Specification | Formovie THEATER UST Projector | Formovie T1 UST Projector | Formovie CINEMA PRO UST Projector | |
Brightness | 2800 ANSI Lumens | 2800 ANSI Lumens | 2400 ANSI Lumens | |
Operation System | Androidtv11(Support YouTube ) |
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Oversea Feng OS (Support YouTube) | |
Contrast Ratio | 3000:1 | 3000:1 | 3300:1 | |
Laser Technology | ALPD 4.0 + Full-Color Laser Display Technology | ALPD 4.0 + Full-Color Laser Display Technology | ALPD 4.0 + Single-Color Laser Display Technology | |
Resolution | 4K HDR | 4K HDR | 4K HDR | |
HDR | HDR10, HDR10+ Compatibility | HDR10, HDR10+ Compatibility | HDR10 compatibility | |
RAM | 3GB DDR4 | 3GB DDR4 | 3GB DDR4 | |
Built-in Storage | 64GB | 64GB | 64GB | |
Imaging Chip | TI DLP chip | TI DLP chip | TI DLP chip | |
Screen Size | 80" - 150" | 80" - 150" | 80" - 150" | |
Dolby Vision | √ | √ | √ | |
Motion Processing | √ | √ | √ | |
Connections | HDMI 2.1 (3) USB (2) Headphone 3.5mm (1) Digital Optical Audio (1) Ethernet (1) Wi-Fi |
HDMI 2.1 (3) USB (2) Headphone 3.5mm (1) Digital Optical Audio (1) Ethernet (1) Wi-Fi |
HDMI 2.1 (3) USB (2) Headphone 3.5mm (1) Digital Optical Audio (1) Ethernet (1) Wi-Fi |
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Projection Distance | 79mm to 454mm | 79mm to 454mm | 79mm to 454mm | |
THX Certified | √ | √ | √ |
Laser Projectors: Laser projectors typically offer outstanding brightness and clarity. Their laser light source produces more accurate and vibrant colors, along with uniform illumination, ensuring sharpness and brightness in various environments.
LED Projectors: LED projectors perform well in brightness and clarity but may not surpass laser projectors. They can still meet most scene requirements with good color reproduction and contrast.
Lamp Projectors: Lamp projectors usually exhibit lower brightness and clarity, especially after prolonged use when the light source gradually diminishes, leading to dimmer images and color distortion.
Laser Projectors: Laser projectors boast long lifespans and high reliability. Laser devices experience minimal degradation over time, resulting in extended lifespans and more reliable performance.
LED Projectors: While LED projectors have longer lifespans than lamp projectors, LEDs may suffer from light source degradation and pixel distortion after prolonged usage, albeit to a lesser extent than traditional lamps.
Lamp Projectors: Lamp projectors typically have shorter lifespans, requiring frequent bulb replacements. They may also experience sudden bulb failures or ruptures during operation.
Laser Projectors: Laser projectors are generally more energy-efficient than LED and lamp projectors, thanks to their lower power consumption and reduced need for frequent light source replacements, thereby minimizing energy consumption and electronic waste generation.
LED Projectors: LED projectors exhibit higher energy efficiency compared to lamp projectors and do not contain hazardous substances like mercury, resulting in a smaller environmental footprint.
Lamp Projectors: Lamp projectors often consume more energy and may contain mercury and other hazardous materials in their bulbs, posing environmental pollution concerns post-usage.
Laser Projectors: Laser projectors typically have a wider range of projection distances and broader projection angles. This means users can install the projection equipment in more flexible positions and achieve larger projection screen sizes without sacrificing image quality.
LED Projectors: LED projectors are usually limited in projection distance and angle, requiring more precise installation positions to achieve the best projection effects.
Lamp Projectors: Lamp projectors offer lower flexibility in projection distance and angle, often requiring stricter installation conditions to ensure optimal projection effects.
Laser Projectors: Laser projectors feature fast response speeds and stable image performance, suitable for high-speed dynamic scenes such as gaming and sports events, delivering clear and smooth images.
LED Projectors: LED projectors typically have fast response speeds, but may exhibit blurring or ghosting effects when handling high-speed dynamic images.
Lamp Projectors: Lamp projectors have slower response speeds compared to laser and LED projectors, potentially affecting the performance in high-speed dynamic scenes.
Laser Projectors: Laser projectors can present a wider color gamut and more accurate colors, maintaining the color fidelity and detail representation of the images.
LED Projectors: LED projectors offer good color performance, but may not achieve the color depth and accuracy of laser projectors.
Lamp Projectors: Lamp projectors exhibit relatively weaker color performance, with colors potentially deviating or distorting.
