F5F Stay Refreshed Power Users Overclocking GTX 1060 upgrading to 1070 performance levels

GTX 1060 upgrading to 1070 performance levels

GTX 1060 upgrading to 1070 performance levels

F
fuhqing
Member
Find
180
06-09-2016, 05:37 PM
#1
Wouldn't it be wild to imagine this? How close could you get with your gigabyte windforce OC 1060? Right now you're at +135 ghz on the core and +500 mhz on the memory.
Reply
Reply
F
fuhqing
06-09-2016, 05:37 PM #1

Wouldn't it be wild to imagine this? How close could you get with your gigabyte windforce OC 1060? Right now you're at +135 ghz on the core and +500 mhz on the memory.

Reply
Reply
Z
ZSjams
Junior Member
Find
6
06-11-2016, 05:49 AM
#2
The value at 135GHz might be interpreted differently—could it be a boost of 1.35GHz instead? Even with liquid nitrogen cooling on the GPU core, the GTX 1060 will only draw up to 225 watts (about 150 watts from the 6+2 pin setup plus 75 watts from the PCIe slot). The 1070 model has more CUDA cores, which is why the OCd 1060 can't match the 1070's performance.
Reply
Reply
Z
ZSjams
06-11-2016, 05:49 AM #2

The value at 135GHz might be interpreted differently—could it be a boost of 1.35GHz instead? Even with liquid nitrogen cooling on the GPU core, the GTX 1060 will only draw up to 225 watts (about 150 watts from the 6+2 pin setup plus 75 watts from the PCIe slot). The 1070 model has more CUDA cores, which is why the OCd 1060 can't match the 1070's performance.

Reply
Reply
B
bengalwatcher
Posting Freak
Find
801
06-12-2016, 06:05 PM
#3
The value at 135GHz might be interpreted differently—could it be a boost of 1.35GHz instead? Even with liquid nitrogen cooling on the GPU core, the GTX 1060 would only draw up to 225 watts (about 150 watts from the 6+2 pin setup plus 75 watts from the PCIe slot). The 1070 model has more CUDA cores, which is why the OCd 1060 can't match the 1070's performance.
Reply
Reply
B
bengalwatcher
06-12-2016, 06:05 PM #3

The value at 135GHz might be interpreted differently—could it be a boost of 1.35GHz instead? Even with liquid nitrogen cooling on the GPU core, the GTX 1060 would only draw up to 225 watts (about 150 watts from the 6+2 pin setup plus 75 watts from the PCIe slot). The 1070 model has more CUDA cores, which is why the OCd 1060 can't match the 1070's performance.

Reply
Reply
W
Weas_
Junior Member
Find
5
06-13-2016, 01:34 AM
#4
Mikel_4:
the value is +135GHz, but is it actually +135MHz or a boost of 1.35GHz? even with liquid nitrogen on the GPU core, the GTX 1060 can only draw up to 225 watts (about 150 watts from the 6+2 pin setup plus 75 watts from the PCIe slot).
1070 offers more CUDA cores than the 1060, which is why the OCd on the 1060 won’t unlock the full performance of the 1070.
Whoops, you’re right. The core frequency is around +135MHz, not exactly what I thought. It seems the 1070 just can’t reach its intended speeds.
Reply
Reply
W
Weas_
06-13-2016, 01:34 AM #4

Mikel_4:
the value is +135GHz, but is it actually +135MHz or a boost of 1.35GHz? even with liquid nitrogen on the GPU core, the GTX 1060 can only draw up to 225 watts (about 150 watts from the 6+2 pin setup plus 75 watts from the PCIe slot).
1070 offers more CUDA cores than the 1060, which is why the OCd on the 1060 won’t unlock the full performance of the 1070.
Whoops, you’re right. The core frequency is around +135MHz, not exactly what I thought. It seems the 1070 just can’t reach its intended speeds.

Reply
Reply