Head Lice Images — Videos, Sklice (ivermectin) Lotion, 0


Below, you can get a better look at head lice eggs (called nits) and adult head lice

You’ll soon see why head lice can be misdiagnosed, most often being confused with dandruff. By viewing our head lice gallery, you’ll know what you’re looking for if you suspect your child has head lice.

If you do see head lice, call your doctor and ask about Sklice Lotion.


See the stages of head lice development up close


Learn the steps to check your child for head lice


Find out how to distinguish the 2 conditions

Reference: 1. Data on file. Arbor Pharmaceuticals, LLC.


To prevent accidental ingestion, adult supervision is required for pediatric application. Avoid contact with eyes.

The most common side effects from Sklice Lotion include eye redness or soreness, eye irritation, dandruff, dry skin, and burning sensation of the skin.

Talk with your doctor if you or your child have any side effect that bothers you or that does not go away. You may report side effects to the FDA at 1-800-FDA-1088 .


To prevent accidental ingestion, adult supervision is required for pediatric application. Avoid contact with eyes.

The most common side effects from Sklice Lotion include eye redness or soreness, eye irritation, dandruff, dry skin, and burning sensation of the skin.

Talk with your doctor if you or your child have any side effect that bothers you or that does not go away. You may report side effects to the FDA at 1-800-FDA-1088 .

You are encouraged to report negative side effects of prescription drugs to the FDA. Visit www.fda.gov/medwatch or call 1-800-FDA-1088.


Sklice Lotion is a prescription medication for topical use on the hair and scalp only, for treatment of head lice in people 6 months of age and older.


Sklice Lotion should be used in the context of an overall lice management program:

  • Wash (in hot water) or dry-clean all recently worn clothing, hats, used bedding, and towels.
  • Wash personal care items such as combs, brushes, and hair clips in hot water.

A fine-tooth comb or special nit comb may be used to remove dead lice and nits.


  • have any skin conditions or sensitivities
  • have any other medical conditions
  • are pregnant or plan to become pregnant. It is not known if Sklice Lotion can harm your unborn baby.
  • are breastfeeding or plan to breastfeed. It is not known if Sklice Lotion passes into your breast milk.

Please see the full Prescribing Information for Sklice Lotion.

This site is intended for US
residents only.


What Head Lice Are, and How to Exterminate Them?

head liceHead lice are still among the most widespread problems among schoolchildren in both developed and developing countries. Here is what you need to know about these critters and their peculiarities.

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About the Species

Head louse is a parasite that lives on human scalp and feeds by sucking blood. The small insects do not exist outside their hosts, e.g. they never live in the wild. They lay eggs and fix them on hairs with the help of special concrete-like substance emitted by females.

Head louse is a parasite that lives on human scalp and feeds by sucking blood.

Why Is Head Lice Dangerous?

Where Head Lice Come From?

This bug is transferred between people only. It means that you can catch parasites after head-to-head touch with another person, or wearing his or her clothes, or using bed sheets where an affected person slept. These are the most common instances. Besides, in rare cases, a bug may fall from someone’s head and be eventually caught. Those living together with contaminated family members or visiting public places often are more prone to getting infested.

Who Can Get Them?

In fact, these insects may affect anybody regardless of age, sex, and complexion. Don’t be surprised – personal hygiene plays no role, as well. Parasites don’t mind living on clean scalp, and dirty hair would also be okay for them.

This bug is transferred between people only.

What Does Head Lice Look Like?

This is a small insect with oval-shaped body 3-5 mm long and six legs. As a rule, louse is white, and becomes dark-red after drinking blood. It cannot jump or run quickly – this is a slow bug that crawls only. Its eggs are2-3 mm long, and are tear-shaped. They are located on hair shafts closer to scalp, being stuck by a special substance produced by females. Nits can be grey, white, yellowish or brown, and some people claim they may be thought to be dandruff. Typically, nymphs are white, being about the size of nits (2-3 mm).

Have Head Lice Got Wings?

No, they only have six legs that allow crawling only. The insects don’t jump or fly.

Does Head Lice Look Like Dandruff?

Some are sure that pieces of dandruff and bugs’ nits look alike. However, they are not hard to differentiate. While dandruff looks like small white flakes 1-5 mm wide, nits have equal size and regular oval shape. Besides, dandruff falls off easily, while eggs are stuck on hairs, and are hard to remove. So if an affected person shakes his or her head, nits won’t fall abundantly.

