The Nvidia 1070TI is currently the most efficient graphics card available in terms of hash per watt. First hitting the market in Nov2017, this card takes all the success of the 1070 and improves the cooling, clock rates, hashing power, and efficiency.
All 1070ti's have been proven to produce generally the same hashrates
as their counterparts. You'll see that some cards have higher clock
speeds than others - meaning that individual card has been
factory-tested and guaranteed to be able to handle
at least the listed OC setting. Depending on the "silicon lottery" some individual cards are capable of stably handling
much higher
OC settings. Unfortunately there is no way to investigate which ones
are best until you take them out of the box and test for yourself.
- Want better airflow and a quieter rig? Opt for a large form factor, more fans, and a non-standard cooling style.
- More required power connectors simply means more headaches.
COMPLETE list and comparison of all available 1070ti's on the market:
Make |
Model |
Mfg |
Style |
Memory |
Form Factor |
Fans |
Cooling Style |
Power Connectors |
Base Clock |
Boost Clock |
Link |
Nvidia |
1070ti |
MSI |
Aero |
8GB |
regular |
1 |
standard |
single 8-pin |
1607 MHz |
1683 MHz |
Here |
Nvidia |
1070ti |
MSI |
Duke |
8GB |
large |
3 |
aftermarket |
8-pin + 6-pin |
1607 MHz |
1683 MHz |
Here |
Nvidia |
1070ti |
MSI |
Gaming |
8GB |
regular |
2 |
aftermarket |
8-pin + 6-pin |
1607 MHz |
1683 MHz |
Here |
Nvidia |
1070ti |
MSI |
Titanium |
8GB |
regular |
2 |
aftermarket |
8-pin + 6-pin |
1607 MHz |
1683 MHz |
Here |
Nvidia |
1070ti |
EVGA |
Blower |
8GB |
regular |
1 |
standard |
single 8-pin |
1607 MHz |
1683 MHz |
Here |
Nvidia |
1070ti |
EVGA |
FTW2 |
8GB |
regular |
2 |
aftermarket |
dual 8-pin |
1607 MHz |
1683 MHz |
Here |
Nvidia |
1070ti |
EVGA |
FTW Ultra Silent |
8GB |
wide |
2 |
aftermarket |
dual 8-pin |
1607 MHz |
1683 MHz |
TBD |
Nvidia |
1070ti |
EVGA |
SC Black |
8GB |
regular |
2 |
aftermarket |
single 8-pin |
1607 MHz |
1683 MHz |
Here |
Nvidia |
1070ti |
EVGA |
SC Hybrid |
8GB |
regular |
2 |
watercooled |
single 8-pin |
1607 MHz |
1683 MHz |
Here |
Nvidia |
1070ti |
ASUS |
ROG Strix Adv |
8GB |
large |
3 |
aftermarket |
single 8-pin |
1683 MHz |
1759 MHz |
Here |
Nvidia |
1070ti |
ASUS |
ROG Strix |
8GB |
large |
3 |
aftermarket |
single 8-pin |
1645 MHz |
1721 MHz |
Here |
Nvidia |
1070ti |
ASUS |
Turbo |
8GB |
regular |
1 |
standard |
single 8-pin |
1645 MHz |
1721 MHz |
Here |
Nvidia |
1070ti |
ASUS |
Cerebus |
8GB |
large |
2 |
aftermarket |
single 8-pin |
1670 MHz |
1746 MHz |
TBD |
Nvidia |
1070ti |
Zotac |
AMP! |
8GB |
large |
2 |
aftermarket |
dual 8-pin |
1607 MHz |
1683 MHz |
Here |
Nvidia |
1070ti |
Zotac |
AMP! Extreme |
8GB |
large |
3 |
aftermarket |
dual 8-pin |
1607 MHz |
1683 MHz |
Here |
Nvidia |
1070ti |
Zotac |
Mini |
8GB |
small |
2 |
aftermarket |
single 8-pin |
1607 MHz |
1683 MHz |
Here |
Nvidia |
1070ti |
Gigabyte |
Gaming |
8GB |
large |
3 |
aftermarket |
single 8-pin |
1632 MHz |
1721 MHz |
Here |
Nvidia |
1070ti |
Gigabyte |
Aorus |
8GB |
large |
3 |
aftermarket |
single 8-pin |
1607 MHz |
1683 MHz |
Here |
Nvidia |
1070ti |
PNY |
Blower |
8GB |
regular |
1 |
standard |
single 8-pin |
1607 MHz |
1683 MHz |
Here |
Nvidia |
1070ti |
PNY |
Dual Fan |
8GB |
regular |
2 |
aftermarket |
single 8-pin |
1607 MHz |
1683 MHz |
Here |
Nvidia |
1070ti |
Gainward |
GeForce |
8GB |
regular |
2 |
aftermarket |
single 8-pin |
1607 MHz |
1683 MHz |
---- |
Nvidia |
1070ti |
Gainward |
GeForce Phoenix |
8GB |
regular |
2 |
aftermarket |
8-pin + 6-pin |
1607 MHz |
1683 MHz |
---- |
Nvidia |
1070ti |
Colorful |
iGame |
8GB |
large |
3 |
aftermarket |
dual 8-pin |
1607 MHz |
1683 MHz |
Here |
So Which 1070ti's are Recommended?
Bottom line is that all of the above cards are fine and sufficient for good hashing/mining. But you want the best, right? Me too! Here are the qualities I use to judge best cards, in this order:
Reputable manufacturer ➣ aftermarket cooling ➣ non-mini form factor ➣ less required power connectors ➣ more fans ➣ OC benchmarks reports.
Easy! With no further adieu: