VOGONS


Reply 220 of 232, by Horun

User metadata
Rank l33t++
Rank
l33t++
aitotat wrote on 2023-12-02, 09:58:

May I suggest Pro Audio Spectrum 16 as an alternative for 1993 builds? It is better quality card than any early SB16 and in 1993 it is yet unknown how those cards will be supported. So in 1993 the PAS16 would have been an excellent alternative for Creative cards. Plus it gives more variety between all of those builds.

Oh YES ! The PAS 16 or PAS Studio at that time was ahead of the Creative cards. I totally recommend a PAS 16 for a 1993 or early 1994 build.

Hate posting a reply and then have to edit it because it made no sense 😁 First computer was an IBM 3270 workstation with CGA monitor. Stuff: https://archive.org/details/@horun

Reply 221 of 232, by TheMobRules

User metadata
Rank Oldbie
Rank
Oldbie
VivienM wrote on 2023-12-18, 01:34:

One thing you may want to look into: I believe there was an earthquake or something in 1994 that significantly, significantly affected RAM prices for a significant while. I suppose that wouldn't affect the 'ultimate' rigs per se, but it wouldn't surprise me if average RAM quantity stagnated or actually went down for a year or two as a result.

RAM prices in 1994-95 were ridiculous. As a 14-year old that got his first PC in late 1993 I was stuck with 4MB for a while, unable to convince my parents to spend hundreds of dollars on a memory upgrade. A friend's father had a beefy DX2-66 workstation with 16MB and multiple removable HDD trays, which seemed like something totally absurd at the time, we were in awe of that beige full tower.

Reply 222 of 232, by Kruton 9000

User metadata
Rank Newbie
Rank
Newbie

In my opinion, all these rigs tied to certain years can be misleading and do not always reflect the real place of computer hardware in history.
For example, until the fall of 1997, the fastest PC system was based on a combination of Pentium MMX + 3dfx Voodoo + Matrox Mystic on an Intel i430TX chipset. But in the 1997 Ultimate build you won't see any of the above! In August, the Pentium II and the AGP bus appeared with fast video cards from Nvidia and ATI, which immediately eclipsed all Socket 7 + PCI graphics combinations that existed at that time, making the recent leader obsolete.

Reply 223 of 232, by vetz

User metadata
Rank l33t
Rank
l33t
Kruton 9000 wrote on 2023-12-18, 08:10:

In my opinion, all these rigs tied to certain years can be misleading and do not always reflect the real place of computer hardware in history.
For example, until the fall of 1997, the fastest PC system was based on a combination of Pentium MMX + 3dfx Voodoo + Matrox Mystic on an Intel i430TX chipset. But in the 1997 Ultimate build you won't see any of the above! In August, the Pentium II and the AGP bus appeared with fast video cards from Nvidia and ATI, which immediately eclipsed all Socket 7 + PCI graphics combinations that existed at that time, making the recent leader obsolete.

The Pentium II launched in May 1997, but it's correct that motherboard that supported AGP came later that fall. By end of 1997 the difference between the newly launched Riva 128 AGP and a Canopus Pure3D 6MB card were trading places depending on the game. Personally I'd go for the Canopus combined with a Matrox Millennium II as that would be the ultimate option for both productivity and gaming. The Riva 128, especially on early drivers were not that impressive when it comes to Direct3D rendering quality. As the OP have said previously, the criteria is only that the hardware were released that year, and available for consumers by December. This is when we'd typically see the "Ultimate" compilations in the magazines.

3D Accelerated Games List (Proprietary APIs - No 3DFX/Direct3D)
3D Acceleration Comparison Episodes

Reply 225 of 232, by Shponglefan

User metadata
Rank l33t
Rank
l33t
VivienM wrote on 2023-12-18, 01:34:

One thing you may want to look into: I believe there was an earthquake or something in 1994 that significantly, significantly affected RAM prices for a significant while. I suppose that wouldn't affect the 'ultimate' rigs per se, but it wouldn't surprise me if average RAM quantity stagnated or actually went down for a year or two as a result.

