![]() Especially if you’ve got a massive screen, you’ll want the big audio to match. Onboard audio: Both projectors and TVs typically offer subpar built-in speakers. And blown up to over 100 inches, the difference is noticeable. It still looks crisp and vivid, but native 4K can look that much better. Often, projectors capable of broadcasting a 4K image make use of pixel shifting to upscale an image to 4K from a 1080p chip. Resolution: Many UST projectors feature a 4K resolution. You’ll need to think about your desired resolution, connectivity, price, and more. When selecting an ultra-short throw projector, there’s a lot to consider. Although there are plenty of gaming projectors on the market, UST projectors typically suffer from more lag which makes them unsuitable for gaming. And lag, an issue plaguing many projectors, can be particularly bad for ultra-short throw projectors. ![]() But with UST projectors that sit right up close to the screen, minor imperfections are more evident. Thus, virtually any screen or even a white wall will work just fine. When you’re shining a light from further away, minor imperfections aren’t as visible. Additionally, projection surface matters more with ultra-throw projectors, so you’ll want a dedicated ultra-short throw projector screen ultra-short throw projector screen. Generally, UST projectors retail for more than long and short-throw projectors. Still, ultra-short throw projectors do feature their downsides. Plus, UST projectors can deliver massive, high-contrast, bright images even standing up well to ambient lighting. Installation of UST projectors is much easier than with traditional long or even short throw projectors. Instead, simply place your projector about where a television would be, close to the wall on an entertainment center. Therefore, you don’t have to grapple with running wires across the room. Whereas a traditional projector with a long throw requires a ceiling mount or placement on a shelf behind the viewing area, ultra-short throw projectors sit a few inches from the screen. Short and ultra-short throw projectors can provide many benefits. Most short-throw projectors feature a throw-ratio between 0.38:1 and 1.4:1 Ultra-short throw projectors on the other hand need a mere few inches to generate a massive 100-inch or greater image with a throw ratio of 0.37:1 or less. The average short-throw projector requires around four or five feet to shoot a 100-inch picture. However, for smaller rooms, a short-throw projector is necessary. The average throw ratio of a standard projector is around 1.5:1 or larger. As such, with most viewing areas you’d need to have the projector situated on a ceiling mount or behind you on a shelf. With typical home theatre projectors, a distance of about eight or 10 feet back from the screen generates a 100-inch or larger image. In this case, if you want 10 feet of screen width, you’ll multiple 10 by 1.5 to get 15, so placing your projector 15 feet from the screen casts a 10-foot wide picture. Then, multiply the first number by your desired screen width and you’ll know how many feet back you’ll need to place your projector. And the number after the colon represents one foot of screen width. ![]() The first number represents the distance in from the projector to the screen, in this instance 1.5 feet. A throw ratio is listed as a number followed by a colon, and then another number.įor instance, you might see 1.5:1. A throw ratio calculates the distance between a projector’s lens and the screen. The further back from the screen you place a projector, the larger the on-screen image will appear. ![]() A television has a fixed screen size, but a projector can generate differently-sized images based on its placement. ![]()
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