Some time ago we discussed a video card from MSI on the NVIDIA GeForce3 processor. Recently the company has released a new version of its StarForce822. Thanks to a daughter card with VIVO (Video In, Video Out), we can easily tell the old version from the new one. Besides, the new revision has a different cooling device. Moreover, the company has changed the name and now instead of the StarForce822 (MS 8822) it is called MSI GF3 Pro-VT64D.

The card we examined last time wasn't perfect since it was coupled with a cheap low-quality logic and lacked for any cooling for the memory.

The today's situation is completely different. The card on the new revision of the StarForce822 looks much better and has its own unique features (like VIVO).

Before we turn to the card in question I should remind you that the whole theoretical base connected with this GPU is concentrated in the following articles (here you can also learn the peculiarities of certain cards and find out how they operate in the latest benchmark tests).

• Theoretical and analytical videocard reviews, containing functional analysis of NVIDIA GeForce3 GPU
  • GPU NVIDIA GeForce3 and cards on it
  • Optimization of NVIDIA GeForce3 for Intel Pentium4 and AMD Athlon
  • MadOnion 3DMark2001 and NVIDIA GeForce3 - the love story
  • NVIDIA GeForce3 benchmarking with Vulpine GLMark
  • NVIDIA GeForce3 extreme overclocking
  • ASUS AGP-V8200 Deluxe - the following issues are concerned: anti-aliasing, scalability, operation in severe conditions (Giants, Aquanox, Quake3 (Maximum,Quaver))
  • Leadtek WinFast GeForce3 - the following issues are concerned: anisotropy in Direct3D (3DMark2001), operation in severe conditions (GLMark), time dependence of FPS introduced in graphs
  • Gigabyte GV-GF3000D - the following issues are concerned: simultaneous activation of anisotropy and anti-aliasing, their complex effect on the performance (Quake3)
  • Inno3D Tornado GeForce3 - activation of the DXTC texture compression technology (3DMark2001)
  • SUMA Platinum GeForce3 - operation in the Direct3D by the example of 3DMark2000, anisotropy filtering in the Direct3D
  • Gainward CARDEXpert GeForce3 PowerPack !!! on NVIDIA GeForce3 - dependence of the performance of GeForce3 on CPU frequency (in Quake3)
  • Palit Daytona GeForce3 on NVIDIA GeForce3 - Level8 anisotropy activation in Direct3D
• Short reviews of GeForce3 cards without GeForce3 GPU analysis
  • ELSA Gladiac 920 on NVIDIA GeForce3 - a new version of Giants, using GeForce3 advantages
  • MSI StarForce822 (MS 8822) on NVIDIA GeForce3
  • Leadtek WinFast GeForce3 TDH on NVIDIA GeForce3

Today we are going to test the MSI GF3 Pro-VT64D card, and in particular the GPU, with the DroneZmark test which is a part of the DroneZ game.

It should be noted also that we have two such cards which differ only in the cooler's color.

Card

The MSI GF3 Pro-VT64D (MS 8822) has AGP x2/x4 interface, 64 MB DDR SDRAM memory located in 8 chips on the right side of the PCB.

These cards, as I have said, differ in the color of the memory's and the GPU's coolers. So, you can get either golden heatsinks on a green card or silvery heatsinks on a green card :)

EliteMT produces memory chips with 3.8 ns access time, which corresponds to 260 (520) MHz. Like all other GPU GeForce3 cards, this one works at 200/230 (460) MHz. The memory modules are covered with heatsinks that is why it is impossible to look at them.

On the left you can see the MSI GF3 Pro-VT64D (MS 8822), and on the right is the reference NVIDIA GeForce3 (represented by the ELSA Gladiac 920). You see that MSI doesn't deviate from the reference design. The animated GIF below demonstrates the same fragment of the card (a light green one is
of the MSI GF3 Pro-VT64D (MS 8822), while the dark green belongs to the reference card):

The difference consists only in a daughter card with the VIVO. A similar card with a device for receipt and sampling of an analog signal and for displaying it on a TV could be seen on the GeForce3 card from Gainward. The Philips module of the 7100 series is in charge of a signal conversion (it incorporates both a DAC and ADC). On the one hand, such a universal processor makes such daughter cards cheaper and increases the production volumes of video cards equipped with VIVO; on the other hand, the experience of ASUS V8200 Deluxe, Gainward GeForce2 MX400, Gainward GeForce3 VIVO and MSI GeForce2 MX400 cards show that the copy protection integrated into the coder makes impossible recording of even an amateur video clip. Unfortunately, not only licensed video cassettes are copy protected by the Macrovision system - amateur clips are also often protected from sampling. When you try to play it the image trembles. And I don't know whether it is possible to fix the bugs on the drivers' level (the card ships with NVIDIA WDM drivers for video capture).

