It still baffles me that neither AMD nor Intel sell 'naked' CPU's with no heatspreader for enthusiasts. Remember when AMD's Athlon XP series were just exposed CPU's on the die? I'd love to not worry about killing a CPU from de-lidding. They could even upcharge for the 'enthusiast' CPU's while saving money on solder and a heatspreader and enthusiasts would flock to buy them. The companies could even bin the CPU's to ensure max performance and clock speeds. Much like Silicon Lottery used to do as a third party.
Exactly because of people bending and breaking the CPU PCB like our guy did here. And RMAing it. The IHS has several functions, including structural integrity of the chiplets.
I'm glad to see the de-;id didnt seperate the cache die or the inactive spacer silicon from the compute die, that was my main worry, and thanks for all your FAFOing, its entertaining.
Hey FC, thanks for doing the video, I actually delidded two 7950x & 7950x3d already with no issues. Maybe that 7800x3d with only 1 ccd has problem with pressure dispersion and that is why it cracked. I even mounted a Noctua NH-D15 on the 7950x.. Also, just noticed you have the Gene board, good choice :)
The problem with dat is Thas alot of not experienced person are gonna still buy it and end up crackling the die etc etc and start bunch rma etc to deal with it
@@BackToTheStart47 You can't have both a heat-spreader, and be direct die simultaneously. The whole point of direct die is that there is no heat-spreader.
Many years ago, the difference between modding and stock - depending on X,Y,Z was often large. That remains the case today, but in some cases, and this is one - its interesting to see that the vendor has what is a hard to mod piece of engineering, and yet, its good out of the gate, and close to its maximum in a general sense.
@@laz7354 AMD has completely decimated the Intel lineup in both performance and cost this generation. Intel will definitely be back in the race I'm sure of it, but one things for sure, they don't KEEP making amazing CPUs. lol
@@zihechen3111 The cost of the cache is wildly over-stated This is the same silicon used in the RX 6500XT which was selling for $100 The cache is rougly 30mm² doesnt include memory, doesnt include fans, doesnt include power delivery or licencing fees for the HDMI and DP ports. The 6500XT on the other hand does include all of those things, is 107mm² instead of ~30, and often comes with 2 free games, for $100, this cache is dirt cheap, and so are the CPUs, that 5950X was is cheaper to manufacture than the RX 6500XT, yet it was selling for what, 5-8x the price? On the subject of cache, You can get at least 256MB of L4 on the 5800X3D and 7800X3D in addition to the cache on the CCD, if you take the same cache thats used on the 5800X3D, and instead of cutting it to this tiny little thing a few mm wide and long and slapping it on top of the reletively small CPU cache, you instead cover the entire IO die. This can do 2 things. If you no longer place cache on top of the CCD, the CCD can now run at higher frequencies, and 2, by placing the cache on top of the much cooler IO die, the cache should be able to be more dense due to the lower thermals I mathed it out, taking the same cache density found on the 3D chip of the 5800X3D(64MB at roughly 30mm²) then instead of chopping the wafer up and using inactive silicon to cover the rest of the die like on the current X3d chips, they could just make a cache chip the same size as the entire 122mm² IO die for at least 256MB Ideally for efficiency you should still keep the 64MB of cache on top of the CPU cache, but by having this 256MB of cache on the IO die you're reducing the needs to go to system memory, reducing latency, and reducing power consumption. Just look at how efficient the 5800X3D and 7800X3D are, better performance than their non3D counterparts, while using significantly less power. Sorry if i'm a bit rambly, its late and i have been up late for the past 4 days
@@zihechen3111 The Apple M1 does use its cache smartly, but one of the reasons the M1 is so efficient is not because it has a huge cache, but because it has the power of a small dGPU, and instead of a seperate package+RAM for the CPU, and GPU, they both share the same pool of RAM and are on the same die. this means they dont have to pass through the motherboard to talk to each other, they technically dont even need to pass through the package if designed right, it could all go through silicon. The AMD 2400G, 3400G, 4750G, 5700G, 6800U and upcoming 7840U/Z1Extreme are also designed in this way(apple was not first at this, AMD has been doing APUs for years as most consoles are built on AMD APUs) The 5700G is crazy efficient, with the right RAM, you can get similar performance to a 5800X plus a GTX 1050, with the whole system using less power than the 5800X by itself, what really held the 5700G back was the vega architecture used in the GPU, which was basically 4 years old at the time the 5700G launched, yes you could close those 8 vega cores fast puwshing the 5700G to around 80w, but just cant make up for the old architecture. For reference, the steamdeck APU uses just 20w PPT, has the same number of GPU compute units as the 5700G, but offers better GPU performance than the 5700G (at 60w) thanks to the use of RDNA2 They're even both on the same process node, so it cant be argued that its only faster because one is on 7nm, and the other is 4nm
You can't call this a delid mod if you are reinstalling the stock IHS. That's why you don't see a large difference between stock and the wasted liquid metal you put on it.
