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Hi guys,

 

Pretty simple question.

 

Between an OC'd 13600k and a Stock 4090, which one will generate more heat?

 

I'm planning a dual loop build and just want to make sure I distribute the Rad space accordingly.

 

I suspect one of the components will get a 360 rad and the other will get a 360 + 120.

 

If I can't get the 120mm squeezed in then I should be able to make one of the 360s a thick boy.

 

Cheers

 

C

Living Room PC - Lian-Li O11 XL Evo - MSI X870 Tomahawk Mobo - AMD 9800X3D - 32GB DDR5 Ram - RTX 4090 - 2TB Samsung 990Pro NVMe - Antec 1200w PSU - Dual Custom Loop Cooling - GPU cooled with EK Quantum Surface S240 + EK Quantum Surface P360M X-Flow Rads - CPU cooled with EK Quantum Surface X360M Rad

 

Bedroom PC - Hyte Y60 - Intel Core i5 13600k - MSI Pro-A Wifi Z790 Mobo DDR5 - 32GB Ram - RTX 5070ti - 1TB Samsung 990Pro NVMe - Corsair HX1200i PSU - CPU + GPU cooled with Hyte Y60 Corner Distro Plate - EK Coolstream S120 + EK Quantum Surface S360 + EK Quantum Surface X240M

 

Extension PC - Lian Li o11 Dynamic - Intel Core i9 9900k - MSI Meg Ace Z390 Mobo - 16GB Ram - RTX 3080ti - 256GB Samsung NVMe - Corsair AX850 PSU - CPU + GPU cooled with dual EKWB 360 Rads + G1 side EKWB distro plate.

 

Office PC - Thermaltake Tower 100 - Intel Core i7 8086K - Gbyte Z390 I Aorus Pro Wifi Mobo - 16GB Ram - iGPU - 256GB Samsung NVMe - EVGA B5 850W PSU - CPU cooled with dual EK Quantum Surface P120M Rads + Barrow 3-in-1 Block, Res & Pump.

 

Spare - Corsair 250D - Intel Core i7 8700k - Gbyte Z390 I Aorus Pro Wifi Mobo - 16GB Ram - GTX 980ti - 256GB Samsung NVMe - BeQuiet P11 750 PSU - CPU cooled with EK Coolstream S240 + S120 Rads + EK Pump / Res Combo

 

Annex - Corsair 280X - Intel Core i7 4790k - Asrock H97M ITX Mobo  - 16GB Ram - EVGA GTX 1080ti - Corsair SFXL600 PSU - CPU + GPU cooled with triple EK Coolstream S240s + EK Pump / Res Combo

 

NAS PC - Fractal Node 804 - Intel Core i7 3770k - Asus P8Z77-M Mobo - 16GB Ram - MSI GTX 1660 Ventus - Corsair AX850 PSU - Unraid 21TB Storage Server

 

Living Room AV Setup 5.1.4 - Nvidia Shield - Yamaha RX-A6A - 2 x B&W CM9s2 - 2 x Monitor Audio FX Silvers - 4 x B&W CCM665s - B&W CMCs2 - SVS SB13 Ultra - LG OLED65C1

 

Extension AV Setup - Sonos ARC + Sub (Gen 3) - LG OLED65C6V + Sonos Amp - 5 x Monitor Audio C265s

 

Bedroom AV Setup - Yamaha WXC-50 - 2 x B&W CM1s - Rel Quake - LG OLED42C2.

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5 minutes ago, ChrisLoudon said:

I'm planning a dual loop build and just want to make sure I distribute the Rad space accordingly.

Just do a single loop saves massive hassle (and cost). A single 360 with decent fans is enough but you can easily do more if the case allows it. Just have em all as intake and you are good.

 

 

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Just now, _Omega_ said:

4090 should put out more heat... but i would not build a dual loop...just build one with 2 360s and you are good 

Thanks for the info, kinda thought that might be the case but worth checking.

 

The dual loop is just for fun.

 

I've got one in a TT Tower 500 but its a total botch-job so gonna see if I can make it look nicer in a o11 Evo XL. Think I've got a good idea on how it will work out.

