SE ELECTRONICS - sE8 Small Diaphragm Cardioid Condenser Mic with Gold Sputtered Diaphragm

sE8 Small Diaphragm Condenser Microphone. Fit for any challenges in the studio or on stage, the sE8 is a brand new high-performance handcrafted small-diaphragm condenser, fresh from the labs at sE. Its new hand-made capsule implements a sophisticated backplate design that provides a perfectly balanced sound, so it's never harsh or aggressive - perfect for sources like high-hats and drum overheads. It's also one of the quietest small-capsule mics on the planet - and with the highest dynamic range and SPL handling in its class, along with attenuation pads and low-cut filters for superb flexibility, the sE8 is ready for any sounds you're making, whether in the studio environment or demanding on-stage applications.

Two Switchable Pre-Attenuation Pads The -10 dB and -20 dB pad switches provide extended dynamic range, enabling a wide range of applications and close-mic techniques for brass instruments, snare drums, and more. Two Switchable Low-Cut Filters Selectable at either 80Hz or 160Hz, these two filters help eliminate low-frequency rumble or footfall noise, as well as help compensate for excessive bass (proximity effect) with close-mic techniques. All-Metal Housing with Gold-Plated XLR Connector Unlike the cheaply constructed bodies of some small-capsule microphones, the sE8's all-metal chassis provides efficient rejection of any electrical interference and noise - and the high-quality finish and gold-plated XLR connector ensures a great look and a loss-free, reliable signal connection for years to come.

The sE8 also comes standard with a newly-designed mic clip that will securely attach it to any mic stand. Why A Handcrafted Capsule? As with all of sE's true condensers, the sE8's gold-sputtered capsule is handcrafted and hand-tuned by skilled technicians in sE's own factory. This is highly unusual for mics at this price, and is a great point of pride for the team at sE. Building and tuning a capsule is a subtle, artistic process, and given the scale of the vibrat...