projector lcd panel datasheet pricelist

The term Digital Projectors is typically used loosely to include any projector capable of connecting to a computer, or other device displaying data.  However, for a projector to be considered truly digital, theoretically it would use a digital device, such as a DLP chip as opposed to LCD or LCoS panels, and would be equipped with an LED light source – instead of a conventional lamp that is considered analog.  The completely digital projector would also require digital source material coming over to the projector via a digital connection such as HDMI or DVI. The idea would be for the content to be in digital form from capture to delivery on your screen.

As much as the DLP crowd would argue that LCD panels are analog, rather than digital, the bottom line, they’re all basically comparable. What matters is the end result – what ends up on your screen. And while each technology has its advantages, no technology is in all major ways better than the others.

Vivitek H9080FD Projector One of the first LED projectors for home theater, using DLP technology. Impressive picture quality, ideal for dedicated rooms and smaller screens. However, it’s pricey due to the 20,000 hour LED light source.

Casio XJ-140 Portable Projector Casio’s Green Slim series digital projector uses a hybrid light source of LED and Laser for 20,000 hours life. Casio has lowest total cost of ownership around. Excellent, portable or mountable, 2:1 zoom. Most impressive!

Optoma PK301 Pico Projector This is our favorite Pico projector so far. Up to 50 lumens – way more than almost all others, lots of everything. So far, it’s “THE pico to own.” LED light source and DLP technology. 20 lumens on battery, but 50 with AC or lightweight battery pack.

View updated prices of LCD Projectors in India as on 6 January 2023. The Price List includes a total of 16 LCD Projectors for online shopping. Find lowest prices in India along with product specifications, key features, pictures, ratings & more. Most Popular product in this category is EPSON EB-X36 Portable Projector White. Lowest prices are obtained from all major online stores like Flipkart, Naaptol, Amazon, Snapdeal, Homeshop18 for an easy price comparison. LCD Projectors Price list in India (January 2023)

The price of LCD Projectors vary when we talk about all the products being offered in the market. The most expensive product is Hitachi CP-WU8450 Projector (White) priced at Rs. 3,45,000. Contrary to this, the lowest priced product is Unic Uc30 Projector available at Rs.2,960. This variation in prices gives online shoppers a range of affordable to premium products to choose from. The online prices are valid across all major cities like Mumbai, New Delhi, Bangalore, Chennai, Pune, Kolkata, Hyderabad, Jaipur, Chandigarh, Ahmedabad, NCR etc for online purchases.

Home theater projectors range in price from a few hundred to tens of thousands of dollars, but you don"t need to spend that much to get a high-quality image. But what features do you need? What technology is best? How do you decode UHP, ANSI, LCoS, DLP and countless other abbreviations and acronyms?

One of the most important specifications for projectors is "lumens," which describes how much light a projector can create. This, in turn, determines how bright the image is and how big you can make it. There are a lot of problems with this spec. For one, other than the distinct "ANSI lumens" there"s no agreed-upon way to measure lumens. One company"s 3,000 might be another"s 3,500. Most manufacturers don"t specify ANSI lumens, which would be easier to compare across brands.

So how many lumens do you need? Well there are some considerations we"ll get to, but generally speaking you probably won"t regret getting the brightest projector you can. Other aspects, like color accuracy, contrast ratio, and more, are vital, but for an initial sweep of potentially promising projectors, see what kind of lumen output is available in your price range. It"s worth keeping in mind that you can usually turn down the brightness of a projector, but you can"t turn up an otherwise dim projector. That is, unless you make the image smaller.

To give you a rough idea, a 2,000-lumen projector will create a bright, watchable image on a 100-inch screen in a dark room. A 1,000-lumen projector will be "fine" but won"t really punch. 3,000 and over will be very bright, perhaps too much so for some viewers. These are all very rough numbers which, again, are hard to compare since the specs themselves are suspect. If you look at our reviews, and what results we"ve gotten with measurement gear, it might give you a better idea what you"re looking at.

Projectors create light and image separately. A light source creates the light, which is then focused on an image-creating chip. Modern projectors use one of three technologies as light sources: LEDs, lasers and UHP (ultra high pressure) lamps.

