Samson Resolv SE5 2-Way Active 5" Studio Reference Monitor, 45Hz to 27kHz Frequency Response, 70 Watts RMS Power, 10kOhms Input Impedance

An exceptional addition to any professional audio setup, the Samson Resolv SE5 2-Way Active 5" Studio Reference Monitor delivers unparalleled sound quality with its 70-watt power capacity and dedicated power amp. This studio monitor is engineered with a 5" woven carbon fiber woofer, ensuring tight, controlled low-frequency response for a robust and balanced sound. The 1.25" soft dome tweeter complements the woofer by producing high frequencies with a natural sound, eliminating unwanted resonance. This combination of advanced audio technology provides a frequency response range from 45Hz to 27kHz, catering to a wide spectrum of sound.The Resolv SE5 stands out with its 4-position high-frequency lift control, a feature that allows the monitor to be fine-tuned for different mixing environments. This ensures optimal performance and sound clarity, regardless of the acoustic conditions of your workspace.Constructed from solid MDF, the enclosure of the Resolv SE5 is sturdy and durable. It features a time-aligned waveguide inset into the panel, promoting a wide listening area with minimal diffraction for an immersive audio experience.The SE5 is AV shielded, making it ideal for use near CRT monitors and other sensitive electronics without causing interference. The rear panel is equipped with a balanced 1/4" TRS input and an unbalanced RCA input, offering versatile connectivity options.Further enhancing its performance, the front ports of the Resolv SE5 are slotted with rounded inner edges. This design helps reduce port noise at high sound pressure levels (SPLs), ensuring smooth, distortion-free audio output. With its 10kOhms input impedance, this studio reference monitor guarantees consistent, high-quality sound reproduction. In summary, the Samson Resolv SE5 2-Way Active 5" Studio Reference Monitor is a top-tier choice for professionals seeking superior sound quality, versatile functionality, and reliable performance.