link to current issues? or is this still the original true line that isn't made anymore?Originally posted by: JEDIYoda
Antec is still having CAP issues.....
Originally posted by: Luckyboy1
Some dude wrote...
You're right, I do know that you know he doesn?t need 600 watts, but still the 600 watt recommendation? I guess I don't see the point of all these 500-600 watt recommendations when it's practically impossible to build a system to approach such high power levels. My point is there are already too many misconceptions floating around regarding power requirements, we don't really need anymore....
The confusion starts with standards in rating power supplies or the lack of. Read the psychotic diatribe on heating and power issues at the end of Luckyboy's Guide For Complete Users for just a few problems with ratings standards, much less every factor that adds to the confusion.
Then there's something I like to call "head room". It is having extra capacity so that all legs or plugs or outlets of power can be assuered to deliver what is not just neded, but desired at all times regardless of this or that problem. With as far as we are pushing silicon these days and the power demands that result from it, getting cheap about power issues is foolish at best.
yes, they don't like pcp&c caps either :Q
Originally posted by: rise4310
yes, they don't like pcp&c caps either :Q
My point is a simple one; 500-600 watt PSUs are almost never required. You always better off with a quality 400-450 watt PSU then a cheap 500+ one.Originally posted by: Luckyboy1
Well, all I can say is that even if you choose a power supply that only gets half its' capacity used, it is still working at 50%. The problem is, even if by all your numbers, you have that, you still don't end up with that in the reasl world over time due to standards not being the same and power supplies degrading over time.
Originally posted by: Howard
Well, nice to see the OP abandoned this thread.
:roll:Originally posted by: JEDIYoda
Nice try...but I have seen no posts in other forums and such about PC Power & Cooling PSU`s having CAP problems...
enlighten those of us who own them...
Ohh...I get it your just angry because I am always bringing in the Antec CAP issue.....lolol
Badcaps is a nice website..been there done alot of reading.
I usually get my info from other forums as well as anand`s forums...
All goos stuff.
Originally posted by: rise4310
:roll:Originally posted by: JEDIYoda
Nice try...but I have seen no posts in other forums and such about PC Power & Cooling PSU`s having CAP problems...
enlighten those of us who own them...
Ohh...I get it your just angry because I am always bringing in the Antec CAP issue.....lolol
Badcaps is a nice website..been there done alot of reading.
I usually get my info from other forums as well as anand`s forums...
All goos stuff.
no where did i say that i've seen bad caps on pcp&c units on other forums. i said that badcaps doesn't like the caps pcp&c uses. or fortron. or seasonic. or tagan. or...the list goes on until you hit zippy iirc.
so basically i was saying take badcaps.com fwiw.
just because i bring up your beloved pcp&c doesn't mean i'm bad mouthing it. unlike your previous favorite psu (what was it, okia or something), i like pcp&c.
as for the antec cap issue, all i asked was if it was the original true line you're referring to (again). you don't anger me (although i know thats the goal of 90% of your posts on AT, to instigate others), its just that you have nothing to offer, as usual.
Originally posted by: JEDIYodabecause with a 15-degree buildup inside the machine first, before the air reaches the power supply, that means that the room temperature would have to be 10 degrees C. Now you?re talking about it being in the 50s Fahrenheit.
Originally posted by: JEDIYoda
alot of the better name brand companies are and have started to post there technical specs based on contininuous output!!
Yet what concerns me is that alot of companies don not even list even list or if they do its buried somewhere at what temps there PSU are rated becuase we both know that if the air going to the power supply is going to be 25 degrees Celsius in the real world because with a 15-degree buildup inside the machine first, before the air reaches the power supply, that means that the room temperature would have to be 10 degrees C. Now you?re talking about it being in the 50s Fahrenheit.
Anyways all good stuff!!
Originally posted by: Seer
LuckyBoy1 Scroll down and look at this graph:
http://www.silentpcreview.com/article28-page4.html
Most powersupplys have an efficiency curve like that that peaks somewhere in the middle like that. At lower watts, however, the large power supplies are more inefficient. Inefficiency ~= heat. (is proportional to). So, the large ones are actually working harder, drawing more watts from the wall, putting out more heat, to deliever the same wattage.
Bigger is not always better.
Originally posted by: JEDIYoda
your opinion???
I don`t think this is talking about the case...
Its talking about at what temp PSU companies rate there products....
and when I buy a PSU any PSU that one fact alone says a whole lot about the quality and what the life of the PSU will be....correct me if I am wrong..
After all I am always learning!![]()