Thank you for your work and the sacrifice of one 7800X3D. AMD has to figure out how to cool the heat trapped under the 3D V-Cache and structural silicon to increase clock speeds or focus only on IPC improvements for next gen.
Thank you for your honesty the 7800x3d is a really good gaming cpu and not for overclocking. Its already running on limit and i wouldnt recommend anyone to touch the settings. But slight undervolting could help for better thermals and powersavings.
You could use PBO and negative CO offset to gain performance if their is thermal headroom with undervolting and jsut let the chip keep boosting til it hits the limit
Awesome videos. Best way to lower the temp is pbo2 tuning and turn the max temp down in the bios. It'll help boost also. I know you're probably comparing stock to stock
this CPU does not need 2 connectors, it never pulls above 90W. One connector is good for 300W. Why would you need 2 connectors for 600W when you only consume 90W? Do you know numbers? 90 is much smaller than 300.
All in all, If you ask you me, anything less than 10% is margin of error and I wouldn't even worry about it. The best thing to do is leave it stock or undervolt and power limit or use eco mode (If you can). All this work for 2% is definitely not worth it all.
Maybe check with the supercool guy and see if he has any plans for his "IHS replacement" style direct die blocks? It has been a long time since I've seen anything but the 13th gen block in stock on his site but these AMD chips are brand new, maybe he has something in the works.
yep, you are completely right. The voltages are very very tightly controlled, the most (and easiest) gains can be from curve negative voltage offset settings.
Liquid metal will oxidize like crazy on naked copper ihs. I made this mistake on my old 4790k, nh-d15 was literally soldered to cpu. I killed board when i tried to separate them.
Man, mounting pressure scares the hell out of me. EK brought out a little torque wrench to avoid that exact problem. But getting the 2nd CPU? Boss move 👌
I'm 68 yo, been away from computers for thirty years just came back in January and have delidded a 7950x3d and a 7900x successfully using Der Bauer's tool and have the mycro water blocks on both. I did not find it difficult to do and used Liquid Metal for the first time also. They were both thermal throttling on Cine bench 23 before, now they top out at 78c and 81c respectively. My scores increased by about 10%-15% by delidding.
Imagine a 7740G3D Sure, only 48MB of cache instead of 96MB But its monolithic 4nm, instead of chiplet 5+6nm, meaning there is far less latency to RAM and the RAM can run at much faster speeds thanks to the 4nm IMC Would i like them to make 32MB non3D versions of their APUs? Yes Do i think they will? No, they need to do some sort of product segmentation, there has to be a reason to buy the higher margin CPUs over the lower margin APUs
The temps are high, especially in SOTTR. The effective clocks were dropping quite a bit also. With custom water cooling I’d be shocked. I’d be interested to see how much Curve Optimiser brought those down. My 13900ks stock was crazy high, but with a simple undervolt it’s very rarely hitting 60c in gaming, and that’s with an AIO without delid etc.
