garp wrote:I have got every thing the latest drivers latest DirectX and I have also just had a new HDD put in Maxtor 40Gig 7200rpm but framerates are still not great so what decent gaming card do you recomend for R1000 not to much over R1300 at the most
Okay here's some stats first:
I borrowed my friends graphic card (Geforce4 mx440 SE) and let it rip on my system. Sheese I'm shocked.... at the results. With 3DMark2001 Se I expected good results . . . this is what I found
Scored a shocker 6500 points. Note this was the MX440 Second ed the only Mx geforce card with a vertex shader... but still no preformance.
Your better off with a geforce 2... really no joke.!!
Best card on the market right now . . . Geforce FX range
but "Pricey" also look at the ATI range a "bit" cheaper (about a odd R150 to R70 diffrence).
""Sorry my personal oppion is that I will not tell you what card to buy as you might buy that card for the wrong reason""
Here's some Guidelines:Thanks to
http://www.pcworld.com/howto/bguide/0,g ... e,2,00.asp[/url]
The Big Picture
Graphics chip and board makers update their hardware every six months or so, mainly to enable the development of more-complex, more-realistic PC games. But games aren't the only reason to get a new graphics board. Such features as support for two or even three displays, a DVI port, S-Video connections, and FireWire (IEEE 1394) ports are other compelling reasons to upgrade.
Key Features
Graphics processor: Today's graphics chips can efficiently handle sophisticated full-motion 3D video, thanks to advanced graphics processors, or GPUs. PC games look best when they run at 60 frames per second (a measure of how quickly your screen displays new information) or faster; 60 fps is considered flicker-free, because the human eye can't detect flickering or other problems at this rate.
Budget graphics cards do a fine job with older games. However, boards that can produce faster frame rates at a midrange resolution will typically sustain playable frame rates at higher resolutions, and they can usually handle more-complicated games. To play DirectX 9 games, you'll want a chip that supports DirectX 9 hardware acceleration.
Memory: When you use your PC for graphics-intensive activities, such as playing games or editing video, the information necessary to display images is buffered in graphics RAM. You'll need a lot of graphics RAM to handle today's complex, texture-rich games. The more complicated the game or image you're viewing, the more memory you'll need. Most budget graphics cards come with 32MB to 64MB of DDR SDRAM, while more-expensive models offer 64MB to 128MB, the current maximum on consumer-level boards. For older games, 32MB is sufficient, though it's not likely to deliver good image quality and high frame rates with new games or at resolutions above 1600 by 1200. For higher resolutions and newer, more complex games, it's best to acquire a card with at least 128MB of video memory. Most games today don't require more than that, but you may want to opt for more memory rather than face upgrading again when new memory-intensive games arrive.
Graphics chips that are integrated on a PC's motherboard use some main system memory (reducing the amount available to the rest of the system). Less-expensive computers with lower-powered CPUs, such as Intel's Celeron or AMD's Duron, often have integrated graphics subsystems. Although PCs that use integrated chips do an acceptable job with typical business applications, they lack the extra memory necessary for sophisticated gaming, so they aren't suitable for playing any but the simplest games.
Extra Options
Some cards include extra features, as well as bundled hardware and software. Here are the common options offered on graphics cards:
DVI-out: A card's digital visual interface is a port used primarily for connecting digital monitors. With a DVI connector and a DVI-out port, a graphics card can work with either a digital or an analog monitor.
S-Video-out/-in: The S-Video-out port allows you to send video signals to a TV, VCR, or other entertainment device. The S-Video-in port lets you bring video into your PC from a camcorder, a VCR, or the like.
Composite-out/-in: Composite ports fulfill the same function as S-Video ports, and they are particularly handy for use with older devices, which may lack S-Video ports. Many graphics boards that provide S-Video ports also include an S-Video-to-composite adapter cable.
Dual display or dual head: To connect your PC to a second monitor or to a TV, you'll need a card with extra ports and additional RAMDACs (chips that convert digital images to analog signals) to drive two--or even three--separate displays.
Overclocking: Running a graphics processor faster than the manufacturer's specified speed is popular among PC tweakers and dedicated gamers. While this can squeeze a little more performance out of a card, it carries risks such as overheating. Some vendors--Gainward is one--sell cards that have already been overclocked; others bundle overclocking software with cards; and some manufacturers, like ATI, don't officially support it. Be sure to read the manufacturer's recommendations and instructions before overclocking.
Anti-aliasing: Many cards offer anti-aliasing, which smooths and softens the jagged edges of 3D images. This feature is especially helpful at lower resolutions. Enabling it can lower frame rates, though, so gamers have to choose between smoother images and faster performance.
I hope this helps
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