The floppy bug was an bug only on early revision K7S5A's and it was quashed quickly. Since then, there have been very few issues with the K7S5A. There is no evidence to this day of bugs in SiS 735.
I agree that for the most part
if setup properly K7S5A is very problem free. But that can be said for most VIA boards (with the exceptions of major compatibility issues like SB Live/Audigy, but those have been solved by the newer VIA southbridges). I now have a K7S5A, and I say that it is just as stable as my old KM133 setup was.
It's a damn shame VIA was able to manipulate board manufacturers' away from producing mainstream boards with solid core logic. KT333? Give me a break.
Agreed. But this is finally changing because we have 2 of the biggest mobo makers (MSi and Asus) producing SiS 745 boards.
At the $150 price point you'll get no more from a KT333 solution than at the $75 price point ... you get the same buggy core logic and issues which continue to plague users on a daily basis.
Not true. Plenty of people have very stable systems using VIA chipsets, I was one of them when I was running KM133 (and VIA has gotten even better since that chipset).
Open your friggin' eyes, guys. How many VIA chipset related problems and issues are posted to GH daily? Think about it. VIA's track record on compatibility, stability, and reliability is dismal. Performance is -- generally -- very good, but who cares if the rig can't run for 15 minutes? Those who somehow believe KT400 will magically correct these issues are, IMHO, in for a major disappointment.
The way I feel about this is that it is simply a lack of knowledge and improper setup for the most part (and I believe this is the case with K7S5A, how ppl bash it as well, their problem is improper setup). I don't think KT400 will magically correct these issues because there aren't any really at least on VIA's end. Thats how I feel.
That's what I was referring to, specifically. But the fact is, K7S5A doesn't just trounce over integrated VIA boards. It trounces VIA boards across the board. You can quote synthetic benchies all you want ... makes no difference. I know I'm not alone in saying that I'd gladly sacrifice a few percentage points in a benchmark for rock solid system stability. On the graphics side, no bones about it. SiS 315 is an incredible performer. ProSavage doesn't even make it on the chart.
See above, and I will comment again on performance of SiS 735/745. SiS 735/745 is slower than KT333 in real world apps. From Anand's KT333 review:
SYSMark 2002 ICC: SiS 735: 195, KT333: 218
12% advantage for KT333
SYSMark 2002 Office: 735: 129, KT333: 143.
10% advantage for KT333
Serious Sam: 735: 81.5 fps, KT333: 92.0.
12% advantage for KT333
Ok, so that should be settled. Numbers from real world benchmarks don't lie.
I'm still utterly amazed at the blindness of certain members' here. Day after day, we see the same issues with VIA-chipset based mainboards. We see new deficiencies in VIA core logic unveiled regularly. Yet some still refute the evidence and continue to accuse anyone who questions VIA of being a "VIA hater" or what have you. Time to wake up, smell the coffee, and pour yourself a big, tall glass.
My experience tells me that VIA chipsets are not the junk that you think they are. I think that (and you should be able to concur) we can say that VIA's recent DDR chipsets have improved significantly compared to the early Athlon and K6-2 Chipsets (MVP3 to KT133A). And here is a person(me) who has used for almost a year one of the older VIA chipsets (KM133), and I am not complaining so if anything its gotten better. I admit that I have never used KT266A/KT333 ok, but I think that the evidence points to VIA has gotten better.
EDIT: Not to add more gas to an open flame, but I came across a article at X-Bit Labs (see
here) comparing Integrated Pentium 4 chipsets (650, 845G, P4M266) and I was quite suprised by the results. And while they use almost all synthetic benchmarks (Villagemark, and 3Dmark2k1), they did run Serious Sam TSE, and in it, SiS 650 was beaten by P4M266 (using the same core as KM266) at all resolutions in both speed and quality detail levels anywhere from arouns 10-25% in 640x480 and 800x600 resoultions, and at 1024x768, in speed P4M266 takes the lead by 6% but in quality the 650 wins by 49% (however keep in mind here that you here are not even getting 10fps from 65 just to keep that in mind). So, I just thought I'd pass that along. Certainly increases my opinion of the P4M266. They also did image quality tests as well, and p4M266 didn't do too well with multi-texturing