Small Touchscreen; Small Monitor; Touchscreen Monitor; Touchscreen Solution Manufacturer

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When the Work is Mission Critical: Equipping Your Mobile Workforce with Rugged Small Monitor, Small Touchscreen and Tablet PC Solutions Built tough to last is essential.

If you are researching and are in the market for the best ruggedized small monitor or a small touchscreen that is waterproof and sunlight readable of sizes 7", 8", 9", 10", 12", 15", 18", 24" that is built tough to outperform in the world's harshest of environments, you have come to the right place.

Xenarc Technolgies has been manufacturing custom small montior and small touchscreen solutions for a wide variety of industries that satify a wide range of technical specifications and technical requirements.

Xenarc = Peace of Mind


Mean Rate Between Failure for a Xenarc Monitor is > 55,000 hours or 6.2 Years of continuous 24 hours operation.

+


Plus Xenarc Technologies New 3 Year Warranty = Peace of Mind

Do you need a rugged tablet computer or small monitor or small touchscreen display?

Reasons for buying rugged tablet  or touchscreen displays include: the breakdown of the “fat server/thin client” model, growing utilization of “mobility” computers for business purposes, distrust of the cloud, need for support/repair services, working in hazardous environments, and more convenient, ever-smaller rugged form factors such as the ones Xenarc Technologies manufactures (7", 8", 9", 10", 12", 15", 18", 24").

Is a rugged tablet or touchscreen display right for you? Before you decide, consider the factors described above:

1. Do you work or live in an environment that is likely to subject your mobile device to damaging trauma?
2. Do you operate your rugged device indoor/outdoor for business purposes?
3. How important is your data? How much do you trust the cloud?
4. How valuable is your time? For most businesses, lost productivity, lost data, lack of repair/support, and the need for frequent purchases are more expensive than the initial higher cost of a rugged computer. Is this true for you?
5. The DB6 can run full Windows; smartphones usually have limited OS like Windows CE. Do you use business applications that require full Windows environments?

While the above checklist may be helpful, only you can decide if you need a rugged tablet or small touchscreen or small montior display. If you do buy a rugged tablet or small touchscreen or small montior, you will discover that you need not compromise on ease-of-use, mobility, or economy. Whether you’re a soldier in theater, an engineer in the field, or a top executive making billion dollar deals, a fully rugged tablet or touchscreen display provides you the power, convenience, and peace of mind that you require.

The Best Small Monitor and Small Touchscreen Solutions For Small Projects And Small Spaces is the Rugged Small Touchscreen and Small Monitor Solutions From Xenarc Technologies for All Industries - 7", 8", 9", 10", 12", 15", 18", 24" https://www.xenarc.com

Xenarc Technologies manufactures the best 7", 8", 9", 10", 12", 15", 18", 24" Small Touchscreen and Small Monitor solutions for all industries and are tested and certified according to our customers requirements and according to their industry specifications.

Xenarc's are built to work anywhere and build to last. MTBF(Mean Time Between Failures) of a Xenarc is 55,000 hour of continuous operation or 6.2 years.

Xenarc Technologies 7" to 18" Rugged All-Weather Small Monitor and Small Touchscreen Solutions come rich with features and the latest in ruggedized display technology.

#Touchscreen #Monitor #touchscreenMonitor #LCDMonitor #SmallMonitor #SmallTouchscreen #Ruggedized #AllWeather #TouchscreenSolutions

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The Best Small Monitor and Small Touchscreen Solutions For Small Projects And Small Spaces Rugged Small LCD Touchscreen Monitor Solutions for All Industries - 7", 8", 9", 10",12",15",18" https://www.xenarc.com

Why Are Ruggedized LCD Monitor Touch Screens & Tablet PC’s More Expensive than regular LCD Monitors? Are they cheaper in the long run?

Why Are Ruggedized LCD Small Monitor, Small Touchscreen & Tablet PC’s More Expensive than regular LCD Monitors?  Are they cheaper in the long run?

Most of us are familiar with LCD Flat Screen monitors that we all use at home, school or even at the office.  Most of us are also very familiar with the prices that the different types of LCD Monitors cost.   From the different sizes in LCD Monitors to the number of pixels and how bright the monitors are to whether it brings touch screen functionality or not, we are prepared to pay more for more the newest technology.

