Do you know if the Corsair iCUE H150i cooler comes with thermal paste included?

[QVENGADOR]

Pues eso, that I don't know if it comes with the paste or if you have to buy it as well.

[defaultuser]

@qvengador The pro version does have tecnogaming.com/corsair-h150i-pro

Which exact version are you looking at?

[QVENGADOR]

@defaultuser Specifically Corsair iCUE H150i RGB ELITE Liquid Cooling Kit, I had to change the initial configuration due to lack of stock.

[Clipper]

@qvengador @qvengador
This is the one I bought:
Corsair iCUE H150i RGB PRO XT
And yes, it comes with thermal paste.
But I changed it for the artic mx5
Regards
P.d mine is on Amazon for 167€
The one you want is at 300 euros and the corsair icue LED fans are at 64€ so unless the pump with LED temperature indicator is worth it I don't know if it's worth it.

[defaultuser]

@qvengador said in Do you know if the Corsair iCUE H150i comes with thermal paste included?:

iCUE H150i RGB ELITE

The iCUE H150i RGB ELITE Capellix and the iCUE H150i Elite LCD also come with it, I'm looking but it seems to me that the ICUE will come with all of them.

Anyway, having a tube of paste at home is not a bad idea, and for the investment you make, you won't notice it.

Regards.

[defaultuser]

@clipper said in Do you know if the Corsair iCUE H150i cooler comes with thermal paste included?:

The one you want is at 300 long

I see it at 200 right away Corsair iCUE H150i RGB Elite CPU Liquid Cooler

Be careful with the nomenclature, it's a mess

[jordiqui]

I understand that for many people it is a hassle to set up a liquid configuration by parts. But a good block, radiator and pump and have it installed if you don't know how to do it. But I think it is better if your pocket allows it. What I don't know is what performance these kits that I see so much in the ads have reached.

[defaultuser]

@jordiqui Well yes, with a custom you can get what you want, but what is achieved with these I don't see either, people are not rigorous.

[jordiqui]

@defaultuser said in Do you know if the Corsair iCUE H150i cooler comes with thermal paste included?:

@jordiqui Well yes, with a custom setup you can achieve whatever you want, but I don't see what's achieved with these either, people aren't rigorous.

EKWB EK-Quantum Magnitude D-RGB AM4 Nickel + Plexi
EKWB EK-Quantum Inertia D5 PWM D-RGB Plexi
1500L/h
EKWB EK-Quantum Surface P420M Black
EKWB EK-RES X3 150 D-RGB Reservoir
EKWB EK-HD PETG 2 PETG Pipes 1m
EKWB EK Quantum Torque Pack 6 STC Fittings 12/16
Looking and imagining that everything is compatible, then the price goes up. But not much more than a complete kit from the ones sold by X brands.

[defaultuser]

@jordiqui said in Do you know if the Corsair iCUE H150i cooler includes thermal paste?:

EKWB EK-Quantum Magnitude D-RGB AM4 Nickel + Plexi

Do you know what I think about that? The D5 is a marvel but it provides more flow than the block can handle, so it has to be PWM to force it only when necessary, or if not, you'd better get an increased version of the DDC that gives the same pressure but with a flow rate more suited to those blocks. I'm speaking without having tried it, but I had an even lower one and if the flow is excessive and the pump isn't especially good at pressure, it will end up doing ricochets, water hammer in bursts due to returns in the pump body. I would have to try it myself to be sure, but I already told you that there are very suitable DDC variants.

Then you can use wider tubing (with its fittings, but for 1/4" thread of course) and the restriction to a D5 is only in the mouths of the block and the radiator.

Then there's the radiator, the most important part of the triangle. Once we've decided to go custom, let's put what's necessary so that the water barely exceeds room temperature, and with low noise. I say what's necessary to leave it to the discretion of each one, since it can be achieved in different ways, besides the choice of the radiator(s), you can put other fans, even of a different size, and more things.

I mentioned a triangle, right? It's about a radiator capable of reducing water to ambient temperature, a block capable of transmitting all possible heat to the water (one that allows good flow is one of the requirements), and finally a pump that, beyond its specifications on paper, produces a notable effective flow (let's say a D5 is perfect).

