lg t1910b-bn 19 lcd touch screen monitor price

Our selection of LG US Business IT products brings you a variety of computing choices to improve your business and help you better connect with your customers. Enjoy our wide selection of innovative, sleek and high-quality computing products, which include the following:

Life-Like Motion: From LED monitors to IPS, UltraWide, and 3D monitors, each IT product in this line brings your business striking color and a slim design that"s as stylish as it is efficient – allowing your message to come across loud and clear.

4K UHD Monitors: Experience the vivid display and exceptional detail of LG’s state-of-the-art 4K UHD monitors. LG 4K UHD monitors are perfect for work and play, as they boast innovative features including wide viewing angles, dual-display capabilities and multi-ports that enhance work efficiency.

medical monitors: Browse LG’s cutting-edge medical-grade monitors – and get accurate, clear and outstanding picture quality. Explore our collection of clinical review monitors, surgical monitors and wired digital X-ray monitors.

Ultrawide Monitors: Work more efficiently with LG’s stunning 21:9 UltraWide® monitors that come in different sizes and specs and are perfect for professionals.

IPS Monitors: Boasting crystal-clear displays and true-to-life colors, LG 4K Ultra-HD IPS monitors let you see the bigger picture. Browse our selection of IPS monitors and discover a range of sizes and groundbreaking features.

Zero Client Monitors: Deliver a secure and reliable virtual computing solution with LG Zero Client monitors featuring LED backlight technology and the Teradici® TERA 2 chipset.

LED Monitors: Affordable LG LED monitors come in an array of sizes and boast commercial-grade features, such as full-HD displays, black stabilizer and energy-efficient technology.

LG also offers a wide range of computer accessories for LG monitors and notebooks. Step up to the ultimate in technology with our accessories, which make the perfect tools to enhance your notebooks, monitors, and other LG computing products.

5. This warranty is on a "return to base" basis. This means the customer is responsible for bringing any product back to the place of purchase for service under warranty and for collecting it afterwards. Subject to our operational constraints, we may carry out an in-home service within our normal service hours on air conditioners, refrigerators, washing machines, dishwashers, LED, LCD, PLASMA, OLED and Projector televisions with a screen size of 47" or more.

f) damage to or faults with video heads, audio heads, lasers, or stylus resulting from wear and tear in normal use; dust or other particles on LCD lenses.

Please keep the item in its original condition, with brand outer box, MRP tags attached, user manual, warranty cards, CDs and original accessories in manufacturer packaging for a successful return pick-up. Before returning a Tablet, the device should be formatted and screen lock should be disabled.

Desktops, Monitors, Pen drives, Hard drives, Memory cards, Computer accessories, Graphic cards, CPU, Power supplies, Motherboards, Cooling devices, TV cards & Computing Components

The standard proportion in width to height for a computer monitor is 4:3, but many new displays have a wider format: 16:9 or 16:10, designed for viewing movies or HDTV in wide format. Note that a 17-inch wide-format panel has about the same vertical dimension and vertical pixel count as a normal 15-inch panel, so you get about 120 percent of the viewing area of a 15-inch panel. A 17-inch standard panel, however, has 130 percent of the viewing area of a standard 15-inch screen.

Modern graphics hardware uses 8 bits per colour channel to represent a picture, or 24 bits total (8 bits for each of the red, green and blue channels). This yields around 16.78 million different colours, and is known as TrueColour. Monitors with 8 bits per colour can reproduce TrueColour images faithfully, but some cheaper models of monitor only have 6 bits per colour (18 bits total, able to reproduce 262,144 colours). Monitors with 6 bits per pixel have to use tricks such as dithering to trick the viewer into believing they can display more colours than they actually can. These tricks cannot perfectly replicate the full colour range, however, and can result in aberrations in images being displayed. If good colour reproduction if an important consideration for you, then you should avoid these cheaper 6 bits per colour displays in favour of ones that support 8 bits per colour.

The connection is how the monitor attaches to the computer. The connection can be either analogue or digital in nature. Digital is considered the preferred connection method today, with analogue being provided mainly for compatibility with older equipment.

