My primary system is overkill for most of what I do. Other than writing, typical "household / SOHO" usage, my most demanding game is probably Sacred 2 or Oblivion, and the game I play most is Guild Wars. I'm going to ramp up my secondary PC and see how well I can game on it, because it would save as much as 100W-200W depending on load. That's the equivalent of leaving most of the lights in my house on all the time (they're CFLs), so it seems more and more like a waste.
Currently, this system is a 4850e on an ASRock 790GX, with 4GB of RAM and an 80GB HDD, running 32-bit XP Pro. The PSU is an Antec Earthwatts 380. Monitor resolution will either stay at 1440x900, or move up to 1680x1050.
I've decided on the HD4670 as the GPU to get for it. It sips power, and has been a staple THG recommendation for low-mid resolution gaming for some time now. I am also going to install a WD 640GB "Green" drive in it, and I'm going to load 64-bit Vista Home Premium on it. I will probably tape a 4GB-8GB thumb drive inside the case for semi-permanent Readyboost storage.
I suspect that its 4850e CPU will be a little weak, but I'll test first to find out. If so, I'll put in a 65W chip.
I'm not sure SSDs are quite where they need to be yet, but that's one thing I would appreciate your opinions about.
1. To maintain some level of performance, would a 64MB SSD be a good primary drive for this system? The 640GB HDD might then go in an external enclosure, to be turned on only when needed.
2. I'm not sure putting a swap file on a SSD is a good idea. Write performance can be poor, and it seems this could shorten the life of the drive. Is putting 8GB of RAM in the system and using no swap file a viable option, or does it make more sense to make the 640GB an internal drive and put it there?
Please note: I realize this can seem "penny wise and pound foolish" from a number of standpoints, including cost of components vs. utility bill reduction (payback measured in YEARS!), or minimal emission reduction vs. emissions from creating and shipping these parts. My long-term goal, however, includes installing a solar system in my current or future residence, and minimizing usage can be a key component of properly sizing such systems; hundred or thousands of $$ could be saved there. Whether or not this system even survives that long, it is part of the feasibility testing. Thank you.
Currently, this system is a 4850e on an ASRock 790GX, with 4GB of RAM and an 80GB HDD, running 32-bit XP Pro. The PSU is an Antec Earthwatts 380. Monitor resolution will either stay at 1440x900, or move up to 1680x1050.
I've decided on the HD4670 as the GPU to get for it. It sips power, and has been a staple THG recommendation for low-mid resolution gaming for some time now. I am also going to install a WD 640GB "Green" drive in it, and I'm going to load 64-bit Vista Home Premium on it. I will probably tape a 4GB-8GB thumb drive inside the case for semi-permanent Readyboost storage.
I suspect that its 4850e CPU will be a little weak, but I'll test first to find out. If so, I'll put in a 65W chip.
I'm not sure SSDs are quite where they need to be yet, but that's one thing I would appreciate your opinions about.
1. To maintain some level of performance, would a 64MB SSD be a good primary drive for this system? The 640GB HDD might then go in an external enclosure, to be turned on only when needed.
2. I'm not sure putting a swap file on a SSD is a good idea. Write performance can be poor, and it seems this could shorten the life of the drive. Is putting 8GB of RAM in the system and using no swap file a viable option, or does it make more sense to make the 640GB an internal drive and put it there?
Please note: I realize this can seem "penny wise and pound foolish" from a number of standpoints, including cost of components vs. utility bill reduction (payback measured in YEARS!), or minimal emission reduction vs. emissions from creating and shipping these parts. My long-term goal, however, includes installing a solar system in my current or future residence, and minimizing usage can be a key component of properly sizing such systems; hundred or thousands of $$ could be saved there. Whether or not this system even survives that long, it is part of the feasibility testing. Thank you.