Onepagebook
n00b
- Joined
- Jan 14, 2006
- Messages
- 30
I did a "4 tower type coolers comparison" bench,
purpose is just get you guys in general idea how these coolers perform.
Air coolers:
1. Noctua NH-D14Se
2. Phanteks tc14pe
3. ThermalRight Silver-arrow (old rev)
4. TT Frio-OCK
--->They look like the following picture here:
Testbed :
Intel I7-3960x 6c/12t enable
Asus Rampage IV extreme bios 1201
VGA: AMD Radeon 7970
Memory: Samsung HCH9 DDR2400(OC from 1333 HCH9) 1.65v C9-11-11-28
PSU: Corsair AX1200W
** I use original fans from the manufactures come with the coolers;
also use PWM cable pretty much control fan speed around 1200rpm
**Software to grab temperature as reference: Real Temp GT 3.7
**Software to bench for recording max loading temperatures
1.hyper pi 32m 16 thread,
why 16 threads is I thought adding extra 4 threads more than
it should be will give more stress on cpu native cores and IMC
2. FutureMark 3D vantage full set.
Sample screen from running the hyper pi 32m 16 threads took from camera:
--->
Mounting tools from these 4 coolers;
I will just show the parts with socket 2011
*************************************************************************
Now let's see all these 4 coolers:
1. Noctua D14 SE 2001..
2. TT Frio-OCK
3. phanteks tc-14pe
4. Thermalright Silver-arrow (this is the old original one, I will have the SB-E testing tomorrow )
OK, now, I have to say, running prime95 or LinX is quite time consuming,
so I decide to pick hyper pi 0.98b and then 32m 16 threads
(because I have i7-3960x run as 6c12t),
its not only able to check CPU but also your memory stability in short term.
So here are the results from what I colleted
Part 1: Hyper pi 0.98b 32m 16 threads
Noctua d14..
Thermalright silver arrow
TT frio-ock
phanteks tc 14 pe
As the results, I collect the data of what I see from the max values of
Real temp GT 3.7 and get them to one chart so we have:
Part 2: 3D Vantage
Now we check on another old bench, Futuremark 3D vantage
Noctua d14..
Thermalright Frio-OCK
Thermalright Silver arrow
Phanteks tc14pe
And we do the chart again
********************************************************************
OK, From these two charts, we can see Thermalright and Phanteks TC14PE almost about the same results,
and I am quite surprised that Noctua NH-D14se results are not that ideal for holding temp. From my own perspective,
I thought it might be improved by adding the 3rd 140mm fan or speeding the rpm a bit. Color=red]
(note that I use around 1200rpm for all testing fan speed)[/color]
Hope this comparison helps.
purpose is just get you guys in general idea how these coolers perform.
Air coolers:
1. Noctua NH-D14Se
2. Phanteks tc14pe
3. ThermalRight Silver-arrow (old rev)
4. TT Frio-OCK
--->They look like the following picture here:
Testbed :
Intel I7-3960x 6c/12t enable
Asus Rampage IV extreme bios 1201
VGA: AMD Radeon 7970
Memory: Samsung HCH9 DDR2400(OC from 1333 HCH9) 1.65v C9-11-11-28
PSU: Corsair AX1200W
** I use original fans from the manufactures come with the coolers;
also use PWM cable pretty much control fan speed around 1200rpm
**Software to grab temperature as reference: Real Temp GT 3.7
**Software to bench for recording max loading temperatures
1.hyper pi 32m 16 thread,
why 16 threads is I thought adding extra 4 threads more than
it should be will give more stress on cpu native cores and IMC
2. FutureMark 3D vantage full set.
Sample screen from running the hyper pi 32m 16 threads took from camera:
--->
Mounting tools from these 4 coolers;
I will just show the parts with socket 2011
*************************************************************************
Now let's see all these 4 coolers:
1. Noctua D14 SE 2001..
2. TT Frio-OCK
3. phanteks tc-14pe
4. Thermalright Silver-arrow (this is the old original one, I will have the SB-E testing tomorrow )
OK, now, I have to say, running prime95 or LinX is quite time consuming,
so I decide to pick hyper pi 0.98b and then 32m 16 threads
(because I have i7-3960x run as 6c12t),
its not only able to check CPU but also your memory stability in short term.
So here are the results from what I colleted
Part 1: Hyper pi 0.98b 32m 16 threads
Noctua d14..
Thermalright silver arrow
TT frio-ock
phanteks tc 14 pe
As the results, I collect the data of what I see from the max values of
Real temp GT 3.7 and get them to one chart so we have:
Part 2: 3D Vantage
Now we check on another old bench, Futuremark 3D vantage
Noctua d14..
Thermalright Frio-OCK
Thermalright Silver arrow
Phanteks tc14pe
And we do the chart again
********************************************************************
OK, From these two charts, we can see Thermalright and Phanteks TC14PE almost about the same results,
and I am quite surprised that Noctua NH-D14se results are not that ideal for holding temp. From my own perspective,
I thought it might be improved by adding the 3rd 140mm fan or speeding the rpm a bit. Color=red]
(note that I use around 1200rpm for all testing fan speed)[/color]
Hope this comparison helps.