| [Travis CI] | Linux, macOS | [][Travis CI] | ✗ No build artifacts, [Amazon S3 is needed] for this |
| [AppVeyor] | Windows | [][AppVeyor] | ✓ Build artifacts available for all PRs and branches |
The AppVeyor system automatically builds a Windows .exe for every commit. The latest version is always available [on the landing page](https://ci.appveyor.com/project/ethereum-mining/ethminer) or you can [browse the history](https://ci.appveyor.com/project/ethereum-mining/ethminer/history) to access previous builds.
To download the .exe on a build under 'JOB NAME' select 'Configuration: Release', choose 'ARTIFACTS' then download the zip file.
For Kepler GPUs: I actually don't know. Please let me know what works best for good old Kepler.
For Maxwell 1 GPUs: Unfortunately the issue is a bit more serious on the GTX750Ti, already causing suboptimal performance on Win7 and Linux. Apparently about 4MH/s can still be reached on Linux, which, depending on ETH price, could still be profitable, considering the relatively low power draw.
For Maxwell 2 GPUs: There is a way of mining ETH at Win7/8/Linux speeds on Win10, by downgrading the GPU driver to a Win7 one (350.12 recommended) and using a build that was created using CUDA 6.5.
For Pascal GPUs: You have to use the latest WDDM 2.1 compatible drivers in combination with Windows 10 Anniversary edition in order to get the full potential of your Pascal GPU.
Only GCN 1.0 GPUs (78x0, 79x0, 270, 280), but in a different way. You'll see that on each new epoch (30K blocks), the hashrate will go down a little bit.
The default parameters are fine in most scenario's (CUDA). For OpenCL it varies a bit more. Just play around with the numbers and use powers of 2. GPU's like powers of 2.
