04:57:56 <gingeropolous> so motherboard manufactures could get into the race as well. I'm sure there are plenty of things on a mobo that could be cut out to make a randomx-mining-mobo
04:58:59 <gingeropolous> also realized we can get into some fun semantics if "asics" ever do get created for randomx, and there exists a crowd that thinks that because asics exist, we should fork to more asic-friendly pow....
04:59:58 <gingeropolous> and we get into discussions.... it may be impossible to prove that a randomx asics exists, because it will probably technically just be a general purpose computer
05:00:38 <gingeropolous> so that could devolve into "well, its specialized mining hardware"
05:18:58 <gingeropolous> somehow ended up here: http://www.venraytechnology.com/Papers/economics_of_cpu_in_DRAM2.pdf
05:21:24 <gingeropolous> ooooh, i wonder if this is still active: http://www.venraytechnology.com/Test_Drive.htm
14:40:57 <hyc> web page copyright 2017, might still be active
14:41:18 <hyc> only a 32bit core though, not too interesting
14:41:25 <hyc> the overall approach is interesting
14:41:54 <hyc> these guys are similar https://www.upmem.com/
14:43:17 <hyc> the venray twitter profile reads more like they're a patent troll house, not a serious electronics vendor
15:01:58 <sech1> https://www.reddit.com/r/MoneroMining/comments/eazoru/192_khs_on_ryzen_9_3950x/
15:07:44 <hyc> must be about at the max memory bandwidth by now
15:08:07 <cohcho> 600 * 32, beautiful
15:08:33 <sech1> 29 threads there
15:08:52 <cohcho> ooops, I didn't notice
20:19:45 <Inge-> I've been hearing about maxing memory bandwidth for a long time now :)
20:27:48 <sech1> 19.2 kh/s is far from maximum bandwidth
20:27:54 <sech1> It's 19.2 GB/s
20:36:33 <Inge-> well. bandwidth, latency.. maxing out the memory subsystem with RX ..
20:37:03 <Inge-> 20.9KH/s (unstable) on 3950x