A Few Words About Their Lifestyle


As a rule, adult species live for about a month. During this time, a female manages to produce up to 200 eggs (making several nits a day). A nit develops during 7-14 days, and a nymph needs about a week to turn into an adult. Although having a relatively short lifecycle, bugs reproduce very quickly.

As a rule, adult species live for about a month.

Do Head Lice Live On Bedding?

Some of insects may stay on pillow cases and bed sheets, crawling there from person’s head. Thus, they may be caught by other people lying on this bed. To avoid it, you should try to was bed clothing in hot water as often as you can – ideally, once a day.

Should You Scratch Head Lice?

Scratching will bring no relief, because it won’t affect bugs anyway. By doing so, you may only promote skin inflammation and make toxins go further into the skin. Thus, you should avoid scratching during infestation, and deal with the cause of the problem.

Do Head Lice Bite Arms?

No, since bugs live on human heads, they drink blood piercing skin on scalp and sometimes neck. Besides, they are afraid of light, preferring to hide among thick hairs.

The golden rule of lice extermination is regular removal of insects from head.

Signs of Head Lice

A person may be living with parasites on his head for quite a long time not noticing the signs of parasite presence. However, these are not hard to differentiate when you get more attentive. So how can one know he has parasites?

  1. Scalp itching is typical of vast majority of people bitten by bugs.
  2. Others may notice tiny white points moving in the hair – these are critters.
  3. Small nits reminding of dandruff may appear near hair roots and eventually fall from head, being on shoulders and neck.
  4. Scalp dryness can accompany contamination.
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How to check for head lice? You may ask someone else to get a flash light and examine your head: bugs and eggs would be perfectly visible this way.

Can Dogs Get Head Lice?

Actually, dogs also can catch parasites, but they have a different kind – canine lice (chewing and sucking). It will not transfer to a human, but an animal needs treatment, as well.

Basics of Head Lice Removal

The golden rule of lice extermination is regular removal of insects from head. Your fight against the critters is less likely to be effective, if you don’t get rid of nits attached to hairs. They are difficult to kill, so you should try to remove as many of them as possible. Here are some pieces of advice to perform rid successfully.

  1. A usual brush is not convenient and effective – buy a fine-toothed comb. Created especially for lice extermination, it will remove even the smallest objects, including bugs and nits.
  2. To ease combing, use a spray conditioner.
  3. Comb each lock separately, and when you finish with one lock, fix it with hairpin to separate – it will help to avoid re-infestation of clean hair.
  4. To see the eggs better, light your place thoroughly. You may also ask someone else to help you with that. A magnifying glass will allow seeing parasites much better.
  5. When insects and nits are removed, they should be destroyed to avoid hatching and further re-population.
  6. All combs and other instruments used for rid should be sterilized properly.

This procedure should be performed daily until the bugs are totally exterminated. It takes a lot of time and patience, but without combing, the treatment won’t be full-fledged.

A usual brush is not convenient and effective – buy a fine-toothed comb.

Will Haircut Help?

No, if a person cuts hair short, it will not make insects go away. However, it will be easier to comb nits out and find the bugs. Shaving may probably help to exterminate eggs and insects, but this is a drastic measure – not everyone is ready to do that, especially, women.

Treating Head Lice

There are different methods of extermination, and you can combine them, or choose what you like best. You can either use organic and home-made remedies, purchase prescription or over-the-counter shampoos, or try alternative methods.

Tea Tree Oil

Alternatively, you can use essential oils of some other plants, if you have allergy to tea tree oil. The most effective remedies are: neem, clove, red thyme, peppermint, lavender, aniseed, eucalyptus, nutmeg. You may soak a cotton ball in oil and apply it on scalp to leave overnight. Next day, wash it away and perform combing.

Add several drops of oil into shampoo, or buy a ready one in a pharmacy.

Mayonnaise or Olive Oil

These two products have slightly different effect on bugs: they block breathing channels of insects and make them suffocate. Methods of usage are similar: apply the product on scalp and hair, put a plastic cap on, and wait for 6-8 hours. Then cleanse hair using a usual shampoo with a few drops of dishwashing liquid. Procedures can be repeated once in 5-7 days during several weeks.

