Gaming GPU is not designed for CAD work, as Quadro GPUs are. So, why suggest completely different use case GPU?Something similar and a little better would be a Gtx 1660 super.
This is absolutely false. There is a reason why Nvidia keeps skimping on VRAM on GeForce cards. There is a reason why Nvidia really, really hated having to launch the 3060 12GB version.Gaming GPU is not designed for CAD work, as Quadro GPUs are. So, why suggest completely different use case GPU?
Gaming GPUs are only good for 1 thing - gaming. For everything else, except gaming - Quadro does better.
Unless you are Nvidia, you can not say what Nvidia felt or didn't, when releasing RTX 3060 12GB GPU.There is a reason why Nvidia really, really hated having to launch the 3060 12GB version.
Because they don't want the cheap GeForce cards to cannibalize the expensive Quadro cards.
They have always tried to maximize profit margin by ripping off the generally-richer professional 3D artist.
Which CAD software? Is there a user forum for it, where you can inquire what others are having success with?I know the P4000 is now pretty much end of life, but what would a similarly spec'd (and cost) model for CAD work be today?
The older NVIDIA "Titan" devices have more VRAM than the average gaming card, but cost less than Quadro alternatives. I don't know how much VRAM your Quadro has, but for CAD, this is one of the selling points of the more expensive cards...the ability to hold a lot in memory. I know early on the Quadros had line antialiasing enabled in hardware, but the regular gaming cards did not...I do not know if that is still true or not, I think that difference may have gone away with newer cards. You might want to see this search and see if anything for the price you are interested in has sufficient VRAM:
Google: price nvidia "titan"
The A2000 I'm looking at only has 6GB of RAM.
There are some newer gaming GPUs from NVIDIA which have more than 8 GB of VRAM, and probably outperform the spec'd GPU by quite a bit. The down side is that they might also cost significantly more, but it is worth looking. Anyone doing CAD will benefit from more VRAM (and more regular RAM and a faster NVMe). Perhaps the customer does not understand the importance of VRAM; you can't really go wrong by getting what he/she wants, but it is likely he/she will be happier with more VRAM. Perhaps a model with 12 GB would be available...that certainly beats 8 GB of VRAM.Thanks for the tip - sadly, over here in New Zealand, pretty much a no go. One or two of the monster Titans still knocking about, but way out of budget.
The A2000 I'm looking at only has 6GB of RAM. The person I'm building for was asking for a P4000 (8GB) as his basic option, and a comparison of the two in the likes of Passmark, suggests that due to it's newer age and architecture, even though the A2000 has less RAM, it still 'out does' the P4000. I don't want to under spec him for his needs, but nevertheless, he's a small town architect, so budget-wise the difference between a just sub-$1000 card and the next step up, which is +$2000 is quite a bit (obviously not taking in the cost of the rest of the system).
There is the 12GB version of A2000 as well,
amazon: https://www.amazon.com/PNY-VCNRTXA200012GB-PB-NVIDIA-A2000-12GB/dp/B09SJ2BZ85
The 6GB version costs ~$200 less,
amazon: https://www.amazon.com/PNY-NVIDIA-A2000-Graphic-VCNRTXA2000-PB/dp/B09KMMQW6M
I suggest getting RTX A2000 12GB since it's better than P4000 and price wise, should be below $1000 as well, even in New Zealand.
Mostly out of stock over here it seems, but the price seems to be well over $1K.
Okay.Still works out at $1200NZD, plus there would be import tax (GST) on top, which would be another 15% 😏