Feature

●Tailor-made to seamlessly match with the other models in Spektor Series
●Seamless Integration and Wide Dispersion
●A Dali Trademark: Wood-Fiber Cone Woofers
●Soft-Dome Tweeters for Stellar Accuracy
●Dimensions (HWD): 6.0" x 17.1" x 8.0"

[White]




[Dark Walnut]




[Walnut]




[Light Oak]




[Black]





Description

Tailor-Made to Seamlessly Match with Other Spektor Series Speakers in a Multichannel Surround-Sound System: Dali Spektor Vocal Center-Channel Plays with Crispness, Detail, and Clarity

Put the center-stage spotlight on the Dali Spektor Vokal center-channel loudspeaker. Tailor-made to seamlessly match with the other models in Spektor Series, Vokal prizes clarity and depth in the same way western filmmakers embrace big-sky landscapes. Dynamic and lively, Vokal delivers dialogues with crispness and is at home in 3.1, 5.1, and higher home-theater setups. Two 4.5-inch wood-fiber cone woofers and a one-inch soft-dome tweeter have your back in both movies and multichannel music. So dim the lights, pull back the curtain, and let the show begin.

Seamless Integration and Wide Dispersion

Dali makes it easy to integrate your loudspeakers into any room. The driver materials and geometry applied in Spektor Series have been selected to achieve a wide dispersion pattern. You will experience a well-integrated sound, even when listening significantly off-axis. Optimizing the audio signal for off-axis distribution also results in the signal reaching your ear directly and the signal reflected off the room surfaces, leading to a coherent balance. This means a consistent sound quality across a much wider listening area. At the same time, it offers greater freedom and flexibility in positioning the loudspeakers. An added benefit is hugely reduced harmonic distortion and diffractions causing frequency distortion. This is also the reason why Dali speakers are not designed for toeing-in.

A Dali Trademark: Wood-Fiber Cone Woofers

Wood-fiber cones are a Dali trademark. In Spektor Series, the cone membrane is crafted from a mix of fine grained paper and wood-fiber pulp. This approach makes the cones very rigid and lightweight. The unevenness in the structure of the membrane helps minimize unwanted surface resonances. Combining the well-behaved wood-fiber cone with the low-loss rubb