Special Shampoos

On the contrary, those who rely on special remedies only are advised to purchase special shampoos with pyrethrum or other active ingredients. Does head lice shampoo kill nits? Some of them do, but they are more toxic than all other remedies, and may case allergy in sensitive people. The main advantage of this treatment is the speed of infestation elimination. As a rule, one-two uses are enough to finish infestation. Application is simple: wash head with shampoo, leave lather for several minutes, wash away and comb hairs. Mind that such products are not suitable for kids, so use them carefully.

LouseBuster: Extermination Without Remedies

Electric combs

How to kill head lice without remedies at home? You can also search for electric combs: they emit tiny electric charges that kills bugs. As a rule, it has battery compartment and positively and negatively charged prongs that trap insects bodies and keep them close to the circuit. In fact, these combs are more effective for long hair, while usual plastic combs are recommended for short hair.

Protect Your Environment from Insects

To avoid re-infestation, you should also keep your dwelling and environment clean from the pests. How to do that? Follow simple rules:

  1. Vacuum carpets, furniture and all places where affected person spends most time. The same applies to car seats: clean it properly, especially the area where head resides.
  2. Wash bed clothing and personal clothes in hot water regularly.
  3. Non-washable hats and hair accessories should be sealed and stored in a bag while infestation is being cured.

Lice are among the most annoying parasites, and it is impossible to foresee and prevent infestation, even if you support good hygiene. Luckily, there are numerous remedies and methods of extermination that work safely and quickly.

Click Here And Get Free Advice From Qualified Specialist


Nits &
head lice.
the nation’s

“I took my 6 year old daughter on Monday to the doctors – after looking in her hair he said he was sure it wasn’t head lice but that it was dermatitis, and recommended a medicated shampoo. On Wednesday she was sent home from school because they saw nits behind her ears. She was crying her eyes out.”

— A mum who called us to book an appointment

Nits and lice are every parent’s nightmare – the blood, sweat and tears they extract from everyone in the family is all too familiar.

It’s hard for the kids having them – they get embarrassed and frustrated, and often find it uncomfortable at school and with their friends. But it is Mum in particular who’s at the sharp end – it is with her that the responsibility to clear it rests, and it is Mum that must accommodate the workload.

Here are some key facts to help Mum’s everywhere that will make you wince, smile and feel more equipped to fight The Enemy.

Facts that make you wince

  • Nits and lice are at epidemic proportions in this country. Over half of all 11-14 year olds get them each year. Younger and older siblings, parents, grandparents, teachers and carers also get them
  • Head lice are the second most communicable health issue amongst children – the first is the common cold
  • The average infestation is about 20 lice. During their 30 day life span, the female louse lays between 5 and 10 nits (eggs) each day, so the issue can easily escalate to hundreds, and even thousands.
  • The products do not affect the nits (the eggs) whatever they say.
  • They suck your child’s blood directly from the scalp. Without a meal they will die within 24 – 48 hours
  • You need to remove not only all the lice, but all the nits as well to break an infestation. If not the nits hatch, mature, mate, they lay eggs, those eggs mature, hatch and so on. The information out there on how to get rid of nit and head lice is not always that clear

Facts that make you smile

  • The female louse is to be admired. After she has mated once, she doesn’t have to mate ever again. She simply keeps spare sperm in a special container in her body and uses it as she goes, laying eggs daily for the rest of her days (30 to be precise)
  • Head lice are genetically programmed to move from one head to another – they are destined to move to someone else in the family or to a friend
  • Whilst they interbreed their genetics are protected so they aren’t ‘affected’ by it
  • An adult louse can really move it! They can crawl 23 cm in a minute

