is it worth changing from Infinity to Ninja?
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is it worth changing from Infinity to Ninja?
Hello silentMasters:)
I have a question. I read today Anandtech ninja review.
Right now I have E6700 but I'm planning to get Q6600. I'm using Scythe Infinity. Now my question is...should I keep it or get soemthing else. I also heard good things about thermalright 120 ultra but I don't like it's screw mounting system (i don't want to change plate at the back side of the mobo plys use screwdriver . So I guess only Ninja have same plastic thingy. Is it worth getting NInja? I'm looking for quite good cooling solution with one fan only (i don't want to put another one fan on infinity) SO what would be better with one fan? Infinity or Ninja? Plus maybe Instead of stock scythe fan I should put Nexus 120 on it? What do you think. This is my whole rig (Silverstone TJ09 case)
I have a question. I read today Anandtech ninja review.
Right now I have E6700 but I'm planning to get Q6600. I'm using Scythe Infinity. Now my question is...should I keep it or get soemthing else. I also heard good things about thermalright 120 ultra but I don't like it's screw mounting system (i don't want to change plate at the back side of the mobo plys use screwdriver . So I guess only Ninja have same plastic thingy. Is it worth getting NInja? I'm looking for quite good cooling solution with one fan only (i don't want to put another one fan on infinity) SO what would be better with one fan? Infinity or Ninja? Plus maybe Instead of stock scythe fan I should put Nexus 120 on it? What do you think. This is my whole rig (Silverstone TJ09 case)
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the lighting throws me off a little with that picture, but i wonder, can you rotate the heatsink 90 degrees? its worth a shot and it would give you better airflow, instead of rising heat all the time, the heat would go to the back and out. maybe try ducting the rear fan to the heatsink?
other than cable spaghetti it looks nice. if i run into a picture of the type of udct i have in mind i'll post it...not a full duct, just a piece of metal or cardboard that would direct air towards the back of the case instead of steadily upwards.
btw, thats one massive graphics card. i'd hate to see the amount of heat it gives off.
other than cable spaghetti it looks nice. if i run into a picture of the type of udct i have in mind i'll post it...not a full duct, just a piece of metal or cardboard that would direct air towards the back of the case instead of steadily upwards.
btw, thats one massive graphics card. i'd hate to see the amount of heat it gives off.
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The Ninja is not worth the switch IMO. Maybe 2 degrees at load if pressure is ok. As you have a 775 system, the other two readers are right in pointing out you should rotate your Infinity, though.
Performance-wise, a Nexus is not much better than the S-Flex, especially if the latter is undervolted (an inaudible S-Flex is the same as an inaudible Nexus)
Performance-wise, a Nexus is not much better than the S-Flex, especially if the latter is undervolted (an inaudible S-Flex is the same as an inaudible Nexus)
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The top of those RIO parts (which are inductors by the way) are plastic about 1mm thick. Scratches are completely harmless.
However, they do indicate that the bottom of the heat sink (or its mounting hardware) were pressing against the motherboard components. This compromises the pressure of the heat sink base against the top of the CPU case, resulting in reduced heat transfer.
Whenever mounting a high-performance tower HSF on a high-performance CPU, you want to ensure that there is no mechanical interference that would reduce the HSF/CPU pressure. Even slight interference can raise CPU temperatures as much as 10*C.
However, they do indicate that the bottom of the heat sink (or its mounting hardware) were pressing against the motherboard components. This compromises the pressure of the heat sink base against the top of the CPU case, resulting in reduced heat transfer.
Whenever mounting a high-performance tower HSF on a high-performance CPU, you want to ensure that there is no mechanical interference that would reduce the HSF/CPU pressure. Even slight interference can raise CPU temperatures as much as 10*C.