Laser projectors offer significant advantages in projection distance, projection angle, response speed, color performance, and more, providing users with a broader range of options and superior audiovisual experiences. Whether for home entertainment, commercial displays, or educational applications, choosing a laser projector will bring you excellent projection results and long-term investment returns.
]]>Fresnel Screen:
Design: A Fresnel screen features concentric ridges or grooves on its surface, which aid in directing and controlling the path of light.
Light Control: By utilizing the ridges, Fresnel screens effectively reflect and redirect light towards the viewer, enhancing image brightness and quality.
Viewing Angle: Fresnel screens typically offer a narrower viewing angle compared to lenticular screens. The optimal image quality is maintained within a limited range of angles directly in front of the screen.
Screen Gain: Fresnel screens usually possess higher screen gain, which means they reflect more light back to the viewer. This results in improved brightness and contrast.
Lenticular Screen:
Design: Lenticular screens consist of tiny lens-like structures on the surface, allowing precise control over the direction and distribution of light.
Light Diffusion: These lens-like structures enable lenticular screens to diffuse light more evenly, resulting in better image uniformity across a wider viewing angle.
Viewing Angle: Lenticular screens excel in providing wider viewing angles compared to Fresnel screens. They maintain good image quality even when viewed from off-center positions.
Screen Gain: Lenticular screens generally have lower screen gain than Fresnel screens. While they offer wider viewing angles and superior light diffusion, they may not provide the same level of brightness and contrast.
Conclusion: In conclusion, Fresnel and lenticular screens are distinct in terms of design and performance. Fresnel screens effectively control light direction, offer higher screen gain, and have narrower viewing angles. On the other hand, lenticular screens provide better light diffusion, wider viewing angles, and enhanced image uniformity. Consider your specific requirements, such as desired viewing angles, brightness levels, and image uniformity, when choosing between these two screen types.
]]>Conclusion: By following these y steps, you can confidently choose an ultra-short throw projector ALR screen that complements your setup and enhances your viewing experience. Make an informed decision by considering your projector's specifications, screen gain, ambient light conditions, viewing angle, screen material, size, aspect ratio, reviews, and your budget.
If there is any household appliance that can greatly enhance happiness, it must be a large-screen projection device for immersive enjoyment. Every time you relax at night, you can lie comfortably on the sofa and use it to play your favorite hit dramas. The sense of leisure atmosphere is instantly full. The exhaustion of the day is swept away, and the whole day is lit by this moment. To enhance happiness, you might as well try Formovie Laser TV 4K Cinema. With its 0.23 :1 large depth of field and ultra-short focal lens design, 4K Cinema can easily project a large size of picture over 100 inches. Whether watching movie or playing game, it is a shocking experience that a small LCD TV can hardly match. With the large projection picture, 4K Cinema always provides an immersive atmosphere for the audio-visual entertainment experience.
Award-winning 4K Cinema
Formovie Laser TV 4K Cinema has won the 2019 Good Design Award. The ‘Good Design Award’ was founded in 1957 and is one of the three major industrial product design awards in the world. All products that have obtained the ‘G’ (Good Design) mark represent a double guarantee of design and quality. Not only that, 4K Cinema has also won the China Laser Display Awards, CESI Laboratory Eye Care Certification and other honors, relying on its outstanding performance.The repeated international awards prove that 4K Cinema is a hard-core product with "appearance" and "strength", and is also the market's recognition of this product time and timeagain.
Super-hardcore 4K Cinema
4K Cinema has a 4K ultra-high-definition resolution, and up to 150-inch large screen.
It is equipped with ALPD®️ laser fluorescent display technology, in which the proportion of red light is as high as 16%-18%, and the colors of characters and natural are more realistic. At the same time, the picture brightness reaches 2100 ANSI lumens, coupled with the native contrast ratio of 3000:1 and HDR 10 decoding, so that the bright parts can be displayed well, and the dark parts also can be clearly presented.
Through diffuse reflection imaging and low blue light performance, it is mor eye-friendly when watching.
In terms of product design, 4K Cinema is also rich in meaningful details. The shape is very simple, but it brings a strong sense of texture. The Good Design Award and the iF 2020 Product Design Award give it international authoritative recognition in appearance design.
In addition to high-quality pictures, 4K Cinema also supports DOLBY and DTS dual audio decoding, which can restore the original sound of the movie to the greatest extent, creating an immersive audio-visual experience.
Many advantages make Formovie Laser TV 4K Cinema very suitable for home entertainment and office meetings, and can bring a very good experience.