Facts to equip you for the fight

  • 53% of people who have them don’t itch and if your child doesn’t itch you probably don’t look. To avoid getting caught out do a weekly or fortnightly check with a nit comb so you can catch them early
  • Hairdressers are legally obliged to turn someone away with a nit and lice problem in case they pass it on to their other customers
  • Many people mistake dandruff etc for nits. The test is to see if you can easily pull what you find off the hair with your fingers. If it won’t come away easily and is glued onto the hair it is more than likely a nit. They are tear drop shaped and are brownish in colour. If it is clear or white in colour then it has already hatched
  • If you want to get rid of nits and head lice you need to understand the life cycle which works like this:
    • Nits – the eggs – take 7 to 11 days to mature and hatch
    • The baby louse takes 9 to 12 days to grow into an adult
    • Once an adult it needs to find a mate
    • 24 hours after pairing the female lays her first eggs – and then keeps laying them day after day, after day, after day
  • Many people find that after clearing their child it’s all back 3 to 4 weeks later and this means they must have re-caught them from someone. However what this usually means is that they weren’t fully cleared in the first place. The lice might have been removed but not all the nits and 3 to 4 weeks later those nits have hatched and matured
  • To break this cycle you have to keep clearing both the nits as well as the lice out of the hair day after day
  • When the products work they will kill the lice, but they won’t necessarily kill the nits. This is why you have to reapply these products 2 weeks later, to catch anything that has successfully hatched since the last treatment. However it is through overuse and misuse that lice have become immune to these shampoos and treatments and 80% of the time they don’t work at all
  • The products will not get rid of the nits – there’s no getting away from the workload, these have to be combed out. Why do you think the products often include a nit comb even though they imply they have affected the nits (the eggs)?
  • Hand removal is still the best way of getting rid of nits and lice because:
    • Nits and lice cannot develop immunity to it
    • As a matter of course you tackle the nits as well as the lice and that way break the cycle
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Nits, Lumens, and Brightness — TVs vs. Video Projectors

How bright is your TV or video projector?

If you are about to purchase a TV or video projector and haven’t shopped for either in several years, things may be more confusing than ever. Whether you look at online or newspaper ads or go to your local dealer cold turkey, there are so many tech terms thrown out, many consumers end up pulling out their cash and hoping for the best.

This information applies to TVs from a variety of manufacturers including, but not limited to, those made by LG, Samsung, Panasonic, Sony, and Vizio and video projectors from manufacturers such as Epson, Optoma, BenQ, Sony, and JVC.

The HDR Factor

One «techie» term that has entered the TV mix is HDR. HDR (High Dynamic Range) is all the rage amongst TV makers, and there is a good reason for consumers to take notice.

Although 4K has improved resolution, HDR tackles another important factor in both TV and video projectors, light output (luminance).

The goal of HDR is to support increased light output capability so that displayed images have characteristics that are more like the natural light conditions we experience in the «real world.»

As a result of HDR implementation, two established technical terms have risen to prominence in TV and video projector promotion: Nits and Lumens.

Although the term Lumens has been a mainstay of video projector marketing for some years, when shopping for a TV, consumers are now being hit with the term Nits by TV makers and persuasive salespersons.

Before HDR was available when consumers shopped for a TV, one brand/model may have looked «brighter» than another, but that difference wasn’t really quantified, you just had to eyeball it.

With HDR offered on an increasing number of TVs, light output (notice I did not say brightness, which will be discussed later) is quantified in Nits — more Nits, means a TV can output more light, with the primary purpose to support HDR — either with compatible content or a generic HDR effect generated via a TV’s internal processing.

What Nits and Lumens Are

Here is how Nits and Lumens are defined.

  • Nits — Think of a TV as like the Sun, which emits light directly. A Nit is a measurement of how much light the TV screen sends to your eyes (luminance) within a given area. On a more technical level, a NIT is the amount of light output equal to one candela per square meter (cd/m2 — a standardized measurement of luminous intensity).

To put this into perspective, an average TV may have the capability to output 100 to 200 Nits, while HDR-compatible TVs may have the ability to output 400 to 2,000 nits.

  • Lumens — Lumens is a general term describing light output, but for video projectors, the most accurate term to use is ANSI Lumens (ANSI stands for America National Standards Institute).

In relation to Nits, an ANSI lumen is the amount of light that is reflected off of a one square meter area that is one meter from a one candela light source. Think of an image displayed on a video projection screen, or wall as the moon, which reflects light back to the viewer.

1000 ANSI Lumens is the minimum that a projector should be able to output for home theater use, but most home theater projectors average from 1,500 to 2,500 ANSI lumens of light output. On the other hand, multi-purpose video projectors (use for a variety of roles, which may include home entertainment, business, or educational use, may be able to output 3,000 or more ANSI lumens).

Nits vs. Lumens

One Nit represents more light than 1 ANSI lumen. The mathematical difference between Nits and Lumens is complex. However, for the consumer comparing a TV with a video projector, one way to put it is 1 Nit as the approximate equivalent of 3.426 ANSI Lumens.

