17030644

BTW merry christmas and happy new year!

Em, he's mentioning log-in using password, fingerprint, face or picture password.

Thanks to both of you guys.
 
I restarted the launcher and I can now download all 3 games.

Thanks to both of you guys.
 
I restarted the launcher and I can now download all 3 games.

Thank you everyone for the advice. I’ll probably wait until zen4 next year. 

Does anyone know of a compatitble 32gb kit of memory for this pairing, tried normal corsair vengeance back when I had a R5 2600 and it did not work, so wondering what you guys would reccomend.

So before I start this :
I want to mention that this Idea is in very early stages in my head and also subject to change in the future (most likely)

The case : 
I thought about making 2 or even 3 seperate airflow / wind areas.
1. is meant to be for everything that has to be on the Mobo. So basically the whole mobo package
2. the gpu maybe with the possibility to use a second gpu within this area (no need for sli) would most likely be 2 different cards anyways (not even sure if nvidia)
3. Drives, psu and other things that may need cooling.

No its more like a question at this point... 
Would something like the 2. airflow area even make any sense? Like a wind tunnel so to speak. The gpu would sit in this seperate area completely cut off from the main part. For thermals or possibly even noise. 
What kind of mesh and dust filter would be good to use to get a good airflow /  not that much resistance?

I do NOT REALLY care about the looks, there is no need for glass or acrylic panels. I wouldn't mind if all the sides are mesh if it improves cooling / airflow. 

I will try to make a 3d model or a sketch in photoshop or something. (Blender doesnt like me atm) So that its easier to understand. 

Maybe if you know how my thinking is you can already help me with this. 

For now since this is very early into planning and I first want to make a rough plan I don't want to plan for cable managment and wiring for front io yet. 

Please ask if you don't understand what I am thinking about 😄

easy way 
buy a equipment design for ATX psu testing like sunmoon SM8800.
A variac for changing main voltage . but I prefer cheap AC source because it have isolate tranformer inside (SPWM) and can set current limit to prevent your DUT blow up
Scope like rigol Ds1000z is good. I have used two of them 
 

Maybe ask on jonnyguru forums.
 
Try making another account at eevblog, but either way it's more of a general electronics forum, testing power supplies and psu testing equipment is more of a niche and I doubt you'd gonna get good replies.
 
The links you gave ... yeah, I guess that programmable dc electronic load could be used, but it's not optimal for atx power supplies, where you can have multiple rails and you want to put loads on 12v, 3.3v and 5v at same time
 
You don't need a 4 channel oscilloscope to test power supplies, a one channel or two channel is plenty...
 
Have a look at the recent videos about power supplies on Gamers Nexus on Youtube at the equipment they use, and i think they have also articles on their website where they list the equipment they bought. 
Jonnyguru uses/used similar equipment 
If you want to see Chroma or Sunmoon hardware used in factories for testing before shipping, there's a bunch of factory videos on Gamers Nexus and maybe you can read the models from the videos.

Which is defunct lol.

vp450p is without a doubt, too old and crappy for a > $300 modern CPU
 
answer is very simple, time to upgrade your PC

I say "buy corsair but be careful"
 
 

SF600 is fine for 3900X + 3070.
 
SF750 is better. There's probably something wrong with the Lian Li 
 

I'd go corsair all the way, though I haven't checked any reviews on the other PSU, so I am not entirely sure.

i love the 12 mini but still waiting for the in-screen touch-id that is coming probably in like 2022 in iphone 14
 
macbook air rn is decent
 
but iphone 12s/13 is intresting not because of the design (there wont be major design changes, thus the S naming) but the A15 will probably feature ARMv9 - AVX-512 workloads? hopefully. am still waiting for the next consumer macbook with the M2, and not buying anything since then. apple has a hidden plan - making their own things just like the iphone and completly dominating the market, against competitiors like dell, hp and lenovo who doesnt make their own silicon

I would be kinda pissed right now if I bought, what, 6 of these and had a bad time getting them into the workflow only for BM to drop them by almost 40%.
DANG.
 

Image doesn't load btw, but yeah the little ATX connector is a pico PSU. You just need the ATX connector part.
 
https://www.onlogic.com/picopsu-160/

 
Something like that for example. It takes +12V (from an external power supply) and converts it to the needed 3.3V, 5V, 5VSB, -12V. You wouldn't even need the molex/SATA/CPU connector that comes off this since that would be provided by the motherboard for SATA/Molex and you can use the CPU/PCIe connectors from the PSU. You would just need to solder +12V and ground wires to it from the PSU.

Interesting, I didn't realise Corsair was selling that. Judging by the cable looking like a snake just swallowed a rabbit they fit the DC-DC converters in to the cable sleeving? Inb4 everyone complains about how stiff the cable is in the middle. Hopefully no-one breaks it trying to force the side panel closed on it or while bending it in some weird angle to cable manage it.

Pico PSU? You don't need 5VSB in that case since it's done on the board, it's usually just powered by a single 12V input. I guess you could use a Pico PSU board to power an ATX board from an ATX12VO PSU with minimal soldering. 12V for power and passthrough the pwr_ok and ps_on to the ATX12VO PSU. As ATX12VO becomes widely adopted you will probably see people on eBay selling basically the same thing (just a DC-DC voltage regulator with a 24pin motherboard connector on it) with the 10pin connector to make it simple to use. Can even go the other way from an ATX PSU to ATX12VO motherboard with just a 5V to 12V boost converter for standby.

I guess just making the PSU to be always powered and using a 12V rail as 12VSB is an option. Would be even as simple as a passive adapter with the PS-ON always shorted or having a switch there. We would probably see these things eventually when 12VO PSUs would become a thing.
The harder part would be adapting a 12VO PSU for an ATX motherboard, for whatever usecase that might be, it would require a board with DC-DC converters, converting 12V to 5V and 3.3V and 5VSB to 12VSB. Kinda like that thingy i don't remember the name of, that plugs into motherboard 24-pin slot and in PSU's 24-pin on the other end, routing only 12V and 5VSB IIRC to save space in extremely cramped SFF builds.

Yes, definitely.
Corsair already sells adapters to do it :
https://www.corsair.com/us/en/Categories/Products/Accessories-%7C-Parts/PC-Components/Power-Supplies/ATX12VO-Adapter-Cable/p/CP-8920272

@jonnyGURU I love what corsair does when it comes to PSU quality, but why confuse people so much?
 
Same goes for EVGA, Seasonic and many other computer hardware manufacturers

Are there power distributor boards like 8-pin to quad-usb? (Hypothetical example, not a specific request). Since I don't plan on tacky RGB everywhere even high spec build options (Ryzen 9 5950x or Threadripper Pro 3975wx paired with quadro p4000 & high teir mobos) take really small PSUs. Can I do anything with the headroom besides call it "future proofing headspace?" Can I split some power into USB outlets or another connection for utility functions?

The 3090 consumes 350-400 watts.  What future proofing do you need.  As manufacturing processes shrink, typically components consume less power.
The 3080 consumes maybe 250-300 watts.
 
Really, you don't need more than 850 watts with a 3080 or less.
 
1000w or higher are still expensive, as they're still bought my miners.

Use Asus' website, it has all this information.
 
https://www.asus.com/us/Motherboards-Components/Motherboards/All-series/PRIME-Z390-P/HelpDesk_CPU/
 
Google found this for me in seconds.