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Th code is still online, in full early 2000s web styling. https://64kib.com/old_foft_site/
That was an awesome card for the time, and an incredibly stable analog signal, which Matrox was known for - other cards at the time would get fuzzy, shimmer, or have ringing / ghosting.
At the time, for good support you needed to *buy* an X11 server for accelerated graphics support. I forget which one I paid money for, but within a few years it wasn't necessary as open source had caught up.
This feels intuitively wrong to me now and I doubt that's how it worked. In any case I dutifully copies the Matrox provided X11 driver to OpenBSD and enjoyed multi-monitor support.
For a time in the 1980s, I was writing drivers for graphics boards, and later doing 3D animation software. I tried a lot of graphics boards from now-forgotten vendors. Texas Instruments had the first PC RGB monitor and display that could display white text without color smear. The Wang Professional Image Computer was incompatible with everything else in PCs, with a different card form factor, a different monitor interface, and a different memory/device address layout that allowed 720KB of memory instead of 640KB. Plus their own version of DOS. Fujitsu lent me a prototype Fujitsu Sapphire, which never worked right. When I went to return it to their location in Sunnyvale, they'd moved out, shutting down their 3D graphics business. Dynamic Pictures had a decent 3D board, the Oxygen 202, that worked with NT 3.51. It took a while to get that working, but eventually it worked and I got 3D work done.
That's pretty remarkable, isn't it? How many tech companies that had a period of being a household name have lasted 50 years and are still majority-owned by all or some of the founders?
> On the 17th of December in 2004, the company announced the QIP LP PCIe where the QIP meant Quad Information Display. This was the industry’s first PCIe x16 graphics card, and it was a derivative of the Parhelia. [...] The card could drive four displays with a maximum resolution of 1600 by 1200 per display,
I think we had 4 of these in one system and it was the only card on the market that allowed for this. We ran this on Linux and getting the bios set up correctly to support this was a nightmare. My memory is fuzzy though
Even though the card was expensive, it didn't have Direct3D acceleration like my classmate's Riva TNT (or 2?). So gaming wasn't impressive at all. At the time we were playing Need for Speed 2, I remember the image wasn't noticeably different than a 3DFX Voodoo. However, when Need for Speed 3 Hot Pursuit came out, Riva TNT could do realistic shading and reflection-like environment mapping on cars which was indeed a leap.
One other thing I remember is that the graphics card had memory slots on it, like a socket for a chip. I think it was called 'WRAM', and its price was much more expensive than the card itself.
And later I got one as pretty much the most solid Linux graphics card, which even was capable of going dual screen. And while I don't miss XFree86 modeline configs, it was nice when there wasn't just a GPU triopoly.
Matrox était connu pour faire d’excellentes cartes pour le médical. Malheureusement, 3dfx était trop en avance pour les jeux.