  

With that understanding, we would like to explore the reasons why ruggedized LCD small touchscreen monitor solutions are more expensive in price initially, but are actually cheaper than regular LCD Monitors in the long run.  We would also like to explore a concept known as Total Cost of Ownership to see if indeed a ruggedized small touchscreen LCD monitor and its related technology are actually cheaper than non ruggedized touchscreen solutions.

Along the same lines, some industries and businesses require LCD Monitors in unusual places, in situations where the vast majority of displays would not survive nor be able to operate adequately.  Some businesses need to install displays or touch screens as display interfaces integrated into different systems, in factories that are extremely cold or extremely hot, or in places and environments where water and steam may damage a regular LCD Monitor.  Changes in vibration or changes in voltage may also damage regular monitors and even office touchscreens because they are not really made to operate under such harsh conditions and environments.

Other companies such as automotive or airplane manufacturers, luxury yacht and marine vessel manufacturers, the military, medical device & medical equipment manufacturers, Point of Sale and System Integrators, may need small portable mini sized ruggedized LCD monitors with more advanced technology to be able to function and withstand the harshest of environments.

Why is ruggedized technology pricier initially than most regular LCD Monitors?  It all starts from the components and electronics that ruggedized LCD small monitors are comprised of.  All Xenarc Technologies ruggedized LCD small touchscreen solutions are built from ruggedized components and  electronics in order to operate and endure years upon years of use and abuse.

  

We never manufacture our Ruggedized Small Touchscreen LCD monitor solutions with recycled parts or components as most manufacturers do.  We also require thorough 3rd party testing and certification for our ruggedized LCD small monitor solutions, and oftentimes, we achieve certification targeted at specific industries.

Ruggedized 7",8",9",10",12",15",18",24" LCD Monitor Touchscreen Solutions Manufactured By Xenarc Technologies https://www.xenarc.com

What is rugged?

Before we discuss the reasons why a ruggedized tablet or touchscreen display are more expensive in the short run but cheaper in the long run, let us define what is rugged or ruggedized.

“A rugged (ruggedized or ruggedised)  tablet or touchscreen display is a tablet computer specifically designed to operate reliably in harsh environments and conditions, such as outside under the sun, where there are constantly strong vibrations, under extreme temperatures and wet or dusty conditions.”  Wikipedia

In general, a rugged tablet or small touchscreen display meets the military standards of MIL-STD 810 (harsh environmental conditions) and sometimes MIL-STD 461 (electromagnetic interference). They also have a high Ingress Protection (IP) Rating, which indicates safeguards against solid particulates and liquids.

Some computing platforms are designated “business rugged,” “semi-rugged,” or “having been built to MIL-STD.”  These platforms may or may not have rugged features; “semi-rugged” is a marketing, not an engineering term. The only reliable indication of true ruggedness is independent 3rd party testing & certifications of meeting the relevant standards.

Truly rugged tablet  or small touchscreen display are built from the ground up with a durable frame, shielded connectors, reinforced corners, and other strengthening/tough features. Some try to ruggedize their tablet or touchscreen displays by buying protective casings or sleeves. The effectiveness of these casings can be charitably described as “variable.” They may offer some protection, but they do not make your non-rugged computer as reliable as one that has been independently tested and certified to military and ruggedized industry standards that are accepted by your industry or system integration project.

Ruggedized 7",8",9",10",12",15",18",24" LCD Monitor Touchscreen Solutions Manufactured By Xenarc Technologies https://www.xenarc.com

Do you need a rugged tablet computer or small touchscreen display?

Reasons for buying rugged tablet  or small touchscreen displays include: the breakdown of the “fat server/thin client” model, growing utilization of “mobility” computers for business purposes, distrust of the cloud, need for support/repair services, working in hazardous environments, and more convenient, ever-smaller rugged form factors such as the ones Xenarc Technologies manufactures (7", 8", 9", 10", 12", 15", 18", 24").

Is a rugged tablet or small touchscreen display right for you? Before you decide, consider the factors described above:

1. Do you work or live in an environment that is likely to subject your mobile device to damaging trauma?
2. Do you operate your rugged device indoor/outdoor for business purposes?
3. How important is your data? How much do you trust the cloud?
4. How valuable is your time? For most businesses, lost productivity, lost data, lack of repair/support, and the need for frequent purchases are more expensive than the initial higher cost of a rugged computer. Is this true for you?
5. The DB6 can run full Windows; smartphones usually have limited OS like Windows CE. Do you use business applications that require full Windows environments?

