Driver nvidia geforce4 ti 4200 with agp8x

The GF4 Ti 4200, of course, is a true DirectX 8-class chip with dual vertex shaders and real pixel shaders. As with the MX440, the extra memory speed should help the chip run smoother at higher resolutions or in games with more intensive texturing and rendering. Our new вЂњGeForce4 Ti 4200 with AGP 8XвЂќ reference card arrived with 128MB of memory running at 512MHz. Previously, 64MB versions of the Ti 4200 came with 500MHz memory, while 128MB versions came with memory clocked at 444MHz.

The GeForce4 Ti 4200 8X reference card looks very much like the original 4200 card They have, however, bumped up the stock memory speed. This chip needs active cooling, and NVIDIA hasnвЂ™t bothered to increase the stock clock speed on the chip. You can read our review of the GF4 Ti 4200 to familiarize yourself, if you somehow missed the chip thatвЂ™s dominated the middle of the graphics market for the past six months. The GeForce4 Ti 4200 with AGP 8X is a different story. IвЂ™d expect many of the retail cards to arrive with active cooling in order to appeal to overclockers, but the MX 440 does indeed work without a fan. In fact, NVIDIAвЂ™s reference card for the GF4 MX400 with AGP 8X has only passive coolingВ—no fan needed.

The MX 440 8X reference card doesnвЂ™t need active cooling However, leaving out all those features does give the GF4 MX one advantage: itвЂ™s a very small chip, so itвЂ™s cheap to make and easy to cool. When it comes down to it, the Radeon 9000 ought to be faster and more capable when running next-gen games. That puts the MX440 in a tenuous position, because it has to compete with ATIвЂ™s Radeon 9000, a DX8-class chip with real vertex and pixel shaders. Beyond that, itвЂ™s still a DirectX 7-era graphics chip, with none of the new abilities of DX8 or DX9-class chips, like vertex shaders or floating-point color datatypes. So the new rev of the MX 440 should be a little faster than the last one, especially when it comes to running apps fluidly at higher resolutions. The new вЂњwith AGP 8XвЂќ model runs at 275MHz with memory at 512MHz. In the case of the original GF4 MX 440, the GPU ran at 270MHz with a 400MHz memory clock. The GF4 MX also runs at a much higher clock speed. The GeForce4 MX has two pixel pipelines and a transform and lighting unit essentially unchanged from the GeForce2, but it packs a revamped memory interface, improved antialiasing, and reworked video- and display-oriented bits and pieces. The GeForce4 MX 440 is more like a GeForce2 hopped up on a cocktail of steroids, Xanax, caffeine, Metabolife, and some sort of fish paralyzer. Essentially, the GeForce4 MX 440 is a GeForce2 MX chip on steroids.

We previewed the GeForce4 chips for you when they were launched, and we followed up with this review of a GeForce4 MX 440-based product. To understand these new revisions of the GeForce4 line, youвЂ™ll need to understand the previous chips. The skinny on the GeForce4 chips with AGP 8X So the questions are: What does the move to AGP 8X get you? What about the additional clock speed? Can these latest revisions of NVIDIAвЂ™s aging GPUs keep pace with ATIвЂ™s new Radeons? Keep reading to find out. NVIDIA has also taken this opportunity to tweak the clock speeds of these GeForce4 chips, so they should be a little bit faster overall, even without AGP 8X support.Д«y my count, this newest GeForce4 MX is the eighteenth incarnation of the original GeForce GPU, and the new Ti 4200 is the seventh GeForce3-derived product. Oddly enough, these new AGP 8X-capable GeForce4 chips only come in two flavors: GeForce4 MX 440 with AGP 8X and GeForce4 Ti 4200 with AGP 8X. TheyвЂ™re essentially chips from the GeForce4 lineupВ—both MX and TiВ—with a new AGP interface grafted on. T HE TWO NEW graphics chips from NVIDIA weвЂ™re looking at today, previously code-named NV18 and NV28, ought to look mighty familiar.

Driver nvidia geforce4 ti 4200 with agp8x