UHP lamps, which are basically high-powered light bulbs, are by far the most common. These are capable of creating a lot of light and have the added bonus of being fairly inexpensive. The downside is they degrade over time. A UHP projector will never be as bright as that first time you turn it on -- until you replace the lamp.

I absolutely understand the appeal of LED/laser, especially since they"re often rated for 30,000 hours. Not having to replace the lamp, aka spend money on something you"ve already spent money on, is completely understandable. However, the price/performance ratio of UHP lamp projectors still can"t be beat. Having to spend ~$150 every 5 to 10 years doesn"t seem outrageous. You also have a much wider range of UHP projectors available, from many different companies.

After the UHP lamp/LED/laser creates the light, some kind of chip manipulates that light into an actual image. There are three technology types when it comes to projector chips: DLP, LCD and LCoS. We go into these technologies into greater detail in

The image chips are one of the most confusing, but also most interesting, aspects of projectors. Despite dozens of companies making projectors, the chips are almost all made by just four companies. Every DLP-based projector uses a "light engine" made by Texas Instruments. This includes the chip and the color wheel (to make all the colors you see). How it"s implemented in a case, the overall airflow, what lamp is used, how the settings are tweaked and more, are often done by the projector maker, aka the name on the outside. Some companies just use a reference design and slap their name on it. Others might use the base reference design, and then tweak it to their specs. That all said, two DLP-projectors that cost the same, but are from two different companies, are going to look more similar than different. Probably not identical, though. There"s still a lot that can be tweaked.

For LCD, Epson is by far the biggest name. Lower-end models typically have very poor contrast ratios. It"s just harder to get a good black level with LCD, something that"s true with TVs as well. However, Epson has come a long way in recent years. Its

In terms of overall picture quality, LCoS is usually the winner. The two biggest manufacturers of LCoS (or liquid crystal on silicon) chips are Sony, as SXRD, and JVC, as D-ILA. These are found in more expensive projectors, even the cheapest being a few thousand dollars. Their contrast ratios are significantly higher than either DLP or LCD. They"re all 3-chip designs, so they typically have excellent color as well.

Now that you"ve got the basic tech down, it"s worth considering where in your house you"re going to put the projector. That might limit which projectors you can buy, as some might not fit where you want them to.

Affordable single-chip DLP projectors typically have very little, if any, lens shift. This means that you can"t adjust the height of the image without moving the projector. These units also typically have an upward throw angle, meaning the bottom of the image is at or above the top of the projector. Because of this, they have to be mounted either on the ceiling, or on a coffee table. It"s difficult, if not impossible, to place them behind a couch on a stand and still have a normal-looking image.

You also need to consider how far back you have to place the projector to create a large-enough image. Projectors have a limited zoom range, though some are greater than others. To create a specific size image, aka the size of your screen, there will be a limited range of distances that will work -- a spec typically listed as throw distance. For inexpensive projectors, this "sweet spot" could be as narrow as a few feet. Higher-end models might be far greater. Typically these numbers, along with a distance calculator, are available on a manufacturer"s website.

Just like TVs, projectors have numerous features to mire you down in acronyms and marketing. Some of these features have real value, others, not so much.

Dynamic lamp: Another way to achieve the same dynamic dimming of the image brightness is by reducing the power on the lamp. This has the added benefit of extending its life. Just like with the iris, on certain content you might notice the projector dimming on dark scenes. On other projectors, you might notice the fan speed ramping up and down at the same time. Like the auto iris, this doesn"t improve the native

4K: Great picture quality is reliant on many factors, including contrast ratio, brightness, color, and yes, of course, resolution. The latter, being the easiest to understand and quantify, typically gets far too much weight when comparing projectors. 4K on a 100-plus inch screen is very cool, but it is just one aspect of a projector"s overall performance. Personally, I"d take a bright projector with accurate color and a great contrast ratio over a dim projector with a poor contrast ratio that happens to be 4K.

3D: Many projectors are still 3D-capable, though they rarely come with the glasses. If you"re super into 3D, you"ll be able to find lots of options. If you"re not already into 3D, I can"t imagine now is the time you"d get into it.

Short throw: This isn"t really a feature as much as a category of projectors. A much shorter throw distance means so you can place them closer to a screen for the same size image. For certain rooms it"s very useful. The opposite would be a long throw projector, which, as you"d guess, means you can place it much farther from the screen than a typical projector.

