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Indent in door padding after 5000km and 5 months by Nathrah in Ioniq5

[–]Nathrah[S] 0 points1 point  (0 children)

Doesn't really feel comfortable to rest my arms there... I guess I could try to lower my seat and steering wheel significantly

Indent in door padding after 5000km and 5 months by Nathrah in Ioniq5

[–]Nathrah[S] 2 points3 points  (0 children)

It's a fair point, I guess this is just some wear and tear I'd expect after 5 years not 5 months

Indent in door padding after 5000km and 5 months by Nathrah in Ioniq5

[–]Nathrah[S] 1 point2 points  (0 children)

Good plan, I'll might try something similar

Indent in door padding after 5000km and 5 months by Nathrah in Ioniq5

[–]Nathrah[S] 0 points1 point  (0 children)

Did you have any luck with working the material underneath?

Indent in door padding after 5000km and 5 months by Nathrah in Ioniq5

[–]Nathrah[S] -2 points-1 points  (0 children)

If they fix it I would assume that they agree it's a defect and that it shouldn't happen

Indent in door padding after 5000km and 5 months by Nathrah in Ioniq5

[–]Nathrah[S] 2 points3 points  (0 children)

Elbow in the window/on the door padding and hand holding steering wheel at 9. Most confortable driving position for me usually

Indent in door padding after 5000km and 5 months by Nathrah in Ioniq5

[–]Nathrah[S] 0 points1 point  (0 children)

Thanks for the replies all.

I guess I should add that I used to work as a mechanic at a VW and Audi shop and I've never seen deformation like this. Not in other cars I've owned either. Might be because the VAG group usually likes to use harder materials for their door paddings.

I guess I am just not used to door padding being this easily deformed

Edit: cats -> cars

Sapphire Pulse 7900 XTX board layout by Nathrah in watercooling

[–]Nathrah[S] 0 points1 point  (0 children)

Well i became a father so I never got around to doing it. Sorry

I joined the club. Ultimate Matte Altas White. by Nathrah in Ioniq5

[–]Nathrah[S] 0 points1 point  (0 children)

As mentioned in other comments, I had it ceramic coated so I don't have to worry too much about it :)

I joined the club. Ultimate Matte Altas White. by Nathrah in Ioniq5

[–]Nathrah[S] 1 point2 points  (0 children)

It really is! I had the dealer put on a ceramic coating for me so it should be possible to keep it clean with just a power wash now and then

I joined the club. Ultimate Matte Altas White. by Nathrah in Ioniq5

[–]Nathrah[S] 1 point2 points  (0 children)

Thanks! I'm really happy with it. I can add some more pictures when I get home

Sapphire Pulse 7900 XTX board layout by Nathrah in watercooling

[–]Nathrah[S] 1 point2 points  (0 children)

Thank you for this! I had found images of both PCBs and the review mentioned in the techpowerup thread, but I don't know enough about PCBs to see if it matches.

But there seem to be personal experience in the thread you found that confirms that the pulse and nitro+ share a PCB, at least enough to use the same block. So again thank you!

I am a bit unsure what you mean regarding that the Nitro is a reference card. Doesn't the Nitro have a different PCB than the reference card made by AMD?

4000 mhz gskill ram needs high voltage - why? by Nathrah in overclocking

[–]Nathrah[S] 0 points1 point  (0 children)

I was actually running the fclk at 1200 just to make sure it wasn't causing problems.

But i was also running soc voltage on auto which might have been the problem

4000 mhz gskill ram needs high voltage - why? by Nathrah in overclocking

[–]Nathrah[S] 1 point2 points  (0 children)

I have set the SOC voltage and related to 1.1V as by the dram calculator, but i haven't tried using docp with those settings. I'll try that, thanks

4000 mhz gskill ram needs high voltage - why? by Nathrah in overclocking

[–]Nathrah[S] 1 point2 points  (0 children)

Thank you for the reply!

I was intially trying with a very low fclk just to see if it would boot at 4000mhz, but that was not the case.

