RTG Radeon Tweaker Group - AMD Radeon VII Mods, Tweaks, Subvolts and Overclocks Made Easy | igorsLAB | Page 6

The RTG (Radeon Tweaker Group) is a group of those who have already made it their mission since AMD's Polaris and later Also Vega to make some overvoltage and unnecessarily hot Radeon what one would like as an end customer: to a faster and significantly more efficient Graphics card.

Warning (Disclaimer)!

It should be explicitly mentioned here in advance that this represents a massive interference with the control of the graphics card and especially the EvenMorePower files should only be used by experienced overclockers. Of course, we also include common sense, because a little respect for the product is the minimum. Permanent operation of the components with values not provided by the manufacturer can lead to irreparable damage! The protection functions (shutdown limits) are all still activated, which minimizes the risk somewhat, but of course components such as damage to the SOC, the memory or the voltage converters.

The reference design is NOT suitable for the use of the files, only a slight increase of the power target or the removal of the clock limit for the HBM memory should still be useful. If you do not want to convert the cooler, refer to page 2. That is not the end of the matter.

By the way, we recommend the file MorePowerVII_50. This allows the memory clock to be raised beyond 1.2 GHz and extends the PowerLimit sensibly. As soon as the first water coolers are on the market, one or the other will surely find his pleasure in the virtually unlimited possibilities. Until then: please use brain!

It is currently quite difficult to estimate the overclocking results that can then be achieved, as the map is still relatively young and few users have adequate cooling so far. As a stability test, Gurdi recommends, for example, resident Evil 2 included in the Radeon package. The RE-2 engine completely loads the map, at least in Ultra HD with Asynchronus Compute.

Especially the intermediate sequences are very demanding and produce strong peak values at clock, power consumption and junction temperature. Applications with ASC are generally very demanding and demanding for this card. This means that games like Wolfenstein II are quite good if you can run them in Ultra HD.

Available PPT files at a glance and as downloads

I have attached two ZIP archives with the respective REG files under this table. I would like to stress once again that this is an interference with telemetry and is done at your own risk, so damage caused by improper handling of these settings cannot be ruled out. Below is the table of all available PPT files:

MorePowerVII:	Vanilla version, no changes.
MorePowerVII_50:	+50%(+20%) max Powerlimit
MorePowerVII_77:	+77% (+20%) max Powerlimit, 400A TDC Core (330A), 66A TDC SoC (50A)
MorePowerVII_77+:	+77% (+20%) max Powerlimit, 400A TDC Core (330A), 66A TDC SoC (50A), 1193mV SoC (1168mV)
MorePowerVII_77_UV:	+77% (+20%) max Powerlimit, 400A TDC Core (330A), 66A TDC SoC (50A), 1168mV Vcore (1218mV)
EvenMorePowerVII:	500W (250W) TDP, +99%(+20%) max Powerlimit, 600A TDC Core (330A), 100A TDC SoC (50A)
EvenMorePowerVII_1293:	500W (250W) TDP, +99%(+20%) max Powerlimit, 600A TDC Core (330A), 100A TDC SoC (50A), 1293mV Vcore (1218mV), maximum clock speed Core 2400MHz, HBM 1400MHz
EvenMorePowerVII_1293+:	500W (250W) TDP, +99%(+20%) max Powerlimit, 600A TDC Core (330A), 100A TDC SoC (50A), 1293mV Vcore (1218mV), 1218mV SoC (1168mV), maximum clock speed Core 2400MHz (2200MHz), max HBM 1400MHz (1200MHz)
EvenMorePowerVII_1293++:	500W (250W) TDP, +99%(+20%) max Powerlimit, 600A TDC Core (330A), 100A TDC SoC (50A), 1293mV Vcore (1218mV), 1243mV SoC (1168mV), maximum clock speed Core 2400MHz (2200MHz), max HBM 1400MHz (1200MHz)
EvenMorePowerVII_1318++:	500W (250W) TDP, +99%(+20%) max Powerlimit, 600A TDC Core (330A), 100A TDC SoC (50A), 1318mV Vcore (1218mV), 1243mV SoC (1168mV), maximum clock speed Core 2400MHz (2200MHz), max HBM 1400MHz (1200MHz)
EvenMorePowerVII_1343++:	1000W(250W) TDP, +99%(+20%) max Powerlimit, 800A TDC Core (330A), 150A TDC SoC (50A), 1343mV Vcore (1218mV), 1243mV SoC (1168mV), maximum clock speed Core 2400MHz (2200MHz), max HBM 1400MHz (1200MHz)
EvenMorePowerVII_1343+++:	1000W(250W) TDP, +99%(+20%) max Powerlimit, 800A TDC Core (330A), 150A TDC SoC (50A), 1343mV Vcore (1218mV), 1268mV SoC (1168mV), maximum clock speed Core 2400MHz (2200MHz), max HBM 1400MHz (1200MHz)

Download MorePowerPPT (ZIP)

Download von EvenMorePower PPT

Summary and conclusion

Especially the sub-voltage and the fan replacement are easy to do and probably therefore again the mandatory program for every vegan in the second generation. What you can save on power consumption is downright magnificent and the pleasing consequences, such as a significantly lower waste heat and the more stable clock, every buyer likes to take with him. And for the most part at no charge! AMD, however, has to ask itself again why it is still not possible to set the voltage specifications automatically depending on the chip quality.

We will of course continuously update the content of this article and keep up to date with the latest knowledge. In addition, there will be a water cooling area (if available) and we will also report on the innovations in Morpheus. If there are own projects of the readers, which you do not want to withhold from the community, then of course everyone can also contact the team directly via PN in the forum.

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