Choosing for Room Size/Viewing Distance Every projector has a throw ratio. This refers to the size of image the projector can create for a given distance. This is usually a range, thanks to the optical zoom – you can find it in the user manual or specifications page online (if it"s for a projector you plan to buy). You can calculate the projection image size by dividing the distance between wall and the projector by the throw ratio of the projector. So if your projector is placed 10 feet away from the screen and has a throw ratio of 1.8-2.22, then you can get an image size that ranges between 54 – 66 inches. Ideally, you should be sitting at a distance that is more than twice the width of the image. To make things simpler, many manufacturers offer a distance calculator on their website for various models. Here, you just input a distance or required screen size.

Tip: Some aberrations can be corrected in-projector (keystone for example) but proper placement is the most preferable. If not possible due to placement/room constraints, then you can move on to digital corrections.

Screens are the best way to get the best performance from a projector. A screen will always be smoother than a wall and it will offer higher, more even reflectance. Some screens have gain – they reflect light better, thanks to shiny particles – and this helps in brighter rooms or if your projector is old or has low brightness. Some screens have black borders that add to the perceived contrast – making the image seem better. Finally, screens are also the correct shade of white/grey, solving the problem of a colour cast that some walls may cause. Having said all this, you can use a wall too – there are obvious cost advantages. If you must use a wall, make sure it is as smooth as possible (a plaster of Paris coat helps) and painted in flat white.

There are three main technologies used for projection – DLP, LCD and LED. DLP (Digital Light Processing) uses a chip made of tiny microscopic mirrors and a spinning colour wheel to create an image. DLP projectors deliver sharp images, don"t need any filters, have a better response time as well as 3D capabilities. The effective lamp life of a DLP projector is only 2000-5000 hours and some people see colour ghosting/banding in some scenes. On the other hand, LCD projectors use liquid crystal displays, have no moving parts and thus are generally less expensive. If you are on a budget a single chip LCD projector is ideal while 3-chip LCDs offer better colour saturation, lower noise levels and work better for movies. However, LCDs require constant filter maintenance and output less contrast. The LEDs in LED projectors have a lifespan of over 20,000 hours. They deliver better colours, have lower power consumption and virtually zero maintenance costs. Also, LED projectors are smaller and generate less heat. Do keep in mind that LED projectors have limited brightness compared to LCD or DLP so they are not recommended if your room has a lot of ambient light.

Tip: Some high-end projectors come with a feature called lens-shift. This is a physical rail that adjusts the lens up/down & sideways to move the image around. Obviously, this offers a lot more flexibility with regards to projector placement.

Pico projectors use LEDs as the light source due to which they can be extremely compact in size. Pico projectors can fit in your palm or be integrated into various devices like mobile phones (Samsung Galaxy Beam), tablets (Lenovo Yoga Tab 3), computers, and even digital cameras (Nikon S1000pj). While these projectors do not offer very high resolution or brightness, they are good enough to use in a small, dark room. You can get a 60-inch screen and you can connect multiple devices like smartphones, gaming consoles and laptops. Moreover, the portable size enables manufacturers to add internal storage as well as rechargeable battery in devices that weight less than 200 grams.

Tip: It"s always better to ceiling mount a projector because there are less chances of it being moved once setup. It also places the projector a fair distance away from the viewer so that fan noise and while becomes less audible.

If the projector is not placed perpendicular to the screen, the image is not rectangular – this is a keystone error. Most projectors offer digital keystone correction in the horizontal and vertical planes.

A 3 colour LCD system uses individual LCDs for red, green and blue. The light from each LCD is combined using a prism to create a final image. It usually offers better quality than single chip LCD or DLP designs.

This happens if you"re sitting too close to a projector – fine lines will be seen between the individual pixels on the screen/wall. A screendoor effect usually doesn"t matter if you"re displaying static images (or a presentation) but it affects movies/videos.

Eco-friendly features, minimal maintenance and a cost saving design mean these projectors are great for demanding applications in higher education and corporate

Eco-friendly features, minimal maintenance and a cost saving design mean these projectors are great for demanding applications in higher education and corporate

In addition to LCD and DLP technology, you should consider whether the light source in the projector is a ​lamp, LED, or laser. All three options have their advantages and disadvantages:

Video projectors that use lamps need to be changed after about 3,000 to 4,000 hours of viewing. However, some projectors deliver upwards of 5,000 hours of viewing.

