Description
Speaker for home for any room, delivering tigh bass, well defind mid range and airy high frequencies, balance for home theatre, stereo listening with lifelike and naural reproduction of sound .
Key features
nominal Impedance [ohms] 6
Crossover Principle 2-way
High Frequency Driver(s) 1 x 29 mm soft dome
Crossover Frequencies [Hz] 2,400
Maximum SPL [@ 1m] [dB] 108
Frequency Range [+/- 3 dB] [Hz]39 – 26,000
Recommended Amp. Power [watts]30 – 150
Sensitivity [2.83V/1m] [dB 88
Low/Mid Frequency Driver(s) 2 x 5¼ inch
Product hghtlights –
Easy Integration
designed for wide dispersion, these speakers are even sounding better from off axis, harmonic distortion, and diffractions causing frequency distortion are significantly reduced – this is also the reason why DALI speakers are not designed to be toed in.
New wood fibre cone
Constructed from a blend of fine-grain paper pulp reinforced with wood fibres, the woofer creates a stiff, yet lightweight structure. And when combined with the low loss surround and spider suspension, the OBERON 5 woofer reproduces the most minute details in the signal, unfiltered and with high accuracy.
Bring music to life
DALI’s patented SMC reduces distortion to a point that makes it difficult to tell the difference between a live or recorded performance.
The ultimate goal of SMC technology is to make the reproduction of sound so free of distortion that you aren’t able to tell the difference between a live or recorded performance.
Oversized Dome
The oversized 29 mm ultra-lightweight soft dome tweeter was specifically developed for the OBERON series, combining well-proven technologies from our existing DALI ranges with new features. The large size of the membrane lets the tweeter generate higher sound pressure with less excursion, keeping the voice-coil motion to a controlled minimum. The tweeter front plate near the dome has been designed with similar geometry to the OPTICON and RUBICON tweeters to create the optimal working conditions for the soft dome. This results in extended frequency response, wide dispersion and low colouration.
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