Best laser projector (2022)

Best laser projector buying guide

Table of Contents

Read more on Optoma UHZ50 4K laser projector.   Read more on NexiGo PJ90 Aurora Projector

. Best laser projector buying guide: How to choose your projector

There are so many options when choosing a projector nowadays, it is just like choosing any other consumer product if you have the right information. In this Best laser projector buying guide we cover the type of projects, technology in projectors among others. Laser projectors are the best. When you know these prerequisites, selecting the right projector is easy.

  • Most important is the size of the screen (width)
  • Projector throw distance (distance from projector to screen)
  • A method of estimating how much ambient light will be present in the room where the projector will be placed

It may seem like a great idea at this point. Unfortunately, I don’t have an answer for any of those questions. Alternatively, I plan to carry my projector with me and use it wherever I am. When a little forethought is applied, the unknown can be reduced to an educated guess. The situation isn’t completely hopeless, however. Whenever unknowns arise, we will provide advice on your best course of action when addressing each topic.

What Is A Projector?

Projectors are optical devices that project or “throw” images or videos onto a surface, usually a projection screen. With a projector, light shines through a transparent lens to create an image. Light sources in some projectors are lamps, while others are lasers. Camera obscura, magic lanterns, and slide projectors are examples of real-time and still image projectors. Devices that project moving images will be discussed in this guide. They vary in price from brand to brand and from model to model, but here we have a list of the best projectors under 1000 for your needs.

Also related:   CASIRIS A6 Ultra Short Throw Projector

What Else Are Projectors Known As?

A projector may also be called a beamer, a home projector, a movie projector, a cinema projector, or a digital projector. In home cinemas or media rooms, film projectors can also be digital projectors that beam 8mm, super 8, or 16mm film.

Commercial movie theaters also replaced film and analog projectors with digital ones during the 1990s. The DVD has become a very popular digital media source mainly because it replaced oversized laser discs as one of the earliest forms of digital media.

Read more on the best laser projector for gaming

How Do I Know What Projector To Get?

For Home Theater

Home theater projectors offer the best viewing experience, as opposed to business or commercial projectors. The primary goal of a home theater projector is to deliver high-contrast images with deep blacks and saturated colors.

You can get the best image quality from an in-home projector by installing it in a dedicated media room where you can control the amount of lighting in the room as well as the amount of light that enters the room through a window or door. Due to their operating in a controlled, dark environment, cinema room projectors typically do not require as many lumens as other types.

It is best to choose a projector that has a 4K resolution and is compatible with HDR when you are shopping for home theater projectors. With a 4K home theater beamer, your visual senses will be thrilled with a far superior image compared to a 1080p projector. Here is our list of best projectors to use as home theater.

Screen size

With the size of your screen in mind, it is particularly important to get a 4K home cinema projector. On a small flatscreen TV, the difference might not be as obvious when it comes to resolution.  You can see more pixelation on a 1080p projector on a big theatre screen because pixels are spread over a larger surface area. The image you get from a 4K projector will, however, be much sharper and more detailed.

The format that HDTV broadcasts in is 16:9, which is the aspect ratio of home theater projectors. In addition to native cinemascope support, high-end projectors also support anamorphic lenses or lens memory for cinemascope ratios of 2.35:1 or 2.4:1. Read more on  ViewSonic X2000B-4K Ultra Short Throw 4K UHD

Types of Projectors

A multimedia projector can be classified into many different types based on its intended application. However, projectors can be categorized based on throw distance into three main types:

Regular Throw (A.K.A. Long or Standard Throw)

Short Throw and Ultra Short Throw

Buying a new digital projector is a big decision that needs to be made after you have determined what throw distance you will need from the projector. It is important to consider this when choosing a projector. Once you’ve figured this out, you will have a much smaller range of options to choose from. Check our list of the best distance short distance projector.

If you have a specific placement in mind for the device, you can measure the distance from the projected image to where the screen will be positioned if there is a required placement for the device. There is a term used to describe this distance called “throw distance”.

Once you have determined where the projector will be placed, you can choose a cinema projector that will produce the desired image size.

The throw ratio of the projector can help you determine where the projector should be placed to make the image size you want if you do not have the required placement of the beamer. An image’s width divided by its throw distance is called the “throw ratio” of a projector. Throw ratios such as 1.5 mean that 1.5 feet need to be thrown for every 1 foot of image width.

