Overclocking AMD and Nvidia video cards in Ethereum Classic mining (ETC). Best overclocking Mh/kWh
Overclocking of video cards in Ethereum Classic mining
The Ethereum Classic cryptocurrency has become very popular after the departure of Ethereum to PoS. She was interested not only in a large number of new miners who transferred their capacities to this network, but also a lot of investors.
in this article, we will list all possible overclocking options on various AMD and Nvidia video cards. Here you will find overclocking options:
- Highest consumption and maximum hashrate
- Optimal consumption and high hashrate
- Average consumption and average (closer to high) hashrate
- Low consumption and low hashrate
- As well as many other intermediate hashrate settings
The miner was used by Phoenixminer and T-rex.
Overclocking Nvidia 2080 TI in mining ETC
The first GPU that we will consider is Nvidia 2080 TI, a Phoenixminer miner.
|
Coin |
Algorithm |
Hashrate |
PMD Wattage |
Power Limit |
Locked core |
Core offset |
Mem clock |
Miner |
|
EHEREUM CLASSIC (ETC) |
Etchash |
60.4 |
173 W |
|
1100 |
|
2000 |
Phoenixminer |
|
EHEREUM CLASSIC (ETC) |
Etchash |
61.3 |
174 W |
|
1100 |
|
2200 |
Phoenixminer |
|
EHEREUM CLASSIC (ETC) |
Etchash |
60.1 |
173 W |
|
1000 |
|
2000 |
Phoenixminer |
|
EHEREUM CLASSIC (ETC) |
Etchash |
48.2 |
155 W |
140 W |
|
0 |
2000 |
Phoenixminer |
|
EHEREUM CLASSIC (ETC) |
Etchash |
25.7 |
119 W |
120 W |
|
0 |
2000 |
Phoenixmin |
Overclocking Nvidia 3060 in mining ETC
The next GPU we will consider is Nvidia 3060, a T–rex miner. In the most popular miner for this algorithm - Phoenixminer, the situation is similar.
|
Coin |
Algorithm |
Hashrate |
PMD Wattage |
Effectiveness |
Power Limit |
Locked core |
Core offset |
Mem clock |
Miner |
|
Ehereum Classic (ETC) |
Etchash |
49 |
179 W |
0.274 |
N/A |
N/A |
-502 |
2400 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
46 |
108 W |
0.426 |
100 W |
N/A |
-502 |
2400 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
49 |
118 W |
0.415 |
110 W |
N/A |
-502 |
2400 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
49 |
118 W |
0.415 |
N/A |
1550 |
N/A |
2400 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
48 |
112 W |
0.429 |
N/A |
1450 |
N/A |
2400 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
46.6 |
108 W |
0.431 |
N/A |
1400 |
N/A |
2400 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
44.9 |
102 W |
0.440 |
N/A |
1350 |
N/A |
2400 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
43.6 |
98 W |
0.445 |
N/A |
1300 |
N/A |
2400 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
42 |
96 W |
0.438 |
N/A |
1200 |
N/A |
2400 |
T-rex 0.26.4 |
Overclocking Nvidia 3060 TI in mining ETC
The second GPU that we will consider is Nvidia 3060 TI, a T-rex miner. In the most popular miner for this algorithm - Phoenixminer, the situation is similar.
|
Coin |
Algorithm |
Hashrate |
PMD Wattage |
Effectiveness |
Power Limit |
Locked core |
Core offset |
Mem clock |
Miner |
|
Ehereum Classic (ETC) |
Etchash |
52.2 |
212 W |
0.246 |
N/A |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
52.2 |
137 W |
0.381 |
120 W |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
52.2 |
125 W |
0.418 |
110 W |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
45 |
115 W |
0.391 |
100 W |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
62.4 |
212 W |
0.294 |
N/A |
N/A |
0 |
2600 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
62.4 |
212 W |
0.294 |
N/A |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
62.4 |
195 W |
0.320 |
175 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
62.4 |
170 W |
0.367 |
150 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
61.9 |
145 W |
0.427 |
125 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
60.3 |
136 W |
0.443 |
120 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
57.4 |
132 W |
0.435 |
115 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
40.6 |
115 W |
0.353 |
100 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
62.4 |
162 W |
0.385 |
N/A |
1600 |
N/A |
2600 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
62.4 |
152 W |
0.411 |
N/A |
1500 |
N/A |
2600 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
61.4 |
142 W |
0.432 |
N/A |
1400 |
N/A |
2600 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
59.7 |
137 W |
0.436 |
N/A |
1350 |
N/A |
2600 |
T-rex 0.26.4 |
|
Ehereum Classic (ETC) |
Etchash |
57 |
132 W |
0.432 |
N/A |
1300 |
N/A |
2600 |
T-rex 0.26.4 |
Overclocking Nvidia 3070 in mining ETC
The next GPU we will consider is Nvidia 3070, a T–rex miner. In the most popular miner for this algorithm - Phoenixminer, the situation is similar.
