Featuring a 1” soft dome tweeter for natural, refined high frequencies and a 5” polyfiber woofer for punchy, refined low end, these all new S 803 Jamo bookshelf speakers are Dolby atmos units that are capable of delivering phenomenal stereo sound with patent pending connection points atop the enclosure for easy integration of the Jamo S8 ATM dolby atmos module to deliver jaw dropping overhead atmos effects.
Integrated with Waveguide acoustic technology, the high frequency soft dome tweeter directs audio towards the listening area providing natural, balanced audio. Being a versatile speaker, The S 803 Jamo bookshelf speakers can work as stereo music bookshelf speaker system in a two channel application or as a surround speaker in a home cinema environment delivering class leading sound output.
Designed to provide refined, supremely natural reproduction of music and movie soundtracks, The S 803 Jamo bookshelf speakers are ready to get placed at your preferred location in your home all thanks to their versatile placement options and smaller form factor, Providing phenomenal aesthetics and value. These speakers can be used in a two channel stereo music application or a home cinema room to deliver immersive audio full of detail and substance.
With easily detachable magnetic grilles – You are provided with a neat looking front baffle design, without any of the cluttered mounting hole or push pins. Heavy texture of the woven linen grille cloth increases the style quotient of the speaker along with spouse pleasing wood accents that provide natural look.
Key features of S 803 Jamo bookshelf speakers
- Classic Danish design
- Patent pending Dolby atmos module integration technology
- Waveguide acoustic technology delivers superb high and low mid frequency dispersion
- Incredibly beautiful magnetic grille with woven line grille cloth
- 1″ soft dome tweeter for natural and well integrated high and mid frequency reproduction
- 5″ polyfiber woofer for well controlled low frequency performance
- Impressive frequency response of 57-26KHz