Read our list of best portable projectors

Throw ratio formula

As a projector and/or screen user, you may wish to take advantage of the throw ratio formula and its variations to help you select the right projector size and/or screen size for your project. To calculate the throw ratio, you need to know the following:

Based on the distance and size of the image, this is the ideal throw ratio

TR = TD / IW

(Throw Ratio = Throw Distance / Image Width)

The best place to place a projector is based on its throw ratio and the size of the image you require

TD = TR x IW

(Throw Distance = Throw Ratio x Image Width)

Based on the throw ratio and the throw distance of a projector, the width of the image it will produce will be:

IW = TD / TR

(Image Width = Throw Distance / Throw Ratio)

Read more on BenQ HT3550i 4K projector review

Throw Ratio

You can adjust the zoom on many projectors to get a wide throw range. Your projector can be placed anywhere within this throw range and zoomed in and out as needed. In this way, the specified throw distance can be used to create the required image size. Read more on LG CineBeam UHD

Standard Throw

Typically, when you hear someone mention a projector, you will think of a standard throw or regular throw model. In most cases, the throw ratio of these devices is between 1.5:1 and 2:1, so the projector must be located 1.5 to 2 feet away from the image for every foot of image width.

Fixed lenses are typically included with standard throw projectors. Changing them is not possible. In some cases, projectors don’t come with lenses, so you can choose an optional lens that fits your application properly.

Short throw

Throw ratios for short throw projectors range from 0.38:1 to 1.4:1. Whether you’re giving a presentation in the classroom or in the boardroom, they’re a great option.  A closer placement allows for fewer shadows to be cast on the screen and they prevent people from getting in between the projector and the screen to block the image.

Ultra Short Throw

For home theaters, ultra-short-throw (UST) projectors are the latest craze in projection and have been around for a while. A small throw distance and a large image are possible with these devices, which sit directly under the screen. Throw ratios for USTs are less than 0.37:1.

Projectors with UST throw have several advantages over other types of the throw. In our extensive guide to ultra-short throws, you will learn everything you need to know about them.

Long Throw

A long throw projector can be described as anything that has a throw ratio greater than 2:1, as can probably be assumed from the name. Normally, there is no need for an item with such an extreme throw distance in a residential setting. There is a much higher probability that you’ll encounter one of these in a commercial movie theater, drive-in theater, or another large venue where there’s a significant distance between the screen and the projector.

Optional Lens

In contrast to other types of projection devices, optional lenses can be used with projectors depending on the situation to achieve throw ratios similar to those achieved by other types.

Pocket Projectors

Pocket projectors resemble miniaturized multimedia projectors, some are not much bigger than smartphones. In the best-case scenario, they can be used as a portable alternative to a computer monitor or small TV. In exchange for their portability, they sacrifice image quality due to their use of LED lamps.

The brightness of each projector will be discussed in more detail below, but as a point of comparison, a decent multimedia projector starts at 2500 ANSI lumens, whereas a pico projector typically ranges from 25 to 1500 ANSI lumens. In addition, they usually lack optical zoom, so your projector placement will need to be flexible in order to get the size you want.

Multimedia Projectors

In terms of category size, multimedia projectors make up the largest part of B&H’s sales.It is common to use multimedia projectors for video clips and slideshows at weddings as well as giving PowerPoint presentations.

Typically, ultra-slim models weigh only 3 pounds, while others are heavier.In general, they can produce between 2500 and 4500 lumens of brightness.

Their zoom lenses almost always have zoom ranges that are shorter than those of their home theater counterparts: between 1.2x and 1.5x (compared with 2x in the home theater). To ensure compatibility with the projector’s throw ratio, special consideration must be given when choosing the screen size.

Various inputs are available for multimedia projectors. The most common digital input mode is VGA, but other options include HDMI, DVI, DisplayPort, and even SDI. Interactive presentations, as well as wireless capabilities, are also supported by many, as well as the ability to deliver presentations without using a computer.

Video resolutions are often lower on multimedia projectors than they are on computer monitors (VESA). SVGA (800 x 600), XGA (1024 x 768), WXGA (1280 x 800), and WUXGA (1920 x 1200) were the resolutions available. Video presentations and PowerPoint presentations both benefit from WXGA resolution.

Short Throw Projectors

Multimedia projectors can be divided into a short throw and ultra-short throw subcategories. Short throws are generally defined as throwing ratios less than 1:1. A throw ratio of 0.5:1 or 0.3:1 is considered “ultra-short”, with the latter being the most common ratio.

