Samsung Freestyle: The small, cylindrical Freestyle is an interesting idea, but it comes up short. The battery doesn't last as long as the AAXA either although it is a bit cheaper. It's not particularly bright, however, nor does it have built-in apps. LG CineBeam PH30N: The LG PH30N is tiny even compared to other portable projectors, even smaller than the AAXA. Read our Anker Nebula Solar Portable Review. If you want a sleek, budget-friendly portable with 1080p and plan on keeping the image on the small side, however, this is a solid choice. Its main disadvantage compared to others on this list is its relatively dim image, which means it can't project as large a picture and still look good. But if you want something compact, portable and maybe battery-powered, here are our top picks for the best mini projector.Īnker Nebula Solar Portable: We didn't like the Solar Portable as much as the BenQ GS50, Xgimi Halo+ (review coming soon), or even its sibling, the Mars II Pro. If you're never going to be far from an outlet, a standard projector will get you a much bigger, brighter and better image for similar money. Another is that most portable projectors, especially the cheapest ones, often have lower resolution than their larger counterparts, especially 4K projectors. One is that many are relatively dim, lacking the brightness of a traditional home theater projector, meaning they can't project as large an image as the big guys. Portable projectors do come with a few drawbacks, though. Many mini projectors can give you access to Netflix, Amazon Prime Video, Disney Plus, Hulu and other streaming services without having to connect a streaming device or laptop. They also offer a handful of connectivity options including Wi-Fi, HDMI and Bluetooth, and they typically run on batteries. Whether you project onto a blank wall or a projector screen, you can capture the picture quality you crave without getting weighed down. These products can fit easily in any backpack, and some are small enough to fit in your pocket. The best small, portable projectors let you to spend movie nights inside a pillow fort, in the backyard or even out in the wilderness. The resolution of the projected image may not reach 1920 x 720 when the angle is corrected.Having a mini projector means you no longer need bulky gear or a big budget for a big screen. *4 This module alone cannot automatically detect angled projection and make corrections.*3 Incorporates the PicoP technology developed by MicroVision, Inc.Sony will continue the development of this module to achieve even more compact size and intense brightness, and aims to bring it to market for use in pico projectors and other devices with projector functionality. In addition, it is equipped with an independently-developed distortion correction circuit which corrects screen shapes such as rectangles that can be distorted into trapeziums *4 when projected from certain angles to their original shape. This module also delivers beautiful, crisp projection with a wide color gamut and higher contrast compared to conventional panel systems. Furthermore, optical technology developed by Sony has been used to achieve a reduction in laser speckle noise (noise from specks in the image), which had previously been a challenge for LBS systems. This module can project clear images to a screen size of approximately 40 inches from a projection distance of one meter, and approximately 120 inches from a distance of three meters. Furthermore, the advanced light-harvesting capability and directness of the laser beam ensure that the projected image remains in focus, regardless of the distance or angle from the projection surface. By developing a video processor that ensures the semiconductor laser and MEMS mirror can be controlled with the utmost precision, Sony has achieved high-resolution HD image quality that surpasses VGA and WVGA, which are the current mainstream resolution for battery-driven pico projectors. It adopts a LBS system that incorporates a semiconductor laser as the source of light, whereby the laser beam is reflected and controlled by a MEMS mirror to scan and project the image. This newly developed module is composed primarily of a semiconductor laser, MEMS (Micro Electro Mechanical Systems) mirror *3, their respective drivers, and a video processor to control the video signal processing and image output. In addition, most of these pico projectors have usage limitations depending on the distance of the projector from the projection surface, such as requiring focus adjustments, or projection from a front-on angle. Currently, modules mounted on battery-driven pico projectors use a panel system, which generally have VGA (640 x 480) or WVGA (800 x 480) resolution.
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