Zoom H2n Handy Handheld Digital Multitrack Recorder Bundle ZOH2NKIT
Representing a new generation of portable recording, the H2n is Zoom’s most innovative handheld recorder to date. We’ve packed groundbreaking features into an ultra-portable device that allows you to record pristine audio anywhere you go. From film and broadcast, to journalism, podcasting, musical performance, songwriting and rehearsal, the H2n provides amazing recording quality. New Mics, New Sound The H2n features our best microphones yet and is the only portable recorder with five mic capsules onboard. This design enables the H2n to offer four unique recording modes: Mid-Side (MS) stereo, 90-degree X/Y stereo, 2-channel and 4-channel surround sound. The H2next Handy Recorder The only portable recorder with five mic capsules onboard. View larger The H2next Handy Recorder The H2next Handy Recorder Offering four unique recording modes including Mid-Side and 90-degree X/Y stereo. View larger The H2next Handy Recorder The H2n can provide up to 20 hours of continuous operation on two standard AA batteries The First Portable Mid-Side Recorder The H2n is the first hand-held recorder to offer Mid-Side stereo recording, a technique used for many years in film and broadcast, where ambiance and surrounding noise are crucial. Mid-Side recording combines a uni-directional Mid mic that captures sound directly in front of you and a bi-directional Side mic that captures sound from your left and right. By increasing or decreasing the level of the Side mic, you can control the width of the stereo field, which gives you incredible flexibility over your recordings. If you record in RAW mode, you can even adjust the stereo width after recording. X/Y Pattern The H2n’s onboard 90-degree X/Y stereo condenser mics are arranged with the right and left mics on the same axis. This design ensures that the mics are always equidistant from the sound source for perfect localization and no phase shifting. The result is brilliant stereo recording with natural depth and accurate imaging.