Yeah the Intel chips come crazy overvolted from the factory but they can be power limited and tuned to a great level where you can get great performance and reduce the heat and power consumption Exponentially.
@@djchotus1"You can use a better paste and get similar gains in temp". Please, give us some of the stuff you're smoking. lmao Even THE BEST paste would give you maybe at best 1-2C improvement. Also, doing direct die cooling on 7950x goes in up to 20C, depending on the setup you use.
I dunno. I have ID-Cooling SE-206-XT and stock paste and mine never runs hotter than 68C. All the tests also seem to show how small the thermal packet is compared to 200W monsters. It can't be that 85 TDP is harder to cool than 200W TDPs right?
I'm currently shopping around for a new computer and also looking at doing a direct die rig. I read there is a V2 direct die frame for AMD AMD CPUs which adds X3D and 9000 support. Thermal Grizzly advises against using the original frame with 7000 X3D CPUs.
After the latest AMD Scam Denials and Retconning, we have yet another wave of AMD 7000 3D and non 3D chips dying at the moment... Its like AMD wants to make itself obsolete.
I feel like amd cpu's aren't enthusiast chips. i remember back in the day testing out my old 2700x and it would never oc. i could either lock in at a lower speed all core or just let pbo do its thing. sweet channel, passed the vibe check.
Try undervolt the curve optimizer on all cores to negative 20(mV), i found out my cpu can handle negative 30 and more but it is not as good and have lower skore on cinebench, by benchmarking i found out negative 25 is a sweet spot for me, gained about 100Mhz on all cores under stress, lower voltages and with the same temperature on AIO water cooler, approximately i gained about 1000 skore on Cinebench R23. But ! i have SK-Hynix 6000Mhz Ram from Gskill 2 sticks, BCLK/ inifinty fabrik set to 2033Mhz, UCLK/MCLK to 1:1 gear ratio and custom safe timing from Buildzoid for those RAMs. My system is working really well i dont do any stuff like deliding or grinding the IHS and because X3D CPUs were not build for OC you have few options to gain better performace. PS. this video is 4 months old so dont know if you do this but update your BIOS.
I think comparing old cpu to new CPU is probably not the best as each CPU has different marginal requirements(I.E. sligtly higher or lover Vcore), regardless thanks for doing this great content.
You can get pretty much the same with a negative curve optimizer if your CPU can hit negative 30 or higher. I was hitting 4.8 in cinebemch on a 360 aio with no delid and temps around 75c. Not sure what the bclk is doing to temps, mine's stock though.
plus swapping cpu's and not doing a re test of programs and showing differences doesn't work. Your running a asus motherboard show the SP rating of the chip so we know how good the silicon of the cpu is. that could account for differences in voltage/temps/boost clock
First of all at the end even with delided LM and you still thermal throttled feels like you had a bad contact on your cooling since I seen people with air coolers not even coming close to thermal throttle and second would been nice to see if you went OC/PBO2 with curve optimization and see the differ
Nice work brother. Im running negative curve optimizer ( -30 ) and the CPU is very happy with temps ; idle around 46F and 60-75 F full load with 420mm cooler, all cores boosting to 5050MHz with light bios massaging. The chip is a lovely piece of kit for sure.
Love the vids my guy. Finding anything to help this chip , seems redundant. Nothing seems to really help it, which I guess is fine. It’s been great for me outta the box. What cinebench are you running to see 6xxx points? Just curious. In bios if I run it at 70 or 80, cinebench scores don’t really change much. Few hundo is all. Kinda tells me even cooling it a ton, you’ll still hit a cap regardless. That said Im really liking this chip for my gaming needs.
It still baffles me that neither AMD nor Intel sell 'naked' CPU's with no heatspreader for enthusiasts. Remember when AMD's Athlon XP series were just exposed CPU's on the die? I'd love to not worry about killing a CPU from de-lidding. They could even upcharge for the 'enthusiast' CPU's while saving money on solder and a heatspreader and enthusiasts would flock to buy them. The companies could even bin the CPU's to ensure max performance and clock speeds. Much like Silicon Lottery used to do as a third party.