While the above checklist may be helpful, only you can decide if you need a rugged tablet or touchscreen display. If you do buy a rugged tablet or touchscreen display, you will discover that you need not compromise on ease-of-use, mobility, or economy. Whether you’re a soldier in theater, an engineer in the field, or a top executive making billion dollar deals, a fully rugged tablet or touchscreen display provides you the power, convenience, and peace of mind that you require.

Ruggedized 7",8",9",10",12",15",18",24" LCD Small Monitor Touchscreen Solutions Manufactured By Xenarc Technologies https://www.xenarc.com

Traditional rugged consumers

As one would expect, the military is a prominent customer of rugged tablets and touchscreen displays.  Soldiers’ lives depend on their laptops, tablets, and handhelds operating even in difficult and challenging conditions. Police and firemen also want tablets or touchscreen displays that can take a pounding.

Other customers include:

• Warehouse and logistic workers who do not want to stop conducting inventory when their handheld falls three feet on a concrete floor.
• Surveyors who work outdoors in all sorts of weather.
• Scientists want a reliable platform to store and manage difficult-to-obtain data collected in rough remote areas.
• Food processors whose devices need to survive being hosed down with high pressure water. 

Looking beyond the Purchase Price

When going out to purchase new mobile tablet computers or small form factor touchscreen LCD monitor display, most businesses may be tempted to base buying decisions solely on a product’s original purchase price. But because the purchase price does not reflect the real cost of the unit, this could turn out to be a costly mistake. To truly evaluate what a product costs, we need to look at the cost over the life of the product. This is known as the product’s total cost of ownership (TCO).

Even if we do not know the term TCO, we often apply it in other areas of our life. When we are buying a new car, most buyers will do at least some research to find out about the vehicle’s repair record. A cheaper car that spends half the time in the repair shop is no bargain.

The same concept applies with ruggedized mobile tablet computers or small form factor touchscreen LCD monitor displays. Computer Tablets and LCD Monitors taken outside of a safe office environment are going to be subjected to a lot of rough treatment. Drops, vibration, water, dust and extreme temperatures are only some of the conditions a tablet pc or LCD monitor display may face in the field. It seems logical that you would not take a delicate piece of electronic equipment into a rough environment, but that is what happens more often than you would think.

Why? Because many buyers of mobile computer tablets or LCD monitor displays are lured by the lower initial purchase price of buying non-rugged or minimally ruggedized equipment solely because of the cheaper purchase price, failing to take into account the higher costs of actually using this equipment in the field. By failing to purchase the right kind of unit for the job and the environment, they will be paying a lot more in the long run than if they had purchased a more rugged, but more expensive, piece of equipment initially. In other words, the more expensive unit is actually the cheaper unit.

Ruggedized tablet PCs or Ruggedized Small Touchscreen Displays cost more initially and are more economical in the long run

Increasingly, enterprise users who do not work in rough environments are buying rugged tablets or touchscreen displays. They are motivated by the most basic of business reasons, the bottom line.  Understanding TCO (total cost of ownership), you’ll see that rugged tablet computers & LCD monitor touch screens actually cost less than consumer-grade devices.

While the initial price of a rugged computer may be more than a non-rugged one, the long term cost (Total Cost of Ownership, i.e. TCO) is much less. A highly publicized study by VDC Research identified specific areas in which rugged tablets or touchscreen displays save money:

• Rugged tablets or small monitor and touchscreen displays break down less often, so the cost of managing and supporting them is less.
• Less downtime means lower lost productivity costs, fewer lost data hours, and fewer repairs.
• Rugged tablets or touchscreen displays have much better support for parts than their consumer counterparts and therefore have longer life cycles.
• Longer life cycles mean less need for training, reconfiguring, and integrating new devices.
• Frequent downtimes can alienate and lose customers.

Price

There is a noticeable difference between consumer and ruggedized tablets or touchscreen displays in terms of price. Consumer tablets tend to be inexpensive; depending on the brand, they can range from $200 to $300 or more. A good rugged tablet PC or small form factor touchscreen display LCD Monitor will usually cost upwards of $500.

Rugged tablets and small mini portable touchscreen display LCD monitors cost more for a reason: they are specifically designed to withstand wear and tear, even in extreme conditions. This isn’t to say consumer tablets are poorly made; they just aren’t built for high-risk environments.

