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| Truly, I do not. I am afraid it may be not optimal with the most of recordings, which are not mixed so as to sound best in "flat freq." environment, but to be listened to with our "uneven freq. response" equipment. |
| Truly, I do not. I am afraid it may be not optimal with the most of recordings, which are not mixed so as to sound best in "flat freq." environment, but to be listened to with our "uneven freq. response" equipment. |
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Well, this can be true with some kinds of music, but I find a flatter response sounds good with most types of music most of the time and gives the most faithful reproduction of the source material. If you're listening to higher-end stuff from labels like Telarc or Mapleshade, it is almost essential, IMO, since these labels record and master their music to far higher standards than normal.
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| I think you may have misunderstood the nature of mastering or the process of creation for a music product: A recording studio records and mixes the music. Recording studios are designed to have as as good a monitoring environment as possible and have as flat a frequency response as possible. So what comes out of the recording studio is a mix which will (hopefully) sound brilliant in the recording studio. However, a home listening environment is usually a long way off the environment of a recording studio. This is where the mastering process comes in. The studio mix is passed on to a mastering studio. The mastering engineer uses various processes, usually compression and EQ (mainly) to change the sonic characteristics so that the mix will sound brilliant (hopefully) on a range of consumer equipment in an average home listening environment. |
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Although a lot of the music I listen to is minimally or even completely unmastered. Like this, for example: http://www.mapleshaderecords.com/rev...tesatchmo2.mp3
In this case, it actually would make the most sense to have the flattest possible response. |

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The man who records the music uses no more than 3 or 4 specially modified Crown PZM plate microphones, and records directly into an old Sony reel-to-reel tape recorder. The results are than transferred directly to CD.
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| Sprey's microphone of choice is Crown's extremely responsive PZM, a palm-sized, plate-mounted unit. He centers one on each outside face of a V-shaped plexiglass baffle to approximate the pickup pattern of the human ear. The PZM's stock power supply/transformer box is replaced by two nine-volt batteries and a passive response-shaping network, which are spliced into the mic line to the preamps to prevent distortion. He keeps cable lengths in his system under 25 feet to minimize signal loss. The baffle is attached to a modified mic stand, which, for the Blake session - a quartet rounded out by electric guitar, acoustic bass, and drums - is placed in the curve of Sprey's restored 1911 Steinway Model O, whose soundboard is positioned in the middle of the 15x20x10-foot studio. (Sprey removed the Steinway's lid and casters for a better sound.) |
| His approach to equipment is to customize it, and his hand crafted arsenal includes Crown PZM and Josephson condenser microphones, short cable runs, a Sony open reel tape deck, battery powered electronics (wherever possible), lead weights for damping applications, and amplifiers and preamps of his own design. His comprehensive work on the microphones alone would be truly enlightening to many engineers, were he willing to reveal those secrets. Interestingly, no EQ, compression, or noise reduction is employed, nor is anything like the common mixing board seen. Tell me how much simpler you can get! |
| In the connecting doorway itself resides a small white table. Upon that table are Pierre's own hand built microphone pre-amps (remember, he doesn't use a mixer), which like nearly everything else in the chain is battery powered, and whose outputs feed directly into the Sony 10" reel tape deck. They are the meat of a nice vibration/resonance control sandwich. A lead brick resting on three tip toes provides the base for the pre-amp, with another three tip toes toped by another lead brick poised on top of the pre-amp. |
| Their motto sounds like marketing hype. For example, you say their motto is "no EQ", how do they get it into the digital domain then? And isn't mic'ing, pre-amping, recording and digitising all electronic manipulations? |


| Under the resonance, the acoustic impedance of the sound-absorbent plastic layer .... Basic properties of sound absorbent plastic, type-P (ABS resin). |

| plastic resin, commonly "resonite," which is an Acrylonitrile butadiene styrene (ABS) resin. |
| You get a better tone and resonance out of a wood clarinet (usually grenadilla is used, sometimes rosewood), but if you're just looking to play as a hobby, ABS is a fine choice |

| the unnecessary vibration and resonance are held down, adjusting to the natural sound and after effect of the natural wooden pure housing |