The weak point of this triangle is the radiator, it's simple; water has a great absorption capacity, with a large block that allows flow, you don't need many frills to evacuate the heat, then the radiator again exchanges very easily with the water, and if the block and pump are oversized, then it's fine.
But what about the radiator? it turns out that the most inefficient part is the delivery of that heat to the air (the air is very bad at admitting and delivering heat and water is very good), and it is precisely this part where you can really get the most out of a liquid compared to a pipe solution, that is, in addition to removing heat with water that absorbs much more watts, then you take that water wherever you want and you have space to apply what's necessary to keep the water cold despite long benches and heated rooms.

For me, a real custom liquid is to keep the CPU die well below 40ºC in the middle of August without air conditioning and passing stress tests, but without airplane noise, or none if possible.

The AIOs (which I haven't had the pleasure of trying), will improve air solutions a little, they don't have complications and are ready-to-use products (screw and use), you can improve them simply by modifying the ventilation (in different ways), they leave you free space to put direct ventilation to the VRMs, they allow you to use narrower cases, they should make less noise for the same result.
etc etc, but they use little flow for a small block (the mass of the block should exceed the CPU die's mass by a good margin instead of being close) and the radiator doesn't stand out either.

All this breakdown refers to assembling a custom liquid that really takes advantage of the full potential of water cooling, and it doesn't intend to discredit AIOs, surely Corsair has developed their products conscientiously, but all adhere to physical limitations of a common concept for everyone, and their objectives must only be to slightly outperform the competition and keep the CPU just below its maximums, and things will continue to be like this as long as they remain limited by the assumed concepts and as long as no one unseats them from the throne.

AIOs are not bad, they are practical for those who have a high-end CPU and don't want to see it hovering around maximum temperatures, and they are not so expensive if you go for a simple model without frills, but they don't melt air coolers or anything like that, for that or to do OC under conditions, they are not the best option, and following custom tutorials to the letter is not either.

@jordiqui I don't know if you're making the shopping list but you're already making me envious...
If you get into this, look at the radiator thing more calmly, two in parallel, some monsters of those super thick ones that there were, don't just look at it because it's the bottleneck of your setup, and with those components you already have a top refrigeration, you would only need to optimize the heat evacuation to the air.

[Clipper]

@defaultuser I agree on certain points and disagree on others...
An R.L type corsair will yield more than a normal heatsink for the simple fact that it has greater surface area and will be better located than a "normal" heatsink
But.... That zero maintenance has its cons.
For mine in particular, I think the liquid can't be changed, and I don't think it will maintain its properties over time.
If the pump dies for X reason... Game over.
It's clear that a custom will yield more... But it's three or four times more expensive.
The D5 alone eats up 50% of the budget.. then add a decent block and a decent radiator and you're in the 400s and you still have the reservoir, fans and tubes.
Regards
P.d
I also tell you that if in 6 months a vein swells up on me...
I'll make a custom tower in iron and glass and put a custom loop in it, making the water blocks myself (CPU, GPU and M2)
Regards

[jordiqui]

@defaultuser said in Do you know if the Corsair iCUE H150i cooler comes with thermal paste included?:

@jordiqui said in Do you know if the Corsair iCUE H150i cooler comes with thermal paste included?:

EKWB EK-Quantum Magnitude D-RGB AM4 Nickel + Plexi

Do you know my opinion about that? The D5 is a marvel but it provides more flow than the block can handle, so it has to be PWM to force it only when necessary, or if not, you'd better get an increased version of the DDC that gives the same pressure but with a flow rate more in line with those blocks. I'm speaking without having tried it, but I had one even inferior and if the flow is excessive and the pump is not especially good at pressure, it will end up doing ricochets, water hammer in bursts due to returns in the pump body. I would have to try it myself to be sure, but I already tell you that there are DDC variants that are very suitable.

Then you can use wider tubing (with its fittings but for 1/4" thread of course) and the restriction to a D5 is only at the mouths of the block and the radiator.

