NEC LED-FA009i2-110
[labelId:datasheet_textpattern_LED_indoor] 0.95 mm 110" [labelId:datasheet_textpattern_indoor_qhd_bundle]
| product_pixelpitch [product_pixelpitch_unit] | 0.9 |
| product_brightness [product_brightness_unit] | 600 |
| product_aspectratio [product_aspectratio_unit] | 16:9 |
| products_orderCode | 81000290 |
label_price_prefix infomail _at_ sharp _dot_ eu
product_description
Extreme visual performance
Delivering extreme levels of visual performance where the finest detail matters the most; Sharp’s 0.9mm super-fine pixel pitch LED FA009i2 modules and bundles offer a premium solution for boardrooms, control rooms, luxury retail environments and simulation.
The super-fine pixel pitch enables configuration of an QHD canvas at a screen size of just 110” for demanding application scenarios where the viewing distance is short and the content requires highly detailed scrutiny.
With an innovative 4-in-1 IMD diode design, reality-like image presentation can be achieved without interruption from bezels or gaps, delivering excellent viewing angles, consistent vibrant colours and superb brightness. Designed with industry-grade quality and redundancy for key components, the FA Series provides a display solution with longevity and unmatched reliability.
benefits
- Care-free installation – with bundled solutions that deliver all you need to get your LED video wall up and running.
- Large scale for perfectly detailed imagery – completely bezel-less design with high contrast rates deliver an unhindered viewing experience.
- Secure performance for demanding applications – with high-end components and redundant module design with additional power supply and data cards to ensure ongoing operations with a minimal loss of brightness levels.
- Superb readability in bright light environments – high brightness levels of up to 600 cd/m², along with wide viewing angles deliver clear messages to your audience even under varying and demanding ambient conditions.
- Slim design – with a flush rear profile, LED modules can be integrated very close to the wall with minimal gap necessary due to very low heat emission.