I was thinking the same exact thing lately. I remember the good old days where Amd and Intel cpus were barenaked.
It all because of warranty
Exactly because of people bending and breaking the CPU PCB like our guy did here. And RMAing it.
The IHS has several functions, including structural integrity of the chiplets.
its for third party cooler makers to have a market
its much easier to damage chiplets during lets say.. transport or MOUNTING AN COOLER, than to damage them during delid actually
There's no point in de-lidding and then putting the lid back on with liquid metal because it was soldered to begin with.
there's no point in doing any overclocking or tinkering, gains are abbyssmal
Less waittimes in rendering, more frames in Games is not the same as replacing solder with liquid Metal g@@snowpuddle9622
If they'd maybe reduce the IHS by 50% thickness that'd be great.
the solder is almost always not evenly spread out and even if it is, liquid metal is better at conducting heat
This is a perfect example of someone repeating what they heard and not testing it themselves
Damn rip to the first cpu it happens tho didn’t expect it to go south but hey shoutout for still giving us some really great content.
I'm glad to see the de-;id didnt seperate the cache die or the inactive spacer silicon from the compute die, that was my main worry, and thanks for all your FAFOing, its entertaining.
For a sec I thought it was double dye CPU and Debauer removed a whole CCD 😂😂, "yea, good job Debauer"
Great testing. Thank you for the test. and thanks to the supporters!
Did you even watch the video? He compared two different units. Absolutely horrible testing.
Hey FC, thanks for doing the video, I actually delidded two 7950x & 7950x3d already with no issues. Maybe that 7800x3d with only 1 ccd has problem with pressure dispersion and that is why it cracked. I even mounted a Noctua NH-D15 on the 7950x.. Also, just noticed you have the Gene board, good choice :)
i will rob you of your components next wednesday
Did you use the noctua spacer kit?
How did you mount the Noctua??? No one is doing delids with air coolers😢. Any information would be greatly appreciated. Thank you!
@@3DxPOD You can use spacers to get the height correct, its sits niceley afterwards, loads of posts on the internet showing how this is done.......
@@FTLN Thanks I'll keep looking.
Amd and Intel should sell enthusiast cpus with direct die liquid cooling on their top skews.
The problem with dat is Thas alot of not experienced person are gonna still buy it and end up crackling the die etc etc and start bunch rma etc to deal with it
@@HosakaBlood I was thinking that the direct die heat spreader was already attached. No need to remove it and crack the die.
@@BackToTheStart47 You can't have both a heat-spreader, and be direct die simultaneously. The whole point of direct die is that there is no heat-spreader.
@@Bayonet1809 What I am suggesting is that the direct die is already installed from Amd or Intel. No need to remove the IHS.
It saves them a production step and they could charge the same money.
Many years ago, the difference between modding and stock - depending on X,Y,Z was often large. That remains the case today, but in some cases, and this is one - its interesting to see that the vendor has what is a hard to mod piece of engineering, and yet, its good out of the gate, and close to its maximum in a general sense.
Yep. Intel keeps making amazing CPUs
@@laz7354 AMD has completely decimated the Intel lineup in both performance and cost this generation. Intel will definitely be back in the race I'm sure of it, but one things for sure, they don't KEEP making amazing CPUs. lol
Hey! How do you lock the CPU speed? My 7950x3d fluctuated a LOT, and would really appreciate learning how you did that :)
Imagine if they made a Ryzen 11 7990X3D, but instead of 3D stacked cache on top of the die, they put 512MB of L4 cache on top of the IO die
@@zihechen3111 you cant reduce latency, by moving farther away from the core
@@zihechen3111 The cost of the cache is wildly over-stated
This is the same silicon used in the RX 6500XT which was selling for $100
The cache is rougly 30mm² doesnt include memory, doesnt include fans, doesnt include power delivery or licencing fees for the HDMI and DP ports.
