Nicolas 2000 wrote on Yesterday, 16:26:
Thanks for that info! The question in my case is though: is there a point in keeping that V550. For my W98 P3 1000, I aim at faster cards (has a Ti4200) and I have an MX460 as a spare. I don't see myself ever building another PC that already has AGP but is slower than my P3 1000 but not as slow as my hypothetical early Pentium with the 12MB Mill2. So it seems to me that there is in my collection no real use case for it. I'm not looking for something "fast Voodoo" as I already have that in the V2 SLI W98 PC.
I understand the V550 and TNT2 are nice cards, I just don't see where in my spectrum I could ever find a use for them. I don't want 10 PC's, I have no room for them. 3 or 4 is already stretching it. 😀
The behaviour difference between a TNT and TNT2 is small, so for rendering scenes a V770 gives you everything a V550 can and more.
Studying the V550 only really helps answer, "why invest in creating a V770 in the first place?"
And, I like studying those kinds of questions! An exam question I might create could be, "How did this machine's user experience inform emerging GPU product strategies?"
Given that question, a V330 with Win95/DX3-era drivers is interesting because it lets me observe the assumptions and compromises of that moment and see why V550 was designed the way it is. If I install later V330 DX5 drivers, I may get a working/better system, but in doing that I have introduced future code paths that weren’t part of the original context and destroys my ability to confidently answer my own exam question.
So the value of something like a V550 is not necessarily that it fills a performance gap between a Millennium II and a Ti4200, but that it can represent the pure DX5 class stack with the driver challenges, API interactions, and Nvidia's market positioning in ways that a V770 cannot.
If the question you want to answer, "What is the best practical build?", then the V550 will never be as valuable as a V770 or your OEM 128bit TNT2.
If the question is "How did the challenge to 3Dfx unfold?", then the V550 becomes much more interesting.
Milestones [ MOS 7501 → 68030 → x86(P5/MMX) → x86(K6-2) → x86(K7*) → PPC(G3*) → x86-64(K8) → x86-64(Xeon) → x86-64(i5) → x86-64(i7) ] * original lost