|
Coin |
Algorithm |
Hashrate |
PMD Wattage |
Effectiveness |
Относительная эффективность |
Power Limit |
Locked core |
Core offset |
Mem clock |
Miner |
|
Ehereum classic (etc) |
Ethash |
52 |
197 W |
0.264 |
0.255 |
N/A |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
52 |
199 W |
0.261 |
0.253 |
N/A |
N/A |
175 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
52 |
192 W |
0.271 |
0.262 |
N/A |
N/A |
-502 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
62.3 |
220 W |
0.283 |
0.275 |
N/A |
N/A |
0 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
62.3 |
215 W |
0.290 |
0.281 |
N/A |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
62.3 |
198 W |
0.315 |
0.304 |
180 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
62.3 |
176 W |
0.354 |
0.341 |
160 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
62.3 |
154 W |
0.405 |
0.388 |
140 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
62.3 |
132 W |
0.472 |
0.449 |
120 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
60.8 |
127 W |
0.479 |
0.455 |
115 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
56.4 |
122 W |
0.462 |
0.438 |
110 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
44.4 |
112 W |
0.396 |
0.374 |
100 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
62.3 |
133 W |
0.468 |
0.446 |
N/A |
1400 |
N/A |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
62.3 |
132 W |
0.472 |
0.449 |
N/A |
1200 |
N/A |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
62.4 |
130 W |
0.480 |
0.457 |
N/A |
1150 |
N/A |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
62.4 |
128 W |
0.488 |
0.463 |
N/A |
1100 |
N/A |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
62 |
127 W |
0.488 |
0.464 |
N/A |
1050 |
N/A |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
60.1 |
125 W |
0.481 |
0.456 |
N/A |
1000 |
N/A |
2600 |
T-rex 0.26.4 |
Overclocking Nvidia 3080 in mining ETC
The next GPU we will consider is Nvidia 3080, a T–rex miner. In the most popular miner for this algorithm - Phoenixminer, the situation is similar.
|
Coin |
Algorithm |
Hashrate |
PMD Wattage |
Effectiveness |
Power Limit |
Locked core |
Core offset |
Mem clock |
Miner |
|
Ehereum classic (etc) |
Ethash |
87.1 |
336W |
0.259 |
N/A |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
85.7 |
210W |
0.408 |
200 W |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
101.9 |
320W |
0.318 |
N/A |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
99 |
245W |
0.404 |
230 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
101.6 |
238W |
0.427 |
N/A |
1150 |
N/A |
2600 |
T-rex 0.26.4 |
Overclocking Nvidia 3080 TI in mining ETC
The next GPU that we will consider (the best overclocking) is Nvidia 3080 TI, a T-rex Miner. In the most popular miner for this algorithm - Phoenixminer, the situation is similar.
|
Coin |
Algorithm |
Hashrate |
PMD Wattage |
Effectiveness |
Relative efficiency |
Power Limit |
Locked core |
Core offset |
Mem clock |
Miner |
|
Ehereum classic (etc) |
Ethash |
104.3 |
362 W |
0.288 |
0.283 |
N/A |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
104.3 |
361 W |
0.289 |
0.284 |
N/A |
N/A |
175 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
104.6 |
352 W |
0.297 |
0.292 |
N/A |
N/A |
-502 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
120.3 |
361 W |
0.333 |
0.327 |
N/A |
N/A |
0 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
120.5 |
358 W |
0.337 |
0.330 |
N/A |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
120.8 |
333 W |
0.363 |
0.356 |
320 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
120.2 |
312 W |
0.385 |
0.377 |
300 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
120.7 |
312 W |
0.387 |
0.379 |
300 W |
N/A |
0 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
110.4 |
289 W |
0.382 |
0.373 |
280 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
99 |
268 W |
0.369 |
0.360 |
260 W |
N/A |
-502 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
120.9 |
318 W |
0.380 |
0.372 |
N/A |
1600 |
N/A |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
121.4 |
303 W |
0.401 |
0.392 |
N/A |
1400 |
N/A |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
121.4 |
301 W |
0.403 |
0.395 |
N/A |
1200 |
N/A |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
121.1 |
300 W |
0.404 |
0.395 |
N/A |
1100 |
N/A |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
116.2 |
292 W |
0.398 |
0.389 |
N/A |
1050 |
N/A |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
109.6 |
283 W |
0.387 |
0.378 |
N/A |
1000 |
N/A |
2600 |
T-rex 0.26.4 |
Overclocking Nvidia A2000 stock in mining ETC
The next GPU that we will consider is Nvidia A2000, a T-rex miner. In the most popular miner for this algorithm - Phoenixminer, the situation is similar.
