Threadripper 3000, who bought it?

What vcore is your bosting to? Also what is your single core boost and cinebench score? I think my light core work load boost is not working right the clock speed is all over the place form 3-4.5 peak but stays in the 3.8-4 range and scores about 512. all core cinebench holds a rock stable 4.35 gets about 13600

Your score is right on the money.

With latest agesa I wanna say it's like 1.38v full load, maybe up to 1.41 or so. Im ok with that. AMD designed these to go that high.
 
Baby steps.

Heatkiller Block flushed out, and installed on the board.

IMG_20191219_223714~2.jpg


Wish I had more time, but work is super busy.
 
What vcore is your bosting to? Also what is your single core boost and cinebench score? I think my light core work load boost is not working right the clock speed is all over the place form 3-4.5 peak but stays in the 3.8-4 range and scores about 512. all core cinebench holds a rock stable 4.35 gets about 13600

Those scores are pretty much the same as mine. Single core cinebench has the core it's running on boostin between 4.35ghz and 4.55ghz which is as expected.

What are you using to monitor boost clocks?
 
Those scores are pretty much the same as mine. Single core cinebench has the core it's running on boostin between 4.35ghz and 4.55ghz which is as expected.

What are you using to monitor boost clocks?
Honestly I have no clue what it runs at on pbo everything shows a different reading razen master was all over the place and hwinfo shows something totally different. Also I turned off pbo and just run 4.475 all cores i manage just over 15000 cinebench runs after turning my ram and managed to get my ram latency to around 67ns which seemed to help a good bit in my cpu limited games


Question is windows smart enough to put work loads on the fastest cores? I have a few cores that can run 4.6+ but apparently if you change the clock on per cores other coes get down clocked a lot so not sure if worth it or not
 
Baby steps.

Heatkiller Block flushed out, and installed on the board.

View attachment 208734

Wish I had more time, but work is super busy.


Looking good!

I understand about the work time being busy too...I had to get 40 CEUs done in a week because I forgot about them, lol, so I was operating for a week on about 3hrs sleep a night. It's going to be nice to sleep in tomorrow.

I made a little progress on mine as well...

Just completed the mock-ups for where the various Radiators will be located...and I'm re-printing a revised version of my M.2 card mount since I had to raise it 26mm higher. I had to move the thick Rad to the bottom of the case because it can't mount in any other location :(

IMAG0732.jpg


Some of the fans are mounted to see if they have clearance or interfere with other fans/parts...

Ya know...for a case that's supposed to be big enough to earn the XL moniker...there's surprisingly little space in this case that's "usable". I think I like the non-XL better. None of the XSPC Radiators fit in the side area...the inlets/outlets are blocked by the case panel...

Since I had to put the big rad on the bottom where the intake is, I decided to free up some airflow by removing the slotted section
IMAG0733.jpg

Not bad for a hand saw

IMAG0724.jpg
 
Looking good!

I understand about the work time being busy too...I had to get 40 CEUs done in a week because I forgot about them, lol, so I was operating for a week on about 3hrs sleep a night. It's going to be nice to sleep in tomorrow.

I made a little progress on mine as well...

Just completed the mock-ups for where the various Radiators will be located...and I'm re-printing a revised version of my M.2 card mount since I had to raise it 26mm higher. I had to move the thick Rad to the bottom of the case because it can't mount in any other location :(

View attachment 210027

Some of the fans are mounted to see if they have clearance or interfere with other fans/parts...

Ya know...for a case that's supposed to be big enough to earn the XL moniker...there's surprisingly little space in this case that's "usable". I think I like the non-XL better. None of the XSPC Radiators fit in the side area...the inlets/outlets are blocked by the case panel...

Since I had to put the big rad on the bottom where the intake is, I decided to free up some airflow by removing the slotted section
View attachment 210028
Not bad for a hand saw

View attachment 210029
Seeing that case makes me appreciate how large the 1000d I used for mine is I could have make a small case look good with water cooling but you have a very nice looking build going up
 
Looking good!

I understand about the work time being busy too...I had to get 40 CEUs done in a week because I forgot about them, lol, so I was operating for a week on about 3hrs sleep a night. It's going to be nice to sleep in tomorrow.

I made a little progress on mine as well...

Just completed the mock-ups for where the various Radiators will be located...and I'm re-printing a revised version of my M.2 card mount since I had to raise it 26mm higher. I had to move the thick Rad to the bottom of the case because it can't mount in any other location :(

View attachment 210027

Some of the fans are mounted to see if they have clearance or interfere with other fans/parts...

Ya know...for a case that's supposed to be big enough to earn the XL moniker...there's surprisingly little space in this case that's "usable". I think I like the non-XL better. None of the XSPC Radiators fit in the side area...the inlets/outlets are blocked by the case panel...

Since I had to put the big rad on the bottom where the intake is, I decided to free up some airflow by removing the slotted section
View attachment 210028
Not bad for a hand saw

View attachment 210029


Why is it always so damned difficult to get the 24pin ATX connector out :p
 
Damn. I didn't realize this, but apparently to accommodate the larger socket, Threadripper boards (at least this one) have their first PCIe slot line up with the second opening on the case, not the first one like I am used to.

IMG_20191221_211712.jpg


This won't be a drop in replacement into my loop as I had hoped. Going to have to cut new tubing to fit everything.
 
Honestly I have no clue what it runs at on pbo everything shows a different reading razen master was all over the place and hwinfo shows something totally different. Also I turned off pbo and just run 4.475 all cores i manage just over 15000 cinebench runs after turning my ram and managed to get my ram latency to around 67ns which seemed to help a good bit in my cpu limited games


Question is windows smart enough to put work loads on the fastest cores? I have a few cores that can run 4.6+ but apparently if you change the clock on per cores other coes get down clocked a lot so not sure if worth it or not

Yes, it is, at least now. Watch single core cinebench, instead of moving around like it used to, it sticks to one or two high clocking cores.
 
Seeing that case makes me appreciate how large the 1000d I used for mine is I could have make a small case look good with water cooling but you have a very nice looking build going up

If it weren't the case from hell, I'd have used my TT Core P200 and stuffed 14 radiators and 10 pumps in it anc called it a day

I had a 2700X Ryzen -and- a 1600x Ryzen in this at one point. Before that, there was a 6700K on the left and a 2700X on the right

attachment.jpg
 
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Seeing that case makes me appreciate how large the 1000d I used for mine is I could have make a small case look good with water cooling but you have a very nice looking build going up

Meant to add earlier that the revised mount is done and installed for final mock-up. Looks like everything will fit without the major bits interfering...now I can work on the mounts for my pumps and re-start my tube runs from scratch...

IMAG0737.jpg
 
Well, mines in overnight leak testing with distilled water right now.

I was able to put it back together with some extra scrap pieces of tubing I had for the new spacing.

Not entirely happy with the new layout. It will work, but it's not as symmetrical and pretty as my old one.

The moving of the GPU one slot down on the Threadrippers as well as the switching of the input and output sides on the CPU block compared to my old one threw my routing off.

No pics yet. More tomorrow.
 
The 3970x completely crushes the tracker in davinci resolve, 100% cpu usage on it and it zooms through 4k60 footage. Might need more ram though, averaging 50g usage when working on projects.

Yeah my 3960x makes short work of resolve however on Fusion my 32GB runs out fast. I need to go to 64gb. Maybe I'll just sell all my ram and get a 128gb kit.
 
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