package values. As a result, such fasteners were often equipped with a passive cooling system, which consists of a compact radiator. The active cooling systems were often chirped, in which there were small coolers outside. It was recommended to scorch at the first stage to beat it more than in the nominal mode of operation. For another type, you can change the opening. Using a similar version of a video chip for a laptop, which is equipped with an active cooling system.

ATI Radeon 9200: analogues at the time of release I will add

As previously stated, the ATI Radeon 9200 video card used to compete against two product families from Nvidia. There were models GeForceFX-5200 and MX 4XX. Another attachment was made earlier, but the hero of today's look, before that, he was signifi- cantly giving up the code to his direct competitor from the camp of the ATI picker. With a different GeForceFX-5200, it was possible to achieve a slight increase in productivity in some additions. Most of the programs were looking for parity.

ATI Radeon 9200: video card driver tweaking features

This graphical solution on the software level is consistent with the DirectX 8.1 A specifications. Even if the Windows 7 operating system can improve its capabilities on the remaining version of DirectX. Before that, ATI Radeon 9200 did not have a complete set of drivers for this operating system. You can install the latest drivers for Windows XP and learn how to fix it with the new operating system. Algorithm for installing drivers in different victorious attacks:

- install drivers for XP on Windows 7 with the rights of a system administrator in the XP/2000 summation mode. In this mode, the driver is launched with the same rights. It is important to prevent the system from being overwhelmed.

- Move the ati2dvag.dll file from the Windows \ System directory to a different place, for example, to the "Working Style". After that, we come out of the system and we go again.

- Convert the file ati2dvag.dll to a different location.

- Vikonuёmo rezavantazhennia personal computer'yutera.

The driver is then responsible for functioning normally.

ATI Radeon 9200: prices

Three hours later, the release of the ATI Radeon 9200 video chip has passed a rich hour. Navit warehousing stocks of extensions have long been sold. Today it’s impossible to get a chip at a new station. And the axis of the extension, which was at the vikoristan, can be seen on various trade maidanchiks on the Internet. The range of such solutions lies in the range of 240 to 500 rubles. Keep everything in the same place as the adapter is being changed. However, it is not possible to look at such a fastener as a basis for folding a new system unit, but as a component, it will be replaced with old components. Which plan is right for you to respect the graphics adapters of the AMD Radeon HD series. The stench would like to aim at installing in a larger new PCI-E slot. Tse allow you to use the time of the need to update the system.

But then... De zhe good old days, if video cards everything was simple and clear: GeForce 3 is better than GeForce 2 - more number means more productivity. Abo, for example, 7000 and 8500. Today, through marketing tricks, it is important to choose the necessary video card. It is possible to find a fiasco at the right name of the video card, but the version of GeForce4 MX. This product, regardless of the number 4, was known for productivity on par with the High-End version of GeForce 2 anyway. However, the name "GeForce4" sounded pompously rich, reminiscent of the letter MX (budget series). Naturally, it had a negative effect both on the sales of the older and more expensive GeForce4 Ti (if people didn’t understand, now they’ll pay twice the price), and on the thoughts about the trade mark they started.

Vlasne, what am I up to. So, before the appearance of the RADEON 9000 in ATI, things were no better. To finish the biggest blunder, descriptions by us in a glance RADEON 8500 vs. RADEON 9100, it was said that ATI had a chance to change the term 8500 to 9100, as the new RADEON 9000 compromised the performance of its successor RADEON 8500. Now a new “game of numbers” has begun: IDIA GeForce FX 5200, 5600 and 5800 vodpovidno. New RADEON cards are due to replace the essential RADEON 9000, 9500 and 9700.

If you look at it, the new RADEON 9200 should change a lot in comparison with the previous models and protest productivity. As a future speaker: Gigabyte MAYA II RADEON 9200 VIVO 128Mb.

