Base Clock VS Boost Clock

Th3-Trinity

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Feb 5, 2015
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I just got rid of my 980 Boosted to 1241 MHz. In return, I bought the 980 Ti that was 1190 MHz. Is it really going to make much of a difference if I manually clock the new one to 1250 to match the old card's speed? Or is this going to cause some major issue? My understanding was that the old card was just OC'd in the factory higher than the new one. So I can just OC it myself correct? It really only is a small jump from where it is now.
 

Reaper_7799

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As long as you don't get a bad card, as in bad silicon lottery, you should be able boost your base above whatever the factory overclocks are at. It will depend on your individual cards ability, as far as how high you can overclock.

What brand card did you end up getting? The 980 boosts really well and so does the 980 ti, but even if you weren't able to boost, the 980 ti reference stock clock speeds at 1000 is still faster than a heavily overclocked 980.
 

Reaper_7799

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A lot of people hit 1250 base clocks with that evga card, but will still depend on your individual card. But even if you weren't able too, the 1190 overclocked evga card will still be quite a bit faster than your 980.
 

Reaper_7799

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It's more than just that but yes it has more cuda cores at 2800 ish vs 200o ish for the 980. The Titanx has 3000 ish. Streaming multiprocessors is 22 vs 16 for the 980 and 24 for the titanx. ROPS are 96, same as titanx and 980 has 64. 176 texture units vs 128 for the 980 and 192 for the titanx. The die size is the same as titanx at 601 mm² vs 398mm2 for the 980 so, transistors are 8 billion, same as titanx while 980 has 5 billion.
 

Reaper_7799

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980 TI Titanx 980 290x


Process 28nm 28nm 28nm 28nm
Transistors 8 Billion 8 Billion 5.2 Billion 6.2 Billion
GPU Clock 1000MHz 1000MHz 1126MHz Up to 1GHz
Shaders or cuda cores 2816 3072 2048 2816
Texture units 176 192 128 176
Texture fillrate 176 GT/s 192 GT/s 172.8 GT/s 176 GT/s
ROPS 96 96 64 64
Pixel fillrate 96 GP/s 96 GP/s 72 GP/s 64 GP/s
Memory bus 384-bit 384-bit 256-bit 512-bit
Memory 6GB GDDR5 12GB GDDR5 4GB GDDR5 4GB GDDR5
Memory transfer rate 7 GT/s 7 GT/s 7 GT/s 5 GT/s
Memory bandwith 336.5 GB/s 336.5 GB/s 224.4 GB/s 320 GB/s
Board power 250W 250W 165W 250W