Folding Forum

Got this error too, same server, same project, also on Pitcairn GPU Previous WU was also same server and project, but uploaded correctly. Next one also on this server and project is still running. *********************** Log Started 2015-12-05T03:37:34Z *********************** 03:37:34:*************...

Thanks.

I already saw this page previously, but I missed the "alternate FAHBench download link".

It seams the domain fahbench.com has expired.

Is this software available elsewhere ?

It seams OK now, I manage to connect without proxy to Stanford site and Folding site.
The 4 completed WU are send.
As I deleted the 4 uniprocessor slots, a new SMP slot was automatically created when I started FaHControl, and a WU has been downloaded and run.

Hello, I also can't reach any stanford.edu address, and I'm also in France with SFR. => I guess stanford university (or 171.67.*.*) is blacklisted by SFR. I'll try to contact them but I doubt it will be usefull. seam the only way to send WU at the moment is to find a (free ?) proxy. ________________...

Thanks bruce.
The issue seams to come from our ISP SFR since we are at least 3 in the same case.
I guess a quick solution is to find a proxy to receive and send WU.
To get the new client I'll download it from work (tested yesterday, it works) and use a USB key to bring it back home.

Thank Jesse, I've noticed with online Ping / tracerout that it's not a global issue, but related to my configuration or provider. Just in case that can help, - I'm in France (Tours) - OS : Windows 7 up to date, with Windows firewall (i've checked and suppressed blocking rules about F@H) - Anti-virus...

Hello, Since yesterday (at least, I haven't tried recently) I can't reach any stanford.edu address. C:\>ping folding.stanford.edu Envoi d'une requête 'ping' sur proxy3.stanford.edu [171.67.216.23] avec 32 octets de données : Délai d'attente de la demande dépassé. Délai d'attente de la demande dépass...

Does anyone know if such a tool exist for a GPU ?

Comparing a known Gromac calculation to the expected result is certainly more precise that trying to figure out artifacts on a 3D Demo.