I will purchase the one which has higher combined +12v rail wattage .. 

MAybe I outdated .. 

Just saw ATE's pricelist ... RM 339.. 

270 inc postage from karom.. buy it for my gf rig..
st50f ok!!!.. not st56f

Yup, indeed its the st50f one, if the st56f gonna be around 350 i guess.. Thanks

I bought ST75ZF, izzit good?

u r wrong....nowadays can get around RM320...  

Farewell, gaygaybyte.

Hope it's silence as claimed by other users.

Seem like i'm indeed wrong just some wild guessing there Silly me

Personally, I don't trust voltage readings given by software since the monitoring chips of motherboards are not to say terribly accurate to begin with. Sure, they're good enough to warn you when the PSU is going south and voltages are flying all over the place, but if you want to compare between decent PSUs to see which is the best you're not going to get a consistent answer. To check how good is a PSU's voltages, a digital multimeter is needed.

ESR is equivalent series resistance, which is a capacitor spec, not a PSU spec. What you're talking about is ripple voltage, which are small, very fast fluctuations which can only be detected by using an osciloscope.

Actually, those fake 'multi-rail PSUs' are generally safer than single rail PSUs if the current limiters are properly done-the result will be that you will not be able to overload the PSU; doing so will cause the safety trip to go off. And both current limited 'multi-rail' PSUs and single rail PSUs have one weakness in common-if there is a massive fluctuation due to a rapidly changing load, all the lines will be affected. True multi-rail PSUs have each rail isolated from each other, so fluctuations on one line will not affect the others. Single rail PSUs have only one real advantage over multi-rail (whether true multi rail or current limited), that is you can load the single rail all the way to the limit before it trips. On multi-rail PSUs, overloading even a single rail will trip the PSU. But all said, loading a PSU to the limit is never a good idea, it greatly shortens the life of the PSU.

The PCP&C Silencer IS pretty quiet at low load, because very little heat is produced the fan doesn't need to spin much. But at heavy loads, then you're right-it really needs to be 'silenced' by a 120mm fan.