Hello,

The link is working for me.

You can use this one I generated : https://discord.gg/uB9vJkM

I am not really OK with this statement. This seems to be really overkill.
The half of what you said makes sense.

This project look promising. Thanks.

Hello,

Here is a calculator for what you need.
https://www.stego.de/nc/en/services/calculation-tools/cooling-calculation/

Just write the Temperature differential, the Installed stray power in watts, and your altitude. They will provide how many m3/h you need to cool everything down.

I can recommand to order something like this for the extraction.
http://www.ventilatie-systemen.eu/extractor-isolated-with-torin-4250-p-1413.html

They are quiet, and are very powerful.

Edit: For the humidity the best practice is 50%. High humidity = condensation, Low humidity = cause electrostatics discharge
You can use a dehumidifier if you have a condensation problem.

Hello,

I am not able to use the --lodiff option.
When the option is enabled, I am not able to connect to the stratum server as shown on the following picture:


When the option is disabled, the miner is working just fine:


I also tried to mine on CWI pool using ccminer instead of cwi miner:
- lodiff port 2000 can't connect
- hidiff port 6000 work perfectly fine

Do you know what can block me using the lodiff port?

Using the last build (x86) I have +1MH on my Gigabyte 1070 cards.

However, using the same build I have -1MH on my MSI 1070 Gaming X cards.
Still using old build for the gaming X cards.

Thank you for this miner software

Anybody here is using CWI to make the comparison?

Do you notice an improved performance using CUDA 7.5 over of 8?

I got +1MH using the last version of the code from the GIT + CUDA 8.

x86 and x64 seems to be the same performance wise.

I took it a long time ago on the microsoft website.
It seems to be available on this link but you need to create an account : https://www.visualstudio.com/vs/older-downloads/

I managed to build the project under windows with success.
I have approximately the same perf than SP3 on a 1070.

Here is the updated "how to" to build it:

You need:
- Visual Studio 2013 (Free edition)
- CUDA ToolKit 8
- GIT

And do the following :
git clone https://github.com/krnlx/ccminer-skunk-krnlx
git clone https://github.com/peters/curl-for-windows.git compat/curl-for-windows

Copy the second project inside the first project (you will see a folder called "compat")

Then open the ccminer.sln project using Visual Studio, and then BUILD/Compile

Then open the ccminer.sln project using Visual Studio, and then BUILD / Batch Build ... , and tick the build button next to "Release|win32". And then click the build button on the top right corner.

CUDA Toolkit 8 is missing

You need:
- Visual Studio 2013 (Free edition)
- CUDA ToolKit 8
- GIT

And do the following :
git clone https://github.com/krnlx/ccminer-skunk-krnlx
git clone https://github.com/peters/curl-for-windows.git compat/curl-for-windows

Copy the second project inside the first project (you will see a folder called "compat")

Then open the ccminer.sln project using Visual Studio, and then BUILD/Compile

Then open the ccminer.sln project using Visual Studio, and then BUILD / Batch Build ... , and tick the build button next to "Release|win32". And then click the build button on the top right corner.

I built the project from source on windows but I got allocation errors.

The compiled binary is here : sendspace <DOT> com/file/yxp59j

It is preferable to build it yourself to avoid any embedded viruses...

EDIT : Error message https://i.imgur.com/3yPWY0m.png