|
Coin |
Algorithm |
Hashrate |
PMD Wattage |
Effectiveness |
Power Limit |
Locked core |
Core offset |
Mem clock |
Miner |
|
Ehereum classic (etc) |
Ethash |
32.9 |
77 W |
0.427 |
N/A |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
31.5 |
67 W |
0.470 |
60 W |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
31.5 |
67 W |
0.470 |
50 W |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
31.5 |
67 W |
0.470 |
40 W |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
32.9 |
78 W |
0.422 |
N/A |
N/A |
175 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
41.6 |
78 W |
0.533 |
N/A |
N/A |
175 |
3000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
41.7 |
79 W |
0.528 |
N/A |
N/A |
0 |
3000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
33.5 |
78 W |
0.429 |
N/A |
N/A |
-502 |
3000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
30 |
69 W |
0.435 |
60 W |
N/A |
0 |
3000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
30.3 |
69 W |
0.439 |
60 W |
N/A |
0 |
2600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
30.9 |
69 W |
0.448 |
60 W |
N/A |
0 |
1200 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
31.6 |
69 W |
0.458 |
60 W |
N/A |
0 |
600 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
41.7 |
78 W |
0.535 |
N/A |
1400 |
N/A |
3000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
41.6 |
78 W |
0.533 |
N/A |
1000 |
N/A |
3000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
41.7 |
78 W |
0.535 |
N/A |
950 |
N/A |
3000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
39.7 |
77 W |
0.516 |
N/A |
900 |
N/A |
3000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
37.2 |
75 W |
0.496 |
N/A |
850 |
N/A |
3000 |
T-rex 0.26.4 |
Overclocking Nvidia A2000 (modified) in mining ETC
The next GPU that we will consider (the best overclocking) is Nvidia A2000 modified, T-rex Miner. In the most popular miner for this algorithm - Phoenixminer, the situation is similar.
|
Coin |
Algorithm |
Hashrate |
PMD Wattage |
Effectiveness |
Relative efficiency |
Power Limit |
Locked core |
Core offset |
Mem clock |
Miner |
|
Ehereum classic (etc) |
Ethash |
32.9 |
87 W |
0.378 |
0.351 |
N/A |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
32.9 |
87 W |
0.378 |
0.351 |
70 W |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
32.9 |
87 W |
0.378 |
0.351 |
60 W |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
32.9 |
87 W |
0.378 |
0.351 |
50 W |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
32.9 |
87 W |
0.378 |
0.351 |
10 W |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
32.9 |
87 W |
0.378 |
0.351 |
35 W |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
32.9 |
87 W |
0.378 |
0.351 |
120 W |
N/A |
0 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
32.9 |
87 W |
0.378 |
0.351 |
N/A |
N/A |
175 |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
31.1 |
64 W |
0.486 |
0.440 |
N/A |
700 |
N/A |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
32.9 |
67 W |
0.491 |
0.447 |
N/A |
800 |
N/A |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
32.9 |
67 W |
0.491 |
0.447 |
N/A |
900 |
N/A |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
32.9 |
67 W |
0.491 |
0.447 |
N/A |
1000 |
N/A |
0 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
49.6 |
98 W |
0.506 |
0.474 |
N/A |
N/A |
0 |
5700 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
40.9 |
96 W |
0.426 |
0.398 |
N/A |
N/A |
-502 |
5700 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
49.6 |
99 W |
0.501 |
0.469 |
N/A |
N/A |
175 |
5700 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
50.5 |
99 W |
0.510 |
0.478 |
N/A |
N/A |
0 |
6000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
50.5 |
99 W |
0.510 |
0.478 |
N/A |
1400 |
N/A |
6000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
50.5 |
98 W |
0.515 |
0.482 |
N/A |
1200 |
N/A |
6000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
50.6 |
96 W |
0.527 |
0.493 |
N/A |
1150 |
N/A |
6000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
47.6 |
92 W |
0.517 |
0.482 |
N/A |
1150 |
N/A |
5000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
48.5 |
92 W |
0.527 |
0.492 |
N/A |
1100 |
N/A |
6000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
47.6 |
89 W |
0.535 |
0.498 |
N/A |