In looking at specs, it seems like 16MB was pretty standard right through 1995. If there was a chip shortage / price hike, that would certainly explain it.

The other observation I will make is that 16MB in 1993... makes you able to run Windows NT 3.1. Wow.

😁

Pentium 4 Multi-OS Build
486 DX4-100 with 6 sound cards
486 DX-33 with 5 sound cards

Reply 226 of 232, by Shponglefan

User metadata
Rank l33t
Rank
l33t
aitotat wrote on 2023-12-02, 09:58:

May I suggest Pro Audio Spectrum 16 as an alternative for 1993 builds? It is better quality card than any early SB16 and in 1993 it is yet unknown how those cards will be supported. So in 1993 the PAS16 would have been an excellent alternative for Creative cards. Plus it gives more variety between all of those builds.

That's a good point.

There a lot of interesting early 90s sound cards, with a number being arguably better options than anything by Creative Labs.

Given the wide support for the PAS and PAS 16, I may include those in the list as viable alternatives to Sound Blasters.

Pentium 4 Multi-OS Build
486 DX4-100 with 6 sound cards
486 DX-33 with 5 sound cards

Reply 227 of 232, by Shponglefan

User metadata
Rank l33t
Rank
l33t
Kruton 9000 wrote on 2023-12-18, 08:10:

In my opinion, all these rigs tied to certain years can be misleading and do not always reflect the real place of computer hardware in history.
For example, until the fall of 1997, the fastest PC system was based on a combination of Pentium MMX + 3dfx Voodoo + Matrox Mystic on an Intel i430TX chipset. But in the 1997 Ultimate build you won't see any of the above! In August, the Pentium II and the AGP bus appeared with fast video cards from Nvidia and ATI, which immediately eclipsed all Socket 7 + PCI graphics combinations that existed at that time, making the recent leader obsolete.

This is something I wrestled with when originally building the list and setting guidelines. To keep things simple I opted to go by calendar year, but as you say, it does mean certain setups won't make the list.

I've thought about doing an alternative list based on timing of when certain processors released and then building an optimal system specs on that. I'm admittedly curious to see what sort of overlap between different types of builds there was during these years.

That's a future project though.

Pentium 4 Multi-OS Build
486 DX4-100 with 6 sound cards
486 DX-33 with 5 sound cards

Reply 228 of 232, by midicollector

User metadata
Rank Member
Rank
Member

I remember when we upgraded ram on our 486 circa 1994 or so, it was extremely expensive. We went up to 16mb, I think we had 8 before, but it was hundreds of dollars of 1994 era money. I’d be curious to know the exact prices for that era but I do remember that purchase being a lot of money.

Reply 229 of 232, by rasz_pl

User metadata
Rank l33t
Rank
l33t
midicollector wrote on 2023-12-22, 01:15:

I remember when we upgraded ram on our 486 circa 1994 or so, it was extremely expensive. We went up to 16mb, I think we had 8 before, but it was hundreds of dollars of 1994 era money. I’d be curious to know the exact prices for that era but I do remember that purchase being a lot of money.

Re: WIN95 16/32MB performance difference much?

1992 30pin Simms:
1MB $30-50.
4MB $150 January 1992, lowest in went would be $100 in December 1992, and back to $130 in December 1994. You needed at least 4 modules on 486. The choices were 4x1, 8x1, 4x4, 8x4 with the last one quite insane.

72 pin simms introduced by IBM in 1990 PS/2 computers, other manufacturers started using them in 1993. You could run 1,2,3 or 4 simms of any size independently.
December 1994 72pin Simms:
2MB $80
4MB $150
8MB $300
16MB $560
32MB $1200
64MB $2800
cheapest optimal combinations: 1x8/2x4, 1x8 + 1x4/3x4, and 1x16. $300-450-560 for just the ram.