Although the initial price of consumer tablets and regular conusmer LCD monitors looks attractive, it is important to consider the total cost of ownership (TCO), or the estimated price of an item over the course of its life. Buying consumer tablets can save money initially, but they typically require more repairs than rugged tablets or ruggedized LCD touchscreen LCD monitors. Repairs cost extra money that’s not built into the initial price tag. Plus, the downtime that comes with a broken device will also hurt business by slowing down operations and decreasing output.  Critical operations cannot afford any down time.  Time equals money for a business that needs to be in operation for 24/7/365 days.

Durability

Rugged tablets or touchscreen displays, as the name implies, are extremely tough and durable products. Even though they are much more expensive than consumer tablets and consumer or business office monitors or touchscreens, they are built for tough environments. Therefore, they require less maintenance during their lifespan.

Consumer devices have a lower cost up-front, but when you consider the amount of money you’ll spend on repairs, they end up costing more over their lifetime. Tablet cases and LCD Monitor panel cases are available to increase durability — but even though they can offer some protection, no case, no matter how durable, will turn a consumer tablet into a rugged tablet.

Here are a few things you can get from a rugged tablet or touchscreen display that a consumer tablet simply can’t offer:

Drop/shock protection: rugged tablets or touchscreen displays are built to withstand the impact of a jarring fall. Because of their industrial purpose, warehouses aren’t ideal places for most types of technology. However, a fall on concrete won’t affect a rugged tablet or touchscreen display. Consumer tablets, with the help of a case, might appear to withstand a fall, but the shock of just one fall could ruin the tablet’s components internally.

Water/dust-proof: This is an important one. Even in office settings, spills frequently happen around electronics. A rugged tablet or touchscreen display that can resist bad weather or a dirty/dusty workplace is invaluable in industrial environments like warehouses, distribution centers and most vehicles.

Operate in extreme temperatures: Unlike temperatures in office environments, temperatures in warehouses fluctuate more and are harder to control. Tablets or touchscreen LCD monitors that shut down due to extreme heat or cold result in downtime, lower output, and ultimately, lost revenue and increased costs.

Longevity: In addition to failing less often than consumer tablets, rugged tablets and ruggedized LCD touchscreen monitors also have longer life spans. This means that they won’t need to be replaced as often, reducing their TCO.  Xenarc Technologies Small Rugged Touchscreen Monitor solutions 7", 8", 9", 10", 12", 15", 18", 24" are built tough to last.  

The Mean Time Between Failure (MTBF) for a Xenarc Technologies Rugged Monitor is > 55,000 hours OR 6.2 Years of continuous operation and with the new 3 Year Warranty, a Xenarc Rugged Monitor gives you true peace of mind.   Xenarc Technologies All-Weather Rugged 7", 8", 9", 10", 12", 15", 18", 24" LCD Small Monitors are perfect Human Machine Interfaces for Smart Homes, Smart Factories, Smart Offices, Smart Vehicles, Smart Stores, Smart Cities, IIoT, IoT, Industry 4.0 and for low voltage and indoor or outdoor applications.

A higher initial investment can most often give you a lower total cost

TCO takes into account all of the actual costs incurred during the entire life of the product. TCO is comprised of hard costs (like purchase price, development, replacement, testing & certification and deployment costs) and soft costs (training, repair costs, and downtime costs). As more organizations become more dependent on their mobile workforce, downtime costs have become increasingly important and costly. If a field service rep has a device failure at the start of his day, the lost service revenue and customer goodwill from all of the missed service calls can be substantial.

Computer tablets or LCD Small Monitor Touchscreen displays are often defined into one of four categories:

• Commercial
• Durable
• Semi-rugged
• Fully-rugged

A commercial unit has little or no protection against the environment. Durable tablet computers & office LCD monitors generally have only rubber bumpers and perhaps a shock-mounted hard drive. Semi-rugged computers and LCD Monitors are tested to some MIL-STD-810F/G and IP specifications, and fully rugged units are generally fully tested to MIL-STD-810F/G and often totally resistant to both water and dust.

So what is the difference in the total cost of ownership between a commercial device and a fully rugged one in a reasonably tough environment? The Venture Development Corporation (VDC) is a notable independent research firm that focuses on ruggedized computers, tablet pc’s and ruggedized LCD displays. They have performed TCO computations across the 4 levels of rugged computers across a number of common mobile applications. VDC computed the total cost for each level of ruggedization over a 5-year lifespan and then annualized the costs. These costs (broken down into hard costs and soft costs) are shown in figure 1 below.

