MSI has also put its own flavor to the card with its Military class components, such as the Solid Caps, Hi-C Cap and and Solid State Chokes. This leads to lower temperatures, better energy efficiency and a longer lifespan.
Now comes the part where we break the card down and see what’s doing under the hood. When we take off the Twin Frozr IV cooler and flip it over, we can see the exposed heatpipes that snake from under the contact point throughout the fin array. We can see a couple of additional contact points for the power section and vRAM that is not covered by the plate covering most of the ICs. We can see a couple of additional contact points for the power section and vRAM that is not covered by the plate covering most of the ICs. We can see different caps and such used when compared with the reference model, though the power delivery still appears to be the same. So, there are better parts, but not a more robust power delivery area by number of phases.
A closeup of a vRAM IC shows us that it’s using the overclockers preferred, Hynix memory. Specifically, the H5GQ2H24AFR-ROC, which at a meager 1.35 V is rated for 1250 MHz (stock for our card).