FrostyTech Mk.III Synthetic Thermal
Heatsink Test Results
Intel
Core i7, Extreme Edition class heatsinks tested at a 200W heat
load. Results based on readings from a 38x38mm copper
interface die with 200W heat load on the Intel version of the Mk.III
Test Platform. Temperature results listed for each heatsink were
calculated by determining the rise over ambient temperatures at time
of test. Information on Frostytech's test methodology is available here. |
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Socket LGA2011-3 / 2011 /1366 compatible CPU
heatsinks | |
|
manufacturer: |
model
no.: |
*fan
speed: |
200w thermal test (°c) |
noise level (dba) |
|
Coolermaster |
Nepton 280L |
high |
10.6 |
58.8 |
Coolermaster |
Nepton 140XL |
high |
11.8 |
59.6 |
Coolermaster |
Seidon 240M |
high |
13.4 |
55.6 |
Silverstone |
Tundra TD02 |
high |
13.6 |
53.0 |
DeepCool |
Maelstrom 240 |
high |
13.8 |
58.6 |
Coolermaster |
Glacer 240L |
high |
14.1 |
52.5 |
NZXT |
Kraken X60 |
high |
14.5 |
60.7 |
Coolermaster |
Nepton 240M |
high |
15.1 |
50.6 |
Noctua |
NH-D15 |
high |
15.8 |
49.8 |
Noctua |
NH-U14S |
|
17.0 |
47.3 |
Coolermaster |
Seidon 120V |
high |
17.5 |
54.3 |
NZXT |
Kraken X40 |
high |
18.2 |
59.4 |
Reeven |
Okeanos RC-1402 |
high |
18.3 |
54.2 |
Reeven |
Ouranos RC-1401 |
high |
18.4 |
52.5 |
Silverstone |
Tundra TD03 |
high |
18.7 |
58.1 |
Silverstone |
Argon AR01 |
high |
18.8 |
53.0 |
X2 Products |
Eclipse IV |
high |
19.1 |
57.4 |
Coolermaster |
Eisberg 240L |
high |
19.1 |
50.5 |
BeQuiet |
Dark Rock TF |
|
19.2 |
44.5 |
Reeven |
Justice RC-1204 |
high |
19.2 |
48.5 |
BeQuiet |
Dark Rock Pro 3 |
high |
19.5 |
43.7 |
Raijintek |
Themis |
high |
19.7 |
52.8 |
Coolermaster |
V8 GTS |
high |
20.0 |
59.7 |
BeQuiet |
Dark Rock 3 |
high |
20.9 |
41.8 |
Corsair |
Hydro H80i |
high |
21.1 |
64.0 |
Noctua |
NH-U12S |
|
21.1 |
46.2 |
Raijintek |
Ereboss |
high |
21.4 |
49.7 |
Zalman |
Reserator 3 Max |
high |
21.6 |
58.9 |
Scythe |
Mugen 4 |
high |
21.7 |
41.9 |
Zalman |
LQ315 |
high |
21.9 |
50.8 |
Silverstone |
NT06-P |
high |
22.1 |
51.6 |
Raijintek |
Pallas |
high |
22.2 |
43.2 |
Scythe |
Ashura SCASR-1000 |
high |
22.5 |
49.4 |
DeepCool |
Gamer Storm Lucifer |
high |
23.0 |
52.5 |
Raijintek |
Aidos |
high |
23.0 |
55.6 |
Reeven |
Hans RC-1205 |
high |
23.1 |
49.4 |
Silentium
|
Fera2
HE1224 |
high |
23.4 |
37.6 |
Zalman |
LQ310 |
high |
23.8 |
52.7 |
Coolermaster |
Hyper D92 |
high |
24.1 |
53.4 |
Noctua |
NH-D9L (front +2nd Fan) |
|
24.2 |
47.8 |
Phanteks |
PH-TC14S |
high |
24.2 |
47.4 |
Scythe |
Ashura Shadow (SCASR-1000SE) |
high |
24.2 |
51.4 |
Raijintek |
Tisis |
high |
24.6 |
47.8 |
BeQuiet |
Shadow Rock Slim |
high |
24.7 |
40.4 |
BeQuiet |
Shadow Rock 2 |
high |
24.9 |
43.3 |
Zalman |
LQ320 |
high |
25.5 |
50.2 |
ID-Cooling |
SE-214X |
high |
26.5 |
46.3 |
BeQuiet |
Shadow Rock LP |
|
27.9 |
42.6 |
BeQuiet |
PureRock |
|
27.9 |
42.9 |
npowertek |
NPH-1366-115HC (LGA1366) |
high |
28.7 |
44.8 |
Dynatron |
G556 (LGA1366/2U) |
|
29.1 |
68.4 |
Noctua |
NH-U9S |
|
30.2 |
44.3 |
Dynatron |
G555 (LGA1366/2U) |
|
30.4 |
67.8 |
Dynatron |
G666 (LGA1366/2U) |
|
31.8 |
68.7 |
Noctua |
NH-D9L |
|
32.0 |
43.2 |
Scythe |
Mugen Max SCMGD-1000 |
high |
