That's what stereophile does but they don't hand out prizes or shame the product.
That could be the result of one being 100% advertiser supported, and the other deriving 0% from advertisements.
Under the handling conditions, a change in the capacitance of the cable due to the signal causes a change in the sound quality.
I will assume almost no one here has an AES membership? Can you post a summary and comment on the test methodology? The parameters in the testing do not appear at all relevant compared to our audio systems.
Wait, I just thought of a measurement that is relevant, the FR of the room.
Well that would be impossible since every speaker will be different in every different room, but if you understand what is being published from Klippel, and you understand the acoustics of your room you can make some very good conclusions about how that speaker will behave. Horizontal and vertical dispersion plots provide a wealth of information about toe-in, floor and ceiling reflections, side wall reflections, etc. I see most reviewers are providing the standard in-room calculated measurement, as well as the standard early reflections calculations which is a good summary too. Great information on distortion will tell you how load you can play too, or where some stridency may show up in the mid-range, or bass becomes uncontrolled.
@carlsbad , Publishing a bunch of numbers that the reader doesn’t understand and that don’t really tell you how a component sounds is perfect for the internet age where everyone thinks they can be an expert on everything by reading google.
@carlsbad, which is the worst issue, the lack of understanding or the does not tell you how it sounds? I think your post was one of the most salient. I am biased towards speakers. I think there is a knowledge gap between what measurements can communicate, especially with the more detailed measurements reviews are now presenting, and audiophiles ability to interpret them accurately.
I've seen claimed ratings by the manufacturer being 8 dB lower when actually measured. Did things get worse when they changed the measurement process at 1W/1 Meter compared to 2.83V/1 Meter?
There is no enforced standard for reporting sensitivity, so different companies will use different methods. On-Axis anechoic. On-Axis anechoic listening window. Typical room response would be the most common. I think most are using Volts, not watts, but I am sure there are some holdouts too further complicating things. Last may be how they interpret the frequency response to arrive at a single number. I remember someone showing that some Klipsch models were >10db higher in literature versus a measurement. Klipsch uses room response.