]]>And the same, according to the U.S. Bureau of Labor Statistics' American Time Use Survey (data gathered between May and December of 2020), as more Americans began working from home, average travel times decreased across all demographics, while the average time individuals spent alone increased. Except sleep, Americans spent most of their time watching television, averaging about 3.1 hours per day – just slightly more time than they spent working.
The proportion of TV watching in our lives is quietly increasing, but does watching TV for a long time make your eyes tired? Is the effect of the TV far from the immersion and shock of the cinema? How to get a better viewing experience at home, this is the problem we are going to solve today.
With laser projection technology, you can bid goodbye to these problems. If you don’t own a laser TV today, you’re missing out big time!
What is a Laser TV and how does it work?
TV technology has gone through three technical iterations of black and white TV, color TV and digital TV represented by LCD TV, PDP, OLED, etc. Laser TV is a fourth-generation TV display technology that combines DLP digital cinema projection technology, which uses the laser light source, and TV technology.
Advantages of Laser TV
Laser TVs have brought many positive changes to TV viewing, so it's hard to deny the quality of life and family happiness that owning a laser TV can bring.
Laser TVs are all large-size screens. By placing the deivice on the TV stand, you can easily project 100’’ and larger pictures. Such large-screen viewing not only allows you to have a wider field of vision, but also restores reality. At the same time, it supports 1080P or 4K display resolution. At this resolution, you can see every detail and close-up in the picture. Coupled with a built-in sound system, Laser TV allows you to have an immersive experience with your own home theater.
As a kind of artificial light, laser has the characteristics of high brightness, strong color singleness, and extremely small divergence that natural light cannot match. It is especially suitable for use as a projection light source. Especially in terms of color performance, controlling the wavelength of the laser can precisely control the color, which is much more intuitive than passive color matching.
Most of the common projectors on the market use color wheels, phosphors and other components to adjust the color. At present, the full-color laser TV launched by Formovie adopts tri-color laser, without the participation of color matching components, and can realize color display only through the red, green and blue tri-color laser light source, and the color gamut coverage can reach the effect of close to 100% BT 2020 color gamut.
The laser TV picture is reflected by the screen and enters the human eye for imaging, which is consistent with the principle of viewing ordinary objects with the human eye. According to the evaluation of ophthalmologists, laser TV products are display products that are harmless to the naked eye. The screen has no electromagnetic radiation, eye-care, healthy and comfortable, and the reading comfort is 20% higher than that of paper.
Usually, the laser TV is also equipped with IR sensor. When the human body is close to the laser beam, it can automatically reduce the brightness to further avoid the damage of the strong light to the human eye.
Compared with LCD TVs of the same size, laser TVs have lower power consumption. For example, the power consumption of a 100-inch laser TV is less than 300 watts, which is 1/2-1/3 of the same size LCD TV.
The life of the light source at room temperature can generally reach more than 25,000 hours, which is greatly improved compared to the 3,000 hours of the bulb life of traditional projectors, which fully meets the needs of TV use.
A laser TV, a home theater
With a laser TV, you can have a cinema-like immersive large-screen experience, a picture with high color reproduction, and a partner who keeps chasing dramas without making you visually tired.
In recent years, more and more people have become supporters of laser TVs. What you may not have noticed is that everyone is enjoying the laser theater at home It's time to have their own laser TV!
]]>Although P1 is small and exquisite, it can also meet all daily needs, whether it is for business trips, travel, office, or at home, it can be used. Formovie P1 Pocket Laser Projector can project a huge screen, giving you a visual experience beyond imagination.
Formovie P1 pocket laser projector uses ALPD®️ laser display technology, which is widely used in laser projection halls in movie theaters. The brightness of P1 is 800 ANSI lumens and it is compatible with 1080P resolution to ensure clear images. When you use it, the projection size can be adjusted according to the scene, from 40 inches to 100 inches.
Formovie P1 Pocket Laser Projector uses Type-C interface power supply, supports Type-C PD interface mobile power supply, of course, this also makes us more convenient to use. At the same time, Formovie P1 Pocket Laser Projector supports wireless projection. In the past, we had to go to the cinema to enjoy the big screen, now only a Formovie P1 Pocket Laser Projector can do it.
Formovie P1 Pocket Laser Projector does not need a remote control. It is adjusted and controlled through the physical buttons on the fuselage, which makes it unnecessary to worry about forgetting to carry the remote when it is used outdoor.
With the advent of Formovie P1, the combination of laser technology and miniature projection has made miniature projection a qualitative leap. Excellent projection performance and thin body, easily cope with various scenes, has the title of all-round "light & shade walker".
