Please post all generic (non review specific) complaints, comments, etc. in this thread.
You can use VST plugins in jriver to do parametric eq, if it isn't built in already.I listen to headphones through a Drop THX 789, and a Matrix Mini-i-pro 2, which don't offer the ability to do equalization adjustments. Please advise how people who do EQ adjustments for headphone listening accomplish the adjustments. Also, you might note the what audio ranges you have found most beneficial in adjusting for 'tuning' headphones. I am aware that in JRiver I can set specific audio frequency ranges, and subsequent to that increase or decrease the relative output (volume) of that specific frequency range. I also know that the RME ADI-2 includes a headphone amplifier and headphone outputs; and that it is equipped with EQ capability. Do I need the RME ADI-2 to effectively do EQ for headphone listening?
No you do not. Indeed even though I use RME, I don't use its built-in EQ. I use the ones in my software player instead. And yes, Jriver player you use has equalization. I am not a user of it but it definitely has this feature. See: https://wiki.jriver.com/index.php/Parametric_EqualizerDo I need the RME ADI-2 to effectively do EQ for headphone listening?
Not quite. I have a bluetooth transmitter I can use with them. The issue is proper support and control of the codec in use as some of them like Aptx screw up the frequency response. At some point when we have enough wired headphone tests done, we will venture into BT headphones.@amirm, So are all bluetooth headphones essentially ruled out for testing without buying that expensive AP BT module?
It is build in, in fact 2 parametric and 1 graphic EQ.You can use VST plugins in jriver to do parametric eq, if it isn't built in already.
I think except those very gimmicky lifestyle type brands most serious headphone manufacture did keep try to nail the response they think is neutral or pleasing, so it's not really are they trying to improve or they just aim at different signature... the main thing all these years is that the complication of our head and ear transfer function is so variable from ppl to ppl (hell my own UERR custom IEMs left and right ear shape is vastly different, not to say me and any other individual all with very different outer ear shape) that nobody is generating a respectable target curve to mimic a flat speaker response... and preference is really preference, just like food taste, and thus the HP sound signatures are all over the place, especially in treble where different age group and even individuals differs greatly in preference and bass some will want compensation of the body shaking bass into the raw listened bass while some prefer only the same energy reaching the eardrums, that's why I kind of skeptical on the FR analysisThanks for the first review!
Yet, I am not sure I personally would recommend any headphone that is basically useless without [heavy] EQ. Maybe categorization would be required; as build quality and comfort shouldn't overtrump a completely inaccurate sound reproduction.
Furthermore, I'm quite sure that each of the [at least well-established] manufacturers has its own sound signature on purpose and, e.g., Sennheiser certainly intended their headphones [HD800S] to be used this way - without EQ. Else, what's the point?
One of the most important qualities for EQ is low distortion. Would 'Revel F328Be' have been highly recommended if their frequency response had similar flaws but distortion was low enough to reach the target we tested for, through EQ [just translate the HD800S' to a loudspeaker's frequency response...]. Would "open baffle" loudspeakers get a bonus on bass frequency response?
I am absolutely aware that, thus far, there exists no headphone which sounds great without proper EQ; but some companies at least try to nail an accurate tonality. Oppo PM-3, for example, was one of these rare performers.
The danger I see when recommending [unEQed] completely inaccurate headphones is that probably no manufacturer would ever see a reason to change anything.
Headphones are certainly the type of gear that requires at least two categories:
1) the most important, stock performance and2) with less weight, EQed performance.
Sonarworks do something similar - "just, their way"...
Measurements across multiple systems are significantly different due to the differences in the pinna, concha geometry, inner ear model and how the earpads and headphone interact.
Measurements are valuable tools to get a rough idea of how a headphone may sound, but they are not a substitute for listening. We see significant differences in measurements made on similar systems and also in our in-ear measurements (especially in the treble region). We encourage Innerfidelity readers to audition the headphones for the best possible results.
The red "Harman linear in-room" curve was unfortunately of good loudspeakers in an acoustically good room that were EQed to measure flat at the listeners position which we know isn't neutral but treble pronounced / bass shy and then listeners were told to adjust bass and treble at the headphones per taste for them listening to some music and thus also continuing the circle of confusion that Sean Olive himself correctly criticises, which is imho a flawed approach to reach the tonality of a neutral loudspeaker. For me they should have left the loudspeakers without EQ and only tell listeners to adjust if needed slightly the headphones so the get the same tonality.Just searched about the diffuse field and found this: (declaration that I am no expert nor with a ton of knowledge about the plots)
View attachment 99576
https://forum.hifiguides.com/t/grap...n-ear-over-ear-and-harman-linear-in-room/9270
it seems the Harman Linear in room is a response measured at ear drum level with dummy head mics in a treated room and anechoic chamber neutral speaker, while the green and orange are their target curve for in ear and over ear phones.
to me the big players for neutralish sounding headphones are aiming at the linear in room curve which is like 8-12db lower than the target curve bass and with a 4db boost around 3khz, so shall we compare the measured headphone curve to that and make some comments on subject listening section to both tunings?