IK Multimedia iLoud Precision 6

The iLoud Precision line offers best-in-class frequency response with an extended range of 36 Hz - 30 kHz and a stunning +/- 1 dB accurate ultra-flat response from 45 Hz to 30 kHz, for accurate and uncolored audio across the entire listening range.

The IK Multimedia iLoud Precision 6 uses its advanced 96 kHz internal DSP system, digital crossover, and custom-designed audiophile amplifiers to deliver true linear phase response above 150 Hz (and the smallest possible phase shift at low frequencies) for accurate stereo imaging, sharp transients, incredibly solid bass, and breathtaking detail. The result is stunningly clear, transparent and revealing sound quality that is absolutely true to life.

iLoud Precision also sets a new standard for time coherence, or the precise timing alignment between all parts of the audio spectrum. With nearly the theoretical ideal performance, iLoud Precision offers the highest level of time accuracy without sacrificing frequency response. Accurate time alignment provides incredible transient response and frequency balance, and eliminates the ear fatigue that can develop during longer listening sessions with lesser monitors. In addition, this improves program "readability" and thus translation.

With iLoud Precision, you don't have to worry as much about treating your room. Each speaker features built-in calibration based on the renowned ARC™ system technology. Simply plug in the included MEMS measurement microphone and in seconds the iLoud Precisions will tune themselves to any environment, from your mixing room to your living room.

With a bass extension to 36 Hz at only - 4 dB, the iLoud Precision delivers deep, powerful bass that is still controlled and balanced, with minimal phase shifts. With ARC enabled, the iLoud Precision can reach as high as 30 Hz in many rooms, while an adjustable bass roll-off lets the Precisions integrate with a subwoofer for unmatched low-end performance in any setup, without the need for an external crossover that could degrade sound performance.