Living Room PC - Lian-Li O11 XL Evo - MSI X870 Tomahawk Mobo - AMD 9800X3D - 32GB DDR5 Ram - RTX 4090 - 2TB Samsung 990Pro NVMe - Antec 1200w PSU - Dual Custom Loop Cooling - GPU cooled with EK Quantum Surface S240 + EK Quantum Surface P360M X-Flow Rads - CPU cooled with EK Quantum Surface X360M Rad

 

Bedroom PC - Hyte Y60 - Intel Core i5 13600k - MSI Pro-A Wifi Z790 Mobo DDR5 - 32GB Ram - RTX 5070ti - 1TB Samsung 990Pro NVMe - Corsair HX1200i PSU - CPU + GPU cooled with Hyte Y60 Corner Distro Plate - EK Coolstream S120 + EK Quantum Surface S360 + EK Quantum Surface X240M

 

Extension PC - Lian Li o11 Dynamic - Intel Core i9 9900k - MSI Meg Ace Z390 Mobo - 16GB Ram - RTX 3080ti - 256GB Samsung NVMe - Corsair AX850 PSU - CPU + GPU cooled with dual EKWB 360 Rads + G1 side EKWB distro plate.

 

Office PC - Thermaltake Tower 100 - Intel Core i7 8086K - Gbyte Z390 I Aorus Pro Wifi Mobo - 16GB Ram - iGPU - 256GB Samsung NVMe - EVGA B5 850W PSU - CPU cooled with dual EK Quantum Surface P120M Rads + Barrow 3-in-1 Block, Res & Pump.

 

Spare - Corsair 250D - Intel Core i7 8700k - Gbyte Z390 I Aorus Pro Wifi Mobo - 16GB Ram - GTX 980ti - 256GB Samsung NVMe - BeQuiet P11 750 PSU - CPU cooled with EK Coolstream S240 + S120 Rads + EK Pump / Res Combo

 

Annex - Corsair 280X - Intel Core i7 4790k - Asrock H97M ITX Mobo  - 16GB Ram - EVGA GTX 1080ti - Corsair SFXL600 PSU - CPU + GPU cooled with triple EK Coolstream S240s + EK Pump / Res Combo

 

NAS PC - Fractal Node 804 - Intel Core i7 3770k - Asus P8Z77-M Mobo - 16GB Ram - MSI GTX 1660 Ventus - Corsair AX850 PSU - Unraid 21TB Storage Server

 

Living Room AV Setup 5.1.4 - Nvidia Shield - Yamaha RX-A6A - 2 x B&W CM9s2 - 2 x Monitor Audio FX Silvers - 4 x B&W CCM665s - B&W CMCs2 - SVS SB13 Ultra - LG OLED65C1

 

Extension AV Setup - Sonos ARC + Sub (Gen 3) - LG OLED65C6V + Sonos Amp - 5 x Monitor Audio C265s

 

Bedroom AV Setup - Yamaha WXC-50 - 2 x B&W CM1s - Rel Quake - LG OLED42C2.

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3 minutes ago, jaslion said:

Just do a single loop saves massive hassle (and cost)

Got the stuff already and been itching to get it all out of my T500.

 

Just wasn't sure where most of the heat was gonna come from.

Living Room PC - Lian-Li O11 XL Evo - MSI X870 Tomahawk Mobo - AMD 9800X3D - 32GB DDR5 Ram - RTX 4090 - 2TB Samsung 990Pro NVMe - Antec 1200w PSU - Dual Custom Loop Cooling - GPU cooled with EK Quantum Surface S240 + EK Quantum Surface P360M X-Flow Rads - CPU cooled with EK Quantum Surface X360M Rad

 

Bedroom PC - Hyte Y60 - Intel Core i5 13600k - MSI Pro-A Wifi Z790 Mobo DDR5 - 32GB Ram - RTX 5070ti - 1TB Samsung 990Pro NVMe - Corsair HX1200i PSU - CPU + GPU cooled with Hyte Y60 Corner Distro Plate - EK Coolstream S120 + EK Quantum Surface S360 + EK Quantum Surface X240M

 

Extension PC - Lian Li o11 Dynamic - Intel Core i9 9900k - MSI Meg Ace Z390 Mobo - 16GB Ram - RTX 3080ti - 256GB Samsung NVMe - Corsair AX850 PSU - CPU + GPU cooled with dual EKWB 360 Rads + G1 side EKWB distro plate.

 

Office PC - Thermaltake Tower 100 - Intel Core i7 8086K - Gbyte Z390 I Aorus Pro Wifi Mobo - 16GB Ram - iGPU - 256GB Samsung NVMe - EVGA B5 850W PSU - CPU cooled with dual EK Quantum Surface P120M Rads + Barrow 3-in-1 Block, Res & Pump.