1100 |
N/A |
5000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
44.6 |
85 W |
0.525 |
0.487 |
N/A |
1100 |
N/A |
4000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
46.4 |
88 W |
0.527 |
0.490 |
N/A |
1050 |
N/A |
6000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
46 |
87 W |
0.529 |
0.491 |
N/A |
1050 |
N/A |
5000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
44.6 |
83 W |
0.537 |
0.497 |
N/A |
1050 |
N/A |
4000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
41.7 |
79 W |
0.528 |
0.487 |
N/A |
1050 |
N/A |
3000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
44.3 |
84 W |
0.527 |
0.489 |
N/A |
1000 |
N/A |
6000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
43.9 |
83 W |
0.529 |
0.490 |
N/A |
1000 |
N/A |
5000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
43.9 |
82 W |
0.535 |
0.495 |
N/A |
1000 |
N/A |
4000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
41.7 |
78 W |
0.535 |
0.493 |
N/A |
1000 |
N/A |
3000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
38.7 |
75 W |
0.516 |
0.474 |
N/A |
1000 |
N/A |
2000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
39.7 |
80 W |
0.496 |
0.458 |
N/A |
900 |
N/A |
6000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
40.4 |
77 W |
0.525 |
0.483 |
N/A |
900 |
N/A |
4000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
40.4 |
76 W |
0.532 |
0.489 |
N/A |
900 |
N/A |
3000 |
T-rex 0.26.4 |
|
Ehereum classic (etc) |
Ethash |
38.7 |
74 W |
0.523 |
0.480 |
N/A |
900 |
N/A |
2000 |
T-rex 0.26.4 |
AMD 6800XT overclocking in mining ETC
The best overclocking performance of AMD 6800 XT for Windows:
- Core Voltage (VDD): 800
- Power Limit (%): N/A
- Core Clock (CClock): 1200
- Memory Clock (MClock): 1125
- Fan speed (%): 70%
The best overclocking performance of AMD 6800 XT for Hive OS:
- Core Voltage (VDD): 800
- Power Limit (%): N/A
- Core Clock (CClock): 1200
- Memory Clock (MClock): 2250
- Fan speed (%): 70%
With these overclocking indicators, we get: 63Mh/s 130 watts.
AMD 6800 overclocking in mining ETC
The best AMD 6800 overclocking performance for Windows:
- Core Voltage (VDD): 800
- Power Limit (%): 90%
- Core Clock (CClock): 1200
- Memory Clock (MClock): 1125
- Fan speed (%): 70%
The best AMD 6800 overclocking performance for Hive OS:
- Core Voltage (VDD): 800
- Power Limit (W): 150W
- Core Clock (CClock): 1200
- Memory Clock (MClock): 2250
- Fan speed (%): 70%
Best GPU overclocking rate: 63Mh/s 130 Watts
Overclocking AMD 6700 XT in mining ETC
The best overclocking performance of AMD 6700 XT for Windows:
- Core Voltage (VDD): 915
- Power Limit (%): 80%
- Core Clock (CClock): 1115
- Memory Clock (MClock): +1075
- Fan speed (%): 70%
The best overclocking performance of AMD 6700 XT for Hive OS:
- Core Voltage (VDD): 915
- Power Limit (W): 120 W
- Core Clock (CClock): 1115
- Memory Clock (MClock):2150
- Fan speed (%): 70%
Best GPU overclocking rate: 47 Mh/s 120 Ватт
Overclocking AMD 6600 XT in mining ETC
The best overclocking performance of AMD 6600 XT for Windows:
- Core Voltage (VDD): 640
- Power Limit (%): 70%
- Core Clock (CClock): 1500 (Locked)
- Memory Clock (MClock): + 2400
- Fan speed (%): 70%
The best overclocking performance of AMD 6700 XT for Hive OS:
- Core Voltage (VDD): 640
- Power Limit (%): 70w
- Core Clock (CClock): 1500 (Locked)
- Memory Clock (MClock): 2400
- Fan speed (%): 70%
Best GPU overclocking rate: 33 Mh/s 60 Watts
Overclocking AMD 5700 XT in mining ETC
The best overclocking performance of AMD 5700 XT for Windows:
- Core Voltage (VDD): 780
- Power Limit (%): 85%
- Core Clock (CClock): 1400
- Memory Clock (MClock): 900
- Fan speed (%): 70%
The best overclocking performance of AMD 5700 XT for Hive OS:
- Core Voltage (VDD): 780
- Power Limit (W): 140W
- Core Clock (CClock): 1400
- Memory Clock (MClock): 1800
- Fan speed (%): 70%
Best GPU overclocking rate: 55 Mh/s 135 Watts
Overclocking AMD 5600 XT in mining ETC
The best overclocking performance of AMD 5700 XT for Windows:
| Core MHz | Memory MHz | Core undervolt (Voltage) |
MVDD (Memory voltage) | MVDDCI (Memory controller voltage) |
|---|---|---|---|---|
| 1250 | 1800/900 | 725 | 1300 | 800 |
With this overclocking, the video card outputs: 40.32Mh/s and consumes 110 watts
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