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Casio’s 4K Large Venue Series will act as its ISE spearhead

As a pioneer of lamp-free technology, Casio will be demonstrating its entire range of projectors at ISE 2018, with its 4K Large Venue Series spearheading the collection on stand 1-F120, where

a live ballet dancer will add to the spectacle.

ISE will also be an opportunity for stand visitors to learn more about Casio’s revolutionary lamp-free projection technology from industry leader Alan Garratt, as Casio UK welcomes him back as business development manager for the projectors division.

The XJ-L8300HN is the company’s first 4K Ultra HD projector, featuring 5,000 lumens brightness with a resolution of 3840 x 2160 pixels and is equipped with a DLP chip to create images of approximately 8.3 million pixels. This is made possible because the four-megapixel chip has twice the amount of pixels as is seen with the traditional 4K e-shift method, creating sharper, more detailed images. Content is reproduced with a spectacular colour array and a built-in lens shift function to auto correct the visual positioning.

After a successful launch in the summer this year, the Large Venue Series has been particularly popular with higher education and schools looking to introduce 4K UHD to larger audiences across their halls and lecture theatres. The demand for projectors in education remains high, as Casio’s business development manager John Dykes explained: “We’ve seen a continued level of growth in our lamp-free projectors this year, especially with our Core Series due to its competitive price point and brightness of up to 3,500 lumens brightness – making it ideal for classrooms and smaller seminar rooms. The 4K XJ-L8300HN will be on display so that integrators can see the performance of its lamp-free design at this high resolution.”

The laser & LED hybrid light source across Casio’s entire projector range delivers an extremely low total cost of ownership, as the need to replace lamps is totally removed. It also provides the opportunity to improve the end user’s environmental credentials, as power consumption is dramatically reduced and hazardous mercury is eliminated.

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