It’s getting tougher and tougher for the company to explain where all of them went.

The price was the big one. It delivered at twice the initially advertised price. Took it from being very competitive with ICE trucks to costing much, much more.

Knowing the origins of the last worldwide pandemic is critical to preventing a repeat incident.

A recount requires a vote to be close, it wasn’t. Trump won every swing state. And with the margins he won by, every recount in the world would not overcome the 86 EVs she trailed by.

All I did for that one was search “Threadripper” and look at the pictures for ones with 4x x16 slots that were not hella expensive. There are technically filters for that, but, I don’t trust people to list their things correctly.

For which chipsets, ect to look for, check out this page. If you click on Learn More next to AM5 for example, it tells you how many PCIe lanes are on each chipset type which can give you some initial search criteria to look for. (That is what made me point out x670E as it has the most lanes, but is not newest gen, so you can find used versions.)

Yeah, adding to your post, Threadripper also has lots of PCIe lanes. Here is one that has 4 x16 slots. And, note, I am not endorsing that specific listing. I did very minimal research on that listing, just using it as an example.

Edit: Marauding_gibberish, if you need/want AM5: x670E motherboards have a good number of PCIe lanes and can be bought used now (x870E are newest gen AM5 with lots of lanes as well, but both pale compared to what you can get with Epyc or Threadripper).

Basically no GPU needs a full PCIe x16 slot to run at full speed. There are motherboards out there which will give you 3 or 4 slots of PCIe x8 electrical (x16 physical). I would look into those.

Edit: If you are willing to buy a board that supports AMD Epyc processors, you can get boards with basically as many PCIe slots as you could ever hope for. But that is almost certainly overkill for this task.

Yeah, Jaguars/Land Rovers already don’t sell great and are really damn expensive.

File a small slit in the end of the slot so the card fits into it, but runs past the back. The card will run at Gen 3 x1 speed, but otherwise work properly.

Many motherboards even come with the end of the PCIe slots open for this exact purpose.

Edit: Gen 3 x1 runs at almost a full GB/s, so a 2.5Gb/s card (notice the change in size of the “B”) should have more than enough bandwidth on Gen 3 x1, even at 2.5Gb/s full duplex.