 

Spare - Corsair 250D - Intel Core i7 8700k - Gbyte Z390 I Aorus Pro Wifi Mobo - 16GB Ram - GTX 980ti - 256GB Samsung NVMe - BeQuiet P11 750 PSU - CPU cooled with EK Coolstream S240 + S120 Rads + EK Pump / Res Combo

 

Annex - Corsair 280X - Intel Core i7 4790k - Asrock H97M ITX Mobo  - 16GB Ram - EVGA GTX 1080ti - Corsair SFXL600 PSU - CPU + GPU cooled with triple EK Coolstream S240s + EK Pump / Res Combo

 

NAS PC - Fractal Node 804 - Intel Core i7 3770k - Asus P8Z77-M Mobo - 16GB Ram - MSI GTX 1660 Ventus - Corsair AX850 PSU - Unraid 21TB Storage Server

 

Living Room AV Setup 5.1.4 - Nvidia Shield - Yamaha RX-A6A - 2 x B&W CM9s2 - 2 x Monitor Audio FX Silvers - 4 x B&W CCM665s - B&W CMCs2 - SVS SB13 Ultra - LG OLED65C1

 

Extension AV Setup - Sonos ARC + Sub (Gen 3) - LG OLED65C6V + Sonos Amp - 5 x Monitor Audio C265s

 

Bedroom AV Setup - Yamaha WXC-50 - 2 x B&W CM1s - Rel Quake - LG OLED42C2.

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4 minutes ago, ChrisLoudon said:

Got the stuff already and been itching to get it all out of my T500.

 

Just wasn't sure where most of the heat was gonna come from.

Either way in the t500 or lian li

 

Just have the both rads as intake and let it blast through the top in the t500 or back in the lian li DONT put any obstruction there like a fan or rad. This will give you the best temps

 

If you wanna dual loop go for it. I recommend against it but if you are up for it try. It is quite a bit harder 😛

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3 minutes ago, jaslion said:

If you wanna dual loop go for it. I recommend against it but if you are up for it try. It is quite a bit harder

Yeh, I'm a glutton for punishment.

 

I like the challenge though.

 

I really wish I had space for the TT T900 or the Level 20 HT but my desk cavity ain't big enough.

Living Room PC - Lian-Li O11 XL Evo - MSI X870 Tomahawk Mobo - AMD 9800X3D - 32GB DDR5 Ram - RTX 4090 - 2TB Samsung 990Pro NVMe - Antec 1200w PSU - Dual Custom Loop Cooling - GPU cooled with EK Quantum Surface S240 + EK Quantum Surface P360M X-Flow Rads - CPU cooled with EK Quantum Surface X360M Rad

 

Bedroom PC - Hyte Y60 - Intel Core i5 13600k - MSI Pro-A Wifi Z790 Mobo DDR5 - 32GB Ram - RTX 5070ti - 1TB Samsung 990Pro NVMe - Corsair HX1200i PSU - CPU + GPU cooled with Hyte Y60 Corner Distro Plate - EK Coolstream S120 + EK Quantum Surface S360 + EK Quantum Surface X240M

 

Extension PC - Lian Li o11 Dynamic - Intel Core i9 9900k - MSI Meg Ace Z390 Mobo - 16GB Ram - RTX 3080ti - 256GB Samsung NVMe - Corsair AX850 PSU - CPU + GPU cooled with dual EKWB 360 Rads + G1 side EKWB distro plate.

 

Office PC - Thermaltake Tower 100 - Intel Core i7 8086K - Gbyte Z390 I Aorus Pro Wifi Mobo - 16GB Ram - iGPU - 256GB Samsung NVMe - EVGA B5 850W PSU - CPU cooled with dual EK Quantum Surface P120M Rads + Barrow 3-in-1 Block, Res & Pump.

 

Spare - Corsair 250D - Intel Core i7 8700k - Gbyte Z390 I Aorus Pro Wifi Mobo - 16GB Ram - GTX 980ti - 256GB Samsung NVMe - BeQuiet P11 750 PSU - CPU cooled with EK Coolstream S240 + S120 Rads + EK Pump / Res Combo

 

Annex - Corsair 280X - Intel Core i7 4790k - Asrock H97M ITX Mobo  - 16GB Ram - EVGA GTX 1080ti - Corsair SFXL600 PSU - CPU + GPU cooled with triple EK Coolstream S240s + EK Pump / Res Combo

 

NAS PC - Fractal Node 804 - Intel Core i7 3770k - Asus P8Z77-M Mobo - 16GB Ram - MSI GTX 1660 Ventus - Corsair AX850 PSU - Unraid 21TB Storage Server

 

Living Room AV Setup 5.1.4 - Nvidia Shield - Yamaha RX-A6A - 2 x B&W CM9s2 - 2 x Monitor Audio FX Silvers - 4 x B&W CCM665s - B&W CMCs2 - SVS SB13 Ultra - LG OLED65C1

 

Extension AV Setup - Sonos ARC + Sub (Gen 3) - LG OLED65C6V + Sonos Amp - 5 x Monitor Audio C265s

 

Bedroom AV Setup - Yamaha WXC-50 - 2 x B&W CM1s - Rel Quake - LG OLED42C2.

