Focal JMLab Focal Theva No.3-D 3-Way Bass-Reflex Floorstanding Loudspeaker with 5" Full-Range Up-Firing Driver for Dolby Atmos Effects

Dive Into Films Theva N3-D is the Home Cinema loudspeaker that spatialises all your listening experiences in the most spectacular way. A speaker driver with directional baffle, positioned on top of the loudspeaker, reflects sound waves onto the ceiling and reproduces 3D Dolby Atmos sound effects. Action scenes in the air, pouring rain or rolling thunder are all brought to life. Combined with the Slatefiber technology in the speaker drivers and the TNF tweeter (both exclusive Focal technologies), the sound is immersive, precise and dynamic. Made in France, Theva N3-D has a design with delicate, refined details. With an additional front panel, sleek black or wood finishes, metallic and screen-printed rings, magnetic grille and rear vent positioning, every single detail is highly refined. Features 3-way floorstanding loudspeaker, Dolby Atmos compatible Full-range speaker driver with directional baffle for Dolby Atmos effects, as though you had speaker drivers in the ceiling Directional baffle for accurate and localized Atmos effects Slatefiber technology for immersive and dynamic Home Cinema sessions Better sound image thanks to Time Alignment; sound focused on the listener Refined design Dolby Atmos Effects Dolby Atmos is a technology developed specifically for audio products. Dolby Atmos-equipped loudspeakers are enabled speakers: in addition to their speaker drivers in the front panel (horizontal channels), they incorporate a speaker driver on the top (vertical channel) which reflects the sound around the entire listening room. This technology also isolates each sound from the original soundtrack and mix, like an independent audio object, for the most detailed sound reproduction, all spatialized in 3 dimensions. With Dolby Atmos, the emotion of cinema is transported into the heart of your lounge. Detailed Sound Exclusive to Focal and made in France, the Slatefiber cone is made from recycled carbon fibers applied as a filling sandwiched betw