Pore ​​parameters of video cards

GPU RADEON 9200 PRO RADEON 9200 RADEON 9000 PRO RADEON 9000 RADEON 9100 RADEON 8500
Core RV280 RV250 R200
those. process 0.15 microns 0.15 microns 0.15 microns
Core frequency 275MHz 250MHz 275MHz 250MHz 250MHz 275MHz
Rendering pipeline 4 4 4 4 4 4
1,100 1,000 1,100 1,000 1,000 1,100
Blocks texture 1 1 1 1 2 2
Maximum filling speed (MTexel/sec.) 1,100 1,000 1,100 1,000 2,000 2,200
Memory frequency 275MHz (550MHz DDR) 200MHz (400MHz DDR) 275MHz (550MHz DDR) 200MHz (400MHz DDR) 200MHz (400MHz DDR) 275MHz (550MHz DDR)
DDR memory bus 128-bit 128-bit 128-bit 128-bit 128-bit 128-bit
Memory bandwidth 8.8GB/s 6.4GB/s 8.8GB/s 6.4GB/s 6.4GB/s 8.8GB/s
Possibilities
  • SMARTSHADER 1.0
  • SMOOTHVISION 1.0
  • HYPER ZII
  • TRUFORM 1.0
  • FULLSTREAM
  • VIDEO IMMERSION II
  • HYDRAVISION
  • SMARTSHADER 1.0
  • SMOOTHVISION 1.0
  • HYPER ZII
  • TRUFORM 1.0
  • FULLSTREAM
  • VIDEO IMMERSION II
  • HYDRAVISION
  • SMARTSHADER 1.0
  • SMOOTHVISION 1.0
  • HYPER ZII
  • TRUFORM 1.0
  • VIDEO IMMERSION II
  • HYDRAVISION
  • FULLSTREAM (R9100 models)
Pixel shaders 1.4 1.4 1.4
Vertex shaders 1.1 1.1 1.1
DirectX support DirectX 8.1 DirectX 8.1 DirectX 8.1
FSAA mode Super Sampling Super Sampling Super Sampling
Other possibilities
  • Integral 400 MHz DAC 10-bit per channel
  • Integration 165 MHz TMDS (DVI 1.0 summ_snіst)
  • TV integration out of the window allowed up to 1024x768
  • 400 MHz DAC integration
  • DVI optional (with the help of ATI Rage Theater)
  • TV-out is optional (with the help of ATI Rage Theater)
AGP 8x 4x 4x
AGP bus version AGP 3.0, 2.0 and 1.0 AGP 2.0 and 1.0 AGP 2.0 and 1.0

І axis scho mi maєmo: RADEON 9200 - nothing more than RADEON 9000 with AGP 8x support. Also 9200 PRO is equivalent to RADEON 9000 PRO, plus it also supports AGP 8x. Working frequencies, preferences, etc. identical to the parameters of the RADEON 9000 series cards. However, the increased throughput of the AGP bus may be needed only at those moments when it is necessary to transfer a large amount of data. That's why the productivity of the essential add-ons is more due to the capabilities of the graphics core, and not to the throughput of the AGP bus.


If you think about it, when you come to the world of RADEON 9000, it doesn't matter that the essence of the RADEON 9000 and 9200 is rather different from the classic RADEON 8500. There is a table to bring them closer. In fact, the RADEON 9000 PRO was transferred as a cheap replacement for the RADEON 8500.

In order to make the RADEON 9000 a viable purchase, I happened to get the 4x1 option (one texture block per conveyor belt) to replace the 4x2 architecture, which was won in the RADEON 8500. Geometric engine for the 9000 series of captures s RADEON 9700 in a wise way of architecture. Not all games affect another skin texture in the skin conveyor belt, in such a way, they are most likely to contribute to productivity. Vtіm, zdaєtsya, scho dosit thinking and the right crochet from the side of ATI.

As for the R200, the whole core turns up to us in the RADEON 9100. ATI failed to turn it around for a number of reasons. If you take a look at, for example, the Sapphire RADEON 9100, then you can tell that the clock frequencies are lower for the new one, lower for the full-time RADEON 8500 and become 250 MHz, like for the RADEON 8500LE, but the bandwidth of the memory building is urizan up to 400 MHz. The frequencies of the core and memory correspond to the frequencies of the RADEON 9000 and RADEON 9200, so it should also be included in the look, moreover, it's more like a video card to get a higher high class, lower 9200.

