Years of intensive research in a newly developed principle has resulted in the DALI SKYLINE 1000 which represents a radical rethinking of design and technology. With its unique combination of refreshingly different design and State of the Art performance, the SKYLINE 1000 will appeal to dedicated audiophiles as well as those who appreciate fine design.

When fantasy and reality meet
The innovative DALI SKYLINE 1000 represents the pinnacle of DALI loudspeaker development. One of the major DALI design priorities has always been the development of room independent loudspeakers whose performance would not be compromised by normal living rooms. 

The DALI SKYLINE 1000 is a giant step forward towards this goal. Years of intensive research in a newly developed principle, Dynamic Hybrid Dipole, has now resulted in a loudspeaker which represents a radical rethinking of design and technology.

Dynamic Hybrid Dipole (DHD)
We call this principle 'Dynamic Dipole' because the system incorporates dynamic bass and midrange drivers in an open baffle radiating sound to the rear as well as to the front. 'Hybrid' because they are integrated with our line source ribbon tweeter, resulting in a loudspeaker with controlled dispersion and combining the advantages of a ribbon driver and high-grade dynamics drivers. 

The bass system
While conventional speakers are omnidirectional, radiating bass energy roughly equally in all directions (fig. 1), the DALI DHD system has a more controlled dispersion pattern and radiates bass energy in a figure of 8 pattern. Restricted dispersion has significant advantages.

1. Controlled dispersion reduces the amount of reflected sound reaching the listening position (fig. 2). Controlled dispersion also means fewer room resonances and more accurate, uncoloured sound at the listening position.

2. With conventional loudspeakers, standing waves have a highly disruptive effect, making accurate bass very difficult to achieve. Standing waves occur when the rear wall reflects bass energy back into the room where it interacts with the direct sound, cancelling it at some frequencies and boosting it at others. When the DALI SKYLINE 2000 is correctly installed and properly angled, sound will not be reflected directly back at the loudspeaker because of its limited bass dispersion (fig. 2). With bass cancellation eliminated at the source, the SKYLINE 1000 offers more uniform bass reproduction throughout the listening room.

The enclosure
The open baffle offers fine working conditions for the drivers. Sound is not closed in and the driver diaphragms are not deformed by the compression energy which is common inside a cabinet. Dynamics are improved, distortion is reduced and there are no internal surfaces to cause reflections and colour the sound from the drivers.

The ribbon tweeter
The DALI SKYLINE 1000 high-frequency driver is a 40" ribbon. The ribbon itself has approximately the same mass as a conventional 1" dome, but with 20 times the surface area and much greater throw, if offers improved dynamics and frequency response as well as greatly reduced distortion. The ribbon's magnetic assembly outweighs most complete bass drivers and exerts perfect control.

The ribbon system has many of the inherent advantages of the bass system: dispersion is controlled but only in the vertical plane in order to reduce energy reflected off the floor and ceiling. Fewer room boundary reflections means uncoloured, accurate sound at the listening position.

DALI SKYLINE 1000 manual



Product Series SKYLINE
Speaker Type Front
Frequency Range (+/-3 dB) [Hz] 40 - 21,000
Sensitivity (2,83 V/1 m) [dB] 88.0
Nominal Impedance [Ω] 4
Maximum SPL [dB] 109
Recommended Amplifier Power [W] 50 - 150
Crossover Frequency [Hz] 400 / 3,000
Crossover Principle Dynamic Hybrid Dipole
High Frequency Driver 1.5 x 80 cm  Ribbon
Midrange Driver 1 x 6½"  Paper Fibre Cone
Low Frequency Driver 1 x 12"  Paper Fibre Cone
Max. Amplifier Power Output [RMS watt] 150
Connection input(s) Bi-Wire
Recommended Placement Floor
Dimensions (HxWxD) [mm] 1290 x 440 x 390
Weight [kg] 36.0