Quote from: Hueristic on August 28, 2018, 02:25:02 PM

Quote from: senseless on August 27, 2018, 04:01:26 PM

Quote from: RivAngE on August 27, 2018, 12:39:19 PM

Quote from: stash2coin on August 27, 2018, 09:26:57 AM

Going through the FPGAs board manufacturers came across the HMC(Hybrid Memory Cube) http://static6.arrow.com/aropdfconversion/a034c723e572f45efe84162a58a14f71cedf33fa/hmc_webinar_july_2017.pdf.pdf promising technology basically coupled with UlTraScale FPGA or Intels Aria 10 FPGA you have the bandwidth and capacity to crunch any memory hard algo more efficiently than GPUs and even todays ASICs. Its supper expensive compared to ddr3-4 but in long term investment will return its money

This PDF you linked is a bit... "too much technical talk"... but from what I get they're describing this: https://en.wikipedia.org/wiki/3D_XPoint which is around some time now (the PDF you shared is from a year ago).
I know Intel is using this technology but it's veeeery expensive and I can't see it being used for mining anytime soon. I didn't know Micron has something similar too though, thanks for that! Wink

In any case, this is not an FPGA-specific feature. It's a technology; and since Micron is in collaboration with Nvidia, if this technology becomes mainstream then expect to see this kind of memory implemented it in RTX 2180ti or something.

HMC lost it's battle to HBM2. Micron discontinued the HMC as far as I know. HMC isn't the best for mining but isn't the worst either. Last I checked the older model HMC stock was about $500 a unit. If those could be picked up for $50 a unit it would be worth it. The older micron HMC is only using 16Gbit/s per pin pair - With the newer communications methods it's possible to get 4x that bandwidth per pin-pair (we'd be talking 1Tbit/s bandwidth instead of 250Gbit/s bandwidth). If they made a new version of the HMC using the updated communications methods / protocols and the device was relatively low cost for 4-8GByte units ($250) -- We'd have something that was really interesting to add on the FPGA.

Just to ELI5 this for you guys, this is 3d memory (3d is the next iteration in the industry), IOw it is stacked and just like in the old days where Rambus lost to ddr it is not always the fastest product that wins but the most cost effective.

Well it's not always the most cost effective either as monopolies are capable of pushing whatever they want and crushing far superior products. But thats just a side effect of the system we live in.

Neat, they did make a unit with 32Gb serdes. Guess they never entered mass production? Or is that just HMC working group specification? No one actually made it?