Then there's the radiator, the most important part of the triangle, once we're custom, let's put what's necessary so that the water barely exceeds ambient temperature, and with low noise. I say what's necessary to leave it to the discretion since it can be achieved in different ways, besides the choice of the radiator(s) you can put other fans even of another size and more things.

I mentioned a triangle, right? It's about a radiator capable of reducing the water to ambient, a block capable of transmitting all possible heat to the water (allowing good flow is one of the requirements), and finally a pump that beyond its specifications on paper produces a notable effective flow (let's say a D5 perfect).

The weak point of this triangle is the radiator, it's simple; the water has a great capacity for absorption, with a large block that allows flow you don't need many frills to evacuate the heat, then the radiator again exchanges very easily with the water, and if the block and pump are oversized even that's fine.
But what about the radiator? it turns out that the most inefficient part is the delivery of that heat to the air (the air is very bad at admitting and delivering heat and water is very good), and it is precisely this part where you can really get the most out of a liquid compared to a pipe solution, that is, in addition to removing the heat with water that absorbs much more watts, then you take that water wherever you want and you have space to apply what's necessary to keep the water cold despite long benches and rooms that end up heated.

For me, a real custom liquid is to keep the CPU die well below 40ºC in the middle of August without air conditioning and passing stress tests, but without airplane noise, or none if possible.

The AIOs (which I haven't had the pleasure of trying), will improve air solutions a little, they don't have complications and are ready-to-use products (screw and use), you can improve them simply by modifying the ventilation (in different ways), they leave you free space to put direct ventilation to the VRMs, they allow you to use narrower cases, they should make less noise for the same result.
etc etc, but they use little flow a small block (the mass of the block should exceed by a good margin that of the die instead of being close) and the radiator doesn't stand out either.

This whole breakdown refers to mounting a custom liquid that really takes advantage of the full potential of water cooling, and it doesn't intend to discredit AIOs, surely Corsair has developed their products conscientiously, but all adhere to common physical limitations for all, and their objectives must only be to slightly outperform the competition and keep the CPU just below its maximums, and things will continue to be like this as long as they remain limited by the assumed concepts and as long as no one takes them off the throne.

AIOs are not bad, they are practical for those who have a cannon CPU and don't want to see it hovering around maximum temperatures, and they are not so expensive if you go for a simple model without frills, but they don't melt air coolers or anything like that, for that or to do OC in conditions they are not the best option, and following custom tutorials to the letter either.

@jordiqui I don't know if you're making the shopping list but you're already making me envious...
If you get into that, look at the radiator thing more calmly, two in parallel, some monsters of those super thick ones that there were, don't just look at it well because it's the bottleneck of your setup, and with those components you already have a top refrigeration, you would only need to optimize the heat evacuation to the air.

It was this morning looking at the same brand. But you're right about the radiator. And no I'm not making the list, just getting myself excited... :_)

[jordiqui]

@defaultuser said in Do you know if the Corsair iCUE H150i cooling system includes thermal paste?:

@jordiqui said in Do you know if the Corsair iCUE H150i cooling system includes thermal paste?:

EKWB EK-Quantum Magnitude D-RGB AM4 Nickel + Plexi

Do you know my opinion on that? The D5 is a marvel but it provides more flow than the block can handle, so it has to be PWM to force it only when necessary, or otherwise you're better off getting an increased version of the DDC that provides the same pressure but with a flow rate more suited to those blocks. I'm saying this without having tested it, but I had one that was even inferior and if the flow rate is excessive and the pump isn't particularly good at pressure, it will end up doing ricochets, water hammer in bursts due to returns in the pump body. I would have to test it myself to be sure, but I already told you that there are very suitable DDC variants.

Then you can use wider tubing (with its fittings but for 1/4" threads, of course) and the restriction to a D5 is only in the mouths of the block and the radiator.

Then there's the radiator, the most important part of the triangle. Since we're going custom, let's put in what's necessary to keep the water barely above room temperature, and with low noise. I say what's necessary to be left to your discretion since it can be achieved in different ways, and in addition to the choice of the radiator(s), you can put other fans, even of a different size, and more things.

