Ncore v1 Naked die cooling waterblock

Independent floating fixture

If you are not convinced with unique “no frame” solution of the V1, then this is another option.

All waterblocks on the market are using 4 screws standard installation bracket, however, to eliminate uneven stresses on the CPU core many company use springs.

For direct on die Ncore’s installation it was not enough, its special floating fixture uses hinge concept to eliminate stresses.

Water 20x closer to the CPU

All modern CPUs are trapped behind wall of metal (IHS), what is probably the biggest flaw in their design. By integrating the IHS with the Ncore’s, water is enabled to flow 20x closer to the CPU, when compared to other systems available on the market.

This is not an aerospace science, just basic physics. Less metal in-between heating and cooling source- equals better conductivity. The thickness of the isolator (which is IHS) is inversely proportional to thermal conductivity; it is like in your house over the winter- thinner the wall the colder inside

NAKED DIE COOLING

Designed for delidded CPU (F.I.T.W)

It is all about delidding- it is worth it!

The cooling surface of the Ncore is designed to cool the CPU die specifically, not the IHS like the competition. This forced us to come up with completely redesigned cooling chamber.

True Adjustable water flow (F.I.T.W)

Each custom water-cooling system is unique, after all, it is custom. As miniaturization is the key to modern engineering, I have designed the Ncore to, not only perform great powered by high flow systems Di5 pump but to be adjusted and used in a low flow pressure system. For the first time, you will be able to adapt waterblock to your system

3D Watercooling (F.I.T.W)

Using Linear Stress Analysis, Nonlinear Analysis, Thermal Structural Analysis, Computational Fluid Dynamics (CFD) I was able to achieve an excellent performance of the Ncore with minimal waterflow resistance (which can be adjusted anyway)

All modern CPUs are trapped behind a wall of metal (IHS), what is probably the biggest flaw in their design. By integrating the IHS with the Ncore’s, water is enabled to flow 20x closer to the CPU, when compared to other systems available on the market. It provides same protection of the CPU die as the IHS after installing standard option waterblock.

Each custom water-cooling system is unique, after all it is custom. As miniaturization is the key to modern engineering, I have designed the Ncore, to not only perform great powered by high flow systems D5 pump, but to be adjusted and used in a low flow pressure system. For the first time you will be able to adapt waterblock to your system set up.

The installation process of the Ncore V1 is one of my biggest achievements and I am very proud of it.

Ncore V1 uses the LGA socket as its installation bracket. There is no need for any extra frames or screws.

Using Computational Fluid Dynamics (CFD) I was able to achieve a great performance of the Ncore with minimal waterflow resistance (which can be adjusted anyway).