/KWh
Comparez l'efficacité électrique sur des algorithmes spécifiques.
L'efficacité est la puissance utilisée divisée par la puissance de calcul produite (hashrate).
Bitmain | Jan 2023 | 63.5 Th/s | 3080 W | Eaglesong | ... /jour | 0.049j/Gh | |
iBeLink | Apr 2024 | 30 Th/s | 3300 W | Eaglesong | ... /jour | 0.11j/Gh | |
iBeLink | Dec 2022 | 25 Th/s | 3300 W | Eaglesong | ... /jour | 0.132j/Gh | |
Goldshell | Dec 2021 | 19.3 Th/s | 3300 W | Eaglesong | ... /jour | 0.171j/Gh | |
Goldshell | Dec 2022 | 2.1 Th/s | 400 W | Eaglesong | ... /jour | 0.19j/Gh | |
Goldshell | Mar 2022 | 6.3 Th/s | 1200 W | Eaglesong | ... /jour | 0.19j/Gh | |
Goldshell | Dec 2022 | 17 Th/s | 3300 W | Eaglesong | ... /jour | 0.194j/Gh | |
Goldshell | Mar 2021 | 12 Th/s | 2400 W | Eaglesong | ... /jour | 0.2j/Gh | |
Goldshell | Jul 2021 | 1.05 Th/s | 215 W | Eaglesong | ... /jour | 0.205j/Gh | |
iBeLink | Nov 2020 | 6.6 Th/s | 2400 W | Eaglesong | ... /jour | 0.364j/Gh | |
Todek | Mar 2020 | 1.55 Th/s | 1380 W | Eaglesong | ... /jour | 0.89j/Gh | |
Todek | May 2020 | 3 Th/s | 2700 W | Eaglesong | ... /jour | 0.9j/Gh | |
Bitmain | Apr 2020 | 1.13 Th/s | 1580 W | Eaglesong | ... /jour | 1.398j/Gh |