Now you can match RADEON 9200 with other GPUs of the same class:

GPU/VPU RADEON 9200 SiS Xabre 400 GeForceFX 5200 GeForce4 MX440-8x
Core RV280 Xabre 400 NV34 NV18
those. process 0.15 0.15 0.15 0.15
Core frequency 250MHz 250MHz 250MHz 275MHz
conveyors
rendering
4 4 4 or (2) 2
Pixel fill speed (MPix/sec) 1,000 1,000 1,000
(500)
550
Blocks
textures.
1 2 1 chi 2) 2
MAX filling speed (MTex./sec.) 1,000 2,000 1,000 1,100
Peaks
shader
2 Emul. drive. 2 N.A.
Frequency
memory
200MHz
(400MHz DDR)
250MHz
(500MHz DDR)
200MHz
(400MHz DDR)
260MHz
(520MHz DDR)
DDR memory bus 128-bit 128-bit 128-bit 128-bit
Passport
buildings
6.4GB/s 8.0GB/s 6.4GB/s 8.32GB/s
Possibilities
  • SMARTSHADER 1.0
  • SMOOTHVISION 1.0
  • HYPER ZII
  • TRUFORM 1.0
  • FULLSTREAM
  • VIDEO IMMERSION II
  • HYDRAVISION
  • MotionFixing™ VPU
  • Double Scene Technology
  • MPEG 2/1 video decoder
  • Memory pardon control
  • LMA II
  • CineFX Engine
  • nView
  • DVC3.0
  • LMA II
  • Accuview AA
  • nView
Pixels
shader
1.4 1.3 2.0+ None
Peaks
shader
1.1 1.1 (emulation drive) 2.0+ None
Pidtrimka
DirectX
DirectX 8.1 DirectX 8.1 DirectX 9.0 DirectX 7.1
FSAA mode Super Sampling Super Sampling Multi Sampling Multi Sampling
Other
possibility
  • Sustained integr. 400 MHz DAC at 10-bit per channel
  • Integr. 165 MHz TMDS (DVI 1.0 random)
  • Integr. TV out of the window is allowed up to 1024x768
  • Integr. 375 MHz DAC
  • For TV-output and DVI socket, the SIS301 chip is required.
  • Sustained integr. 350MHz DAC
  • Integr. TV-width supports the distribution of buildings up to 1024x768 & TMDS signal
  • Improved programming. cg
  • Sustained integr. 350 MHz DAC 8 bits per channel
  • Sustained integr. TMDS
  • Integr. TV out.
AGP 8x 8x 8x 8x
AGP bus AGP 3.0, 2.0 and 1.0 AGP 3.0, 2.0 and 1.0 AGP 3.0, 2.0 and 1.0 AGP 3.0, 2.0 and 1.0

Design and specifications


Specifications Gigabyte MAYA II RADEON 9200 VIVO

Graphics Engine
  • ATI RADEON 9200 GPU
  • 128-bit DDR memory
  • AGP 2x/4x/8x
  • CHARISMA ENGINE II
    • 4 parallel rendering pipelines that process up to 1.1 billion pixels per second
    • Transformation, vision and illumination
  • SMARTSHADER™
    • Programmed pixel and vertex shaders
    • Pixel shader version 1.4 apply up to six textures in one pass
    • Vertex shader version 1.1 supports up to 128 instructions
    • Support for DirectX 8.1 and the latest set of OpenGL capabilities
  • SMOOTHVISION™
  • HYPER Z II
    • Z-compression without waste
    • Shvidke clearing the Z-buffer changes the amount of memory bandwidth to the value of up to 25%
  • TRUFORM™
  • VIDEO IMMERSION™ II
  • Support for two monitors
  • Dual Cache Architecture
  • Superscalar rendering
  • Single pass multitexturing
  • Full color rendering
  • Pushing geometric dvigun
  • Texture cache
  • Bіlinіyna/Trilіnіyna filtration
  • Smoothing lines and cuts
  • New early smoothing (FSAA)
  • Texture compositing
  • Texture decompression
  • Pіdtrimka v_dobrazhennya v_dbity svіtla
  • Axonometric texture correction
  • mip-mapping
  • Z-buffering and underwire buffering
  • Embossing systems, Dot Product 3 and medium change
  • Vibration of a spherical, subvertical parabolic and cubic medium
  • Fog effect, texture lightening, video tecture, water fermentation, shadow, light glow, texture morphing
Video memory
  • 128MB DDR SDRAM (Hynix 4.0ns)
RAMDAC
  • Suspended 400 MHz DAC 10 bits per channel
  • Integrated 165 MHz TMDS signal (DVI 1.0 summ)
  • Integration of TV-width with support up to 1024x768
Roses
  • 15-pin D-sub VGA (supports up to 2048x1536 @ 85Hz)
  • 1x DVI-I
  • 1x S-Video for TV-out / Video-in
Drivers and Software
  • Drivers for Windows 98SE/Me/2000/XP
  • CyberLink PowerDVD XP 4.0
  • CyberLink PowerDirector 2.5ME
  • Cyber ​​Link [email protected] SE
  • Serious Sam: The First Encounter
  • Need for Speed: High Stakes
More information
  • AGP 2.0/3.0 slot required
  • 1 IRQ reset required for PCI

The GV-R9200VIVO card is equipped with a large memory capacity of 128 MB, regardless of those that the RADEON 9200 belongs to the class of video cards of the first level. And it’s right, that for example, C&C: Generals is more powerful up to the amount of memory and the great deal allows you to solve problems with textures, shards of victories to be placed directly on the AGP bus and video memory, and not system memory.