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Single loop will likely be smarter. 
It's unlikely that BOTH parts will be at 100% at the same time. 

If you CPU barely needs any cooling and the 4090 is pumping 600W, it'd benefit from being able to have around 2x the cooling capacity available. 

Not that you aren't into overkill territory already. 

5900XT (16C/32T) | 64 GB DDR4 RAM | RTX 5070 

1.5TB Optane P4800X | 16TB nvme SSD NAS w/ 10Gbe & 96GB DDR5 RAM caching
LG C4 + QN90A | Sony AZ7000ES | Polk R200+R100, ELAC OW4.2, SVS PB12-NSD + 3x SB1000 | HD800

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6 minutes ago, cmndr said:

If you CPU barely needs any cooling and the 4090 is pumping 600W, it'd benefit from being able to have around 2x the cooling capacity available. 

Hadn't considered that, cheers.

 

Its a gaming PC so yeh, chances are the GPU will be pegged at 100% while CPU slacks off for most of the time.

 

6 minutes ago, cmndr said:

Not that you aren't into overkill territory already. 

Overkill is my middle, 2nd middle and 3rd middle names!

Living Room PC - Lian-Li O11 XL Evo - MSI X870 Tomahawk Mobo - AMD 9800X3D - 32GB DDR5 Ram - RTX 4090 - 2TB Samsung 990Pro NVMe - Antec 1200w PSU - Dual Custom Loop Cooling - GPU cooled with EK Quantum Surface S240 + EK Quantum Surface P360M X-Flow Rads - CPU cooled with EK Quantum Surface X360M Rad

 

Bedroom PC - Hyte Y60 - Intel Core i5 13600k - MSI Pro-A Wifi Z790 Mobo DDR5 - 32GB Ram - RTX 5070ti - 1TB Samsung 990Pro NVMe - Corsair HX1200i PSU - CPU + GPU cooled with Hyte Y60 Corner Distro Plate - EK Coolstream S120 + EK Quantum Surface S360 + EK Quantum Surface X240M

 

Extension PC - Lian Li o11 Dynamic - Intel Core i9 9900k - MSI Meg Ace Z390 Mobo - 16GB Ram - RTX 3080ti - 256GB Samsung NVMe - Corsair AX850 PSU - CPU + GPU cooled with dual EKWB 360 Rads + G1 side EKWB distro plate.

 

Office PC - Thermaltake Tower 100 - Intel Core i7 8086K - Gbyte Z390 I Aorus Pro Wifi Mobo - 16GB Ram - iGPU - 256GB Samsung NVMe - EVGA B5 850W PSU - CPU cooled with dual EK Quantum Surface P120M Rads + Barrow 3-in-1 Block, Res & Pump.

 

Spare - Corsair 250D - Intel Core i7 8700k - Gbyte Z390 I Aorus Pro Wifi Mobo - 16GB Ram - GTX 980ti - 256GB Samsung NVMe - BeQuiet P11 750 PSU - CPU cooled with EK Coolstream S240 + S120 Rads + EK Pump / Res Combo

 

Annex - Corsair 280X - Intel Core i7 4790k - Asrock H97M ITX Mobo  - 16GB Ram - EVGA GTX 1080ti - Corsair SFXL600 PSU - CPU + GPU cooled with triple EK Coolstream S240s + EK Pump / Res Combo

 

NAS PC - Fractal Node 804 - Intel Core i7 3770k - Asus P8Z77-M Mobo - 16GB Ram - MSI GTX 1660 Ventus - Corsair AX850 PSU - Unraid 21TB Storage Server

 

Living Room AV Setup 5.1.4 - Nvidia Shield - Yamaha RX-A6A - 2 x B&W CM9s2 - 2 x Monitor Audio FX Silvers - 4 x B&W CCM665s - B&W CMCs2 - SVS SB13 Ultra - LG OLED65C1

 

Extension AV Setup - Sonos ARC + Sub (Gen 3) - LG OLED65C6V + Sonos Amp - 5 x Monitor Audio C265s

 

Bedroom AV Setup - Yamaha WXC-50 - 2 x B&W CM1s - Rel Quake - LG OLED42C2.

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For what it's worth, the difference between single loop and double loop can effectively be just changing where two tubes go. Not super hard to test which works better, though it's still a hassle. 

5900XT (16C/32T) | 64 GB DDR4 RAM | RTX 5070 

1.5TB Optane P4800X | 16TB nvme SSD NAS w/ 10Gbe & 96GB DDR5 RAM caching
LG C4 + QN90A | Sony AZ7000ES | Polk R200+R100, ELAC OW4.2, SVS PB12-NSD + 3x SB1000 | HD800

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