LG set to unveil new 4K short throw projector at CES

midian182

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Why it matters: CES is still a few weeks away, but companies are already giving us sneak peaks of what they’ve got in store. One of these is LG, which is set to unveil the second-generation of its CineBeam Laser short throw projector that was revealed at this year’s event.

Like its HU80KA predecessor, the HU85L’s Ultra Short Throw technology lets you project a massive picture onto any surface—wall, floor, or ceiling. Users can create a 90-inch image when placing the device just 2 inches away from a wall, or increase this to 120-inches by moving it 7 inches away.

The HU85L also retains the 4K resolution and peak 2500 lumens brightness of the previous model. And while the press release doesn’t mention HDR—a feature of the HU80KA—there is a reference to its “wide color gamut.”

In addition to the usual USB, Ethernet, and HDMI connectivity options, the projector comes with LG’s webOS 4.5 operating system, giving you access to the likes of Netflix, Hulu, and other streaming services. There’s also wireless support for external devices such as a keyboard and mouse.

Like its modern TVs and Smartphones, LG’s ThinQ AI technology is integrated into the projector, allowing you to set commands by speaking into the ‘magic remote.’ Users can, for example, say “turn off the projector after the movie has finished,” or ask for certain content to be shown.

No word yet on the release date or price, but it will certainly be cheaper than a similar-sized OLED TV. For comparison, the HU80KA, which can project a 150-inch screen and has HDR, had a $3000 price tag at launch.

We'll find out more at CES, which starts on Tuesday, January 8, 2019.

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Hmmmmmm ..... that will be impressive, but I have a feeling it won't be quite as bright as they show in the simulation, but time will tell.
 
Wow, after reading the specs of the original version if they could drop the price by 500 and add another hdmi input I would buy one
 
Hmmmmmm ..... that will be impressive, but I have a feeling it won't be quite as bright as they show in the simulation, but time will tell.
The thing to do to overcome that is find a good projection screen, IMO. I get the idea is to be able to project on to any surface and to keep the footprint minimal, however, I agree that is is not likely to produce images as bright as in the pictures on all surfaces even with proper calibration. A real projection screen, however, would almost certainly solve that. The cost of a projection screen would certainly only amount to a fraction of the cost of the projector, so why not?

And looking closer at the picture in the article, my bet is that the surface used is a projection screen or some surface specially treated to act as if it is a projection screen.

2500 nits is impressive, IMO.
 
Love it, so much better than being required to install the projector in the ceiling. Hopefully this technology doesnt die being too expensive and ignored by the customers..
 
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