Tsіkaviy and the fact that the video card of the cob line ensures the possibility of video logging. No matter how it was there, but such a possibility raised the price of the product, and I had the chance to add an ATI Rage Theater chip. The Danish chip is capable of playing TV-output, supporting MPEG-2 with the help of a video card and can support a DVI signal. However, these functions are left unrequired, GPU chips are already capable.


It's time to move on to the tests.

Productivity testing

Trokhi about Testov Configure Tu process: Schob Protestvati Gigabyte Maya II Radeon 9200 Vivo 128MB, mi Zibrali INSHI SIMILE Videokarti, Take Yak Radeon 9100 128MB, NVIDIA GE600 64MB.

Upgraded to the test system: Pentium 4 2.53 GHz on motherboard with SiS 648 chipset and 512 MB Kingston DDR400 memory. The operating system was Windows XP Professional.

3DMark 2001SE

Be aware that the RADEON 9100 has the R200 vicocore, because it can have a 4x2 architecture more, then the RADEON 9200 and 9000 vicorite 4x1. Why does the RADEON 9100 outperform the RADEON 9200 by 10%. However, if the RADEON 9200 (i 9100) beats the RADEON 9100 with its twisted geometry engine.

SiS Xabre 400 may vary in productivity fallow, depending on whether the FSAA mode is activated and the faults are applied in 2 or 4 modes. Slightly old architecture of the GeForce 4 MX440 caused the program to run in the FSAA disabled mode, the proteo went as far as the RADEON 9200 (still not far) in the FSAA test, some of the Multi-Sampling FSAA algorithm is more efficient, less Super Sampling , what wins in RADEON's.

OpenGL game tests

Graphics cards of the RADEON may have similar results in all tests, cream, maybe, Serious Sam in a separate building of 1600x1200 - here the GV-R9200VIVO outperforms the RADEON 9100.

Codecreatures test shows what video cards are being tested not building cope with dozens of shots when the pixel and vertex shaders are put in. It is especially important, vrakhovuychi, that new games actively win similar technologies.

Rozgin

The Gigabyte V-Tuner utility was not updated for these video cards and the bundled version was an old version, so it was not possible to adjust the operating frequencies for the help of it. For Powerstrip victories, more than 260 MHz and 420 MHz are not far off. If you want to slightly increase the frequency, then the system is negligently resetting itself at the moment of switching to 3D mode. I would like, obviously, more: that V-Tuner allowed the video card to be broken, and the card "caught up" with swedshe. Let's live well...

Podbag

RADEON 9200 is a replacement for the current RADEON 9000, which is the only support for AGP 8x. As a result, there was no particular gain in productivity in the testing process. Possibly, some new programs will be more efficient in the same way with AGP 8x, but in the future. 128 MB of memory allow you to easily capture all the textures in the memory of the video card, solving problems, which can be restored to the system memory ("galma", as before):).

I would also like to point out that the RADEON 9200 fully supports DirectX 8.1, while the GeForce FX 5200 is also compatible with DirectX 9. But it doesn’t need to be especially turbulent, as a reminder of its “budget” nature of FX 5200 don't pull tight to run DirectX 9 , what is called, "to the full cat".

Don't forget that when you buy a VIVO card, you pay more for the possibility of digitizing video. So, if you don’t need a similar function, look for the best option. Oskіlki card pochinaє vzhoditi vzhe for interі public sector market. The performance of this video card is sufficient for old/nine basic games and is acceptable for newer ones, although it's true, for cob resolutions, that is. no higher than 1024x768. To the full screen smoothing, one can say great HІ, wanting to play today and look so decently.