Zoom lenses are almost never included in short throw projectors.  If you are using an ultra-short-throw projector, project the image first onto the mirror, then reflect the image onto the screen.It is recommended that they be mounted on the wall rather than the ceiling and that they be placed very close to the screen: about 18 inches to two feet away.

Classrooms are the most common place to use short throw projectors.  With digital whiteboards, they make the perfect pairing.To achieve a very large image in a small space, one may be tempted to put a short throw projector farther back than recommended.The ambient light level should be sufficiently low, of course.

In most cases, you won’t be able to achieve an undistorted image when using short throw projectors outside their recommended throw distance range, since their keystone is quite significant when used outside their recommended range. Generally, short throw projectors have a maximum brightness of 3000 lumens because they are meant for screens under 8 feet wide.

With limited space, you might want to consider an interchangeable lens projector instead if you need a brighter projector. Among ultra-short-throw projectors, the Epson PowerLite 675W has its own wall mount that can be purchased separately.

Home Theater Projectors

Multimedia/home theater crossovers are not true home theater projectors.  A multimedia projector can be considered from a feature perspective if it places emphasis on image quality. There is less brightness with these lamps – about 1800 lumens on average. The zoom on these projectors is the biggest of any type of projector with an integrated lens.

Projectors for home theaters often use low-voltage control (LVC), allowing them to activate the screen by turning it on or off, or even by opening or closing if the screen is fixed and covered in drapes. Generally, they have more advanced cooling systems to achieve the quietest operation, which can be cumbersome and, in some cases, unable to support inverted installation (upside down).

A projector of this type is also the most expensive when it comes to specifications. The majority of screens are Full HD, while only a few are 4K (true DCI 4096 x 2160 4K, actually). You should still be cautious, however. Multimedia projectors restyled for home theater are often lumped into that category. It is easy to tell if a high lumen rating is fake by its high luminance value (above 3000 lumens), VESA resolution rather than HD video native resolution (such as WXGA and WUXGA), and short zoom (less than 2 times).

The best home theater projectors are those that offer great picture quality, are capable of blocking out all ambient light, and can fit screens up to 100 inches. Unless you plan to use a multimedia projector in a home theater setting, you may be better off with a brighter model.

Mini Projector

In comparison to the other types of projectors, mini projectors are much smaller, as the name suggests. A battery-powered option may be a good choice for a camping trip or bringing along on a business presentation, but not a good choice for a home cinema.

What To Look For In A Projector

To select the best projector for you, you should look for several characteristics. In addition to light source and brightness, chipset, resolution, aspect ratio, contrast ratio, color gamut, and a few other features, you need to also pay attention to the light source, the brightness, the chipset, and the color gamut. The factors listed above can help you choose the best projector for your needs.

Light Source

A projector typically uses one of three light sources: a bulb, a laser, or an LED. There are advantages and disadvantages to each light source.

Since bulbs were used in the very first projectors, bulbs are classics as far as light sources are concerned. The technology for bulbs has advanced significantly over the years. A metal halide bulb (a type of tungsten lamp) is most commonly used in lamps today.



For those who don’t plan to use it frequently, this is a good option

You can extend the life of the projector by replacing the bulb

(20,000+ hours) Significantly longer lasting


Needs to warm up when you turn it on

Bulbs need to be replaced (5,000+ hours)

Gets very hot

solid-state lasers

There is a wide range of solid-state lasers available today that offer bright illumination, wide color spaces, high black levels, and never need to be replaced.


Requires less electricity

No need to replace the bulbs

Maintains brightness and accurate colors longer

Uses less electricity

No heating up


More expensive

Can cause eye damage if you look directly into the laser

Can’t replace the light source, so you’d need to get a new unit

LED projectors

It is difficult to get impressive numbers from most LED-driven projectors. The imaging chips are low quality and provide less desirable images due to their low lumen output. They are typically found in small pico projectors and cheap projectors. LED projectors that provide 4K resolution are rare on the market.


Can be more compact



The picture quality isn’t as good

Most brand name manufacturers don’t use them

Brightness And Lumens

A projector’s brightness is measured in lumens, which is also called light intensity. Brighter projectors have more lumens. To choose the right projector for your lighting conditions, you need to know two measurements of brightness: white brightness and color brightness.

An image projector’s white brightness is measured by how much white light it emits without analyzing color. The color brightness of the projected red, blue, and yellow colors is measured by the amount of light output that they will produce.  More details and vibrant colors are displayed when the number is higher.

