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Good mp3 player 20gig+ (pg. 4)
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View this Thread in Original format
| Sunsnail |
| quote: | Originally posted by Lepanto
i've already said that, but it is still implemented in head phones and stereos because over all the sound itself changes, if you have a longer range. :rolleyes:
http://www.mercenary.com/ulhf.html
even cheap head phones implement this...go find out why first. just cause you can type something out on google and hit enter doesn't make you the granpa of all knowledge.
also, i mentioned studio work for a reason. you could have a track playing that you won't hear by the EQs jump because there's something in the backround, you bring up the low or the high all the way up and u could find what it is. if you have headphones that won't pick it up, you're ed.
thank you MIDI production class:D
furthermore
http://www.amptone.com/audio/earbud.htm
scroll down to "new stuff" the guy is suggesting low freq' headphones. why would he do it if it is useless? |
Ok... I don't get what you're saying. Whether or not your headphones will play lower than 20hz doesn't mean you will hear them |
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| Lepanto |
| quote: | Originally posted by Sunsnail
Ok... I don't get what you're saying. Whether or not your headphones will play lower than 20hz doesn't mean you will hear them |
then you have a problem reading posts. the range becomes wider thefore the sound changes, also you will hear it if you're doing studio work or whatever else. I hear some tracks much better on a wide range headphones that have better mid-freq. |
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| Lepanto |
my friend just got it for his birthday i'm really digging this one |
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| gwrmarines |
LOL you guys...
imma get an ipod after all:D |
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| Lepanto |
| quote: | Originally posted by gwrmarines
LOL you guys...
imma get an ipod after all:D |
i'll be sure to post in your " iPOD help" thread :p |
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| _Nut_ |
Let me guess Lep... you work at radio shack and think you are very knowledgable... You must pitch alot of bull and people must believe it...
WRONG!
To bust one comment in particular:
| quote: | | second of all the range of the human hearing is BELOW 20 just it hasn't been established. google it and ull see results that say 10, 15, 20. a pair of headphones with a sound frequency of 10 will deliver a more of a wider bass sound even though you woun't hear it, it is still present. |
Those frequencies DO exist... but our ears cannot hear them. Speakers have become much more managable and efficient in modern times and they have the ability to replicate more in the audioband spectrum.
Frequency, or pitch (whether a sound is low or high), is measured in vibrations per second, or hertz (Hz). The human ear can normally hear frequencies from a very low rumble of 20 Hz to a high-pitched whine of 20,000 Hz. The frequencies of normal conversations in a quiet place are 500 to 2,000 Hz.
-webmd
Here is a simple search wise ass.
http://www.google.com/search?q=freq...human+ear+hears
Point to one where the human ear hears more than 20k or less than 20. YOU WONT FIND IT. What sort of bull does your work give you. Simple education. I learned that in high school science 101...... |
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| _Nut_ |
| quote: | Originally posted by josh4
theres got to be a way to organize your own playlists |
There is... add to playlist (when using on the fly) or in windows you can create any playlist in any order. |
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| Lepanto |
| quote: | Originally posted by _Nut_
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close enough. pitch bull? right lmao. then how come musicians and recording artists buy from there and they are the ones who tell me they look for wide range head phones? :rolleyes:
frequency is like waves per second, kind of a sound wave chart, not just for sound but for all electrical currents, look at an AC adapter.
please, enlighten me why there are head phones with a wider range, then? I'm still waiting for a disclaiming answer. ;) |
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| _Nut_ |
| quote: | Originally posted by Lepanto
close enough. pitch bull? right lmao. then how come musicians and recording artists buy from there and they are the ones who tell me they look for wide range head phones? :rolleyes:
frequency is like waves per second, kind of a sound wave chart, not just for sound but for all electrical currents, look at an AC adapter.
please, enlighten me why there are head phones with a wider range, then? I'm still waiting for a disclaiming answer. ;) |
Because many lower end headphones only have a frequency responce of 50hz to 18,000hz. Musicans should look for headphones and speakers that have a flat frequency response curve in the full audible spectrum. No bias is given towards bass, mids or trebles.
And what in the hell are you refering to 'kind of a sound wave chart'
Chart? Do you mean it looks like a solenoidal sine wave? And why speaker/headphone manufacturers 'sell' the fact that their headphones go that high or low is beyond me. My thought is to wow people, such as you, that do not know much about what humans can hear. |
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| Lepanto |
| quote: | Originally posted by _Nut_
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wow there is really much to learn about what humans can hear. :haha:
So, then explain why musicians look for wide range freq headphones and why they are manufactured. copying and pasting google results doesn't make you sound smart. your dinky attempt to disclaim anything i've said is silly at best. If i ineed pitch bull than how come my bosses/managers are yet to say anything, when they recommend to sell wide range headphones to people who ask for quality sound, even though alot of times they are cheaper than some super expensive headphones with a smaller range.
musicians look for low and high end response headphones for studio purposes. also, i've noticed alot of classical music fans buy the same ones. but i guess it's just me :rolleyes:
Attention to detail is everything in studio mixing. A good pair of headphones is your microscope. You need flat, extended frequency response in order to perceive the most minute sonic detail without false coloration. You also need reliability and an ergonomic design, so the experience of using your headphones is as transparent as the sound. |
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| _Nut_ |
and by the way...
frequency—1. The rate of recurrence of any periodic phenomenon, often associated with waves of all kinds.
Without qualification frequency often means temporal frequency, the rate of recurrence of a time-varying function, but could mean spatial frequency, the rate of recurrence of a space-varying function. Spatial frequency is the reciprocal of the repeat distance (sometimes the wavelength). The dimensions of (temporal) frequency are inverse time. A common unit for frequency is cycle per second, formerly abbreviated cps, but superseded by hertz, abbreviated as Hz. The symbol í is often used for frequency but f is common in engineering. Period is inverse frequency. Related to frequency, and applied especially to sinusoidally varying quantities.
http://amsglossary.allenpress.com/g...h?id=frequency1
Hertz in an field (sciences or not) is the same. Therefore this definition stands. |
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