ADAM Audio S3H Near/Midfield Monitor, 3-Way System with Dual 7" Woofers

The ADAM Audio S3H is a professional-grade nearfield/midfield studio monitor designed for critical listening applications in recording studios, post-production facilities, and high-end home studios. This three-way active monitor system employs a sophisticated driver configuration and powerful amplification to deliver exceptionally accurate and transparent audio reproduction across an extended frequency range. Its horizontal design makes it suitable for placement on mixing consoles or dedicated studio stands, providing a wide stereo image and minimising the need for additional subwoofers in many environments. At the core of the S3H's performance are its specialised drivers: two 7-inch woofers constructed from HexaCone material handle low frequencies, a unique 4-inch carbon composite hybrid dome/cone driver manages the mid-range, and the proprietary German-made S-ART (Accelerating Ribbon Technology) tweeter with an HPS waveguide reproduces high frequencies with minimal distortion. The system is quad-amped, with dedicated amplifiers for each driver section: 500 watts for each woofer, 300 watts for the mid-range, and 50 watts for the tweeter, totalling 1350 watts of power. Advanced Digital Signal Processing (DSP) provides comprehensive control, including custom EQ presets, room compensation filters, and delay functions for precise acoustic tuning. This monitor is ideally suited for audio professionals requiring uncoloured, detailed sound for mixing, mastering, and critical evaluation. The extended frequency response from 30 Hz to 50 kHz captures the full spectrum of audio material, while the high maximum SPL (≥126 dB per pair at 1 metre) ensures ample headroom. With both analogue XLR and digital AES3 inputs, it integrates seamlessly into various studio setups. The robust construction and five-year warranty (comprising a standard two-year term extendable by three years upon registration) reflect its professional build quality and intended long-term use in demanding environments.