Hyundai D466FLPT Dépliant
Display Solutions by Expertise.
Indoor Public Display
D466FLPT
Key Features
• 116,8 cm/46” public display
• open frame design
• transflective panel
• optical bonding technology
• out-of-home media panel
• 1366 x 768 resolution
• 2900:1 high contrast
• max. 3000 cd/m² brightness
• 178° (h/v) wide viewing angle
• array of connectors
• built-in video wall function
• portrait/landscape orientation
• auto cooling system
• remote control & maintenance
• open frame design
• transflective panel
• optical bonding technology
• out-of-home media panel
• 1366 x 768 resolution
• 2900:1 high contrast
• max. 3000 cd/m² brightness
• 178° (h/v) wide viewing angle
• array of connectors
• built-in video wall function
• portrait/landscape orientation
• auto cooling system
• remote control & maintenance
D466FLPT – Optical Bonding Type
Since the mid-90s, the name HYUNDAI has been synonymous with
the design and production of state-of-the-art display technolo-
gies. Advanced devices offering sophisticated design and supreme
image quality – with ”built-in” future-proofing.
the design and production of state-of-the-art display technolo-
gies. Advanced devices offering sophisticated design and supreme
image quality – with ”built-in” future-proofing.
By using special “Out-Of-Home” LCD panels HYUNDAI IT’s indoor
public displays ensure the presentation of digital signage con-
tents in a pin sharp, high bright and brilliant picture quality. For
installations in environments with brightest lightning conditions
– even bright sunlight – HYUNDAI provides special displays which
are based on the optical bonding technology. This leads to the
advantage that glare and reflection on the screens are reduced to
a minimum while brightness is increased at the same time.
public displays ensure the presentation of digital signage con-
tents in a pin sharp, high bright and brilliant picture quality. For
installations in environments with brightest lightning conditions
– even bright sunlight – HYUNDAI provides special displays which
are based on the optical bonding technology. This leads to the
advantage that glare and reflection on the screens are reduced to
a minimum while brightness is increased at the same time.
(similar picture)