As you can see, the memory chips are placed in a way where every next chip is on the opposite side of the PCB.
You don’t need to remove cooling in order to see memory modules, or at least half of them. In this case, EVGA stuck to the reference design. The PCB ends where the power connectors are but partners are free to implement own designs. Things get interesting once you flip the GTX 670 over. In general, the GTX 670 SC is similar to the GTX 680 Signature card we tested here. The cooler is based on the reference design, although the hood makes it look like a brand new design. EVGA’s PrecisionX can come in handy with this and it already got a skin themed like the GTX 670 Superclocked.īelow is the GPU-Z report so you can check out the main features of the GTX 670.ĮVGA cools its GTX 670 Superclocked with a blower style fan. In case EVGA doesn’t do it however, you can always take the Superclocked and overclock it further. Although the Superclocked isn’t clocked beyond 1GHz, we expect EVGA’s Signature and FTW to thread that ground, and they’re coming soon as well. We expect a nice overclock from the GK104. EVGA added to this further and designed a special bracket with bigger air exhausts. Although reference coolers aren’t usually the champs of cooling, Nvidia did a great job this time around. The Superclocked comes with a cooler that looks different from the reference version, but beneath the hood is the same beast. Note that the reference clocks are 915/1502MHz GPU/memory. Today’s guest is EVGA GTX 670 Superclocked, with GPU that ticks at 967MHz and the memory at 1552MHz (6208MHz effectively).
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