Biostar has added a line of Hi-Fi series motherboards to the new Hi-Fi A88S3+ model. The novelty was developed specifically for the AMD FM2+ platform, which is characterized by the support of 2- and 4-core processors of the AMD A4/A6/A8/A10/E2 families with a thermal package up to 100 watts. The equipment of the board includes 4 DIMM slots for installing DDR3 RAM modules with a capacity of up to 64 GB and a clock frequency of up to 2600 MHz. Possibility of expanding the implementation for two PCI slots, one PCIe 3.0 x16 slot and one PCIe 2.0 x16 slot.

The Biostar Hi-Fi A88S3+ micro-ATX board is based on the A88X chipset. For organizing…

The line of graphic adapters SAPPHIRE Pulse suits the savvy gamers, who are looking for the highest cost of leather investments in the purchase of dollars. It was already worthy of a warning in the online price of the great German retailer of the new representative - SAPPHIRE Pulse Radeon RX Vega 56. Obviously, the black coil of the miner's lihomania is still given as a sign, the price of the novelty is set at 789 euros.

The parameters of the new building are 282 x 125 mm, and it takes 3 ports and expansion. Useful to know AMD Vega 10 XL GPU with 3584 streaming streaming …

Recently, a new solution for the distribution of graphic adapters was presented by the Hong Kong company Zotac. New models of video adapters are being released: Zotac GeForce GT 640 Zone Edition with GK107 (Kepler 28nm) chip and Zotac GeForce GT 630 Zone Edition based on GF108 core (Fermi 40nm). Offset models may be passive cooling systems. If necessary, you can add a fan to them, and you can also take the temperature of the memory of that core, as well as other frequencies.

The GeForce GT 640 is a graphics card running on 384 stream processors with a 128-bit memory bus. on board the device.

There are two ways to reduce the productivity of a video card - "play" either the graphic chip or the video memory. ATI vikoristovuvala insults qі ways. As you can see, the Radeon 9200 has adopted a 128-bit memory bus. And the Radeon 9200SE has a 64-bit bus, and the memory frequency is reduced from 200 to 166 MHz. Luckily, the memory is DDR, not SDRAM, so the throughput capacity is still not zero. What did ATI do wrong? In order to simplify the design of the video card: even 64 lines of data - not 128, so the maker can win a different board of smaller sizes, or with a smaller number of balls, lower when preparing a full Radeon 9200. And DDR memory , moreover, with the hour of vibrating 6 ns (for a frequency of 166 MHz), however, it was naymasovisha, the chips were victorious when the system memory modules were prepared.

Chip RV280, which is installed on the Radeon 9200SE without any changes. Vіn so very maw chotiri rendering pipelines with one texture module on the skin, pіdtrimu vertex and pіkselnі shayder vіdpovidno up to DirectX 8, mаv two vbudirovanі RAMDAC with frequency 400 MHz i vbudirovanie tv-codec, pіdtrimuіv іntefeys AGP 8x . For the Radeon 9200SE, chips were selected that did not pass through external control and were only used at a frequency of 200 MHz, and not 250 MHz, like the Radeon 9200 chips. women, and that's the problem Yogo robot was not blamed.

In terms of frequencies, the Radeon 9200SE is similar to the GeForce4 MX420.

Specifications ATI Radeon 9200 SE

name Radeon 9200 SE
Core RV280
Technical process (µm) 0,15
Transistors (million) 36
Robot core frequency 200
Memory frequency (DDR) 150-166 (300-333)
Tire and type of memory DDR-64/128bit
Bandwidth (Gb/s) 2,4 - 2,6 / 4,8 - 5,3
Pixel pipelines 4
TMU on conveyor 1
textures per clock 4
Textures per pass 6
Top conveyors 2
Pixel Shaders 1,4
Vertex Shaders 1,1
Fill Rate (Mpix/s) 800
Fill Rate (Mtex/s) 800
DirectX 8,1
Anti-Aliasing (Max) SS - 6x (800*600)
Anisotropic filtering (Max) 16x
Obligation of memory 64 / 128 / 256 MB
interface AGP 8x
RAMDAC 350MHz

The upgraded Radeon 9200 significantly overturned the upgraded version of the GeForce4 MX440. Retail between 5-30%. And the axis from the ur_zanimi options is not so simple. A number of players (Giants, Comanche4) have a Radeon 9200SE running the MX440 with a 64-bit bus. This is due to the fact that the T&L block is playing intensively, which is why the Radeon 9000/9200 is not very productive. In other games, the leader is Radeon 9200SE; vtіm, often yogo paravaga zovsіm is insignificant. It is reasonable to note that the chips, and RV280, and NV18 are also equipped with a memory bandwidth.