LCDs are digital devices, meaning that they are intended to work with digital signals. VGA is an analogue standard designed to work with the previous generation of CRT monitors. For a LCD monitor to support VGA it must convert the analogue VGA signal to digital, which is certain to result in some loss of image quality, which manifests itself as some apparent blurriness in the image. Analogue connectors are provided mainly for compatibility with legacy hardware, and are becoming less common.

Most modern PCs can output a digital image signal directly, usually using the DVI standard, but in some cases with HDMI or DisplayPort connectors. As LCDs are inherently digital, a digital signal will produce the best possible image quality with no distortion or blurriness caused by an unnecessary digital to analogue and back to digital conversion.

A measure of the difference between the darkest colour a monitor can produce (black) and the brightest colour it can produce (white). In theory, the contrast ratio should ideally be infinite, but in practice this is impossible because most monitors produce a "black" that is in fact a very dark grey and the white is limited by how bright an image can be without dazzling the viewer. Manufacturers have tended to inflate their contrast ratio statistics, so be wary of manufacturer"s claims regarding contrast ratio.

Display size is measured in inches, corner to corner across the diagonal, so a 17 inch monitor is 17 inches from its bottom left to its top right corner. This means that while bot ha standard and a widescreen 17 inch monitor may both have the same diagonal size, the two monitors will have different dimensions. The standard screen monitor will be taller, while the widescreen display will be wider.

Dot pitch (also known as line pitch or pixel pitch) is a specification for a computer display that describes the distance between dots (sub-pixels) of the same colour on the inside of a display screen.

TN (Twisted Nematic) plus film is the most common technology used in TFT panels today. This is because it provides a good compromise between low cost and good response times. They do tend, however, to suffer from limited viewing angles. As you move away from the centre line of the monitor and start looking at it more side on, the colours become increasingly distorted. Colour reproduction in general tends not to be as good as other systems such as IPS

This refers to how quickly a pixel can change colours, measured in milliseconds (ms); the lower the milliseconds, the faster the pixels can change, reducing the ghosting or streaking effect you might see in a moving or changing image. In general, manufacturers" specifications rely on best-case scenarios; real-world performance is often considerably slower. A maximum response time of 12ms to 15ms across the spectrum is required for gaming or viewing television and movies without ghosting or streaking. Manufacturers have debuted LCDs with response rates as fast as 2ms, though don"t expect such high performance in real world applications.

Some LCDs can pivot so that the longer edge can go horizontal (landscape mode) or vertical (portrait mode). This feature can be useful for desktop publishing, Web surfing, and viewing large spreadsheets, but don"t pay extra for it if you won"t use it.

Resolution of a measure of how many pixels a monitor has, expressed as pixels across by pixels up. For example, 1280 x 1024 describes a display with 1280 pixels across by 1024 pixels up, for a total of 1.3 million pixels. Make sure you are comfortable with an LCD"s native resolution before you buy it. Remember, an LCD that scales its image to a non-native resolution will never look as good.

The physical structure of LCD pixels can cause the brightness and even the colour of images to shift if you view them from an angle rather than facing the screen directly. Take manufacturer"s specifications with a grain of salt and make your own observations if possible; viewing-angle issues become more critical as panel size increases.

The standard proportion in width to height for a computer monitor is 4:3, but many new displays have a wider format: 16:9 or 16:10, designed for viewing movies or HDTV in wide format. Note that a 17-inch wide-format panel has about the same vertical dimension and vertical pixel count as a normal 15-inch panel, so you get about 120 percent of the viewing area of a 15-inch panel. A 17-inch standard panel, however, has 130 percent of the viewing area of a standard 15-inch screen.

Modern graphics hardware uses 8 bits per colour channel to represent a picture, or 24 bits total (8 bits for each of the red, green and blue channels). This yields around 16.78 million different colours, and is known as TrueColour. Monitors with 8 bits per colour can reproduce TrueColour images faithfully, but some cheaper models of monitor only have 6 bits per colour (18 bits total, able to reproduce 262,144 colours). Monitors with 6 bits per pixel have to use tricks such as dithering to trick the viewer into believing they can display more colours than they actually can. These tricks cannot perfectly replicate the full colour range, however, and can result in aberrations in images being displayed. If good colour reproduction if an important consideration for you, then you should avoid these cheaper 6 bits per colour displays in favour of ones that support 8 bits per colour.