Images and details displayed by a projector may be dark or dull if its color brightness is lower than its white brightness. It is almost impossible to find a 4K projector that has a lower color brightness than the white brightness. A ‘blended’ brightness is usually provided by most projectors, which do not differentiate between white and color.

To compare units, you typically need to look at how many lumens they produce overall. Regardless of how many lumens a projector advertises, the brightness is not the maximum output the projector has. ANSI Lumens were created to measure this.

ANSI Lumens

American National Standards Institute Lumens measure true brightness and are used as a standard throughout the world. ANSI Lumens is your most important comparison tool when comparing light intensity between projectors. The best laser projectors features very high level of lumens.

Measuring Projector Brightness

A lesser-known company may use other units of measurement to evaluate the brightness of a projector, such as Luxes, Nits, or “non-ANSI” lumens. An ANSI Lumens projector would not be suitable for any real application if it advertised its brightness in a unit other than ANSI Lumens.

Brightness In Different Projection Modes

Changes in light output will occur as you cycle through projection modes. Brightness is often the most important factor in choosing the “best” quality picture mode. When you switch from the brightest mode of many home theater projectors to movie/cinema mode, you can expect to lose as much as 50% of brightness.

In addition, 3D will often shine much less brightly than the max brightness stated, sometimes as much as 50% less brightly.

You won’t typically be watching a digital projector at its brightest level, so keep that in mind when selecting one.

How Much Brightness Do I Need?

Can you tell me how many lumens a projector should have? Do 3000 lumens sound good to you? Do 5000 lumens work well?

It is not uncommon for us to get asked these questions on a daily basis. What you will use it for is determined by what you want it for, how large the image is and where you will place it.

Multimedia projectors have different brightness requirements depending on the size of the image they are making, the reflectivity of the screen surfaces (known as screen gain), and the ambient lighting of the environment.

Depending on the ambient lighting condition in your room, we need to estimate the number of system foot-lamberts required to determine the projected brightness. An area of one foot by one foot is measured using foot-lamberts (FTL), the unit of light reflection off the movie screen.

By multiplying the screen gain by the surface area of the projector, you can calculate the foot-lamberts. The foot-lambert is calculated by multiplying the projector lumens by the screen area x the screen gain. Using this chart, you can determine whether your projector’s brightness is adequate for your screen once you have calculated your foot-lamberts.


0-15     Not bright enough

16-26   Good for dark room

27-39   Good for low ambient light

40-59   Good for medium ambient light

60+      Good for high ambient light

Listed below are several examples of a 120″ screen with a neutral surface gain of 1.0 and the typical lumen output required for different types of rooms.

Light Level Chart


1000    Home theater (no light)          Home Theater

2000    Man cave        Man Cave

2500    Living room    Living Room

3000    Outdoor movie night (small)  Outdoor Movie Night

3500    Classroom       Classroom

4500    Meeting room (well lit)          Classroom

5000    Lecture hall     Lecture Hall

6000    Church Sanctuary       Church Sanctuary

7000    Auditorium     Auditorium

What happens if my projector doesn’t have enough lumens?

The image on the screen will look dull and washed out if you do not have enough lumens (foot-lamberts) on your projector. As a result, you will have a very poor viewing experience, so always choose a projector that is bright enough for the image size and the ambient light conditions where you are viewing it.

features and what they mean

In the same way that TVs are overloaded with features and acronyms, projectors are overloaded with their own jargon and marketing. Among these features, some are really useful, while others aren’t.

Automatic iris

There are a variety of projectors available with a mechanized iris, including those that are inexpensive and those that are expensive. A darker image is created by the iris closing down during dark scenes. The brightness is maximized when the scene is bright. As the contrast ratio is almost entirely determined by the chip or chips that create the image, this is a bit of a cheat.

However, it can make dark scenes look less noticeable by making shadows, and everything else, blacker, to conceal an average or poor black level. In some cases, this technology is slow, resulting in a visible pulse in an image’s brightness when it catches up with the video.

There is no downside to using an iris if you don’t find its action distracting. However, it’s not much of a benefit either. The lamp can also be dimmed dynamically by reducing its power, as well. In addition to extending its life, this will also make it more durable. Similar to the iris, the projector could dim in dark scenes depending on the content. You might also notice that other projectors ramp up and down the fan speed simultaneously.