Using that general reference point, in order to determine the approximate amount of Nits comparable to an approximate number of ANSI lumens, you can multiply the number of Nits by 3.426. If you want to do the reverse, divide the number of Lumens by 3.426.

Here are some examples:

NITS vs Lumens – Approximate Comparisons
200 685
500 1,713
730 2,500
1,000 3,246
1,500 5,139
2,000 6,582

For a video projector to achieve a light output equivalent to 1,000 Nits (keep in mind that you are lighting up the same amount of room area and room lighting conditions are the same) — it needs to output as much as 3,426 ANSI Lumens, which is out of range for most dedicated home theater projectors.

However, a projector that can output 1,713 ANSI Lumens, which is easily attainable, can approximately match a TV that has a light output of 500 Nits.

Getting more precise, other factors, such as TV screen size also affects the Nits/Lumens relationship. For example, a 65-inch TV that puts out 500 nits will have approximately four times the lumens output of a 32-inch TV putting out 500 nits.
Taking that variation into account, when comparing nits, screen size, and lumens, the formula used should be Lumens = Nits x Screen Area x Pi (3.1416). The screen area is determined by multiplying screen width and height stated in square meters.
Using the 500 nit 65-inch TV which as 1.167 square meter screen area, the lumens equivalent would be 1,833.

TV and Video Projector Light Output in the Real World

Although all the above «techie» info on Nits and Lumens provides a relative reference, in real-world applications, numbers are only part of the story.

  • When a TV or video projector is touted as able to output 1,000 Nits or Lumens, that does not mean that the TV or projector outputs that much light all the time. Frames or scenes most often display a range of bright and dark content, as well as a variation of colors. All these variations require different levels of light output.
  • If you have a scene with the Sun in the sky, that portion of the image may require the TV or video projector to output the maximum number of Nits or Lumens. However, other portions of the image, such as buildings, landscape, and shadows, require a lot less light output, perhaps on only 100 or 200 Nits or Lumens. Also, different colors that are displayed contribute to different light output levels within a frame or scene.
  • A key point is that the ratio between the brightest objects and darkest objects be the same, or as close to the same as possible, to result in the same visual impact. This is especially important for HDR-enabled OLED TVs in relation to LED/LCD TVs. OLED TV technology cannot support as many Nits of light output as LED/LCD TV technology can. However, unlike an LED/LCD TV, and OLED TV can produce absolute black.
  • Even though the official optimum HDR standard for LED/LCD TVs is the ability to display at least 1,000 Nits, the official HDR standard for OLED TVs is only 540 Nits. However, remember, the standard applies to the maximum Nits output, not average Nits output. Although you will notice that a 1,000 Nit capable LED/LCD TV will look brighter than an OLED TV when, say, both are displaying the Sun or very bright sky, the OLED TV will do a better job at displaying the darkest portions of that same image, so the overall Dynamic Range (the point distance between maximum white and maximum black may be similar).
  • When comparing an HDR-enabled TV that can output 1,000 Nits, with an HDR-enabled video projector that can output 2,500 ANSI lumens, the HDR effect on the TV will be more dramatic in terms of «perceived brightness».
  • For video projectors, there is a difference between the light output capabilities between projectors that use LCD and DLP technology. LCD projectors have the capability of delivering equal light output level capability for both white and color, while DLP projectors that employ color wheels do not have the capability of producing equal levels of white and color light output.

Factors such as viewing in a darkened room, as opposed to a partially lit room, screen size, screen reflectivity (for projectors), and seating distance, more or less Nit or Lumen output may be required to get the same desired visual impact.

The Audio Analogy

One analogy to approach the HDR/Nits/Lumens issue is in the same way you should approach amplifier power specifications in audio. Just because an amplifier or home theater receiver claims to deliver 100 watts per channel, doesn’t mean that it outputs that much power all the time.

Although the capability of being able to output 100 watts provides an indication on what to expect for musical or movie soundtrack peaks, most of the time, for voices, and most music and sound effects, that same receiver only needs to output 10 watts or so for you to hear what you need to hear.

Light Output vs. Brightness

For TVs and Video Projectors, Nits and ANSI Lumens are both measures of light output (Luminance). However, where does the term Brightness fit in?

