Sapphire trixx fury msi afterburner perfect settings

#SAPPHIRE TRIXX FURY MSI AFTERBURNER PERFECT SETTINGS SERIAL#
#SAPPHIRE TRIXX FURY MSI AFTERBURNER PERFECT SETTINGS DRIVERS#

(Lots of info on the hardware of various Fury GPU models and reports from other people talking about how well their models overclock or do not overclock.) Much of what I have read is from these Reddit threads on the Fury GPU such as from these two: (Compute units? GCN units? I keep forgetting the proper term for them and also the AMD and Nvidia naming for their respective configurations.) It's been perfectly stable since I first tested it and has also been stable after doing the core unlock to 3840 what they were called again. (Might also help a bit when unlocking these disabled cores though it seems to be OK without upping voltage as long as said cores are not inherently faulty.)

#SAPPHIRE TRIXX FURY MSI AFTERBURNER PERFECT SETTINGS DRIVERS#

I'm using a +72mv increase myself at the moment (And an additional +50% draw via the Overdrive settings, it's not related to voltage though but something related to throttling so maxing the slider to a +50% doesn't have any stability concerns as such.) which well it is a bit hefty for 'just' a small boost to what the Fury X GPU uses (A modest +50 mhz core clock.) but I figured it would make a good starting point to at least reach that and more voltage might possibly help a bit with the fluctuating clock speeds and driver crashes too though newer drivers have since cleared up a lot of those problems too thankfully.

(Even if the cooling solution of these fan and copper pipe models helps compared to the stock water one for the FuryX and ratings wise the max is something like almost 150 degrees but yeah you would want to keep the temperature at a fair bit lower than that. resulting in the total being a bit over 1.3v by that point.) although the components for at least the Sapphire models PCB designs in the Tri-X and Nano are apparently very robust so a bigger voltage increase is doable at least as long as the VRM temperatures are acceptable since those can and do get pretty hot.

#SAPPHIRE TRIXX FURY MSI AFTERBURNER PERFECT SETTINGS SERIAL#

(You quickly hit a wall where you'll need some serious voltage increases for even minimal mhz gains of core and memory clock speeds.)ДЇor my own needs I settled for 1050mhz core over 1000 stock for this model and then I used the bios editing tools to unlock a few of the viable compute cores or what they were called from 3560 or I forgot the exact number up to 3840 though a full 4096 was not achievable since some of these core units are likely faulty instead of just 'turned off' but otherwise fine so it would be pretty unstable to unlock those.Д®DIT: Re-checking the online stores and Sapphire's website there seems to be four different Nitro models available in total with different serial numbers, two 'standard' and two 'oc' models with the difference that I could find for the OC models being that the newer models have a lower clock at 1020mhz whereas the old ones used 1050mhz, not sure if that means much though.Д®DIT: Only found two product codes of the actual Nitro, those other two were for the earlier Tri-X model.ДЇrom my understanding of overclocking the Fury GPU then in regards to voltage increases a +40mv adjustment is a pretty big increase already (From around 1.2v to 1.250v with a full +100 - or +96 as it rounds the value from increases of 6 I think it was. (Unofficial mode is needed for overclock settings if you want to get at the HBM clock speeds and extending the voltage limits might be needed too in order to get above the 96mv default cap and instead have it to I think 144mv?)ДЎ100mhz core should be reachable though but the Nitro OC uses some 1075mhz or so by default unless I'm completely bungling the info of what I remember of it's specifications so it's not a huge gain, HBM could maybe reach 550mhz though it will need voltage adjustments though some users have had success at 1150mhz core and up to about 600mhz HBM from what I've read but I do not know if that's sustainable or just for a benchmark run. I'm using Afterburner though and from looking up what the Tri-X (The 'older' version.) model of the Fury could do it's apparently built pretty sturdily (And since it succeeds the Tri-X the Nitro model is also pretty high quality but a newer fan design and some other tweaks.) so upping voltage isn't much of a issue as long as the VRM's are kept cooled and said VRM's are seemingly rated for some 100+ degrees although for normal usage you'd probably want them a bit cooler than that. (From what I do remember of reviews most sites couldn't get much else out of it.) Outside of raising the voltage and hoping it's a good bin or how it's called I'm pretty certain the Nitro variant of the Fury GPU is already pretty capped out though it might be possible to push the HBM memory a little bit over the reference as it should still be 500mhz as AMD doesn't officially support overclocking it.

Sapphire trixx fury msi afterburner perfect settings