34.2 |
48.7 |
Noctua |
NH-D9DXi4 3U |
|
34.9 |
44.6 |
Silverstone |
NT01-Pro |
high |
35.8 |
40.4 |
nPowerTek |
NPH1366-140HC (LGA1366) |
high |
36.3 |
48.1 |
Phanteks |
PH-TC12LS |
high |
36.4 |
43.4 |
Zalman |
FX-100 (w/h ZM-F2 fan) |
|
36.9 |
28.5 |
Noctua |
NH-L9x65 |
high |
44.8 |
46.1 |
Dynatron |
G199 (LGA1366/1U) |
|
47.6 |
62.6 |
Zalman |
FX-100 (hor, ver) |
|
63.0 |
0.0 |
|
|
|
|
|
|
|
|
200w thermal test (°c) |
noise level
(dba) |
*heatsinks are ranked according to the 200w thermal
test results column (rise over ambient temp.). low temperatures with low
noise levels are considered best. for reference heatsinks with
variable-speed fans, only the high speed (12v) fan test result is included
in the comparison sheet; more detailed results reside in each specific
heatsink review. |
Frostytech's socket LGA2011 Intel synthetic thermal test
platform stresses socket LGA2011/1366 compatible heatsinks with a 200W heat
load. Keep in mind that the AMD Integrated Heat Spreader and Intel LGA2011
Integrated Heat Spreader both measure ~38x38mm, so these test results can be
extrapolated to AMD processor scenario's as well.
With a 200W heat load applied by the Intel LGA2011/1366
version of FrostyTech's synthetic thermal test platform, the diminutive Noctua
NH-D9L heatsink is only able to yield a satisfactory temperature result of
32.0°C over ambient at stock fan speed (2000RPM / 43.2dBA).
Adding a second NF-A9 fan to the front of the NH-D9L
heatsink drops the synthetic CPU interface die temperature to 24.2°C over
ambient, which is good. Noise output increases to 47.8dBA with both fans.
If we filter this heatsink reference chart down to
sub-115mm tall Intel LGA2011 heatsinks only, the Noctua NH-D9L is the fourth
best, behind the Silverstone NT06-P (100x140x147mm), Raijintek Pallas
(69x151x153mm) and BeQuiet Shadow Rock LP (75x122x136mm). Of those coolers, only the Pallas and Shadow Rock LP offer similarly quiet cooling.
However, even with a second fan added to the NH-D9L (114x95x122mm), it still
offers the most compact footprint of all three low profile heatsinks.
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(optional second
fan not included)
As anyone reading this review probably already knows,
there aren't a whole lot of heatsinks compatible with 3U server chassis height
restrictions in the lower noise cooling department... The Noctua NH-D9L is quite
compact and offers moderately good thermal performance in it's single fan
configuration - entirely fine for anything on the AMD and Intel LGA115x front.
When the NH-D9L heatsink moves into Intel LGA2011 territory, the lack of cooling
surface area begins to show its limitations and temperatures do rise into
the satisfactory zone. Where sub-115mm tall LGA2011 heatsinks are considered,
the NH-D9L is a little over 9°C warmer than coolers such as the Raijintek Pallas.
Adding a second fan evens the playing field without sacrificing a compact CPU
cooler footprint in the process.
Bottom line - where sub-115mm cooling is required, the
previously mentioned heatsinks do offer a slight thermal advantage over the
NH-D9L heatsink, but we'd still recommend it.
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