PreSonus Eris Studio 8
The Eris Studio 8 is a professional-grade active studio monitor engineered for accurate, flat-response mixing and mastering. Its substantial yet balanced construction sits comfortably in mid-field monitoring setups, delivering the detail and clarity needed for critical listening without fatigue. Built for engineers and producers who demand transparent, dependable sound in the studio.
Design & Build Quality
The cabinet features internally braced MDF construction with black vinyl veneer, weighing just over 10kg at a height of 419mm. Rounded cabinet edges and a front-exiting reflex port minimize diffraction artifacts, contributing to cleaner frequency response and more accurate stereo imaging across the listening field.
Recording & Mix Translation
A 140-watt bi-amped configuration — 75W for lows and 65W for highs crossing at 3.5kHz — delivers extended dynamic range with a frequency response of 35Hz–20kHz and peak output of 106dB SPL at one meter. Comprehensive on-board controls include a 12dB/octave low-cut filter (selectable at 80Hz or 100Hz), an acoustic space adjustment offering 2dB or 4dB shelving below 800Hz, and two parametric EQ bands providing ±6dB adjustment at 1kHz and 10kHz, allowing you to dial in room interaction and achieve mixes that translate across playback systems.
Key Features
- 8-inch woven-composite woofer with 1.25-inch silk-domed tweeter
- 140 watts total bi-amped power (75W low-frequency, 65W high-frequency)
- Frequency range: 35Hz–20kHz
- Maximum SPL: 106dB peak at one meter
- EBM waveguide with 120 × 60-degree horizontal × vertical dispersion
- Balanced XLR and ¼-inch inputs, unbalanced RCA inputs
- Low-cut filter at 80Hz or 100Hz (12dB/octave)
- Acoustic space adjustment: ±2dB or ±4dB below 800Hz
- Dual parametric EQ bands: ±6dB at 1kHz and 10kHz
- RF interference, output-current limiting, over-temperature, transient, and subsonic protection
- Soft-start amplifier feature
- Internally braced MDF cabinet with rounded edges; front-exiting reflex port
The Eris Studio 8 combines robust engineering, flexible connectivity, and powerful onboard processing to deliver professional monitoring accuracy at a practical scale.
