Voltage Frugal PCs?
"I'm going to leave this thing on 24x7 using electricity that I'm paying for so power consumption becomes a real issue. Which CPUs, chipsets, memory technology, and hard drives provide the thinnest power profile for an always-on machine? I'll be running NetWare because it provides the stability of Linux/BSD, exceeds the configuration ease of Windows, and provides the security and worm/virus immunity of...well, NetWare. That'll let me set up that yummy iFolder [novell.com] and have constant access to my data from anywhere on the Net. It also means I'll probably need to stick to an AMD or Intel CPU since AFAIK the Transmeta and Cyrix/VIA chips, like most IS managers, don't really get NetWare. CPU speed isn't much of an issue. 633 MHz should be plenty. Am I the only miser setting up a server?"
"Is there someone marketing a low-powered PC solution (CPU and monitor)"
I think some manufactures built computers that run on only 12V rather then the 120V you get from that outlet in the wall. They usually go by the name of "LAPTOP". Rumor has it they can run for hours without being connected to power grid at all! And I hear they have a "sleep" mode whereby they can run for days using just a trickle of electricity! They come with a built-in "LCD" monitor! And they are very quiet as well, I hear. (Or rather, don't hear.)
Of course, with all those features, they cost a bit more then your standard tower & CRT monitor, but some think that it is worth it. I hear that a company by the name of Toshiba makes some that are well regarded in the marketplace. I believe that other companies make "Laptop Computers" as well. Maybe you could try a Google search on that term?
Theres no answer to your question. Everything depends on the way you use your machine. A processors power consumption depends, among others, on the processing load. In most modern OSs (I dont know if it applies to Netware, but am sure that it applies to 2000/XP and Linux), when the kernel notices theres nothing to process, it issues a HLT instruction, replacing idle cycles with a suspend mode. Then not only the processor takes less energy, but it also cools down.
For older Windows versions, there are some programs that cool down the processor, thus lowering power consumption.
So the power consumption depends on you OS, how you use your machine, etc, etc. But lets face it. Nobody really cares to [desktop] computer consumption, because it usally takes more money to build a low power PC than the savings itd result in a lifetime.
For instance, the cost difference between a $159 17" CRT and a 15" LCD, wich takes less power, simply would be enough to pay you computer power bill for years, IMO. And also, do you really think server monitors should be turned on 24x7 ? The server probably will be locked in a room. Get a cheap CRT and simply turn it off when not using. Its much cheaper.
Pardon me, but mission critical servers are not the scoop of this thread. According to your definition, this article is plain wrong.
If you read this article carefully, you'll notice the poster is concerned with power consumption, wich hints he doesn't dream of using redundant power supplies. He was even considering to use the VIA chipset. Yet, his last phrase was: "Am I the only miser setting up a server?".
Using your [mis]conception of a server, this wouldn't be a server. But, hey... Big news ! A server does not need to have a $10K price tag. A server does not need a 9" rack mount. A server can run without ECC very well, thanks.
A server can be much cheaper, probably like the submitter wanted. He wanted a home server. Yes, there are things like home networks, with just 2 or 3 clients. Even small companies, that won't go bankrupt if they have a 2 second downtime, can stand servers like this.
And, for your info, the definition of server is something that serves. It can serve webpages, in the case of a - guess what - web server, or file in the case of a - yes - file server. Get a TCP/IP stack on a Commodore 64 and you can have a small server.
CPU speed isn't much of an issue. 633 MHz should be plenty.
Holy crap, I just _upgraded_ my main server to a PPro 200. What are you people doing on these machines?
(It's replacing a 486/66, and the only reason I got rid of that was to get a second IDE channel and some PCI slots instead of ISA. Otherwise, the 486 would have been fine.)
--saint