Sennheiser e?614 Super-Cardioid Condenser Microphone | Wide 40Hz?20kHz FR | High SPL Handling | Low Self-Noise | Ideal for Overhead Cymbals, Percussion, Acoustic Instruments & Ensemble Recording

Description

Capture the intricate brilliance and full dynamic tracking of acoustic instruments using the genuine Sennheiser e614 Super-Cardioid Condenser Microphone. Carefully calibrated for professional recording studios, live concert rigs, and orchestral broadcasting layouts, this premium pencil condenser microphone features an exceptionally fast transient response and a tight polar pattern designed to reject bleed from adjacent loud stage instruments.

• Precision Acoustic Frequency Tracking: Wide 40 Hz to 20,000 Hz frequency response response captures natural instrument nuances, mid-range detail, and brilliant high-end shimmers on acoustic guitars, flutes, and percussion.
• Tight Super-Cardioid Isolation: Highly directional uniform pickup pattern focuses tightly on the intended source while providing exceptional off-axis noise rejection, minimizing leakage from neighboring drums or loud amplifier cabs.
• Extreme Sound Pressure Resilience: Advanced dynamic design safely manages crushing sound pressure levels up to 139 dB SPL, allowing clean, distortion-free close-mic tracking on high-velocity hi-hats, overhead cymbals, and snare drums.
• Compact Pencil Chassis Layout: Ultra-low-profile, space-saving metal housing allows discrete placement inside tight acoustic setups, drum cages, and classical orchestra layouts without obstructing cameras or stage sightlines.
• Balanced Studio XLR Architecture: Features a standard gold-plated 3-pin XLR connector output block to maintain absolute signal integrity, running smoothly on standard 48V phantom power setups, packaged with a custom RMQ 614 clip and soft zip pouch.
• Official Brand Warranty: Backed by a standard 2-Year Official Manufacturer Warranty valid throughout India. Covered strictly for pre-polarized internal capsule breakdowns, circuit line tracking failures, and technical hardware production flaws from the purchase invoice date.