The daughter card has connectors for receipt/output of an analog signal. Unfortunately, while there are two connectors for TV-out (S-Video, RCA), the receipt and sampling is implemented only via the S-Video one. The company didn't supply the S-Video-to-RCA adapter, and none of ours suited the card, that is why we failed to test the VideoIn.

The card ships in a Retail package which includes:

• User Manual;
• 2 CDs with software and utilities, including a DVD player;
• 2 CDs with Ulead VideoStudio and high-res photos;
• MSI's sticker.

Overclocking

With the additional cooling provided, both MSI GF3 Pro-VT64D (MS 8822) cards show an excellent overclocking potential - 250/275 (550) MHz.

Note:

• in course of overclocking you must provide additional cooling, in particular, for the card (first of all, for its memory);
• overclocking depends on the definite sample, and you shouldn't generalize the results of one card to all video cards of this mark or series. The overclocking results are not the obligatory characteristics of a video card.

Installation and drivers

Test system configuration:

• Pentium4 based system:
• Intel Pentium4 1500;
• ASUS P4T (i850);
• 256 MBytes RDRAM PC800;
• Quantum FB AS 20 GBytes HDD;
• Windows 98 SE;
• ViewSonic P810 (21"), NOKIA 447Xav (17") and ViewSonic P817 (21") monitors.

During the tests we used NVIDIA drivers of v14.61, VSync was off, the S3TC technology was enabled.

For the comparative analyses we used the following cards:

• Leadtek WinFast GeForce2 Ultra (250/230 (460) MHz, 64 MBytes);
• Hercules 3D Prophet II Pro (GeForce2 Pro, 200/200 (400) MHz, 64 MBytes);
• ATI RADEON 64 MBytes DDR (183/183 MHz).

Those who want the detailed information on the utilities supplied with the card should read the review of the MSI StarForce822 card.

Test results

Let's start with 2D. Almost all cards on this GPU have a very good 2D quality, though it strongly depends on a definite sample and on the quality and possibilities of your monitor. Expensive video cards (GeForce2 Pro and higher) based on the reference design from NVIDIA have sometimes defects in 2D, but a probability to come across such a card is much smaller than for Low-end cards. I have tested a dozen of GeForce3 cards and can state that their quality was never worse than that of Matrox G400, but you should use only a high-quality monitor!

NVIDIA as a developer and a seller of chips (not cards!) is not able to keep an eye on the quality of components mounted by third companies on their cards, that is why 2D may differ much. But such deviation is much less on expensive models.

The MSI GF3 Pro-VT64D (MS 8822) has very good 2D quality. Even in 1600X1200 at 85 Hz you can play comfortably (this resolution is exactly where the quality starts falling down as the resolution grows up).

For estimation of 3D quality we used the DroneZ game from Zetha-Game. This game is supplied with some video cards and has a benchmark DroneZMark.

DroneZ

This game is based on the OpenGL, has a great deal of settings and complex graphics. The benchmark allows us to change settings. I used the GeForce2 Pro/Ultra preset (see the left photo) for all cards in question. All settings, above all, were set to maximum, i.e. all possible 3D functions and all detailing levels were enabled (see the photo on the right).

Before we proceed to the results I'd like to show you some screenshots from this game which demonstrate the effects and graphics in the DroneZ:

It is really impressing. Unfortunately, it is impossible to deliver relief and lighting effects in all their beauty. Now let me estimate the speed of still the most powerful accelerator.

Despite such a heavy load the performance is fantastic! You might remember that in the AquaNox, quite a new game, the results were rather poor. The OpenGL seems to be able to adjust operation of the accelerator much better. The DirectX API doesn't excel in it. The DroneZ and AquaNox have both excellent graphics, and their effects are equally beautiful, but their performance levels are quite different.

With 3D textures enabled and with usage of vertex shaders on the
hardware level the performance dropped down.

The performance of the participants was exactly what we expected. I was just surprised that the GeForce3 was more efficient in 16-bit color than the
GeForce2 Ultra.

In closing, I'd like to advise you to read also other reviews of GeForce3 based video cards. Besides, in our 3Digest you can find thorough information on the 3D performance of GeForce3 cards on different platforms.

Conclusion

Today we have examined just another version of the MSI StarForce822 card which changed a lot.

While the previous card had a lot of disadvantages, this model is rather successful. The MSI GF3 Pro-VT64D is a decent card with normal cooling and with VIVO functions. The quality of the card has improved which also affected the 2D quality. The VideoIn worsens the general impression, and I hope we will soon get normal software where this function will be bugfixed.

In our 3Digest you can find a full comparison of characteristics of cards of this and other classes.

Highs:

• Excellent performance in the 3D graphics, first of all in 32-bit color;
• High quality of the card;
• VIVO;
• Excellent cooler;
• Relatively low price.

Lows:

• Unclaimed VideoIn because of the MacroVision protection;
• Lack of S-Video-to-RCA adapter for VideoIn.

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