EVGA Precision X 4.0
http://www.evga.com/forums/tm.aspx?m=1874860
MSI Afterburner
http://event.msi.com/vga/afterburner/download.htm
Asus Gpu Tweak
http://support.asus.com/download.aspx?S ... weak&os=30

EVGA GTX TITAN LED Controller 1.1.0.0
http://www.evga.com/forums/tm.aspx?m=1869730

Тестируем видеокарту NVIDIA GeForce GTX Titan (overclockers.ru)
Тестирование GTX Titan на платформе AMD (modlabs.net)
Счастливая семерка. Обзор и тестирование видеокарты NVIDIA GeForce GTX 780 (overclockers.ru)
Обзор и тестирование видеокарты Gigabyte GV-N780OC-3GD
Ледяная мощь. Обзор и тестирование Inno3D iChill GeForce GTX 780 Ti HerculeZ X3 Ultra
Обзор и тестирование видеокарты MSI N780 TF 3GD5/OC линейки Gaming Series
Наследник Титанов: обзор и тестирование видеокарты NVIDIA GeForce GTX 780 Ti
Обзор и тестирование видеокарты MSI GeForce GTX 780 Lightning

В:Какие разновидности карт существуют на данный момент?
О:GTX Titan существует только в эталонном исполнении печатной платы и охлаждения, GTX 780 представлен многими нереференсными вариантами.
В:Как узнать какая стоит память на видеокарте не разбирая её?
O:В программе NVinspector наводим мышку на тип памяти, через пару секунд появится название производителя.
В:До каких частот по бусту в среднем разгоняются карты?
O:Titan - 1100-1150, GTX780 - 1150-1250, 780Ti - 1200-1300. У 780 есть 2 ревизии чипа - старая А1 и новая В1. Новая отличается улучшенным разгонным потенциалом и меньшим рабочим напряжением. Но попадаются и А1 чипы которые разгоняются лучше чем В1. У 780 Ti стоят только В1 чипы.
В:Какого процессора хватит для раскрытия потенциала карт?
O:Для одиночной карты должно хватить Core i5/i7@4500, AMD FX 8xxx/9xxx@4500, для конфигурации SLI желательно 6 ядерник. Но опять же, много зависит от кривизны игры/приложения, настроек и т.д.
В:До скольки разгоняется память?
O:На 780 ставят память 3х производителей. Привожу в порядке убывания разгона (~Mhz) - SKHynix (~7200-7500), Samsung (~7000-7200), Elpida (~6400-6800). На 780Ti ставят скоростную SKHynix, там разгон возможен и до 8000.
В: Как отличить ревизию чипа А1 от В1?
O: На самом кристалле указана ревизия, но если возможности разобрать нет, то поможет GPU-Z. Но есть один нюанс. Утилита, даже в последней версии 0.7.5 не умеет правильно определять ревизию - пишет все время А1. Поможет строчка ниже, где указана версия биоса. У А1 она начинается 80.10.хх, а у В1 - 80.80.хх. У 780 Ti чипы идут только В1 ревизии.

Originally Posted by ANJULE View Post

Nice to see that you have the time to help. Thank you for that wave2.gif
Here is some questions more, since I still don't fully grasp this KBT (version 1.27)
(I list here what I see, if i don't get it)
-Common tab:
TDP Base Entry: Entry #1 (selectable list from Entry #0 to Entry #2 and disabled)
3D Base Entry: Entry #2 (selectable list from Entry #0 to Entry #2 and disabled)
Boost Entry: Entry #0 (selectable list from Entry #0 to Entry #2 and disabled)

Dont really get those "Entry #x" -things or the affect of changeing them.
Any experiance from editing them, or the meaning of them?

-Voltage Table:
P16,P16: 1137.5mV - 1300.0mV
What does this do? Is this the gap where the voltage can change according clockrate?

After that there are 4lines without any explanation, or front header:
.0mV - 1225.0mV
1237.5mV - 1300.0mV
.0mV - .0mV
.0mV - .0mV
So what are those very un-logical numbers?


Then there are P00 with 6 lines, and the 5th line has values .0mV - 887.5mV. Others are 0mV

After that P08 has only 1 line, values 0mV - 0mV

Then there are more interesting lines, their front-headers can be found from "Boost Table".
CLK 00,01,02,03,04,05: .0mV - .0mV
CLK 06: .0mV - .0mV
CLK 07: .0mV - 862.5mV
CLK 08: .0mV - .0mV
CLK 09: .0mV - 875.0mV
CLK 10: .0mV - 875.0mV
CLK 11: .0mV - .0mV

These continue to the CLK 63 (61-63 has 0.0mV), with random .0mV's
After CLK 63 there are two lines .0mV - .0mV and 1200.0mV - 1200.0mV

-Power Table has maximum pci-e lane outage of 38,5W

-Boost Table seem to cave Boost-rates for every Voltage-Table -value.
Line 00: green background
Lines 01-05: white background
Lines 06-62: yellow backgound
Line 63: green background
Line 64: white backgound
And it has a slider for Max Table Clock

I've read somewhere that the colours of this table determines the usable clockrates, but how to change it?