A screen’s native contrast ratio isn’t improved, as in the contrast of any given moment on screen, as it is with an auto iris.  While it doesn’t make darker scenes appear completely black, it does make them appear a little darker. You don’t need to be bothered by it as long as you don’t mind.


If you are choosing the right video projector for your needs, the resolution is an important factor. It is derived from the number of pixels that can be displayed on a given surface that determines how clear an image will be when projected.

In a video projection, resolution refers to the number of pixels that are used to create the image. An axis of pixels on the horizontal axis divided by an axis of pixels on the vertical axis shows the number of pixels on both axes.

More pixels in the image means a more detailed image; the higher the projector resolution, the more pixels in the image.

Nowadays, 1080p and Full HD (also called FHD or Full High Definition) are the two most common resolutions. 1920*1080 pixels make up 1080P’s resolution.  A standard resolution of 3840 x 2160 is found in 4K (also known as Ultra High Definition or UHD).

The 720p HD projectors may also be available, but you’ll have a hard time avoiding the pixels which take away from the immersive experience.

Should I Buy A 1080p Or 4K Projector?

4K projectors have four times as few pixels as 1080p projectors; their resolution is therefore four times greater. You get a 4x better image with an improved resolution.

Resolution Comparison

You get a better resolution and a wider color space by going from 1080p to 4K at the same time as getting access to the HDR spectrum, which can produce darker blacks and more vibrant colors.

A large amount of media content is being produced in 4K these days. UHD projectors are required to capture the true picture’s vibrancy and detail.

In terms of price, 1080p projectors have no advantage over 4K ones. In person, you quickly recognize that 4K projectors are more expensive than 1080p. A 4K projector can offer you a glorious, vibrant video if you have the budget for it.

If brightness is more important than resolution, then a lower-cost 1080p projector is often a better choice for office and classroom use.

What matters most is your personal preference and budget when it comes to choosing a projector. An absolute must is a 4K projector for the best picture.

8K Projectors

More and more 8K and 16K projectors are becoming available as technology advances. In essence, these units are the successors to 4K. Unless you’re a tech-head, we recommend getting a 4K projector for the time being, since there’s not much 8K content available yet.

It is, however, absolutely worth the investment if you are able to afford an 8K projector, which will provide a truly fantastic cinematic experience and also help you future-proof your investment.

Among the many factors that contribute to high picture quality are contrast ratio, brightness, color, and, of course, resolution.When comparing projectors, the latter is typically given far too much weight because it is the easiest to comprehend and measure.In addition to the fact that 4K can be seen on a 100-inch or larger screen, it is just one aspect of the overall performance of a projector.My personal preference is a bright, accurate color projector with a good contrast ratio over a dim, poor contrast ratio 4K projector.

It also costs around $1,500 for a 4K resolution projector, which is quite expensive compared to 4K televisions these days.


There are still many projectors that can generate 3D images, but they don’t always include 3D glasses. You will find a wide range of options if you are super into 3D. I guess that now isn’t the time to get into 3D if you’re not already.

Lens shift

Having the ability to adjust the image height separately from the projector height is very useful, as mentioned above. With it, you can place your screens in a wider variety of ways without resorting to the quality-destroying effects of digital keystone adjustment. Although lens shift certainly has its advantages, it isn’t necessarily necessary for putting a projector where you already know it will be, if you already know where it will be placed.

This BenQ HT2050A DLP projector has a lens shift dial, which makes it one of the rare models with such a feature.

Short throw

As much as a feature, it’s more of a type of projector. The closer distance over which they can be positioned means that they can be positioned closer to a screen for the same size image. It is very useful for certain rooms, especially if you have a small one. In a contrast to this, a long throw projector can be positioned much farther away from the screen than a typical projector, which means you are able to place it far away from the screen compared to a typical projector.

Motorized lens

A motorized zoom or focus can be included in this category. It isn’t essential, but it is handy. With mechanical zoom, you can fill a larger screen for movies and then zoom down for TV shows for a 16:9 aspect ratio.

Game mode

When it comes to gaming, lowering input lag can be a huge advantage. You’ll find these types of games in first-person shooters, racing games, and platformers, as well as any games that require precise timing for button presses and screen movements. There are different game modes, and they are not all created equal. There is usually no input lag with DLP projectors, especially so in game modes. LCoS and LCD projectors have a wider range of features.


HDR compatibility is becoming more common on projectors. There won’t be much to see. Using a projector that can display non-HDR content can improve the quality of the content. The improvements are not as significant as with televisions.

