Seems to me there are two different ways of going overboard. One way is you pay a big premium for a small amount of additional performance. Lots of people here do that. They spend maybe twice as much for a build that gives them a 30% higher frame rate or something of the sort. These people are definitely getting something for the extra money, athough if they waited a year they could buy the faster machine without spending more money... then many of them could afford to upgrade more frequently and they would end up with higher performance on average over time. But the bottom line is, they're getting something for the extra money.Originally Posted by 'bryce',index.php?page=Thread&postID=171163#post17 1163
But there's another way of going overboard where you spend more and get absolutely nothing. Zero performance increase. That just doesn't make sense to me. Some things in that category are faster CPUs for video-bottlenecked games, quad core CPUs for systems used only to run single instances of games, extra RAM when your system isn't generating page faults with its current RAM, power supplies that are much bigger than the amount of power your PC draws at full load, etc.
The first way, you're climbing up the price curve past the sweet spot and getting diminishing returns. The second way, you're burning money.
I don't understand where the 2 GB number comes from -- didn't you write 8 GB in your current build? -- but you can look at the number of hard page faults generated by your application (called "hard faults/sec" on Resource Monitor) and see whether there will be a benefit from more RAM. If your system generates zero hard page faults while your app is running then more RAM won't do anything.2GB of RAM running two WoW at once?
I use individual rackmount cases from Newegg for about $70. Plain, no frills, industrial, extremely sturdy.I was looking at cheaper cases, but I'm like $50 more per case didn't seem like a lot, but now looking at it again it does. I could just build a homemade 'rack' that just houses a motherboard, video card, memory, cpu, and a power supply that feeds all 4 computers.
Connect With Us