Again, this is within an acceptable range, since only temperatures as high as 302☏ (150☌) would end in an OTP-related shut-down. The PWM controller mounted on the back of the board (visible just right of the VRM label as a faint rectangle) measures approximately 221☏ (105☌). However, the excess heat travels through the multi-layer circuit board's copper traces and spreads over a large area. Although that sounds bad, it's not out of spec for the built-in MOSFETs, which are rated at up to 302☏ (150☌). Our stress test gets them up to 246☏ (119☌). Even on an open test bench, temperatures during our gaming loop reach 234☏ (112☌). Since the PCB was designed to facilitate doubling, one of the two MOSFETS could have been moved into the second regulator circuit's vacant space.Īs our infrared readings demonstrate, though, a lack of active cooling on the VRMs has negative consequences. This is made worse by the fact that two of these MOSFETS are positioned fairly close to each other. But concentrating all of the components in one package also comes with a significant disadvantage: the creation of thermal hot-spots. The three GPU phases are controlled using one uPI Semiconductor uP9505P, with each regulator circuit realized as a highly integrated E6930 Dual N-Channel MOSFET, which combines the gate driver, high- and low-side MOSFET, and Schottky-diode in one convenient package.Īgain, this is meant to cut costs and conserve space. However, this minimalist configuration with just one regulator circuit per phase, similar to Nvidia's reference design, seems to be more popular given its lower cost. Hope this helps.In theory, the PCB could have enabled three phases and a maximum of six regulator circuits via doubling for the GPU, plus one phase for the memory. A 1060 that is watercooled will certainly help it. You will need to input your card data on the EK Configurator to know for sure. Watercool also makes a GPU Die only block again same story. You would also have to buy a mounting bracket for the hole spacing to fit the Thermosphere. You can also look at the EK Thermosphere blocks which cool only the GPU Die and you have to do passive cooling on everything else, it comes in a acetal or acrylic. There is also Bitspower block for the Founders Edition 1060 (BP-WBV1060-H-RGB), not sure if its available anymore but that is the part number) and there is Bykski that make waterblocks for the 1060 to. For the GPX though you will need to know the part number since those heatsinks are machined for different PCB's. Seeing as though they dont seem to have a 1060 unit bundled, you could get the heatsink separate and then get the AIO parts. The GPX Pro has a GPU block that's on the Die and the rest are passively cooled via a giant integrated heatsink, its a pretty affordable unit and would probably work very well for you. You can get an AIO like the Eiswolf GPX Pro, but to be honest I would not recommend Alphacool, they have sub par quality in my opinion. It all comes down to your Part number on card, But from not knowing what model it is, it makes it difficult to determine if there will be a conflict. Ejonesss i am trying to ask if i can do a hybrid cooling where a water cooling can be done only to the gpu while the power and memory chips are handled passively but i guess there are no engineers and technicians in the forums.
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