Nady Systems RSM-4 Professional Microphone

The Nady RSM-4 is a ribbon microphone with a versatile design that makes it ideal for numerous applications, from close-miking guitar cabs to vocal recording and live use. The RSM-4 mic's unique compact ring shape allows simple, unobtrusive placement anywhere. The Nady RSM-4 microphone's low-tension, 45mm long, 6-micron thick aluminum ribbon design has a typical large, mellow reproduction with smooth, natural response across the spectrum. Fast, accurate transient response, ultrahigh 165dB SPL capability, and overall stunning realism. The figure-8 pickup pattern offers extended sweet spots and increased off-axis high frequency reponse on the sides with decreased high response above and below on-axis (though with lower audio levels). Individual recording volume control of separate sources is enabled through the use of stereo mic setups where isolation is achieved by placing the source so that it is in the principal axis of one mic and the off-axis null of the other.The RSM-4 has a machined housing with advanced

The RSM-4 from Nady gives the user an unparalleled vintage ribbon mic sound and performance at an affordable price. Features include versatile physical and acoustic design for numerous vocal and instrument recording and live sound uses, Low tension 45mm, six micron thick aluminum ribbon design with typical "large,mellow" ribbon audio reproduction with smooth, natural extended low and high ends, fast accurate transient response, ultra-high 165 db SPL capability, and overall stunning realism. Offers a choice of audio reproduction depending on placement for utmost versatility in dialing in the desired sound. Figure-8 audio directional (pickup) pattern for both front and rear side, with extended sweet spots (as compared to large diaphragm condenser mics), and slightly different frequency response from front and rear side. Also, increased high frequency response on sides, with decreased high response above and below on-axis (though lower audio levels). Enables often useful individual recording volume control of se