PSU Testing
In order to finalize my design on the case proper, I needed to verify that the PSU I chose is going to work and stand up to the beating the system is going to give it.
I acquired that PSU candidate and actively tested it prior to drilling any holes. I also finally purchased a copy of Vista Home Premium SP1 32-bit for use with this HTPC build (this was before 7 was available mind you!). I installed that and all the software for it, aside from Windows Updates, because I could set up everything next to an Ethernet port, unfortunately.
I was also presented with a problem that the LG drive needing a firmware update in order to allow the only BD software I had, play my copy of Ghost In The Shell 2 on Blu-ray. It was kind of expected, since the Blu-ray was just released, and the LG drive is a few months old, so I'm sure the shovelware with it was a bit out of date.
Anyway, I hooked up the system itself to the Kill-A-Watt at the wall socket in order to answer some questions I was asking myself; just how much juice does this sucker need?
My impromptu 'test-bed' set-up and here's the system on the desktop and idling for a while:
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Now the system running with Prime95 torture-testing: both cores saturated as well as memory. Finally, the system running with Prime95 torture-testing and the Blu-ray playing in full-screen over the top: this means the AMD 780G northbridge UVD and LG Blu-ray drive are also fired up.
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I was off a bit on what I was expecting, but I also
rounded up on power requirements anyway: paranoia and padding the amps, if you will. I'd expected Blu-ray playback to be slightly more overall, but I will never Prime95
as well as Blu-ray playback anyway under normal use.
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