Similar to how digital video streaming is changing how we watch television, Wemax ALPD Technology is redefining the home theater concept. Over the past three decades, we have gone from cathode ray tubes (CRT) to digital light processing (DLP) and from liquid crystal display (LCD) to organic light-emitting diode (OLED); in 2023, we are seeing more advanced laser phosphor display (ADLP) projectors being purchased by home theater enthusiasts who truly enjoy the idea of getting the best image resolution without having to bother with a television set
With the advent of ALPD, the home theater concept will no longer be limited to family rooms, large dens, or living spaces that are transformed into media and gaming rooms. WEMAX aims to revolutionize the home theater experience in various ways, namely the following:
- Providing the best large-display image resolution with the highest accuracy of colors, smart algorithms for brightness, and ophthalmic comfort.
- Eliminating the need to invest in giant television screens that are overly bulky, fragile, and of uncertain quality.
- Making the home theater experience more versatile with portable projectors and screens that can even work in outdoor settings.
- Reducing the overall carbon footprint associated with operating high-resolution displays.
The future of the activity we still refer to as “watching TV,” which includes the digital video content we stream from networks such as Netflix, will be determined by the progress of WEMAX ALPD technology. Let’s take a look into what is driving this home theater revolution:
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How WEMAX ALPD Technology Works
Believe it or not, ALPD is based on two traditional TV technologies that have been around since the middle of the 20th century: Cinema projection and CRT. As of 2023, the original patent for laser-powered phosphor-emitting devices has been around for a little over a decade.
Here we need to remember that projection technology predates CRT by many decades because cinema was well-established by the time television sets made their debut in homes around the world.
The idea of projecting TV signals and images is not new either; in fact, the idea of combining CRT and projection technologies pretty much became an expensive and impractical consumer electronics trend in the 1980s. While we are reviewing this history, let’s not forget that laser technology applications for TV have been previously developed, but they did not rise to the level of OLED Smart TV sets.
ALPD combines a few concepts from CRT and projection technologies while adding elements of laser and precision optics. The first patent in this regard involved an impressive glass screen manufactured in California, but it only took a few years to abandon the idea of using screens altogether.
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With ALPD, projection devices take full advantage of the digital formats used by broadcast TV and video streaming networks to deliver the absolute best image processing that the human eye can see.
The images projected by ALPD devices are generated by microlasers that bounce light signals off special mirrors and through lenses that amplify, focus, and adjust the output display. The image stream is managed and processed by a microprocessor that executes instructions programmed within an algorithm.
Every photon, pixel, and color from the digital video source, which can be a TV tuner, computer, streaming stick, or even a smartphone, is processed and optimized before is sent to the array of lenses and mirrors.
What you can get from modern ALPD projectors is the following:
- Best image brightness on the market.
- True 4K resolution.
- The widest gamut of colors.
- The highest levels of brightness.
- Life-like images.
- Optimal energy efficiency.
While the image processing described above may sound like what Smart TVs do these days, it is crucial to note that ALPD users lasers instead of OLED lamps. The advantage in this regard is that lasers are far more durable than OLED lamps, and they also have an edge in terms of energy efficiency.
Laser-based technology also offers the ability to project onto virtually any surface that traditional lamp-based technology can’t. Laser projectors offer a full spectrum of options, including high-contrast, high-brightness, full high-resolution color, and many, many others, all of which can be adjusted depending on the surface you choose to project your images onto and your preferred configuration of ALPD devices.
ALPD technology can be more efficient than the most advanced OLED-based TVs that require expensive lamps to function properly. When you consider the high portability and excellent image processing of ALPD projectors, the idea of a large screen in your home will surely become an afterthought.