I mentioned a triangle, right? It's about a radiator capable of reducing the water to ambient temperature, a block capable of transferring as much heat as possible to the water (one of the requirements is that it allows good flow rate), and finally a pump that, beyond its specifications on paper, produces a notable effective flow rate (let's say a D5 is perfect).

The weak point of this triangle is the radiator, it's simple; water has a great capacity for absorption, with a large block that allows flow rate you don't need many frills to evacuate the heat, then the radiator again exchanges very easily with the water, and if the block and pump are oversized, then it's fine.
But what about the radiator? It turns out that the most inefficient part is the delivery of that heat to the air (air is very bad at accepting and delivering heat and water is very good), and it's precisely this part where you can really get the most out of a liquid compared to a pipe solution, that is, in addition to extracting heat with water that absorbs many more watts, then you take that water wherever you want and you have space to apply what's necessary to keep the water cold despite long benches and heated rooms.

For me, a true custom liquid is to keep the CPU die well below 40ºC in the middle of August without air conditioning and passing stress tests, but without airplane noise, or none if possible.

The AIOs (which I haven't had the pleasure of trying) will improve air solutions a little, they're not complicated and are ready-to-use products (screw and use), you can improve them simply by modifying the ventilation (in different ways), they leave you free space to put direct ventilation to the VRMs, they allow you to use narrower cases, they should make less noise for the same result.
etc etc, but they use little flow rate with a small block (the mass of the block should exceed the die's mass by a good margin instead of being close) and the radiator doesn't stand out either.

All this breakdown refers to assembling a custom liquid that really takes advantage of the full potential of water cooling, and it's not meant to discredit AIOs, surely Corsair has developed their products conscientiously, but they all adhere to physical limitations common to the concept for everyone, and their objectives must only be to slightly outperform the competition and keep the CPU just below its maximums, and things will continue to be this way as long as they remain limited by the assumed concepts and as long as no one takes them off the throne.

AIOs are not bad, they're practical for those who have a high-end CPU and don't want to see it hovering around maximum temperatures, and they're not so expensive if you go for a simple model without frills, but they don't melt air coolers by any means, and for that or for OC under proper conditions, they're not the best option, and following custom tutorials to the letter either.

@jordiqui I don't know if you're making the shopping list but you're already making me envious...
If you get into that, take a closer look at the radiator issue, two in parallel, some monsters of those super thick ones that existed, don't look at it well because it's the bottleneck of your setup, and with those components you already have a top-notch cooling, you would only need to optimize the heat evacuation to the air.
? ? ?
CORSAIR Hydro X Series XR7
EKWB EK-CoolStream CE 560 Quad Radiator Liquid Cooling
Alphacool NexXxoS ST30 V.2 480mm Radiator
EKWB EK-Quantum Kinetic FLT 120 D5 PWM D-RGB Plexi
Thermaltake Pacific MX1 Plus CPU Water Block
EKWB EK-Quantum Inertia D5 PWM D-RGB Plexi
Alphacool Eisbecher Aurora D5 ARGB Reservoir Acetal/Glass 250mm
Thermaltake V-Tubler PETG Tube 5/8” 16mm OD 1000mm 4 Pack

EK-Torque HTC-16 Fitting 16mm Black
? ? ? ? ?

[defaultuser]

@clipper said in Do you know if the Corsair iCUE H150i cooling system includes thermal paste?:

An R.L like corsair will perform better than a normal heatsink for the simple fact that it has a larger surface area and will be better located than a "normal" heatsink

Yes, of course, but how much extra cost is justified is a matter of the other advantages too, because the extra performance alone is not enough.

Tell us what temperatures you have when doing what... etc. that's what we need more of, precise info on how it performs, first-hand precise info, what we were saying..

@clipper said in Do you know if the Corsair iCUE H150i cooling system includes thermal paste?:

For my specific one, I don't think the liquid can be changed, and over time I don't think it will maintain its properties.
If the pump dies for X reason... It's done for.