From the figure, it becomes clear that using a commercial or non-rugged device will cost you a lot more in the long run; about 65% more per year than using a fully rugged device.

How is that possible?

It makes sense if you think of all the things that could happen to a non-rugged device in the field. For example, let’s take a look at replacement costs. A fully rugged unit will often last at least 5 years. So if you purchase 100 fully rugged units, at the end of 5 years you will still have most of them still in operation. If you purchase 100 commercial devices and put them into a rugged environment, chances are that none of the original units will be operational at the end of 5 years. And some of those units will need to be replaced multiple times over the course of the 5 year period.

How many commercial devices do you need to buy before you have equaled the purchase price of a rugged unit? And that does not include some of the other costs we discussed like downtime costs, the cost of deploying a new unit, and the cost of re-acquiring lost data. 

Ultimately, you need to carefully evaluate your own working situation to determine what your own total costs of ownership are going to be. If your mobile computer or LCD Monitor will not be working in rough environmental conditions, a fully rugged unit may be more rugged than you need. But buying the right level of ruggedness for the application and the working environment is guaranteed to be the most cost effective in the long run.

Testing and Certifications 

Ruggedized 7",8",9",10",12",15",18",24" LCD Small Monitor Touchscreen Solutions Manufactured By Xenarc Technologies https://www.xenarc.com

1. Drop and Shock Resistance Testing & Certification
2. Liquid Resistance Testing & Certification
3. Vibration Resistance Testing & Certification
4. Particle Resistance Testing & Certification
5. Humidity Resistance Testing & Certification
6. Temperature Tolerance Testing & Certification
7. Pressure Resistance Testing & Certification
8. Electromagnetic Interference (EMI) Testing & Certification
9. Electromagnetic Compatibility (EMC) Testing
10. Water and Dust Ingress Protection IP65 and IP54 Testing

Small Monitor Touchscreen Solutions Manufactaurer For Your Industry

Intelligent Logistics 7", 8", 9", 10", 12", 15", 18", 24"

Intelligent HealthCare 7", 8", 9", 10", 12", 15", 18", 24"

Intelligent Transportation 7", 8", 9", 10", 12", 15", 18", 24"

Intelligent Point of Sale 7", 8", 9", 10", 12", 15", 18", 24"

Digital Signage 7", 8", 9", 10", 12", 15", 18", 24"

System Integration 7", 8", 9", 10", 12", 15", 18", 24"

Marine Grade Touchscreen Solutions 7", 8", 9", 10", 12", 15", 18", 24"

Ruggedized 7",8",9",10",12",15",18",24" LCD Small Monitor Touchscreen Solutions Manufactured By Xenarc Technologies https://www.xenarc.com

Manufacturer of Ruggedized Small LCD Touchscreen Monitor Solutions for All Industries

Manufacturer of Ruggedized Small LCD Touchscreen Monitor Solutions for All Industries

The best brand for Industrial Grade Rugged All-Weather LCD Monitor Touchscreens in size 7″, 8″, 9″,10″, 12″, 15″, 18″, 24″ is Xenarc Technologies.



Xenarc's are built to work anywhere and build to last. MTBF(Mean Time Between Failures) of a Xenarc is 55,000 hour of continuous operation or 6.2 years.



Visit us at https://www.xenarc.com



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Happy New Year 2020 From All Of Us At Xenarc Technologies

Happy New Year 2020 From All Of Us At Xenarc Technologies

As the new year approaches, we'd like to thank you for your business in 2019.

It has been a pleasure working with you, and we look forward to serving you again in the new year.

From all of us at Xenarc Technologies, we wish you a prosperous and wonderful 2020!

https://www.xenarc.com

How Does a HDMI Cable Work?

How does a single wire control every pixel on an entire TV screen Or Monitor Screen? How can it convey enough information for that many pixels, sixty times per second?

How Does a HDMI Cable Work?

How does a single HDMI wire control every pixel on an entire LCD Monitor? How can it convey enough information for that many pixels, sixty times per second? This is a very good question.  Behold the humble HDMI cable.


The HDMI cable is a single cable, but not a single wire, and it’s the most common way of transferring a video signal to a modern touchscreen LCD Monitor.