The 6500XT on the other hand does include all of those things, is 107mm² instead of ~30, and often comes with 2 free games, for $100, this cache is dirt cheap, and so are the CPUs, that 5950X was is cheaper to manufacture than the RX 6500XT, yet it was selling for what, 5-8x the price?
On the subject of cache, You can get at least 256MB of L4 on the 5800X3D and 7800X3D in addition to the cache on the CCD, if you take the same cache thats used on the 5800X3D, and instead of cutting it to this tiny little thing a few mm wide and long and slapping it on top of the reletively small CPU cache, you instead cover the entire IO die. This can do 2 things. If you no longer place cache on top of the CCD, the CCD can now run at higher frequencies, and 2, by placing the cache on top of the much cooler IO die, the cache should be able to be more dense due to the lower thermals
I mathed it out, taking the same cache density found on the 3D chip of the 5800X3D(64MB at roughly 30mm²) then instead of chopping the wafer up and using inactive silicon to cover the rest of the die like on the current X3d chips, they could just make a cache chip the same size as the entire 122mm² IO die for at least 256MB
Ideally for efficiency you should still keep the 64MB of cache on top of the CPU cache, but by having this 256MB of cache on the IO die you're reducing the needs to go to system memory, reducing latency, and reducing power consumption.
Just look at how efficient the 5800X3D and 7800X3D are, better performance than their non3D counterparts, while using significantly less power.
Sorry if i'm a bit rambly, its late and i have been up late for the past 4 days
@@zihechen3111 The Apple M1 does use its cache smartly, but one of the reasons the M1 is so efficient is not because it has a huge cache, but because it has the power of a small dGPU, and instead of a seperate package+RAM for the CPU, and GPU, they both share the same pool of RAM and are on the same die. this means they dont have to pass through the motherboard to talk to each other, they technically dont even need to pass through the package if designed right, it could all go through silicon.
The AMD 2400G, 3400G, 4750G, 5700G, 6800U and upcoming 7840U/Z1Extreme are also designed in this way(apple was not first at this, AMD has been doing APUs for years as most consoles are built on AMD APUs)
The 5700G is crazy efficient, with the right RAM, you can get similar performance to a 5800X plus a GTX 1050, with the whole system using less power than the 5800X by itself, what really held the 5700G back was the vega architecture used in the GPU, which was basically 4 years old at the time the 5700G launched, yes you could close those 8 vega cores fast puwshing the 5700G to around 80w, but just cant make up for the old architecture.
For reference, the steamdeck APU uses just 20w PPT, has the same number of GPU compute units as the 5700G, but offers better GPU performance than the 5700G (at 60w) thanks to the use of RDNA2
They're even both on the same process node, so it cant be argued that its only faster because one is on 7nm, and the other is 4nm
You can't call this a delid mod if you are reinstalling the stock IHS. That's why you don't see a large difference between stock and the wasted liquid metal you put on it.
He fucked around....and found out 🤣
Thanks again to the supporters of an actual hardware enthusiast
Its not 1 ccd turned off, its 1 ccd completely missing from the silicon.
Derbauer found that some in the previous gens had a 2nd ccd that was nuked. But physically there sometimes
Good stuff, my man. I'm really just commenting for the algo, but I do appreciate the work you do here.
thank you for your service man, fafo but never give up
Thank you for your work and the sacrifice of one 7800X3D. AMD has to figure out how to cool the heat trapped under the 3D V-Cache and structural silicon to increase clock speeds or focus only on IPC improvements for next gen.
Thank you for your honesty the 7800x3d is a really good gaming cpu and not for overclocking. Its already running on limit and i wouldnt recommend anyone to touch the settings. But slight undervolting could help for better thermals and powersavings.
7800x3d is overclocked to 5.4Ghz already two weeks ago and its boost up to 5.6GHz, all without delid. ua-cam.com/video/90UBUq1mLGY/v-deo.html
You could use PBO and negative CO offset to gain performance if their is thermal headroom with undervolting and jsut let the chip keep boosting til it hits the limit
The idea of trying the 20 games in the next video sounds good.
