Need help?Do you have a question about the Genelec 8010 and is the answer not in the manual?
General| Frequency Response | 67 Hz - 25 kHz (-6 dB) |
|---|---|
| Maximum SPL | 96 dB |
| Type | Active Studio Monitor |
| Configuration | 2-way |
| Crossover Frequency | 3 kHz |
| Input Connectors | XLR |
| Weight | 1.5 kg |
| Input | XLR |
| Amplifier Power | 25 W Bass, 25 W Treble |
| Driver Size | 3 inch Woofer + 0.75 inch Tweeter |
| Dimensions | 195 x 121 x 116 mm |
Defines an audio monitor as a professional tool for accurate listening.
Explains a reference monitor's role in revealing true audio program content.
Guidance on choosing monitors based on listening distance and sound pressure.
How to divide the room and position for optimal sound.
Recommended monitor height and tilt for minimizing floor reflections.
Adjusting monitor angles using the Iso-Pod for precise placement.
Guidelines for placing monitors near walls to prevent low-frequency cancellations.
Explains how acoustic calibration minimizes room influences for flat frequency response.
Differentiates between analogue DIP switches and SAM system AutoCal for calibration.
Steps for measuring frequency response and adjusting tone controls.
How to set rotary input sensitivity and level controls for consistent sound.
Using bass tilt to compensate for low-frequency boosts near walls.
Recommends vertical placement for two-way monitors and explains horizontal issues.
Strategies to reduce first-order reflections for clearer sound.
Explains flutter echo and creating reflection-free zones around the listening area.
Cutting room corners at 30 degrees with high-mass materials.
Using absorption and diffusion on side walls.
Using diffusive and absorbing elements on the back wall.
Using absorption material for low-frequency room resonances.
Combining absorption and diffusion above the listening area.
Explains how sound travels and changes with distance and amplifier power.
Categorizes audible frequencies and their characteristics.
To Next Page
