Monday, July 25th 2016

Sapphire Radeon RX 470 Platinum Edition Pictured

Here are some of the first pictures of the Radeon RX 470 Platinum Edition by Sapphire. The card design is a close variation of AMD reference design, with a silvery plastic panel on the cooler shroud, a metallic sticker on the fan hub, and a back-plate covering the length of the PCB. This PCB features two fewer power phases than the RX 480, and 4 GB of 7 Gbps GDDR5 memory. The RX 470 features 2,048 stream processors, 128 TMUs, 32 ROPs, and a 256-bit GDDR5 memory interface. It draws power from a single 6-pin PCIe power connector; and its TDP is rated at 150W. The MSRP for the RX 470 is rumored to be set at US $179.
Source: VideoCardz
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29 Comments on Sapphire Radeon RX 470 Platinum Edition Pictured

#26
uuuaaaaaa
xorbeBoth sides should adjust the names a little more. Golden Platinum Extreme Edition, and nVidia's Founders Extreme Edition.
Platinum Edition is an old ATI Radeon branding from the X8XX series of cards (circa 2004-2005). In those times it was meant for the highly binned high end chips like the R481 (X850 XT Plantinum Edition AGP).
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#27
yogurt_21
well below my performance target, but dayum that card is sexy!
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#28
xorbe
uuuaaaaaaPlatinum Edition is an old ATI Radeon branding from the X8XX series of cards (circa 2004-2005). In those times it was meant for the highly binned high end chips like the R481 (X850 XT Plantinum Edition AGP).
And I thought my corny joke would be too obvious, heh ...
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#29
looncraz
FinnersHmmm who's going to be the first one to try and unlock this to a 480!, PCB looks the same -2 power phases,.

No copper core to the heatsink seems like taking penny pinching a little to far, the cooler doesn't cool the 480 well enough so leave it the same and hopefully it would have done an alright job on the 470 but no, they have made it even weaker and probably saved about $2.
The purpose of copper in a heatsink is often misunderstood - it's mostly for handling transient heat loads. Aluminum is better at dissipating heat, copper is better at conducting it. The interface between the two metals needs to be supremely good for the small amount of copper in the RX 480 heatsink to be of any use.

The copper basically keeps idle temperatures lower, and reduces spikes in temperatures, but the peak average will be quite similar between the same heatsink in all aluminum.

The 20W lower likely power output of the RX 470 will be easier to cool, so the copper being absent will likely make no difference.
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