Awesome videos. Best way to lower the temp is pbo2 tuning and turn the max temp down in the bios. It'll help boost also. I know you're probably comparing stock to stock
Pretty soon we’re gonna just have to start cooling both sides of the chips 🤣
_back side power delivery has entered the chat_
Gee that runs hot, I'm lucky to hit 56 degrees maximum with my 13th gen 13600k fully loaded at 5.1ghz. Cheers
Thank you, this is awesome. shoutout to all the supporters.
Momma raised no quitter. I have the same CPU and I was crying at what you did mate.
Bro, that was hard to watch. I'm honestly shocked you didn't cause more damage to that silicon. Just so many WTF decisions were made...
what are your PC specs
Sad to see a fallen soldier after a delid
Competing takes some resources, but it's everything
The bernie sanders insert had me rolling. That was hilarious. Awesome content! Thank you
7:35 Why do you have that much spread of liquid metal ??
and why do you only have 1x 8pin connected with that cpu ??
this CPU does not need 2 connectors, it never pulls above 90W. One connector is good for 300W. Why would you need 2 connectors for 600W when you only consume 90W? Do you know numbers? 90 is much smaller than 300.
You are honestly retarded
thanks for the test and to the supporters. maybe try again only with thermal paste and low pressure.
Appreciate the video. Helped me make my decision on de-lidding. Thats gonna be a hard pass for me.😂
All in all, If you ask you me, anything less than 10% is margin of error and I wouldn't even worry about it. The best thing to do is leave it stock or undervolt and power limit or use eco mode (If you can). All this work for 2% is definitely not worth it all.
6:05 - 6:08 "nothing seems fine" little foreshadowing
Maybe check with the supercool guy and see if he has any plans for his "IHS replacement" style direct die blocks? It has been a long time since I've seen anything but the 13th gen block in stock on his site but these AMD chips are brand new, maybe he has something in the works.
Honestly, whats the point of other review channels existing, when jufes exists
loved it.
Seems like X3D Cpu's are constrained by their voltage and design, X Cpu's on the other hand seem to scale very well with anything you throw at it.
it's a gaming cpu for a reason, sadly amd don't have universal cpus for gaming and production
yep, you are completely right. The voltages are very very tightly controlled, the most (and easiest) gains can be from curve negative voltage offset settings.
Liquid metal will oxidize like crazy on naked copper ihs. I made this mistake on my old 4790k, nh-d15 was literally soldered to cpu. I killed board when i tried to separate them.
Wow got a second cpu crazy.
Man, mounting pressure scares the hell out of me. EK brought out a little torque wrench to avoid that exact problem.
But getting the 2nd CPU? Boss move 👌
I'm 68 yo, been away from computers for thirty years just came back in January and have delidded a 7950x3d and a 7900x successfully using Der Bauer's tool and have the mycro water blocks on both. I did not find it difficult to do and used Liquid Metal for the first time also. They were both thermal throttling on Cine bench 23 before, now they top out at 78c and 81c respectively. My scores increased by about 10%-15% by delidding.
One again asking for your -> cuts to commercial
Impeccable timing Jufes 😂
hail the supporters
Damn, went for round 2, awesome! Liking and subscribing!
Jufes effed around, & found out.
Imagine a 7740G3D
Sure, only 48MB of cache instead of 96MB
But its monolithic 4nm, instead of chiplet 5+6nm, meaning there is far less latency to RAM and the RAM can run at much faster speeds thanks to the 4nm IMC
Would i like them to make 32MB non3D versions of their APUs? Yes
Do i think they will? No, they need to do some sort of product segmentation, there has to be a reason to buy the higher margin CPUs over the lower margin APUs
Balls
cant wait for next bench video!
