NVIDIA Explains Double Flow Through Cooling System for Their GeForce RTX 5000 FE Graphics Cards



NVIDIA has launched their NVIDIA GeForce RTX 5000 series of graphics cards with four new models and has surprised the public not only with its performance, but also with the thinner graphics card design when compared to previous models.


In fact, the NVIDIA GeForce RTX 5090 Founders Edition graphics card was seen to come with a two-slot design only. Recently, the graphics card was disassembled, and one very surprising thing was seen where it comes with a smaller circuit board size than usual.


In terms of the cooling block, this Double Flow Through system uses vapor chamber technology together with an aluminum block to dissipate heat from the graphics card components, and then two Double Flow Through fans are used to dissipate heat from the cooling block.


This Double Flow Through cooling system will dissipate heat more smoothly without having to blow hot air to the circuit board components, thus further reducing the probability of the built-in components to become hotter, especially at higher usage rates.


For PC builders who like to modify components for more efficient cooling systems such as liquid cooling, they will notice that the circuit boards on these latest graphics cards are very small, and they look small enough to fit into a small form factor computer case such as mini-ITX with a compact liquid cooling system.


In fact, NVIDIA itself has confirmed this and listed the NVIDIA GeForce RTX 5090 Founders Edition graphics card as the only graphics card of its model that is ready for small form factor computers on their Small Form Factor Ready list.


This means that yes, even though this graphics card consumes a lot of power and comes with very powerful performance, it is also small enough to fit into a compact computer case if you modify the cooling components for it.


It goes to show that even with NVIDIA's basic design, the graphics cards in this series all have great potential to be used in a variety of different configurations, depending on the user's willingness to fit them into their builds.

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