There are actually 19 pins on an HDMI connector. The “TMDS” signals, Transition Minimized Differential Signaling, actually carry the video signal. There are three channels of differential TMDS and one differential clock. “Differential signalling” means that the signal is sent along impedance matched twisted pair wires as both a positive and an inverted version of the same signal — the two always add up to nothing. But at the receiver, the inverted signal is once again inverted and added to the positive signal. That makes nearly all noise that might have been picked up zero itself out, leaving just the signal. This allows very, very fast, low voltage communications.

How Does a HDMI Cable Work?  www.xenarc.com 

The connector also contains a DDC data and DDC clock pin, the “display data channel”. This is based on the I²C bus, and it’s used to allow the source (video card, Blu-ray player, etc) and the sink (your TV or monitor) to communicate and agree on a video format they both support.
Digital video can be pretty large. A 1080p30 video stream is, of course, 1920x1080x30 frames per second, each pixel being up to 24-bits of color. That adds up to 1.493Gb/s (gigabits per second). If you went for an UltraHD-4K signal at 30Hz, that 3840x2160x30x24 = 5.972 Gb/s. These are pretty heady numbers.


But HDMI was designed for this. The original HDMI 1.0 cable allows for 4.95 Gb/s data transmission, of which 3.96 Gb/s for video, the rest for audio. It supports 1080p60 at full 24-bit YCrCb or RGB color encoding, and it supports 30-bit YCrCb at 4:2:2 color subsampling.


HDMI 2.0 extended the overall bandwidth to 18Gb/s, enough to support 14.4 Gb/s video including uncompressed 24-bit 4Kp60. HDMI 2.1 was extended to a whopping 60 Gb/s, enough to support uncompressed 8Kp120 video, or 10Kp120 with some chroma subsampling! New modes in HDMI 2.0a/b and 2.1 also allow for multiple video streams, HDR modes, and up to 32 audio channels. You do need a special new cable to hit those speeds.


Your video source may be highly compressed internet video from a Roku or similar IPTV device, less compressed video from a Blu-ray or UltraHD Blu-ray, or totally uncompressed video from a PC GPU. It doesn’t matter — HDMI takes it all over as uncompressed video, full speed. It’s just that fast!

HDMI Monitors - Rugged and All-Weather 7" to 18" touchscreens www.xenarc.com

And there is almost a way to do a few of these things over a single wire! Smartphones for years have supported video output via MicroUSB connector using a protocol called MHL (Mobile HIgh-definition Link). The MicroUSB cable only carries five wires, and MHL reassigns the USB data pair — two wires compromising one differential link — as the MHL data pair, and used the “ID” pin (normally for USB on-the-go) as a data communications signal. Power and GND are unchanged from USB.

HDMI Monitors - Rugged and All-Weather 7" to 18" touchscreens work anywhere. www.xenarc.com

While it’s possible to use an active MHL to HDMI converter, most modern televisions have at least one HDMI port that also supports the 2-wire MHL link on an HDMI connector. The original verison of MHL supports a bandwith of 2.25 Gb/s.

There are more advanced versions of MHL that run over USB Type-C connectors, using more wires and Type-C’s built-in mechanism to allow for “alternate mode” data transfers. The fastest version today supports about 30 Gb/s transfers, enough for 8K video.


Digital Data Formats

And if course, in most of these things, we are talking about digital systems. The cable itself, in the case of HDMI, is directly sending digital picture data to your display, but even there it's packaged into a format that's independent of the specific display/monitor/TV implementation. The source and sink on an HDMI cable exchange data, called a “handshake,” in which they agree upon a format both devices can support. The source then proceeds to send data in that format, picture, audio, and synchronization infotmation. The display itself contains a computer that works out how to precisely process that incoming raw data for display on-screen.


This can be involved. For example, if I hook my Sony Playstation 3 up to a Xenarc display, they will probably agree on some version of a 1920x1080 video format. However, being a digital television, the LG's display can only deliver a 3840x2160 image. So the data that comes in over HDMI is sent to an image processor that upscales the HD video. That is passes on to the LCD controller that figures out how to draw the pixels. And that process is different than drawing those pixels on a plasma, DLP, or OLED television or a Xenarc rugged all-weather touchscreen monitors. That is one of the big advantages of digital: the decoupling of the display technology from the video signal.


Once decoded, the uncompressed visual data is routed to that same video signal processor that took in the HDMI input, and on to your screen.