Thursday, August 8th 2013

Prolimatech Unveils the Blue Series Armageddon CPU Cooler

Prolimatech has just announced a new 'Special Edition' CPU cooler, the Blue Series Armageddon. This model, based on the Armageddon cooler released back in 2010, measures 144 (L) x 50 (W) x 160.3 (H) mm, it weighs 750 grams, and features a copper base, six copper heatpipes, black and blue-painted aluminum fins, plus it can hold two 140 mm fans.

The Blue Series Armageddon supports Intel Socket LGA 775/1366/1155/1156/1150/2011 processors, and has a (pre-order) price tag of € 59.90. Availability is slated for August 30th.
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20 Comments on Prolimatech Unveils the Blue Series Armageddon CPU Cooler

#1
Jorge
The colors obviously make it cool better... ;)
Posted on Reply
#3
lZKoce
by: Jack1n
Looks nice
+1 that was my first thought. Nifty purchase this is.
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#4
Svarog
Hmm..Zalman. Oh wait, it's not...

I'm pretty sure paint on the fins has a negative cooling effect.
Posted on Reply
#5
Wastedslayer
by: Svarog
Hmm..Zalman. Oh wait, it's not...

I'm pretty sure paint on the fins has a negative cooling effect.
Id wager they are anodized, not painted
Posted on Reply
#6
D4S4
noice, tasty :pimp:
Posted on Reply
#7
Arjai
6 5/16 inches tall.

Of my three desktop cases, this wouldn't fit. Of course, they are all older cases from a simpler time. When top of the line heatsinks looked like this!



:laugh:
Posted on Reply
#8
red_stapler
That color scheme is going to go really well with the black & yellow that is popular with the motherboard mfgs right now. :ohwell:
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#10
Sp33d Junki3
That is nice. If they have different colors, then I would get one, like White, Red, Green, Orange.
Posted on Reply
#11
Deadlyraver
Love the stripes. I wonder if they will get a UV color going soon?
Posted on Reply
#12
Svarog
by: Arjai
6 5/16 inches tall.

Of my three desktop cases, this wouldn't fit. Of course, they are all older cases from a simpler time. When top of the line heatsinks looked like this!

[spoiler]http://ecx.images-amazon.com/images/I/21CJ7GVKBRL.jpg[/spoiler]

:laugh:
My current Noctua NH-U14S is 165MM even. My case has room for 170MM tho.
Posted on Reply
#13
xvi
Is high cooling performance even possible for non-direct contact with heatpipes these days?
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#14
buildzoid
Most high end cooler don't have direct contact heat pipes.
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#15
The Terrible Puddle
by: xvi
Is high cooling performance even possible for non-direct contact with heatpipes these days?
Direct contact heatpipe is a gimmick mostly created by ASUS. A solid base gives quicker heat dissipation.
Posted on Reply
#16
RejZoR
by: Jorge
The colors obviously make it cool better... ;)
Stripes make everything better.
Posted on Reply
#17
Widjaja
Suits the colour scheme of my rig.
Pointless unecessary buy?
Yes?
Doesn't it matter?
Should do but it doesn't!
Posted on Reply
#18
Ghost
by: The Terrible Puddle
Direct contact heatpipe is a gimmick mostly created by ASUS. A solid base gives quicker heat dissipation.
What about ASUS?

Coolers with direct contact heatpipes tend to perform better than coolers with standard base. Coolers like Hyper 212+ and Argon AR01 are perfect examples.

They do have drawbacks like space in between them and not so smooth surface. They also have limitations. 4x8 mm and 6x6 mm heatpipes make a larger base than the CPU itself. Basically, heatpipes on the sides barely touch or don't touch the CPU HS at all, which reduces performance. That's why there are no coolers with 8 DC heatpipes.

This review mentions the problem http://www.techpowerup.com/reviews/Silverstone/Argon_AR03/
Posted on Reply
#19
SteveS45
HDT does not increase performance, it lowers cost.

Direct Touch is mostly a cost down approach + marketing gimmick. It works in theory but not in actual real world applications.

I'm not saying it's useless, but the number one benefit is to keep costs down, not improve performance. The manufacturer saves cost on the extra pure copper plate by going HDT( Heatpipe Direct Touch.) Which if multiplied by 10k units is a lot of $$$$.

The theory behind HDT is that the more layers of materials, the worse it is for thermal conduction. However, the problem is like how Ghost put it, uneven surfaces, contact gaps with the CPU actually does more harm than adding that extra copper plate. Another major problem is that copper heatpipes are fairly soft. Mounting or re-mounting the cooler will cause the pipes to deform over time, and most of the time cause performance to worsen.

There are a lot of other problems with HDT.





by: Ghost
What about ASUS?

Coolers with direct contact heatpipes tend to perform better than coolers with standard base. Coolers like Hyper 212+ and Argon AR01 are perfect examples.

They do have drawbacks like space in between them and not so smooth surface. They also have limitations. 4x8 mm and 6x6 mm heatpipes make a larger base than the CPU itself. Basically, heatpipes on the sides barely touch or don't touch the CPU HS at all, which reduces performance. That's why there are no coolers with 8 DC heatpipes.

This review mentions the problem http://www.techpowerup.com/reviews/Silverstone/Argon_AR03/
Posted on Reply
#20
micropage7
by: SteveS45
Direct Touch is mostly a cost down approach + marketing gimmick. It works in theory but not in actual real world applications.

I'm not saying it's useless, but the number one benefit is to keep costs down, not improve performance. The manufacturer saves cost on the extra pure copper plate by going HDT( Heatpipe Direct Touch.) Which if multiplied by 10k units is a lot of $$$$.

The theory behind HDT is that the more layers of materials, the worse it is for thermal conduction. However, the problem is like how Ghost put it, uneven surfaces, contact gaps with the CPU actually does more harm than adding that extra copper plate. Another major problem is that copper heatpipes are fairly soft. Mounting or re-mounting the cooler will cause the pipes to deform over time, and most of the time cause performance to worsen.

There are a lot of other problems with HDT.
heatsink with direct contact heatpipes usually put some protective aluminum so the pressure wont squeeze the heatpipes.
most hdt put thick aluminum on upper and lower side of heatsink that contact to processor.
hdt may leave not flat pattern since its kinda hard to create flat base, but i guess its another problem since each cooler has their own problem
.
.
anyway nice color and looks pretty nice
i hope it has nice oerformance too
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