A variety of features are available depending on the application. The following are among them:

Optical zoom

With a 2x zoom, home cinema projectors are more flexible. The projector won’t be positioned at the right distance from the display if it cannot be installed at the right distance

Lens shift

Vertically and horizontally move the image without distorting it.In situations where the display area cannot be directly in front of the projector, this is useful.

Keystone correction

To compensate for trapezoidal distortion, use the keystone buttons at the top. It is useful for straightening images and compensating for sloping projections.

Technology – which technology is suitable?

There are different technologies used in projectors. Below are some of the advantages and disadvantages of the main projector technologies.


There is a technology called DLP (Digital Light Processing) that uses millions of small mirrors to generate an image, which is projected onto the screen by the beam of light from the mirrors.There are a variety of color graduations available as a result of the tilting movement (invisible to the human eye) of each mirror which corresponds to a light point.To define the contrast ratio, we need to know the following information.

The mirror structure produces a good image presentation and does not display the lattice effect often associated with LCDs.Manufacturers can manufacture smaller projectors using DLP technology since it requires less space.

Optical components and light sources are enclosed to prevent dust from entering. Projectors with DLP technology are maintenance-free or need little maintenance at all.

DLP projection technology characteristics

The lines and writing are excellent

Exceptional contrast

High-quality DMD chips that last a long time

It is possible to detect slight color flashes during the rainbow effect.

The color wheel that could be audible

LCD projectors provide better color representation

An ideal entry-level product for businesses and home cinemas

LCD projection technology

Using LCD projection technology, the white light from the projector lamp is split into three colors, red, green, and blue, and passed through three separate LCD panels. It is through this process that a color image of recognizable quality is created. This process can be compared to a slide projector if you simplify it. A liquid crystal element projects the image instead of a slide. Colors produced by LCDs are especially vibrant and natural, although black levels are less saturated. The black level is optimized in LCD home cinema projectors.

attributes of LCD projectors

The images are of high quality and the colors are well represented

Pixelation of fine detail

It has a slight advantage over DLP projectors in terms of brightness

There is the possibility of a lattice effect (especially at lower resolutions)

It is necessary to change the filter more frequently (more maintenance is needed).

Home cinemas with high-end components will benefit most from this product


There are several names used by different manufacturers for this technology. Sony calls it SXRD (Silicon X-tal Reflective Display) while JVC calls it D-ILA (Direct-Drive Image Light Amplification). There is a common principle behind all three technologies.

In this technology, the light is reflected rather than transmitted through the panel as in DLP technology. A combination of DLP and LCD technology is provided by D-ILA, LCoS, and SXRD.

Aspect Ratio

The aspect ratio of a projector is the ratio of its width to its height. XGA and SXGA projectors usually have a 4:3 aspect ratio while WXGA projectors typically have a 16:9 aspect ratio.

Aspect Ratio Comparison

Almost all projectors have a 16:9 aspect ratio. Streaming services and television are most often broadcast in this format. Likewise, 16:9 gives you the best viewing experience for Cinemascope movies in 2.35:1 or 2.4:1. The reason why it’s the best choice for home theaters is because of its quality.

You should consider getting a projector with a 16:10 WUXGA format if you want to use it in an office setting or in a presentation setting. A multimedia projector should match this aspect ratio since more and more computer displays use it. The taller format than 16:9 means more data can be displayed at once on the screen, making it ideal for presentations. Your image will have the same horizontal pixels as 1080p (width) but be a little taller.

4:3 (standard definition) used to be the format in which television was broadcast, but 16:9 (high definition) has mostly replaced it. The demand for 4:3 projectors is declining because of this. This format is also commonly used by classic slide projectors. There is just not as much content available in the 4:3 aspect ratio unless you plan on mostly using old media.

Contrast Ratio

An excellent way to determine a projector’s quality is by looking at the contrast ratio.

An all-white image and an all-black image will reflect different amounts of light. This is the contrast ratio.

A white image on a cinema projector is 3000 times brighter than a black image if the contrast ratio on the projector is 3000:1. High contrast ratios make the projected video more detailed. Video projectors are better when you can see more details in it.

It is important to note, however, that contrast ratios listed by manufacturers should be considered a guideline only. In contrast measurement, there are two methods available: Full On/Off and ANSI Contrast. When it comes to the marketing industry, it is commonly used to inflate the numbers by using Full On/Off, which is somewhat easy to manipulate. In addition to being taken in a more dynamic picture mode, these measurement results are not usually what you’ll see while watching media.