Damn that thing was fragile...
curve optimizer way to go with these chips
i've broke my die because too much pressure. way back when I bought my first amd thunderbird
Here is one like to pay that thing
The temps are high, especially in SOTTR. The effective clocks were dropping quite a bit also. With custom water cooling I’d be shocked. I’d be interested to see how much Curve Optimiser brought those down. My 13900ks stock was crazy high, but with a simple undervolt it’s very rarely hitting 60c in gaming, and that’s with an AIO without delid etc.
Yeah the Intel chips come crazy overvolted from the factory but they can be power limited and tuned to a great level where you can get great performance and reduce the heat and power consumption Exponentially.
@@NBWDOUGHBOY It's the motherboard, not the cpu.
Nice delid!!! Good to see his tool works
"It's a pretty cheap mod..." 😂 All you have to do is to buy two 7800X3D's and boom baddading your CPU is running 7 degrees cooler.
Yeah. Or you can use better paste and get similar gains in temp.
@@djchotus1"You can use a better paste and get similar gains in temp". Please, give us some of the stuff you're smoking. lmao
Even THE BEST paste would give you maybe at best 1-2C improvement. Also, doing direct die cooling on 7950x goes in up to 20C, depending on the setup you use.
9:53 OMG NOICE!
RIP 3D cpu.
Aaaand thats wy you do it by hand so you can feel RESISTANCE!
Thanks for doing it, so we don't have to :)
it stayed at 4.7 ghz in cinebench but in games it flucuates, make it make sense.
steps to cooling a 7800x3d below 75 degrees at full load:
- get a 7700 instead
XDXDXD
or just undervolt more?
I dunno. I have ID-Cooling SE-206-XT and stock paste and mine never runs hotter than 68C. All the tests also seem to show how small the thermal packet is compared to 200W monsters. It can't be that 85 TDP is harder to cool than 200W TDPs right?
@@ImpreccablePony Excellent cooler - I have the Xilence M705D - same cooler but another brand name on it. 👍
I'm currently shopping around for a new computer and also looking at doing a direct die rig. I read there is a V2 direct die frame for AMD AMD CPUs which adds X3D and 9000 support. Thermal Grizzly advises against using the original frame with 7000 X3D CPUs.
After the latest AMD Scam Denials and Retconning, we have yet another wave of AMD 7000 3D and non 3D chips dying at the moment...
Its like AMD wants to make itself obsolete.
Thank you for saving my 7800X3D i was thinking about doing this, but ya na I'm good.
Hvae u tried use curve optimezer as an addition? Btw my chip is boosting to 4860 on stock but 82C
My 7700x is typically 5340 all cores, and up to 5680-5720 single core, with curve optimised tuned...
You don't even have a 7800x don't lie please
@@nathancachia1419 ha, you are 100% right it was a typo, I have changed it to -7700x. Thanks
Nice :)
Do you think to try to delid and overclock the 9800X3D? This will be interesting 😁
Buy this distance frame from the 8auer as well. and you have no problems. Peace
I live in a upstairs apartment i know what its like to have heat coming up to my place in the summer time from the apartment below.
Thanks for the content.
I feel like amd cpu's aren't enthusiast chips. i remember back in the day testing out my old 2700x and it would never oc. i could either lock in at a lower speed all core or just let pbo do its thing. sweet channel, passed the vibe check.
The Larry Enticer meme 😸👌
Try undervolt the curve optimizer on all cores to negative 20(mV), i found out my cpu can handle negative 30 and more but it is not as good and have lower skore on cinebench, by benchmarking i found out negative 25 is a sweet spot for me, gained about 100Mhz on all cores under stress, lower voltages and with the same temperature on AIO water cooler, approximately i gained about 1000 skore on Cinebench R23. But ! i have SK-Hynix 6000Mhz Ram from Gskill 2 sticks, BCLK/ inifinty fabrik set to 2033Mhz, UCLK/MCLK to 1:1 gear ratio and custom safe timing from Buildzoid for those RAMs. My system is working really well i dont do any stuff like deliding or grinding the IHS and because X3D CPUs were not build for OC you have few options to gain better performace. PS. this video is 4 months old so dont know if you do this but update your BIOS.