The connection is how the monitor attaches to the computer. The connection can be either analogue or digital in nature. Digital is considered the preferred connection method today, with analogue being provided mainly for compatibility with older equipment.

LCDs are digital devices, meaning that they are intended to work with digital signals. VGA is an analogue standard designed to work with the previous generation of CRT monitors. For a LCD monitor to support VGA it must convert the analogue VGA signal to digital, which is certain to result in some loss of image quality, which manifests itself as some apparent blurriness in the image. Analogue connectors are provided mainly for compatibility with legacy hardware, and are becoming less common.

Most modern PCs can output a digital image signal directly, usually using the DVI standard, but in some cases with HDMI or DisplayPort connectors. As LCDs are inherently digital, a digital signal will produce the best possible image quality with no distortion or blurriness caused by an unnecessary digital to analogue and back to digital conversion.

A measure of the difference between the darkest colour a monitor can produce (black) and the brightest colour it can produce (white). In theory, the contrast ratio should ideally be infinite, but in practice this is impossible because most monitors produce a "black" that is in fact a very dark grey and the white is limited by how bright an image can be without dazzling the viewer. Manufacturers have tended to inflate their contrast ratio statistics, so be wary of manufacturer"s claims regarding contrast ratio.

Display size is measured in inches, corner to corner across the diagonal, so a 17 inch monitor is 17 inches from its bottom left to its top right corner. This means that while bot ha standard and a widescreen 17 inch monitor may both have the same diagonal size, the two monitors will have different dimensions. The standard screen monitor will be taller, while the widescreen display will be wider.

Dot pitch (also known as line pitch or pixel pitch) is a specification for a computer display that describes the distance between dots (sub-pixels) of the same colour on the inside of a display screen.

TN (Twisted Nematic) plus film is the most common technology used in TFT panels today. This is because it provides a good compromise between low cost and good response times. They do tend, however, to suffer from limited viewing angles. As you move away from the centre line of the monitor and start looking at it more side on, the colours become increasingly distorted. Colour reproduction in general tends not to be as good as other systems such as IPS

This refers to how quickly a pixel can change colours, measured in milliseconds (ms); the lower the milliseconds, the faster the pixels can change, reducing the ghosting or streaking effect you might see in a moving or changing image. In general, manufacturers" specifications rely on best-case scenarios; real-world performance is often considerably slower. A maximum response time of 12ms to 15ms across the spectrum is required for gaming or viewing television and movies without ghosting or streaking. Manufacturers have debuted LCDs with response rates as fast as 2ms, though don"t expect such high performance in real world applications.

Some LCDs can pivot so that the longer edge can go horizontal (landscape mode) or vertical (portrait mode). This feature can be useful for desktop publishing, Web surfing, and viewing large spreadsheets, but don"t pay extra for it if you won"t use it.

Resolution of a measure of how many pixels a monitor has, expressed as pixels across by pixels up. For example, 1280 x 1024 describes a display with 1280 pixels across by 1024 pixels up, for a total of 1.3 million pixels. Make sure you are comfortable with an LCD"s native resolution before you buy it. Remember, an LCD that scales its image to a non-native resolution will never look as good.

The physical structure of LCD pixels can cause the brightness and even the colour of images to shift if you view them from an angle rather than facing the screen directly. Take manufacturer"s specifications with a grain of salt and make your own observations if possible; viewing-angle issues become more critical as panel size increases.

19", LG T1910B-BN, 5 ms, 1280x1024, 200cd/m2, 20000:1 (DCF), 176/170, TOUCHSCREEN, D-SUB,USB, Flatron F-Engine, Photo Effect, Intelligent Auto Resolution, TCO `03, SEMKO, ISO13406, TUV-GS, VESA: 75x75, Negru