The reviews I just look at only compared it to it previous failures. The one that showed test had it showing the slowest of 3. None of them made any clams as you have. There is a difference between opinion and fact. Like take away the divider and the Iwill will hit the bottom of the chart. Why? Cause the VIA chip out performs it.I'm not adverstising IWill, but it seems to me, from it's overall features, performance and stability from reviews, the IWill XP333 far outdoes any other mobo available.
The only thing you mentioned here is performance! I'd sacrifice a bit of performance for stability, compatibility, overclockability and future-support anyday.The reviews I just look at only compared it to it previous failures. The one that showed test had it showing the slowest of 3. None of them made any clams as you have. There is a difference between opinion and fact. Like take away the divider and the Iwill will hit the bottom of the chart. Why? Cause the VIA chip out performs it.
In your own words>>.
1. Sure the IWill XP333 has lots of jumpers
2. and it's performance is still under that of the KT266A
but it's advantages far outweigh its disadvantages, in my mind.<<
What advantages the divider? The onboard sound? The Ali chip?
They maybe on to a good ideal, but that still seems to be in question. Again were still talking about over clocking, and without that this mobo wouldn't be sh*t. Unless your a Ali lover.
I think Iwill is trying to make a name for themselves and seem to be onto something, but the only way to keep up with VIA mobo you have to melt your CPU. Since a little clocking on a VIA goes farther then the same setting on a Ali mobo.
Just my opinion, I seen you holding up a target and thought I would get some practice shots in. haha
lol, ask Crashman. He'll tell you ALi make the best chipsets for the Athlon. Also, the most popular ALi Magik1-based mobo was the Asus A7A266. It was best known for it's stability and overclockability. Also, the Asus had revision B of the chipset, the Iwill has the improved revision C. While I can't tell you what exactly is improved, I do know that the Iwill XP333 is a major step up from the Asus A7A266."ALi is known to make much better chipsets (stability and compatiblity-wise) for the Athlon."
Hmmmmmmmmmm.........(like where Spock has one eyebrow raised, and Checkov is in the background saying "Weary, Weary, intoresting", while they are both staring at the science station readouts of the space-time anomaly)
What driver issues? I've never heard about any drivers issue, do tell...I've always been leary of ALi-based mobos because of drivers issues with Win9x. The situation has improved with Windows XP, but ALi still has to prove itself IMO. They have always lagged behind in performance comparisons as well. As for the issue of 'true' DDR333 support, I believe the impression was that because there was no option to select that type of RAM in the BIOS, the true support for it wasn't there. Let's remember that FSB and memory clocks can be asynchronous, so your argument that running the bus at 266 and the RAM at 333 is useless isn't accurate. If it was, that means that buying PC133 memory for mobos that supported it, yet only supported a 100MHz FSB, would also have been useless. The point that was trying to be made was that you should not have to adjust FSB speed and PCI dividers to achieve DDR333 support; it should be a selectable option for the RAM frequency. ALi has a lot of work ahead of itself before I will recommend any mobo based on their chipsets.
Does this mean all the mobo makers are going to carry them on their slower mobo, or are they going to out perform them there too? Or are we talking about stability and not performance?ALi has more than proven themselves and might be the #1 chipset of choice for the Athlon very soon.
Again, you are confusing DDR with SDR and with bandwidth. The P4 FSB is a 64-bit 400MHz (100MHz QDR) with a bandwidth of 3.2GB/s. PC800 runs at 800MHz (400MHz Double-pumped) on a 16-bit bus. Therefore a single channel of RDRAM supplies 1.6GB/s and dual-channel RDRAM supplies 3.2GB/s. The RAM bandwidth and FSB bandwidth matches up. That's why the P4 benefits from it. MHz is only a part of the equation. What you are suggesting is having memory running with 2.7GB/s of bandwidth on a 2.1GB/s FSB. That's nearly useless because the RAM will be waiting for hte FSB. Just look at DDR RAM with the P3, you hardly see a difference in performance!!Did I not include the word asynchronous in my statement? As is FSB is one speed, memory bus is another speed? What about Rambus PC800 memory? To my knowledge the P4 FSB is 400MHz (100MHz quad-pumped), yet you notice a sizeable performance difference between PC800 RAM and PC600 RAM. If your statement is true, the P4 bus isn't fast enough to feed either of these type of memory and therefore there should be NO performance difference.
That's a good thing, not a bad thing. Standard devices are better than VIA screwed up PCI implementation.Driver issues with ALi chipsets? How about the fact that the drivers for most components aren't even there? All I see when I look in system devices is standard PCI this, standard PCI that.. we all know that Windows' standard drivers aren't as good as those supplied by manufacturers, so why can't ALi release a full driver suite such as VIA?
Stability in terms of crashing is not what I'm referring to. I'm referring to VIA's buggy implementation of the PCI bus. With the 686B southbridge, incorrect PCI timing could cause your data to become corrupted as you copy large amounts from drive to drive. Now, VIA still has a buggy implementation of the PCI bus. A recent example of this is the low burst rates on ATA133 drives on VIA-based mobo.As for stability issues, I have never had a problem with VIA's chipsets. I've been running this current configuration for more than a year, and never once had a crash that could be blamed on chipset issues. Since upgrading to XP, I haven't had any crashes period. ALi has a long way to go to be considered #1. Even SiS builds a better Athlon chipset... it's just too bad SiS's previous reputation still haunts it.
Hardly, I meant that I don't want to appear as a closed minded troll. Hey, I have a stable KT133A mobo here, but although it "appears" stable, I'm always having the pleasure of seeing VIA's hiccups. 7 months ago, I tried installing a SoundBlaster AWE32 in my ISA slot. Guess what? It fried the mobo! I returned it and got another one. Another fried mobo! "Ohh, well," I thought, "I'll just get a new sound card and speakers." I bought a SoundBlaster Live! 5.1...and guess what? Popping and crackling all over the place. Sure, it's not only VIA's fault but VIA's PCI implementation hates PCI bandwidth hogs. Sure, I returned it for a Turtle Beach Santa Cruz. At that time all was well! A couple of months later, some of my files that I had copied from a CD seemed corrupted and yet they were fine on the CD-RW! VIA bug? Seems like it... I installed Windows XP with the latest VIA 4-in-1s and my burst rate as well as sustained disk read rate is down! A VIA bug? Definitely! All this without crashing! Isn't my system stable? I can keep running it for day but I'm covered with VIA's neat little glitches. Any stability test you run would probably pass on my system but VIA's bugs aren't so clear; they hide away, mischevously waiting to attack you when you least expect it!Didn't mean to appear as a troll..
I wasn't fighting or trolling, because I wasn't really comparing the Iwill mobo with anything els, just saying that's one h*ll of a clam for you to make. I ask for proof, but didn't really get any, none of those sights back you up to your clams.I can't believe we are fighting over mobos...