Right now, I am looking at the following two blocks. I will use the Intel 14900K CPU. I will have the CPU overclocked. I have done my research, and right now my first choice is the EK Full Nickle Block with the Direct Die. From my research, I have seen some nice reviews on the Modultra water block/heatsink combination. I do understand the Modultra is a block, and pump all in one, and the EK is a block only.
Modulta stays "Pump Cooling: The LOBO in conjunction with a Modultra heatsink has been shown during testing to decrease DDC pump temperatures by more than 45 degrees C. This is a function of the LOBO’s solid brass body and heatsink conduction paths into the body. Because the body is solid brass, and the pump is sandwiched between the body and the aluminum heat sink, heat flows from the pump into the loop coolant. This means that your DDC pump will live a much longer life due to decreased operational temperatures. Estimated heat load addition to the loop coolant should be between 6-10 watts, depending on your pump load. Loop temperature increase will depend on loop size and radiator configuration but is estimated at 1-2 degrees water temperature. We at Modultra think that a 1-2 degree increase in water temperature is a small price to pay for a 45 degree temperature reduction in your DDC pump."
Does anyone have any real work experience with the Modultra?
Modultra LOBO CPU water block/heatsink - https://modultra.com/shop/ols/produ...-water-block-plus-plain-heatsink/v/MPBC-W240I
EK-Quantum Velocity² D-RGB - 1700 Full Nickel w/EK-Quantum Velocity² Direct Die - 1700
Modulta stays "Pump Cooling: The LOBO in conjunction with a Modultra heatsink has been shown during testing to decrease DDC pump temperatures by more than 45 degrees C. This is a function of the LOBO’s solid brass body and heatsink conduction paths into the body. Because the body is solid brass, and the pump is sandwiched between the body and the aluminum heat sink, heat flows from the pump into the loop coolant. This means that your DDC pump will live a much longer life due to decreased operational temperatures. Estimated heat load addition to the loop coolant should be between 6-10 watts, depending on your pump load. Loop temperature increase will depend on loop size and radiator configuration but is estimated at 1-2 degrees water temperature. We at Modultra think that a 1-2 degree increase in water temperature is a small price to pay for a 45 degree temperature reduction in your DDC pump."
Does anyone have any real work experience with the Modultra?
Modultra LOBO CPU water block/heatsink - https://modultra.com/shop/ols/produ...-water-block-plus-plain-heatsink/v/MPBC-W240I
EK-Quantum Velocity² D-RGB - 1700 Full Nickel w/EK-Quantum Velocity² Direct Die - 1700