The 7k direct frame is not made for 7800x3d
Great video! I enjoyed it.
in @13:30 ...there is no point in comparing two different CPUs and then mention that delidding improved. Each CPU has different clock and temperature!
Please consider please change cooling, it will unlock increasing performance. You can diy it easily out of a window air conditioner
14:07 why your Bus clock is at 121.5 MHz but multiplier at 42? My Ryzen is always at 99.8 MHz. Is something wrong with my CPU he not reach the 100?
I think comparing old cpu to new CPU is probably not the best as each CPU has different marginal requirements(I.E. sligtly higher or lover Vcore), regardless thanks for doing this great content.
Smile: I killed my 7700X
you are using gpu loads to compare cpu stuffs?
Put a fan on the back of the motherboard where the CPU socket is.
Thanks me later noob.
Lol this actually works but people just don’t believe it
Dead 7800x3d is a common thing right now with or without a delid lol
You can get pretty much the same with a negative curve optimizer if your CPU can hit negative 30 or higher. I was hitting 4.8 in cinebemch on a 360 aio with no delid and temps around 75c. Not sure what the bclk is doing to temps, mine's stock though.
I got a similar outcome to you. -30 seems to be doable for most of these CPU’s
And thats why you dont try to fix something that is working kids
im pretty sure this will be me this weekend when i try it on my 7950x.
Did it work
@@smoofwah3552 went smooth as butter.
@@sg1trogdor did you put the cooler directly to the die, or did you reapply the IHS?
So when are you going to show the temps from the de lid? because what you did isn't showing direct die performance.
plus swapping cpu's and not doing a re test of programs and showing differences doesn't work. Your running a asus motherboard show the SP rating of the chip so we know how good the silicon of the cpu is. that could account for differences in voltage/temps/boost clock
did you not get the heat gun out? the only reason i am getting a 7950x3d is because with $200 more you get the full package
Interesting video, like!
First of all at the end even with delided LM and you still thermal throttled feels like you had a bad contact on your cooling since I seen people with air coolers not even coming close to thermal throttle and second would been nice to see if you went OC/PBO2 with curve optimization and see the differ
rip to the first cpu someone send this man 400 bones lol
what about the issue on asus mobos burning the socket ??
Great work
I still think the vice method is better combined with a block of wood and a hammer.
I will support your cause to wipe the world of all AMD CPU’s one at a time by ripping them apart. Hail whodoos
Wich chipset driver do you recomend for the 7800x3d Mate ? If i Look at the driver date at the device Manager it says like its from 2009 ?
Latest. Always the latest.
@@djchotus1 i downloaded it from the amd site, but when i Look at the device Manager it says from 2009
Nice work brother.
Im running negative curve optimizer ( -30 ) and the CPU is very happy with temps ; idle around 46F and 60-75 F full load with 420mm cooler, all cores boosting to 5050MHz with light bios massaging. The chip is a lovely piece of kit for sure.
F? Pretty sure you me a C? Right?
Never seen a cpu report in F. Ever
@@djchotus1 yea lol . Sorry . Brain fart
Yea . Celsius
Love the vids my guy. Finding anything to help this chip , seems redundant. Nothing seems to really help it, which I guess is fine. It’s been great for me outta the box. What cinebench are you running to see 6xxx points? Just curious.
In bios if I run it at 70 or 80, cinebench scores don’t really change much. Few hundo is all. Kinda tells me even cooling it a ton, you’ll still hit a cap regardless. That said Im really liking this chip for my gaming needs.
Great video :)
9:26 please use alcohol
thiner or contact cleaner
It's no great loss, it would have been fried in the next 2 months anyway 😢
This is AMD not Intel hahah how the tables have turned. 13th and 14th Gen Intel chips are burning themselves out like wild fire these days.
Good for you.....