Among home theater projectors, the JVC NX7 has a contrast ratio of 80,000:1, which is unmatched by any other. There is, however, nothing uncommon about manufacturers claiming their device has a contrast ratio of 2,000,000:1.  In contrast, JVC uses the more accurate ANSI Contrast measurements instead of Full On/Off measurements.

If you want to know what the actual contrast ratio is before purchasing a device, you should read independent projector reviews and product reviews.

Color Gamut And Color Accuracy

A display device’s color gamut measures its ability to display a wide array of colors. The wider a display device’s color gamut, the more colors it can reproduce. The RGB color gamuts of DCI-P3, Rec. 709, and 99% of sRGB are often claimed by projector manufacturers.

BT and DCI-P3 color gamuts are covered by most good projectors, and some of the more expensive models can cover up to 80% of the BT color gamut. Space for color 2020. It is even possible to find projectors that cover 100% or more of BT, such as the Samsung LSP9T ultra-short throw.  A major advantage of 4K TVs over flatscreens is that these figures are generally much higher than those available on most 4K TVs.

It is crucial for color accuracy to have a wide color gamut. A screen image with inaccurate colors is immediately noticeable when you look at it. Movie makers spend a lot of time and effort making sure their content has the right color scheme. It’s easy to lose focus while watching a movie when the colors are inaccurate. That can ruin your movie watching experience. Because of this, you should make sure your projector has accurate colors.

In most cases, projectors are not fully calibrated when they are delivered. If you see some reviews indicating that some projectors have been calibrated and are tinted slightly red, this is because they haven’t been calibrated yet.

When your device has been calibrated, the color gamut of the display is accurate. Regardless of how well-calibrated your movie projector is, you will still miss out on some color accuracy if your content exceeds one of the color spaces.


HDR content is one of the key characteristics that set apart the champions from the pretenders in terms of color gamut.

In photography, HDR means High-Dynamic-Range. Imaging with this technique allows a wider range of brightness to be reproduced than with standard imaging. In other words, the colors are as vibrant as they can be and as true to life as possible.

HDR content is becoming increasingly popular, so you need a projector that can handle HDR if you want the best picture quality.

The BT.2020 color space should be covered as much as possible by your projector. Projectors can display more colors when they have a higher coverage percentage.

We Need More Color

HDR content is not supported by some 1080p projectors, but only by UHD 4K.

Lamp Life

Light source life is measured in terms of how long it lasts. When selecting a home cinema beamer, this attribute is often overlooked.

Depending on the projector and the image mode, a lamp will last approximately 3,000 to 5,000 hours. The hour count can be reset by installing replacement lamps/bulbs.

Additionally, the more a lamp is used, the dimmer it becomes and the less bright it becomes. In order to avoid damage to your lamp-based projector, make sure that you always allow it to completely cool down after using it and allow the fans to exhaust any excess heat. The lamp and/or projector may be damaged if you unplug a lamp-based projector while it is running.

With laser-based projectors, 20,000+ hours of dimming-free and maintenance-free use are usually possible. When compared to lamp-based units with 20,000 hours of life, these units usually have a lower lifetime cost and are ideal for long-term projection.

The lamp life of laser projectors is usually longer than that of bulb projectors. The lamp life of most laser projectors is 20,000 hours or more.


A video source must be connected to the projector before you can project a movie or PowerPoint presentation. There are different inputs and outputs for different types of projectors. Your connection requirements will vary based on your usage.

There is no doubt that HDMI is the most important connection. You should avoid modern projectors that don’t have HDMI ports.

Signals between devices are transmitted through HDMI cables in both digital video and digital audio formats. Audio formats include stereo and surround sound, as well as standard- and high-definition video signals.

Signal strength, resolution, and HDR handling are highly dependent on the bandwidth capabilities of an HDMI. In order to transmit 4K resolution, you need only 10.2 GB of bandwidth, but to pass HDR, you need 18 GB. When it comes to long runs, a premium cable is necessary for longer runs. Most cables can handle the 18GB requirement at short lengths.

Besides component video, VGA, SD, and USB ports, your home theater projector may also have other ports. Your sound system can be connected via audio outputs.

Be sure that your device has the appropriate type and number of ports for connectivity. Home theater projectors with three HDMI inputs are required for connecting Blu-ray players, gaming consoles, and HD cable boxes.