Open Source AT&T Globalyst/NCR/FIC 486-GAC-2 proprietary Cache Module reproduction

Reply 230 of 232, by vetz

User metadata
Rank l33t
Rank
l33t
rasz_pl wrote on 2023-12-22, 15:02:
72 pin simms introduced by IBM in 1990 PS/2 computers, other manufacturers started using them in 1993. You could run 1,2,3 or 4 […]
Show full quote

72 pin simms introduced by IBM in 1990 PS/2 computers, other manufacturers started using them in 1993. You could run 1,2,3 or 4 simms of any size independently.
December 1994 72pin Simms:
2MB $80
4MB $150
8MB $300
16MB $560
32MB $1200
64MB $2800
cheapest optimal combinations: 1x8/2x4, 1x8 + 1x4/3x4, and 1x16. $300-450-560 for just the ram.

Actually I think other manufacturers were much earlier than that. I have 72pin memory in my Zenith 386-20 which launched in 1990.

3D Accelerated Games List (Proprietary APIs - No 3DFX/Direct3D)
3D Acceleration Comparison Episodes

Reply 231 of 232, by rasz_pl

User metadata
Rank l33t
Rank
l33t
vetz wrote on 2023-12-22, 15:56:
rasz_pl wrote on 2023-12-22, 15:02:
72 pin simms introduced by IBM in 1990 PS/2 computers, other manufacturers started using them in 1993. You could run 1,2,3 or 4 […]
Show full quote

72 pin simms introduced by IBM in 1990 PS/2 computers, other manufacturers started using them in 1993. You could run 1,2,3 or 4 simms of any size independently.
December 1994 72pin Simms:
2MB $80
4MB $150
8MB $300
16MB $560
32MB $1200
64MB $2800
cheapest optimal combinations: 1x8/2x4, 1x8 + 1x4/3x4, and 1x16. $300-450-560 for just the ram.

Actually I think other manufacturers were much earlier than that. I have 72pin memory in my Zenith 386-20 which launched in 1990.

sure looks like it https://theretroweb.com/motherboards/s/zenith … a-syst-z-386-20
but when you look at the jumper doc it shows same board with 30pin sockets https://theretroweb.com/motherboard/manual/32393.pdf so maybe 72pin configuration came as a later revision?
Zenith would even make some sense if you believe wikipedia
"SIMMs were invented in 1982 by James J. Parker at Zenith Microcircuits and the first Zenith Microcircuits customer was Wang Laboratories. Wang Laboratories tried to patent it and were granted a patent in April 1987.[1] That patent was later voided when Wang Laboratories sued multiple companies for infringement and it was then publicized that they were the prior invention of Parker at Zenith Microcircuits (the Elk Grove Village, Illinois subsidiary of Zenith Electronics Corporation). The lawsuit was then dropped and the patent was vacated. "

except "That patent was later voided" is not true at all, Wang kept the patent for 30 pin simms all the way to 2004 and ligitated with everyone in the nineties, even trying their luck against manufacturers of not covered 72pin modules https://law.justia.com/cases/federal/district … 15/166/2314770/ so no idea where Zenith is in all of this. Google cant find a single other source to that claim.
Edit: did a little digging and wiki edit that added that bogus "James J. Parker at Zenith Microcircuits" info was this https://en.wikipedia.org/w/index.php?title=SI … oldid=716265602 by "WA9CBT", this callsign belongs to https://www.radioreference.com/db/ham/callsign/?cs=WA9CBT James J Parker and was obtained in 2017, looks like its a troll entry 😒 I fixed it.

Open Source AT&T Globalyst/NCR/FIC 486-GAC-2 proprietary Cache Module reproduction

Reply 232 of 232, by VivienM

User metadata
Rank Oldbie
Rank
Oldbie
midicollector wrote on 2023-12-22, 01:15:

I remember when we upgraded ram on our 486 circa 1994 or so, it was extremely expensive. We went up to 16mb, I think we had 8 before, but it was hundreds of dollars of 1994 era money. I’d be curious to know the exact prices for that era but I do remember that purchase being a lot of money.

I remember $250CAD for 4 meg 72-pin SIMM in April 1995 or so. Badly needed 4 more megs of RAM to run Office 4.2...

(Oh, the days when office suites required upgrading your hardware...)

That same machine ended up being upgraded to 20 megs (replacing one of the two 4 meg 72-pin SIMMs with a 16 megger) a few years later; I forget how much that cost, but a lot less...