I assume that by 'men' you mean 'cores'? If so, the host has two 6-core/12-thread CPU's (X5675@3.07GHz) and 128GB of memory, the internal array is populated wit

I assume that by 'men' you mean 'cores'? If so, the host has two 6-core/12-thread CPU's (X5675@3.07GHz) and 128GB of memory, the internal array is populated with 8x146GB, the machine is hooked up to a NetApp DS4243 with 24x600GB (20 of which are in use, 4 cold spares). The machine has plenty of spare capacity, both CPU-wise as well as memory-wise. Storage is getting a bit short, eventually I'll start swapping drives in the DS4243 with higher-capacity versions. The whole contraption is housed in a sound-proofed cabinet with equipment in top, produce drying racks in the bottom. A forced draft fan all the way in the bottom of the rack draws in air through a large truck air filter in the top. This was the spare heat is used for a productive purpose instead of just wasted. Resources are used as needed, when a container seems to be running close to capacity I add cores, memory or storage. In the current configuration I assigned 2 cores/1GB to mail, 2 cores/1GB to auth, 8 cores/8GB to build, 6 cores/16GB to (data)base, 8 cores/16GB to serve (which runs a host of web services), 6 cores/8GB to session (which runs remote desktop/single app sessions through X2go), 4 cores/1GB to panopticon (CCTV), 2 cores/1GB to p2p, 4 cores/4GB to comms and 4 cores/512MB to router. Total load on the machine is negligible, memory pressure is... absent (currently ~8GB in use, ~84GB buffer/cache, ~36GB free). A machine like this one can be had for not that much ex-lease. As long as you get a G7 or newer power usage is acceptable, G6 and under are power hogs.