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Hello Everyone guys! Here we are back!
and it's time to do some test!
I said this in lot video, but I never did that!
Now the time has come!
you see the HAF completely open
you see the HAF completely open
I get close to my case, so you can see well my configuration
I get close to my case, so you can see well my configuration
you can see the two video cards with their logo
you can see the two video cards with their logo
both connected to Evbot
both connected to Evbot
then I'll show you how it work
then I'll show you how it work
here it is!
from close... Evbot!
EVGA Evbot!
as you can see I have updated the firmware to V019
as you can see I have updated the firmware to V019
if you get it and turn on for the first time
if you get it and turn on for the first time
connecting to a EVGA motherboard
you have the native firmware V015, no compatible with GTX 680 Classified
you have the native firmware V015, no compatible with GTX 680 Classified
you have the native firmware V015, no compatible with GTX 680 Classified
you have the native firmware V015, no compatible with GTX 680 Classified
you have the native firmware V015, no compatible with GTX 680 Classified
until some time ago, to upgrade the firmware was necessary to have a EVGA mobo
until some time ago, to upgrade the firmware was necessary to have a EVGA mobo
for example... the EVGA X58
for example... the EVGA X58
connect via this port
connect via this port
to the motherboard, flash the BIOS and update firmware.
to the motherboard, flash the BIOS and update firmware.
Fortunately, guys from EVGA, who they removed the Evbot from the market... have been able to work around this
Fortunately, guys from EVGA, who they removed the Evbot from the market... have been able to work around this
have found a way to flash the BIOS via the video card
therefore via MB port I could connect to the EVbot video card
therefore via MB port I could connect to the EVbot video card
therefore via MB port I could connect to the EVbot video card
you can see over there two cable connect from VGA
you can see over there two cable connect from VGA
and then I flash the BIOS, so I can use my Evbot with the GTX 680
and then I flash the BIOS, so I can use my Evbot with the GTX 680
ok
I show you some setting that I already in use
I show you some setting that I already in use
by press OK button I can access to main menù
by press OK button I can access to main menù
VGA 0 is for motherboard, it's about MB port and you can interact only with a mobo
VGA 0 is for motherboard, it's about MB port and you can interact only with a mobo
VGA 0 is for motherboard, it's about MB port and you can interact only with a mobo
VGA 0 is for motherboard, it's about MB port and you can interact only with a mobo
whereas the other 3 ports are for video cards
whereas the other 3 ports are for video cards
whereas the other 3 ports are for video cards
so I have connected to the port one and the port two all my two video cards
and now I show you my settings
I go down and click to VGA1... OK
we have 1...2...3...4...5 settable options
those two options need to remain standard, because you don't need for overclock your vga
those two options need to remain standard, because you don't need for overclock your vga
those two options need to remain standard, because you don't need for overclock your vga
those two options need to remain standard, because you don't need for overclock your vga
quelli che interessano le vga sono the first and the second
quelli che interessano le vga sono the first and the second
the first is the Vcore who the video card works
I set this at 1.30v
in case of video card you talk about millivolts
while the second it's the Vram voltage
I set this at 1.65v, default is at 1.60v for the Classified
I set this at 1.65v, default is at 1.60v for the Classified
I set this at 1.65v, default is at 1.60v for the Classified
while the last one OCP, I don't remember precise what it is, something like the Load Line Calibration for the motherboard OC setting
while the last one OCP, I don't remember precise what it is, something like the Load Line Calibration for the motherboard OC setting
while the last one OCP, I don't remember precise what it is, something like the Load Line Calibration for the motherboard OC setting
while the last one OCP, I don't remember precise what it is, something like the Load Line Calibration for the motherboard OC setting
while the last one OCP, I don't remember precise what it is, something like the Load Line Calibration for the motherboard OC setting
for setting the CPU line voltage when you doing OC
I have set Extreme, default is Normal
this for both cards
I have saved this settings on Profile 1
I have saved this settings on Profile 1
as you can see, if I click on 1 and click on load
as you can see, if I click on 1 and click on load
I am asked if I want to apply that profile and I click YES!
VGA 1 VGA 2... here we are, I loaded the Profile A settings
same thing, if I want to save the profile, I have to click a button and click Save
same thing, if I want to save the profile, I have to click a button and click Save
you can save until 4 Profile
you can save until 4 Profile
OK, with those settings I show you how the cards go
OK, with those settings I show you how the cards go
so, for the moment, with this settings I can get +180mhz on the Core Clock
so, for the moment, with this settings I can get +180mhz on the Core Clock
so, for the moment, with this settings I can get +180mhz on the Core Clock
this means that, from the default classified core clock that is 1176mhz in boost mode and 1111mhz in base mode
this means that, from the default classified core clock that is 1176mhz in boost mode and 1111mhz in base mode
this means that, from the default classified core clock that is 1176mhz in boost mode and 1111mhz in base mode
this means that, from the default classified core clock that is 1176mhz in boost mode and 1111mhz in base mode
I can run the cards in boost mode over ~1350mhz
I can run the cards in boost mode over ~1350mhz
while for the memory clock I can add +550mhz at the base clock 6000 mhz,
while for the memory clock I can add +550mhz at the base clock 6000 mhz,
while for the memory clock I can add +550mhz at the base clock 6000 mhz,
to divide between the 4GB of RAM, a total of ~ 7100mhz
to divide between the 4GB of RAM, a total of ~ 7100mhz
to divide between the 4GB of RAM, a total of ~ 7100mhz
for both cards obviously!
there you can see the screen with all the cards stats
there you can see the screen with all the cards stats
there you can see the screen with all the cards stats
to keep an eye
the camera it's not focus, but you can see that
the camera it's not focus, but you can see that
hither I have MSI Afterburner
hither I have MSI Afterburner
That will help me to see the parameters in OSD mode
during the benchmarks
So, let's see how they behave with Ungine Heaven 4.0, NOT the 3.0 but the 4.0!