Smart-Enabled Technology

Smart technology is built into many modern projectors. Netflix, Hulu, Disney+, and more can be accessed directly from the Internet to stream movies, music, and entertainment. If you have an Amazon Firestick, you can connect it to your beamer to stream content.

Can A Smartphone Be Connected To A Projector?

MicroUSB or USB-C connections are available on most smartphones for connecting to projectors. In addition to HDMI connections, MHL is also supported. You can also connect your smartphone to most modern projectors using Bluetooth.

Built-In Speakers

Projectors with built-in speakers are common among consumers. The built-in speakers of a projector should not be your deciding factor when selecting a projector.

A built-in speaker projector generally has terrible sound quality. The projector’s price often increases because they’re added after the fact. Moreover, the projector’s position will make the sound feel like it’s coming from the screen, not the projector itself. Instead of buying a projector based on its audio, you should consider its visuals.

External speakers are a much better choice. A sound bar built into an Ultra Short Throw projector is the exception to this rule. A projector like this replaces your television and delivers excellent audio quality. The best surround sound system is one that’s high-quality.

How Much Do Projectors Cost?

There are thousands of dollars to tens of thousands of dollars in price for a quality projector. There are even some that cost more than $100,000. A given projector comes with a wide range of features, technologies, and power. An increase in lumens, a rise in resolution, an improvement in the light source, and an upgrade in the chipset will all cost more than an increase in lumens.

How Much Does A 4K Projector Cost?

4K projectors are more expensive than 1080p projectors due to the technology that goes into them. A 4K projector that is priced at around $1,300 is an entry-level model. Generally, you should be able to get a 4K home theater projector for between $2,500 and $5,000. Your projector budget will likely range from $6,000 to $25,000 if you want the absolute best image quality.

Is It Worth Getting A Projector?

In order to enjoy the cinematic big-screen experience in the comfort of your home, you should get a video projector. A flat-screen TV with a commercially available size of 80 inches is the largest flat screen available. In comparison with a comparable projection system, TVs lose any cost advantage over that size. You would definitely need a projector if you want to create a display that is 100+ inches.

Are Cheap Projectors Worth It?

There is almost no point in buying a cheap projector from shops. No kind of usable image can be projected by them. There are many low-priced projector manufacturers who advertise misleading or entirely false specifications. Save your money and invest in a better projector if you care about how your videos and films look.

Positioning of a projector

A projector’s resolution determines the best viewing distance from the screen. An audience must be 1.8 times the width of the screen away from a projector with a resolution of 1280 x 720. It is recommended that you keep your projector 1.5 times the screen width if your projector is HD (1920 x 1080 px). Generally, the minimum distance for a 4K projector is 1 screen width (3840 x 2160 pixels).

Despite its short distance, the image quality remains excellent thanks to its high resolution. Distance between screen width and 1.8 is required for HD-ready resolution. A full HD screen requires a distance of 1.5 times its width. The distance between the screen and the 4K resolution is the width times the height

For LCD projectors, the bottom edge of the screen or, if they are ceiling-mounted, the top edge of the screen should be parallel to the LCD projector. Projectors using DLP often have an ‘offset’ that means the image begins higher. Therefore, DLP projectors should be placed slightly below the screen’s bottom edge, or if they are mounted on the ceiling, slightly above it. Using keystone correction, you can make minor corrections.

 Maintenance costs – how expensive are replacement lamps?

The cost of a replacement lamp is an important factor to consider when buying a projector. Lamp prices can range from £35 to £350.

It is generally accepted that lamps have a life of 2000 to 4000 hours. Due to their different design, mobile projectors have significantly shorter lamp life – approximately 3 months. The duration is between 1000 and 1500 hours. The lamp life of LED and Laser-LED hybrid projectors is up to 20,000 hours, so they might be of interest if you use the projector often.

The price of a replacement lamp can range from £35 to £350.  A LED projector has a longer lamp life than a conventional projector.

Final thoughts on the best laser projector buying guide

Various imaging systems are used by digital projectors: DLP, 3LCD, and LCoS, all causing the screen-door effect to varying in intensity. As the pixels are physically separated from each other, it appears as a grid pattern. An LCD projector exhibits the most screen door effect for a given resolution, and an LCoS projector exhibits the least. A higher-resolution projector generally produces a smaller screen-door effect than a lower-resolution model at the same image size, irrespective of the imaging system.