:redface: I must admit: I am not an electrician and while I know a few things about hardware I have no idea how to tell if my computer has enough power or not.
P-4 2.4 GHz @ 2.9 GHz
512 Mb RDRAM
eVGA GF FX5700Ultra @ 550MHz clock/1.03 GHz RAM
Dual 120 Gb Barracudas 7000.2
48x CD-ROM
24x Yamaha 3-in-1 CD-RW
SB-Live XGamer
3Com NIC
5 case fans
350W A-Open stock PSU (came with my full-tower server case – not sure exactly who the PSU manufacturer is cuz I never looked)
WinXP Pro SP-1
I think I only have one or two unused PSU power connectors left in the box. All others are powering something like a fan or the video card.
I’ve experimented with this system quite a bit. Runs stable and fast enough for me. Star Wars: Knights of the Old Republic at 1600x1200 2xFSAA/4xAF and the rest of the Graphics options ON gives between 30 and 50 fps (average of around 40 fps). No problems. Reboot from Desktop back to useable Desktop takes about 35 seconds. But I’ve seen posts here which suggest that more power may actually improve overall system performance. So is there a straightforward way to check if the components get as much juice as they need to run at their fullest?
Thanks.
P-4 2.4 GHz @ 2.9 GHz
512 Mb RDRAM
eVGA GF FX5700Ultra @ 550MHz clock/1.03 GHz RAM
Dual 120 Gb Barracudas 7000.2
48x CD-ROM
24x Yamaha 3-in-1 CD-RW
SB-Live XGamer
3Com NIC
5 case fans
350W A-Open stock PSU (came with my full-tower server case – not sure exactly who the PSU manufacturer is cuz I never looked)
WinXP Pro SP-1
I think I only have one or two unused PSU power connectors left in the box. All others are powering something like a fan or the video card.
I’ve experimented with this system quite a bit. Runs stable and fast enough for me. Star Wars: Knights of the Old Republic at 1600x1200 2xFSAA/4xAF and the rest of the Graphics options ON gives between 30 and 50 fps (average of around 40 fps). No problems. Reboot from Desktop back to useable Desktop takes about 35 seconds. But I’ve seen posts here which suggest that more power may actually improve overall system performance. So is there a straightforward way to check if the components get as much juice as they need to run at their fullest?
Thanks.