Very good impulse fidelity and balanced frequency response
Precise representation of the sound stage in width and depth
Solid frequency response even at low volumes
1" Esotar Pro fabric tweeter
7" magnesium silicate polymer mid/bass driver
Advanced DSP technology to adapt the Core 7 to any listening environment
DSP usable for flexible positioning, sound balance and bass extension
Allows long listening sessions without listening fatigue
Switch for overall tonal tuning of the speaker as bright, neutral or dark
500 Watt Class-D power amplifier for midrange and woofer from Pascal
150 Watt Class-D power amplifier for the tweeter by Pascal
Analog XLR inputs as well as digital AES3 (AES/EBU) interface
24 bit / 192 kHz internal converter
Converter always works on simultaneous resolution as the connected digital device
BNC word clock input for external clocking
Crossover frequency: 2750 Hz
Service USB input for updates
Vertical and horizontal positioning possible
Handmade in Denmark
Flexible in sound and position
Dynaudio's Core 7 is a high-end two-way active monitor with digital inputs in AES3 format (AES/EBU) that can be used at 24-bit and 192 kHz. Each driver has its own dedicated Pascal Class-D amplifier - 500W for the 7" woofer and a 150W amp for the 1" tweeter - while a built-in DSP processor provides various positioning, sound balance and bass extension functions. Of course, all DSP functions are available to both digital and analog inputs. In general, the Core 7 was designed to offer the greatest possible flexibility in positioning. Thus, it can be positioned vertically, horizontally and even upside down.
Real workhorse
The Core 7 monitor is a work tool for long days in the studio. It strikes a balance between clear and concise resolution without creating annoying overemphasis, or even softening things as if through a towel. In this way, Core 7 creates the basis for working without fatigue even during long sessions. It is characterized by a very good impulse fidelity and a balanced frequency response and enables a precise representation of the soundstage in width and depth.