I believe any number of people will be interested in the following build idea.
1. Choose one or more benchmarks. Simple example, "Crysis at 1680x1050, on high settings, with no AA/AF."
2. Define a minimum acceptable level of performance for each benchmark. Simple example, "Average FPS >= 40, Min FPS >= 22."
3. Build a system that can meet the minimum acceptable performance, using the least power possible, measured from the wall; there should also be a fairly low budget.
I'd like to see two systems, one with gaming benchmark and the other with productivity benchmark, to target the two distinct audiences for a frugal system.
There are no extra points for exceeding the minimum performance requirements. The machine is either good enough, or it is not. Astute readers will be able to see how and where they can increase performance.
The most meaningful way to measure is probably something like "Total cost (initial hardware plus power to run) for 1000 hours of 'xxx' is $nnn." This places power-saving in context.
1. Choose one or more benchmarks. Simple example, "Crysis at 1680x1050, on high settings, with no AA/AF."
2. Define a minimum acceptable level of performance for each benchmark. Simple example, "Average FPS >= 40, Min FPS >= 22."
3. Build a system that can meet the minimum acceptable performance, using the least power possible, measured from the wall; there should also be a fairly low budget.
I'd like to see two systems, one with gaming benchmark
There are no extra points for exceeding the minimum performance requirements. The machine is either good enough, or it is not. Astute readers will be able to see how and where they can increase performance.
The most meaningful way to measure is probably something like "Total cost (initial hardware plus power to run) for 1000 hours of 'xxx' is $nnn." This places power-saving in context.