Are you a techie or do you sell cars for a living?
I have to ask because you diss me in the first paragraph, then draw a line under it and then reiterate everything I have said with regard to bad PSUs in the following text.
I don't mind you being a plagiarist, I do however mind you being a twat about it.
Is it jealousy because of the fact that I can articulate myself better in my second language (English) than you can in your first (and only) barely?
Let me sum it up for you sonny. Quality (and therefore more reliable) PSUs have narrower tolerances coupled with greater bandwidth, achieved through superior craftsmanship - or as we Germans call it, "Vorsprung durch Technik"
Your post is another one that can be summed up with the phrase, "You deprive me of solitude whilst affording no companionship whatsoever".
The statement I made is that you are a sophist. The key attribute of being a sophist is that you put forth good-sounding arguments that are actually fallacious, and usually deliberate intent. Perhaps it is a bit excessive to imply you deliberately want to deceive people. However, it is easy to show beyond a reasonable doubt you do put forth specious arguments regardless of your intent .
Whether I sell cars or am techie has no relevance to that, nor whether if I am a plagarist or not. Jealousy also cannot prove or disprove that. All of these questions are an example of the ad hominem fallacy. I can say I'm a car salesman, that won't make any difference on whether you made a specious argument. Showing that an your reasoning is fallacious done by analyzing what you wrote, not the attributes of another person.
Of course, I will answer these questions you asked in a separate post and perhaps a few days from now because it is still baseless character assassination and not merely pointing out an actual, supportable negative attribute somebody has.
The point of this thread was to evaluate a particular member of the CX series of PSUs. This is just to keep in perspective the context of this thread.
Most power supplies when they reach the top end of their power draw also tend to have increased ripple in the voltage. Excessive ripple can result in everything from a device performing erratically to BSODs to a device being damaged.
ESPECIALLY if you are thinking of overclocking then you have to have a PSU that supplies clean voltages otherwise you are cruising for a bruising.
Another thing is that Haswell needs a power supply which is designed with your CPU in mind.
There are two examples of you posting a general statement yet not tying it specifically to the PSU at hand is with the statement "increase in ripple current when the PSU is pushed near its maximum wattage draw". I have to suppose you are leaving it up to the reader to make an inference about the specific PSU at hand. Most likely, the reader will infer that the specific PSU(in this case, the CX600) also behaves that way. The inference is ultimately
false, and if no one else but you were advising the reader, the reader would accept this FALSE inference as FACT.
If you had been paying attention, the CX series has good ripple control for at its max wattage draw. Hence, if you implicitly trying to assert a CX series PSU has poor ripple control, it would be false. Your general statement does not apply to this PSU. In addition, the actual power draw the CX600 would be experiencing would be approximately 1/2 to 2/3rds of the max power draw. Hence, the hypothetical case does not correspond with the actual case.
The statement in which some PSUs don't support Haswell's C6/C7 states is true. But the relevant matter is
which ones aren't and is the particular one discussed in this thread not compatible. You did not do a follow up and post information either confirming or denying what is the actual case. Thus, reader will play the probabilities and assume that the CX600 does not support the Haswell CPUs.
There is nothing confirming outright that it is compatible, but if one were to play the probabilities, it would be likely it is, since its 750W cousin is validated to be Haswell compatible. Even if it wasn't, it would be a non-issue as those C-states will come disabled in BIOS.
Even the joke about paying to have sex with a prostitute has one flaw. Before I point it out, yes not paying a prostitute means no sex. But paying $1,000,000 does not guarantee a good sexual experience because some folks are not as good at having sex or the two partners do not have good compatibility. One of your assertions is that paying more gets you more. The joke does not do a good job of supporting it.
Your definition of quality in previous posts is very vague, and you don't go into major details about what determines superior quality over another. Price can determine quality, but only to a limited extent.
Once again, your definition of quality used is generally true. But for PSUs, lower "bandwidth" is not an indicator of reliability. Maximum allowed current for a particular voltage in the system is not going to kill the PSU prematurely unless the user gets the computer to pull more amperes than the component responsible for outputting current can handle. Stay in spec, and those components will last indefinitely. I do agree that craftsmanship and lower tolerances are important elements of making a part superior in a particular attribute(s).
You never actually defined what characteristics of a PSU distinguishes one level of quality from another. Not a single mention of any actual
technical data regarding the AX860 was used in your attempt to justify its superiority over another unit even though it is readily available. Instead, you statements give the distinct impression that price seems to be the dominant indicator of quality. Or, if not price, then making a general statement that does not specifically refer to the
Plagiarist? Provide a direct example. A plagiarist copies someone else's stuff completely. That means you should be able to find identical content in my posts in yours. The few things that could be considered "copied" are concepts that are common knowledge and came to my attention independently from any interaction with you. Indeed, most of your statements are quite general and do not go into the specifics like I have.
There are also statements that you never made. For example, the statement that a PSU will fail eventually is not in any of your posts or that PSUs are on electronic devices such as TVs and such. And you did not mention one iota about poor solder jobs causing failures. Perhaps you knew but you forgot that you never posted that information(you knew but didn't say). Or it could be that those things never came to you mind in the first place(you didn't know in the first place).
Also, common knowledge is not plagiarism. Everyone knows Barack Obama is the President of the United States. One cannot plagiarize that factual statement because everybody knows it. The concepts of noise and ripple are common knowledge and hence people can learn the concepts independently. In fact, I doubt you were the original discoverer of noise and ripple, so it stands to reason that your knowledge of the concepts was transmitted to you by someone else. It is beyond easy to go to Wikipedia to learn about noise and ripple. In fact, the site in which I was exposed to the terms noise and ripple was at Hardware Secrets. It was about a year ago when I was researching components for my first build.
An example of you use of using just plain wrong information is describe in the following paragraph. At the most basic level, you used the units for density instead of energy in trying to describe heat transfer.
It was in another thread in this subforum. You made a little statement about warm air rising and somehow that air makes the top of the PSU too hot. Never mind that when discussing heat, the proper framework in analyzing heat transfer is to use the principles of thermodynamics. The basic technical explanation for warm air rising is that hot air is less dense than cold air. In other words, there is less mass per unit of volume. This is due to the molecules being further apart from each other. What you did not comprehend, is that the energy that air has will inevitably be transferred to somewhere. HEAT energy, is measured in JOULES or or its derivatives.