Without sufficient light, a projector cannot display a bright image. If the light output is too low, an image will look muddy and soft, even in a dark room. The best way to determine if a projector outputs enough light to produce bright images, check the ANSI Lumens rating. It will tell you how much light a projector can put out.

Projectors with 1,000 ANSI Lumens have sufficient brightness for home theater use. Room size, screen size/distance, and ambient room light connections will also affect the need for more or fewer lumens. Although video projectors" light output capabilities have improved, they still work best in a darkened room.

LCD and DLP projectors output light differently. LCD projectors output the same amount of white and color light, whereas DLP projectors output more white light than color light.

Contrast is the ratio between the black and white portions of an image. High contrast ratios deliver whiter whites and blacker blacks. A projector may have an excellent Lumens rating, but your image will look washed out with a low contrast ratio. A contrast ratio of at least 1,500:1 is good in a darkened room, but 2,000:1 or higher is considered excellent.

If you want to jump into 4K territory, aside from the higher price tag, not all 4K projectors project true 4K resolution. You must understand how 4K video projectors work and how they are labeled so that you can make the right choice for a home theater setup.

Color reproduction is another factor to consider. Check for natural flesh tones and color depth, how colors look in the brightest and darkest areas of the image, the degree of color stability from input to input, and that you get familiar with the types of picture settings that video projectors offer.

Make sure the projector has the inputs you need. All video projectors these days provide HDMI inputs, and most projectors also have VGA or DVI inputs for computers.

However, if you have older source components with composite, component, or S-video outputs, know that many newer video projectors no longer offer these options or may offer just composite video inputs. When shopping for a projector, ensure it has the connections you need.

Some video projectors include audio inputs and onboard speakers, but like speakers built into TVs, they are not great. It is best to connect your audio source to an external audio system (even a modest one) for a better viewing experience.

Portability is vital not just in terms of moving or traveling with your projector but in simplifying the installation and setup. It also makes it easier to try out different screen sizes, distances, and rooms to see which arrangement works best.

If your projector is portable, you can hang a sheet on an outside wall (or garage door) in the summertime and enjoy your own personal "drive-in" movies. Watching movies outdoors using a video projector can be a great experience.

Screens come in various fabrics, sizes, and prices. The best type of screen depends on the projector, the viewing angle, the amount of ambient light in the room, and the distance from the projector to the screen. If you have a small space, consider a Short Throw projector, which can display large images from a shorter distance.

DLP projectors employ a light source in combination with a color wheel and chip that contains microscopic tilting mirrors. The light passes through the color wheel, reflects off the mirrors, and is projected onto a screen.

LCD projectors utilize a light source that passes light through 3 LCD Chips (assigned to primary colors red, green, and blue) to create and project images.

Variants of LCD technology include LCOS (Liquid Crystal on Silicon), JVC"s D-ILA (Digital Imaging Light Amplification), and Sony"s SXRD (Silicon Crystal Reflective Display). With LCOS/D-ILA and SXRD projectors, the light source reflects off the 3 LCD chips instead of passing through them.

If you like inviting people over for movie nights, or if you just want your own private showings, a projector can be a perfect addition to your home theater. You just need to make sure you have the space and budget to accommodate all the necessary peripherals.

The first step is to arrange the room or outdoor space you want to use. Choose a spot for the screen and adjust the seating to optimize visibility. Once your projector is set up, connect it to your sound system. Don"t forget to keep your projector screen clean.

A home theater setup with a video projector at its centerpiece can elevate the home entertainment experience. However, don"t reach into your wallet and buy anything promoted or on sale.

Video projector prices vary widely from several hundred to several thousand dollars, depending on the above factors. Unless projecting onto a wall, you also have to consider the cost of a screen, which comes in similar price ranges.

No. A white wall, white sheet, or another light-colored semi-reflective surface will work in a pinch. However, you"ll want to invest in a screen to get the best possible image from your projector.

Yes, providing you buy the right projector for the job. For example, a regular projector won"t be good enough for gaming. A good gaming projector must offer a high resolution, fast refresh rate, and low input latency.

It depends. When deciding between a video projector or a TV, consider your specific needs for the device. TVs are best for everyday use. Projectors are best for special occasions and niche applications.