Formovie P1 Pocket Laser Projector has a delicate and smooth body when you touch it, the black body is calm and restrained without losing a sense of fashion. Such a beautiful and easy-to-use projector is worth owning!
]]>This is a complete beginner’s guide. If you are already interested in laser TVs and are considering whether the parameters and functions of different laser TVs can meet your needs, you can trust our advice as a world-renowned laser TV brand, and we are very happy to spread the knowledge of laser TV industry.
Jargon Buster
There are 4 main parameters that you’ll need to be familiar with when you’re laser TV shopping:
Brightness - In units of lumens, affect the clarity and the visibility of the picture
Color gamut - Refers to the color range area of the laser TV, which affects the richness of the screen color
Throw ratio - The ratio of the projection distance to the width of the screen, which affects the screen size and laser TV placement distance.
Contrast - Refers to the measurement of the different brightness levels between the brightest white and the darkest black in the image, which affects the clarity and the visibility of the picture.
How large picture can I get?
When it comes to projection size, the parameter we refer to is the laser TV projection ratio. What does the projection ratio mean? The definition of the formula is the ratio of the projection distance to the width of the screen. In other words, the smaller the projection ratio, the closer you can place the laser TV to the screen or the larger the projection screen you can get.
What actual visual effects can I get?
Brightness, resolution, color gamut, contrast and some other parameters together determine the quality of the picture and the visual effect you can see.
The brightness of the laser TV is measured in lumens. Lumen is a value indicating the brightness of the projection. The higher the value, the stronger the ability to bring visual response. In terms of visual perception, that is, the picture of laser TV is brighter and clearer. In the large-screen viewing of laser TV, in order to ensure that the projected picture pixels are clear enough, the resolution is also particularly important. At present, laser TVs generally reach FHD (1080P) and 4K UHD (2160P).
To obtain excellent visual effects, the picture color is also an important measure of the image quality of laser TVs. The color gamut is an important indicator of color, which refers to the range of colors that the device can display. For laser TV, the higher the color gamut, the richer and fuller colors can be displayed, and the stronger the visual impact it can give. The contrast is also an important parameter of picture color, reflecting the grayscale contrast within the picture. The larger the value, the larger the range of difference, the stronger the image expressiveness, the clearer and more eye-catching images, and the more vivid and beautiful colors.
In addition, according to different usage needs, we also need to pay attention to the image quality improvement technology of laser TVs. For example, whether to support HDR high dynamic range decoding to improve contrast between light and dark of the image is more layered and detailed, and whether to support Motion Estimation and Motion Compensation to ensure that high-speed images are free from ghosting, smearing, and blurring.
What actual auditory effects can I get?
Most laser TVs have built-in speakers, and the output power and sound quality determine the auditory effects of the speakers.
The output power refers to the maximum sound intensity that a speaker can emit, that is, the loudness and shock of the sound. However, the speaker power is not the larger the better for everyone, the suitable one is the best.
The sound quality is not directly related to power. When you cannot go to an offline store for personal experience, you can judge through third-party decoding certification, such as Formovie 4K Cinema laser TV, which is equipped with Dolby and DTS dual decoding certification, which can make the movie source play a better listening experience.
Which system is the best?
For TVs to be considered ‘smart’, what it really brings to the user experience is its built-in smart platform, often referred to as an operating system (OS), and the ability to connect to the internet. Some manufacturers have their own smart platforms, while others use the OS made by another company, such as Google. Smart TV platforms don’t all come with the same range of features and applications, so you do need to choose carefully to make sure you get the features you need and actual good experience, such as support for your preferred streaming services, easy operation, built-in video resources and etc.
Currently, the popular smart operating systems on the market include Roku TV, Android TV, LG WebOS, Tizen TV, etc., but we still stick to Android TV. We are very familiar with the Android OS on mobile phones or tablets, and it is also a high-quality choice when used on TVs. The official version of Android TV’s streaming coverage includes most of the main platforms like Disney Plus, Amazon Prime Video, YouTube and etc. At the same time, in constant iterations, Android TV has an easy-to-use platform with an intuitive and visually appealing layout, and you can customize the most-used apps on the top row to get fast access, providing the smoothest and easiest experience. You can also activate the voice control through the ‘Google Assistant’ button on the remote. Although Formovie remote is extremely simple, Google assistant can still save you more time and bring more convenience. Who would refuse it?
These are Formovie's suggestions for you to choose a laser TV. We have the best laser display technology and have been committed to popularizing laser TVs to bring you a better home large-screen audio-visual experience. So, you can trust us when it comes to anything to do with laser TV. If you still have questions then feel free to contact us and get help.
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