You see, an advantage on one hand and a disadvantage on the other.
Not being dismountable is better for safety, it's "anti-hands" fool-proof as they used to say, but of course it's a handicap for others.
In theory, they should be using as much stable liquids as possible other than water, with characteristics that make filtration, evaporation, degradation, and expansion difficult, that's what I suppose, is done in other different applications.
What usually affects this issue is the temperature at which the AIO lives, of course.
The pump shouldn't fail you, it has no mechanisms or wear (virtually), but its useful life also depends on the temperature. In submerged pumps that are normal but not special, they recommend not exceeding 30ºC in the water, in these ones more will be admitted but having the system always rather hot can indeed break the pump when certain limits are reached.

In short, the cooler the better.

@clipper said in Do you know if the Corsair iCUE H150i cooling system includes thermal paste?:

It's clear that a custom one will perform better... But it's three or four times more expensive.

You don't need such elitist material to get good results.
As long as the flow doesn't slack off and the water/air exchange reaches the desired efficiency, most of the possible performance will be achieved.

@jordiqui In reality, pumps of certain pressure are used because the circuit is restrictive, mainly the blocks.
For example, to cool only the micro, if we used a loop that was a little less restrictive, any pump would do, even those for 600L aquariums.
The pumps used give a little more pressure, thus producing an adequate flow despite the circuit restriction, but that doesn't mean that more pressure is better, when an adequate flow is already flowing, the benefits of jet effects and similar are small, and are negligible compared to the prejudice that it supposes to restrict the flow.
We must also remember unnecessary costs, the electrical consumption.

[jordiqui]

@defaultuser said in Do you know if the Corsair iCUE H150i cooler comes with thermal paste included?:

@clipper said in Do you know if the Corsair iCUE H150i cooler comes with thermal paste included?:

An R.L like corsair will perform better than a normal heatsink for the simple fact that it has a larger surface area and will be better located than a "normal" heatsink

Yes, of course, but how much extra cost is justified is a matter of the other advantages too, because the extra performance alone is not enough.

Tell us what temperatures you have doing what... etc. that's what we need more of, precise info on how it performs, first-hand precise info, what we were saying..

@clipper said in Do you know if the Corsair iCUE H150i cooler comes with thermal paste included?:

For mine in particular, I don't think the liquid can be changed, and over time I don't think it will maintain its properties.
If for X the pump dies... It's done for.

You see, an advantage on one hand and a disadvantage on the other.
Not being dismountable is better for safety, it's "anti-hands" fool-proof as they used to say, but of course it's a handicap for others.
In theory, they should be using as much more stable liquids as possible other than water, with characteristics that make filtration, evaporation, degradation, and expansion difficult, that's what I suppose, is done in other different applications.
What usually affects this issue is the temperature at which the AIO lives, of course.
The pump shouldn't fail you, it has no mechanisms or wear (virtually), but its useful life also depends on the temperature. In submerged pumps that are normal but not special, they recommend not exceeding 30ºC in the water, in these more will be accepted but always having the system rather hot can break the pump when certain limits are reached.

So, the cooler it is, the more years it will last.

@clipper said in Do you know if the Corsair iCUE H150i cooler comes with thermal paste included?:

It's clear that a custom one will perform better... But it's three or four times more expensive.

You don't need such elitist material to get good results.
As long as the flow doesn't slack off and the water/air exchange reaches the desired efficiency, most of the possible performance will be achieved.

@jordiqui In reality, pumps of certain pressure are used because the circuit is restrictive, mainly the blocks.
For example, to cool only the micro, if we used a loop that was a little less restrictive, any pump would work, even the ones for 600l aquariums.
The pumps that are used give a little more pressure, thus producing an adequate flow despite the restriction of the circuit, but that doesn't mean that more pressure is better, when an adequate flow is already flowing, the benefit of jet effects and similar is small, and is negligible compared to the prejudice that it supposes to restrict the flow.
We must also remember the unnecessary costs, the electrical consumption.

I would have to seriously look into it (if I remember correctly you have a tutorial on this topic), to find a balance. But there are more specialized stores, I imagine. Before it was cool... and another one if I remember correctly.

