- 2+Deal
- 2+Deal
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Clear- Shipped from Skroutz Hub: Products available for shipping directly via our warehouse, Skroutz Hub.
- Offers: Products with a significant price drop.
- Short Throw: All projectors with a throw ratio or distance ratio between 0.40:1 and 1.10:1 produce an image width of 1 meter when placed at a distance of 0.40-1.10 meters from the screen.
- Ultra Short Throw: All projectors that have a throw ratio or distance ratio smaller than 0.40:1, meaning they produce an image width of 1 meter when placed at a distance smaller than 0.40 meters from the screen.
- Native Resolution: The more pixels, the higher and better the resolution. From lowest to highest resolution, they are ranked as follows: HD, Full HD, 4K Ultra HD.
- LED: Longer lifespan but lower brightness than traditional light bulbs, with good color rendering.
- Laser: Longer lifespan than LED bulbs, as well as high brightness and excellent color and black performance.
- 3LCD: Development of LCD (Liquid Crystal Display) technology. The image is created by 3 LCD panels of liquid crystals, each of which produces one of the primary colors: red, green, blue.
- DLP (DMD): In this technology (Digital Light Processing), which is the most widespread, the image is created by a chip with microscopic mirrors and a rotating colored disc. The chip is called DMD (Digital Micromirror Device).
- D-ILA: This technology (Direct-Drive Image Light Amplification) is an evolution of LCoS technology. The image is created when the light from the lamp passes through the liquid crystal panel and is reflected by the mirror towards the lens.
- LCD: The image is created by 1 LCD (Liquid Crystal Display) panel of liquid crystals which produces combinations of the three primary colors: red, green, blue.
- LCoS: This technology (Liquid Crystal on Silicon) is a combination of DLP & LCD. The image is created when the lamp light passes through the liquid panel and is reflected by the mirror towards the lens.
- SXRD: This technology (Silicon X-tal Reflective Display) is an evolution of LCoS technology. The image is created when the light from the lamp passes through the liquid crystal panel that is very close to the mirror and is reflected towards the lens.