So, let's see how they behave with Ungine Heaven 4.0, NOT the 3.0 but the 4.0!
I show also the UH setting
single monitor, 1920x1080, AA 8x
Full Screen, all this stuff there, no vsync, Tessellation etcetera...
Full Screen, all this stuff there, no vsync, Tessellation etcetera...
Full Screen, all this stuff there, no vsync, Tessellation etcetera...
Full Screen, all this stuff there, no vsync, Tessellation etcetera...
OK, let's start the benchmark
and see how it works
you can see already the cards run at 1360mhz
you can see already the cards run at 1360mhz
you can see already the cards run at 1360mhz
achieved with Vcore 1.30v
achieved with Vcore 1.30v
and the temperature varies between 30°C and 32°C
and the temperature varies between 30°C and 32°C
going forward in the benchmark move to 33°C
going forward in the benchmark move to 33°C
this happens following a period of rest, water in the circuit is more less cold
this happens following a period of rest, water in the circuit is more less cold
I have saw that after a few hour in game, the temperature going up to 35°C
I have saw that after a few hour in game, the temperature going up to 35°C
I have saw that after a few hour in game, the temperature going up to 35°C
I have saw that after a few hour in game, the temperature going up to 35°C
sometimes 36°C for the GPU 2, that is the card that use the water already heated from the other card
sometimes 36°C for the GPU 2, that is the card that use the water already heated from the other card
sometimes 36°C for the GPU 2, that is the card that use the water already heated from the other card
for the rest I don't push more, in the summer we'll see how it works, but guess we don't hit 40°C
for the rest I don't push more, in the summer we'll see how it works, but guess we don't hit 40°C
for the rest I don't push more, in the summer we'll see how it works, but guess we don't hit 40°C
also in this room summer temperature is usually good, we are in a basement
also in this room summer temperature is usually good, we are in a basement
also in this room summer temperature is usually good, we are in a basement
and wanting I install the air conditioner that I bought, so no problem!
and wanting I install the air conditioner that I bought, so no problem!
but even if I reach 40/45 ° C, it would be sooo good, compared to the stock heatsink
but even if I reach 40/45 ° C, it would be sooo good, compared to the stock heatsink
that worked at 60/70°C
and as we know when a card works about 70/75 ° C, it begins to be no more efficient and lose some mhz
and as we know when a card works about 70/75 ° C, it begins to be no more efficient and lose some mhz
and as we know when a card works about 70/75 ° C, it begins to be no more efficient and lose some mhz
it start throttling, so lose mhz etcetera
about mem used we are on 1.3ghz
of 4 available on a classified
of 4 available on a classified
I should be able to pass this test ..... to now I do this test 4 times and I have always passed
I should be able to pass this test ..... to now I do this test 4 times and I have always passed
I should be able to pass this test ..... to now I do this test 4 times and I have always passed
then I try also to 1.35v which I think is the most that I'll go
then I try also to 1.35v which I think is the most that I'll go
I read around the web that with the stock PCB, the 680 is not very overvolable, while the 680 Classified has a custom PCB
I read around the web that with the stock PCB, the 680 is not very overvolable, while the 680 Classified has a custom PCB
I read around the web that with the stock PCB, the 680 is not very overvolable, while the 680 Classified has a custom PCB
I read around the web that with the stock PCB, the 680 is not very overvolable, while the 680 Classified has a custom PCB
I read around the web that with the stock PCB, the 680 is not very overvolable, while the 680 Classified has a custom PCB
I read around the web that with the stock PCB, the 680 is not very overvolable, while the 680 Classified has a custom PCB
I read around the web that with the stock PCB, the 680 is not very overvolable, while the 680 Classified has a custom PCB
and it has a lot of additional supply phases
and it has a lot of additional supply phases
and it has a lot of additional supply phases
So these cards digest very well overvolt without any problem
So these cards digest very well overvolt without any problem
even some American crazy guys, tried to reach 1400MHz or 1500MHz, clearly with very lucky cards! Mine are average
even some American crazy guys, tried to reach 1400MHz or 1500MHz, clearly with very lucky cards! Mine are average
even some American crazy guys, tried to reach 1400MHz or 1500MHz, clearly with very lucky cards! Mine are average
with voltage between 1.4v and beyond, but those guys are crazy!! I don't wanna burn everything! 1.3v is already so much...
with voltage between 1.4v and beyond, but those guys are crazy!! I don't wanna burn everything! 1.3v is already so much...
with voltage between 1.4v and beyond, but those guys are crazy!! I don't wanna burn everything! 1.3v is already so much...
Ok we are at the end of the Bench... remember you that is UH 4.0! Bye!!!
Ok we are at the end of the Bench... remember you that is UH 4.0! Bye!!!