[QVENGADOR]

Damn the mess I've made.
I want something that I can plug and play and that works. Putting another cooling system will surely go well. But it needs experienced hands and patience. Something I don't have. I just want the micro not to burn out.
Thanks for the answers because you also learn a lot.

[defaultuser]

@qvengador said in Do you know if the Corsair iCUE H150i cooler comes with thermal paste included?:

Damn, the mess I've made.

What you've chosen is perfect, enjoy it.

[jordiqui]

@jordiqui said in Do you know if the Corsair iCUE H150i cooler comes with thermal paste included?:

@defaultuser said in Do you know if the Corsair iCUE H150i cooler comes with thermal paste included?:

@clipper said in Do you know if the Corsair iCUE H150i cooler comes with thermal paste included?:

A radiator like the Corsair will perform better than a normal heatsink simply because it has a larger surface area and will be better located than a "normal" heatsink

Yes, of course, but how much extra cost is justified is a matter of the other advantages too, because the extra performance alone is not enough.

Tell us what temperatures you have doing what... etc that's what we need more of, precise info on how it performs, first-hand precise info, what we were saying...

@clipper said in Do you know if the Corsair iCUE H150i cooler comes with thermal paste included?:

For mine in particular, I don't think the liquid can be changed, and over time I don't think it will maintain its properties.
If the pump dies for X reason... It's done for.

You see, an advantage on one side, a disadvantage on the other.
Not being dismountable is better for safety, it's "foolproof" as they used to say, but of course it's a handicap for others.
In theory, they should be using as much as possible more stable liquids than water, with characteristics that make filtration, evaporation, degradation, and expansion difficult, that's what I suppose, it's done in other different applications.
What usually affects this issue is the temperature at which the AIO lives, of course.
The pump shouldn't fail you, it has no mechanisms or wear (virtually), but its useful life also depends on the temperature. In submerged pumps that are normal but not special, they recommend not exceeding 30ºC in the water, in these more is allowed but having the system always rather hot can indeed break the pump when certain limits are reached.

Let's say that the cooler it is, the more years it will last.

@clipper said in Do you know if the Corsair iCUE H150i cooler comes with thermal paste included?:

It's clear that a custom one will perform better... But it's three or four times more expensive.

You don't need such elite material to get good results.
As long as the flow doesn't slack off and the water/air exchange reaches the desired efficiency, most of the possible performance will be achieved.

@jordiqui In reality, pumps of certain pressure are used because the circuit is restrictive, mainly the blocks.
For example, to cool only the micro, if we used a loop that was a bit less restrictive, any pump would work, even those for 600L aquariums.
The pumps used give a little more pressure, thus producing an adequate flow despite the circuit restriction, but that doesn't mean that more pressure is better, when an adequate flow is already flowing, the benefits of jet effects and similar are small, and are negligible compared to the prejudice of restricting the flow.
We must also remember unnecessary costs, the electrical consumption.

I would have to seriously look into it (if I remember correctly, you have a tutorial on this topic), to find a balance. But there are more specialized stores, I imagine. It used to be cool... and another one if I remember correctly.

[Clipper]

@defaultuser This week I'm on vacation and I hope to do all the pending tasks (which are not a few )
As for the custom ones, it's not about being elitist, it's just that anything is worth a fortune for what it is...
A bomb with two pieces of delrim and acrylic tube and two toric seals is not less than 140€ the CPU blocks idem.
I bought strawberries with a diameter of 1 mm and a 10 mm cut for electrolytic engraving and they were not even 20 euros.
A 5 mm diameter mill I don't think it's worth much more (the smaller the more expensive) the copper would have to check the price but it wasn't very expensive (in scrap) so I don't know where they get the prices of the blocks from.
That said, the tapping screws did "bite" a little.
I can understand the prices of the GPU blocks because there are 200 models, but the CPU ones are standard.
Regards

[Clipper]

Out of curiosity, I'm looking at the D5 "bald" pump and I can't quite understand how it works.
I've had an aquarium and the pump had an inlet and outlet... on the D5 I can only see a central hole.