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JamieTheAnything

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  1. As it turns out if you dont plan on shaving them down, you can also hard mount the TM cooler to a DM2/3, I used the screws from a Cisco Switch I took apart. Took off the spring screws and replaced it with those, I finally got good enough contact to even use PTM7950.
  2. Out of the abundance of gatekeeping and spite regarding modding heatsinks to accept the 30 series cards, I'm starting a thread for making an Open source and freely available heatsink mod for the 3080m on the DM(2/3),KM, and TM series. I will be releasing exact measurements, and a guide once i've completed the mod and ironed out the kinks. I'm also limiting myself to using only thermal Putty and Copper shims so that ANYONE can do it. I've seen far to many gatekeepers here and I want to change that. There will be two versions, one for T-Shape and one for the Dual GPU vapor chamber, The first being developed being the dual GPU vapor chamber. If no one else is going to do this I will and I Will update the thread as it goes on.
  3. What I'm more than likely going to do is just limit it to 75 watts and up the single core performance to improve gaming. All core idk anymore, just sticking it to 85-97 watts or something to get an all core 4Ghz while undervolted and with the cache at 40x is what I'll deal with.
  4. Yeah I ended up hard mounting it since one of the screws decided to cease holding, so I used 4 screws from a cisco switch I took apart and hard mounted it because otherwise it wasnt making ANY contact.
  5. Odd thing about mine, It actually had all 12V fans. and It's a DM2_DM3 *I think the DM3 is the dual GPU version which is what I have.
  6. Unfortunately, I have installed the new cooler and it had zero net improvement. however I did figure something else out to help in getting under 100 watts of load. i had the damn cache multiplyer set to 44 setting it to the default (21x)results in being able to get up to 4.4 GHz all core without thermal or power throttling. however it does have a considerable dip in performance compared to all core at 44x at 4.2 GHz vs 21x at 4.4, 1800 vs 1650 in CB 15 im tired.
  7. It wont because the only difference between the dual GPU TM and DM is the thing that sticks out into the channel for the CPU
  8. Gsync is weird, in short, They only will support CPU's that actually exist and GPU's that should be installed, EX, 6-9th gen, + 10, and 20 series gpus = Gsync, However since you have the CPU equivilent of Missingno, it doesnt verify and disables Gsync.
  9. You're about right, One thing to note I believe there are 3 different CPU coolers, and 3 different GPU cooler, (and one that adds potential water cooling and combines the GPU and CPU) There's two different styles of coolers for the DM/KM Dual GPU Var 1, (Non vapour Chamber I believe these are for the Dual 980's) This is just one heatsink for each GPU. Dual GPU Var 2, 10XX series Vapor chamber 2.5 Vapor chamber that DOESNT include additional CPU cooling for the TM series (as far as I know there is one Vapor chamber that does have a part jutting out to additionally cool the cpu from the DM2 and KM series however with the TM's new cooler it didint need to exist so there's one without it) T-Style Single GPU cooler Then for the CPU coolers it Goes Single GPU/Dual 980 (Doesn't have the channel for the vapor chamber) Dual GPU DM3? (has the channel for Vapor chamber sit in to assist in cooling the CPU) TM series (Dual heat fins and an upgrade to 4 heatpipes for the CPU) Then for an oddball there's the water cooler that combines the CPU and GPU to the same heatpipes along with enabling watercooling from RTD And another out of stock option from aliexpress That is all of the variants I have found for the P870 series so far.
  10. Do you mind listing the types of caps that are needed, thankfully I do know a thing or two about soldering, and I dont mind doing so if it means I can pull more than 110-ish watts consistently. Right now the current limit is the heatsink and if someone could help out with what wattage is the limit between the DM(2/3),KM, and finally the TM CPU coolers. At 105.5~ watts its getting pretty close to the limit of the CPU heatsink however I hope that the TM heatsink will help out with that regard. (as for the mod to the Dual GPU heatsink I plan on just using some Guitar string to help cut the extended heatsink off of the dual GPU vapour chamber unless other people have other solutions)
  11. As it turns out if you have it pull more than 105+ watts for more than 2 mintues it decides it wants to shut off. However I found that undervolting to -.150v on both cpu and cache, along with setting the all core to 4.1 ghz resolved the issue. It can get to 4.3 ghz in short spurts but it wont last.
  12. Update: I'm stupid Thermal putty showed up today, decided to test it out despite the fact I still dont have the TM cooler yet... I put the original thermal pads in the wrong place for the VRM's So now that I replaced the VRM pads with Putty UTP-8, I was able to consistantly get 4.2 GHz all core, now comes to the issue of cooling the bastard off.
  13. I just had to install the washers that were included in the QTJ1 kit. They even included a screwdriver! As for the Bios I Used Dsanke's 870DM2_3 bios with ME disabled. Still waiting for the AliExpress 4 Heatpipe CPU cooler from the TM series to arrive to see if it can keep the VRM cooling in check, But the performance at 3.6/3.7ghz all core is still a whole lot faster than the 6700k I had originally.
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