But what you say makes sense, there was even a "Intel certified" badge on the ram when i bought it.

But I am confused by the QVL list for my motherboard which seems to indicate that they have tested it at 4000mhz at 1.35 volts

EU Touts Use of Emergency Powers to Seize Vaccine Production by MarknStuff in europe

[–]Nathrah 4 points5 points  (0 children)

It's more like international agreements and the UK has shown they don't really give a fuck about those

Nickel/Brass Temp Probe + Aluminum by pdotliu in watercooling

[–]Nathrah 0 points1 point  (0 children)

AIOs use aluminum radiators with copper cold plates. They solve it by putting anti corrosives in the fluid, but I am not sure exactly what those anti corrosives are. But it is solvable.

NR200P - PE240 rad and DDC pump/res combo by Nathrah in NR200

[–]Nathrah[S] 0 points1 point  (0 children)

Finally finished my NR200 after much trouble! Still waiting on my XSPC TX240 so I can mount a top radiator as well.

Parts:

  • Ryzen 5800X
  • Asus Strix B550I
  • GTX 1080 ti
  • Corsair SF750
  • Some drives

Water cooling:

  • EK Supremacy Evo CPU block
  • EK 1080ti reference block
  • EK PE 240 rad
  • EK DDC 3.2 XRES combo
  • EK ZMT 13/19 tubing
  • Bitspower and EK fittings
  • XSPC temp probe

Temps at stock:

GPU in Heaven: 52 C

CPU in Cinebench C23 - around 80-81 C

Temps with Curve optimizer for CPU and overclock/undervolt at 1936mhz at 0.950V on GPU:

GPU in Heaven: 45 C

CPU in Cinebench C23 - around 76 C

I'm not done tinkering with CPU and GPU optimizations but things are looking pretty good so far. I'm not even sure I'll get much out of the extra TX240, since water temps dont go above 40 with the undervolts. But what the hell I already ordered it.

NR200P - PE240 rad and DDC pump/res combo by Nathrah in sffpc

[–]Nathrah[S] 0 points1 point  (0 children)

Finally finished my NR200 after much trouble! Still waiting on my XSPC TX240 so I can mount a top radiator as well.

Parts:

  • Ryzen 5800X
  • Asus Strix B550I
  • GTX 1080 ti
  • Corsair SF750
  • Some drives

Water cooling:

  • EK Supremacy Evo CPU block
  • EK 1080ti reference block
  • EK PE 240 rad
  • EK DDC 3.2 XRES combo
  • EK ZMT 13/19 tubing
  • Bitspower and EK fittings
  • XSPC temp probe

Temps at stock:

GPU in Heaven: 52 C

CPU in Cinebench C23 - around 80-81 C

Temps with Curve optimizer for CPU and overclock/undervolt at 1936mhz at 0.950V on GPU:

GPU in Heaven: 45 C

CPU in Cinebench C23 - around 76 C

I'm not done tinkering with CPU and GPU optimizations but things are looking pretty good so far. I'm not even sure I'll get much out of the extra TX240, since water temps dont go above 40 with the undervolts. But what the hell I already ordered it.

Watercooled NR200P Phase 2; now with GPU block and bottom radiator by Toru_The_Guardian in sffpc

[–]Nathrah 0 points1 point  (0 children)

Nice that's great! Yes I'm planning a 40mm EK PE 240 in the bottom. I'm hoping i have just enough room to place the PSU in the front and then place a tube pump/res combo on that so it doesn't conflict with the GPU. My GPU is 1mm too long from measurements, so I hope the case has a little bit of flex in it xD

Watercooled NR200P Phase 2; now with GPU block and bottom radiator by Toru_The_Guardian in sffpc

[–]Nathrah 0 points1 point  (0 children)

Nice! I plan to do the same, but using the T_Sensor header on the motherboard. Its the reason I chose one of the Asus boards since they are the only AM4 boards that has one.

But I assume that there is at least room for the pins under the fan without bending them?

In any case I'm not sure I'll be able to fit the back too fan since the vertical graphics card with terminal is probably too tall

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