  • Brightness is not the same as actual quantified Luminance (light output). Brightness can be referred to as the ability to detect differences in Luminance.
  • Brightness may also be expressed as a percentage more bright or a percentage less bright from a subjective reference point (such as the Brightness control of a TV or video projector — see further explanation below). In other words, Brightness is the subjective interpretation (more bright, less bright) of perceived Luminance, not actual generated Luminance.
  • The way a TV or Video projector’s brightness control works is by adjusting the amount of black level that is visible on the screen. Lowering the «brightness» results in making dark portions of the image darker, resulting in decreased detail and «muddy» look in darker areas of the image. On the other hand, raising the «brightness» results in making the darker parts of the image brighter, which results in dark areas of the image appearing more gray, with the overall image appearing to look washed out.
  • Although Brightness is not the same as actual quantified Luminance (light output), both TV and video projector makers, as well as product reviewers, have a habit of using the term Brightness as a catch-all for more technical terms that describe light output, which include Nits and Lumens. One example is Epson’s use of the term «Color Brightness» that was referenced earlier in this article.

TV and Projector Light Output Guidelines

Measuring light output with reference to the relationship between Nits and Lumens deals with a lot of math and physics, and boiling it down into a brief explanation isn’t easy. So, when TV and video projector companies hit consumers with terms such as Nits and Lumens without context, things can get confusing.

However, when considering light output, here are some guidelines to keep in mind.

  • For 720p/1080p or Non-HDR 4K Ultra HD TVs, information on Nits is not usually promoted but varies from 200 to 300 Nits, which is bright enough for traditional source content and most room lighting conditions (although 3D will be noticeably dimmer). Where you need to consider the Nits rating more specifically is with 4K Ultra HD TVs that include HDR — the higher the light output, the better.
  • For 4K Ultra HD LED/LCD TVs that are HDR-compatible, a rating of 500 Nits provides a modest HDR effect (look for labeling such as HDR Premium), and TVs that output 700 Nits will provide a better result with HDR content. However, if you are looking for the best possible result, 1000 Nits is official reference standard (look for labels such as HDR1000), and the Nits top-off for the highest-end HDR LED/LCD TVs is 2,000.
  • If shopping for an OLED TV, the light output high water mark is about 600 Nits — currently, all HDR-capable OLED TVs are required to be able to output light levels of at least 540 Nits. However, on the other side of the equation, as mentioned previously, OLED TVs can display absolute black, which LED/LCD TVs cannot — so that 540 to 600 Nits rating on OLED TV can display a better result with HDR content than an LED/LCD TV can be rated at the same Nits level.
  • Although a 600 Nit OLED TV and 1,000 Nit LED/LCD TV can both look impressive, the 1,000 Nit LED/LCD TV will still produce a much more dramatic result, especially in a well-lit room. As mentioned previously, 2,000 Nits is currently the highest light output level that may be found on a TV, but that may result in displayed images that are too intense for some viewers.
  • If you are shopping for a video projector, as mentioned above, a light output 1,000 ANSI Lumens should be the minimum to consider, but most projectors are capable of outputting 1,500 to 2,000 ANSI lumens, which provides better performance in a room that may not be able to be made completely dark. Also, if you add 3D to mix, consider a projector with 2,000 or more lumens output, as 3D images are naturally more dim than their 2D counterparts.
  • HDR-enabled video projectors lack “point-to-point accuracy” with relation to small bright objects against the dark background. For example, an HDR TV will display stars against a black night much brighter than is possible on a consumer-based HDR projector. This is due to projectors having difficulty in displaying high brightness in a very small area in relation to a surrounding dark image. For the best HDR result available so far (which still falls short of the perceived brightness of a 1,000 Nit TV), you need to consider a 4K HDR-enabled projector that can output at least 2500 ANSI lumens. Currently, there is no official HDR light output standard for consumer-based video projectors.

The Bottom Line

Just as with any specification or tech term that is thrown at you by a manufacturer or salesperson, don’t obsess. Nits and Lumens are only one part of the equation when considering the purchase of a TV or video projector.

Take the entire package into consideration, which not only includes stated light output but how the entire image looks to you in terms of :

  • Perceived brightness
  • Color
  • Contrast
  • Motion response
  • Viewing Angle
  • Ease of setup and use
  • Sound quality (if you are not going to use an external audio system)
  • Additional convenience features (such as internet streaming in TVs).

Also keep in mind that if you desire an HDR-equipped TV, you need to take the additional content access requirements into consideration (4K Streaming and Ultra HD Blu-ray Disc).


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