Warm Audio WA-87 FET Condenser Microphone Recording Studio Mic+Vocal Booth+Cable

Pay with

About Warm Audio WA-87 FET Condenser Microphone Recording

Description of WA-87: A Classic Made Affordable: The classic ‘87 is arguably the most widely-used large diaphragm condenser microphone in popular recording history. Rather than base our WA-87 circuit on current incarnations of this mic, we decided to closely follow the early circuit designs that date back nearly half a century. As is true with many classic microphones, engineers who have worked with different versions of these microphones often prefer the warmer, more forgiving nature of the earlier commercially available models. The desire to re-introduce the warm tone of this classic mic at an affordable price to an all new generation of recording artists was the inspiration behind the WA-87. Description of RockShield 3: Rockville’s Rockshield 3 studio microphone isolation shield is the latest addition to our ever growing line of Pro Audio studio accessories. Featuring 2-inch-thick high density acoustic foam, the RockShield 3 keeps unwanted outside audio waves and vibrations from affecting your recordings. By creating an acoustic boundary around the microphone, vocal audio flow is improved. Your voice is redirected to the microphone, meanwhile room reflections are prevented from directly entering the recording area. Description of RVES05: This heavy-duty universal stand can be used as a Speaker Stand or a Lighting Stand! It's sturdy steel construction adds to the quality and support this stand gives. The sturdy and expandable long tripod legs ensure that your speakers will be stable in any environment. Description of RCXFM20E-B: All Rockville pro audio cables are made with 100% copper which boosts the efficiency of the cable. There is nothing better than 100% copper. Most of the cheaper cables on the market do not use 100% copper, instead they make their cables with CCA (Copper Clad Aluminum). CCA cables do not perform on the level that 100% copper cables perform at. CCA will not conduct signals efficiently.