-Boost States has
P00 - Profile with GPC, L2C, XBAR and SYS frontheaders with Min. and Max. values
P08 - Profile has the same, but values are smaller

-Clock States has
P00 - Profile with the GPC, XBAR, L2C, DDR, SYS, HUB, MSD, PWR, DISP -values.
First five of them are on yellow backgound an last four are on white background

P08 - Profile has the same places with smaller vaues and all of the backgrounds are white

So I see some consistency between the tabs but, I'm not sure what to modify and how much. Neither I know anything about those values.

I'd be super-happy if someone could help me.

I will Break these down and then you can do more research as i am a user just like you i am not any more knowledgeable in this than you are but here is the basics.

Quote:
Dont really get those "Entry #x" -things or the affect of changeing them.
Any experiance from editing them, or the meaning of them?



Ok starting with the common tab. Those are your clocks. tdp is your base clock which is the default clock for when you are running everything like games and all it is just default.
3D base is the clocks 3D performance clock and when your card throttles this reverts to the TDP Base clock setting. 3D clock is primarily used for 3d apps and games that use 3d but it isn't neccessary. if you notice most cards tend to set this to the same as the TDP base clock probably because they are cutting it close on power anyway. Boost clock is the clock that boost will start at. and it will boost from there to as high as it can go. As long as boost is active it will sit at this clock setting as a minimum if it cannot go higher. The entry sections are preset values that can be found in the bios. There is 0,1,2 and each is originally meant to be assigned to each clock setting but as 3D base isn't used much and is usually assigned the same value as TDP base clock the bios tends to only use 2. You can apply the third value and then oc it so that you have 3 different clock rates not counting the extra MHz that boost will pull.


Quote:
-Voltage Table:
P16,P16: 1137.5mV - 1300.0mV
What does this do? Is this the gap where the voltage can change according clockrate?

yes as the value to the left represents minimum max voltage and the value to the right represents maximum max voltage. What this means is that to use the card the way its meant to be used it can draw up to 1300.0mV but it must be able to draw at least 1137.5mV to be functional. In the bios there are voltage requirements and this is one. Without this voltage this card might not start and can possibly damage itself.

Quote:
Then there are P00 with 6 lines, and the 5th line has values .0mV - 887.5mV. Others are 0mV

After that P08 has only 1 line, values 0mV - 0mV

The voltage sliders with P-states like P00 or P08 are your performance states. in gtx 660's they have only 4 performance states. P00, p02, p05, p08, in which they eact states a power setting. P00 is the maximum performance state and p08 is the low power state. I assume you have a 700 series card by your number of power states and that makes sense with the power targets and the temp targets and boost 2.0 you basically will have a lot more power states linked, hence the multiple lines in p00. The left sliders represent minimum voltage and the right sliders represent maximum voltage.


Quote:
Then there are more interesting lines, their front-headers can be found from "Boost Table".
CLK 00,01,02,03,04,05: .0mV - .0mV
CLK 06: .0mV - .0mV
CLK 07: .0mV - 862.5mV
CLK 08: .0mV - .0mV
CLK 09: .0mV - 875.0mV
CLK 10: .0mV - 875.0mV
CLK 11: .0mV - .0mV


These represent the voltage requirements for each clock. Again the left sliders represent minimum voltage and the right sliders represent maximum voltage. All the values that have no name or description will be revealed in the next kbt i am sure. I think when this was made it was made before he had the chance to properly figure out what those values are. The slots 61-63 are probably intended to be only boost states and that why they have a any voltage requirement.


Quote:
-Power Table has maximum pci-e lane outage of 38,5W

The power table has multiple settings for the rails and the pcie slot as well as the tdp and power target. It is up to you to change these values but these values are specific to each card so you will need to do research to find out more about these values for your card specifically.

Quote:
-Boost Table seem to cave Boost-rates for every Voltage-Table -value.
Line 00: green background
Lines 01-05: white background
Lines 06-62: yellow backgound
Line 63: green background
Line 64: white backgound
And it has a slider for Max Table Clock

Yes The boost states affect each setting for you cards clocks. Remember those voltage table settings? With this you can decide which clock speed gets assigned to which slot. So in my boost table my slot 41 is assigned to 1215MHz i can adjust the max table slider to assign that clock speed to number 38. This causes major instability if not done right though so i would advise caution and recommend not touching this.


Quote:
-Boost States has
P00 - Profile with GPC, L2C, XBAR and SYS frontheaders with Min. and Max. values
P08 - Profile has the same, but values are smaller

-Clock States has
P00 - Profile with the GPC, XBAR, L2C, DDR, SYS, HUB, MSD, PWR, DISP -values.
First five of them are on yellow backgound an last four are on white background

P08 - Profile has the same places with smaller vaues and all of the backgrounds are white

So I see some consistency between the tabs but, I'm not sure what to modify and how much. Neither I know anything about those values.


you need not change any of these values. As you make the changes to the clocks on the first page these will change automatically.