conrac tft display in stock

CONRAC"S 6018 ID is a high resolution, multi-frequency, industrial grade TFT flat panel monitor supplied in metal cabinet or rackmount configurations. The cabinet version is supplied with a bracket for wall or ceiling mounting or for use as a desk stand. Advanced signal image processing techniques allow for operation on video signal sources ranging from CGA up to 1280 x 1024 (SXGA) workstation resolutions as well as CVBS and Y/C (S-Video). Modular construction, robust aluminum casing and special laminated anti-glare safety glass panel ensure reliable around the clock operation in demanding applications.

CONRAC’s range of highly engineered Marine Grade LCD/TFT Displays is specifically designed to withstand the harsh maritime environment. The SD-Series (Ship Display-Series) meets the

stringent demands of the international standards for Maritime Navigation and Radio Communications Equipment & Systems and ECDIS (Electronic Chart Display Information System).

Used for ECDIS, Radar, ARPA (Automatic Radar Plotting Aid) or ship control, the displays’ superior performance provides very clear and readable images regardless of the ambient light

With the highly innovative wideECDIS® series of MultiTask Monittors, CONRAC introduces an entirely new generation of wide screen Radar and ECDIS displays. The new 16:10 widescreen

format allows to dramatically increase the amount of information displayed which is important for compliance with the new Radar standard. The superior picture performance of the

wideECDIS® monitors is achieved with high performance full HD (High Definition) panels in combination with CONRAC’s latest state-of-the-art electronics.

During night-time operations in bridge and wheelhouse environments it is vital to optimise the display brightness to the ambient light conditions for night vision capability. CONRAC offers fully

The use of laminated safety glass with high efficiency anti-glare treatment does not only maximise security and protect the display but also enhances image contrast.

CONRAC‘s COS (Customised Operation System) allows adjustment of brightness alternatively using the traditional potentiometer control, hot keys or the integrated intelligent ALC (Ambient

Approved/built to meet IEC 62288 as well as IEC 61174 (ECDIS), EN 62388 (Radar), EN 60945 (Navigation), CONRAC Ship Displays are the ideal solution for the use in Integrated Bridge

The use for ECDIS, radar and navigation makes high demands on the displays in integrated bridge systems. Displays, being a critical aspect of safe and efficient operations, have to meet

suppliers, CONRAC has implemented vital functions into their Ship Display Series to guarantee superior performance, both, during day and night operation.

Dimming of standard TFT widescreen displays does result in uneven brightness performance. Especially during night operation this effect is distracting and unacceptable for navigation

mode. To avoid this negative effect, CONRAC implemented high contrast dimming functions, allowing dimming at the full contrast level guaranteeing outstanding picture performance during

We are a market leader for the development and supply of special display solutions for mobile, military and marine applications. The product portfolio covers a wide range of rugged, specialised and customised LCD monitors, widescreen displays for ECDIS, RADAR, NAVIGATION and marine panel computers.

CONRAC GmbH – now renamed to DATA MODUL – CONRAC remaining as brand name, has always been a leader in providing innovative technology to the naval industry. Active in this industry, the company has at all times played a pioneering role in the display business. Thousands of installations worldwide speak for themselves.

Thanks to an advanced R&D department with unique expertise and a product management team with unbeatable global market knowledge, we always stay one step ahead. Committed to technologically advanced and cost-effective display solutions, special R&D teams create highly-engineered products of exceptional quality and reliability, using only the latest and most reliable technologies. Special developments like our cTEC features, guarantee trouble-free operation, prolong the product’s lifetime and reduce the cost of ownership.

CONRAC wide screen displays are the ideal solution for the display of electronic charts, tactical situation reports and automation control information. The displays are optionally available according to MIL-STD-167 (vibration), 810 (shock / temperature) and 461 (EMI) and withstand severe underwater explosions of up to 100g. The screen sizes offered range up to 55in, options available are touch screens and additional shock mounts.

The highly innovative wideECDIS series has been specially designed for a maritime environment, ECDIS, RADAR, navigation and ship control applications. The 16:10 wide screen format allows the user to dramatically increase the amount of information displayed which is important for compliance with the new radar standard. All marine grade displays are fully dimmable and compliant with the relevant standards.

Our modular concept ensures cost-effective solutions with very high quality standards, avoiding unnecessary over-engineering which contributes to a reduced cost of ownership. The displays can be customised to suit the user’s needs. Options for our ruggedised / customised marine grade displays include:Integrated controllers or industrial / marine grade / ruggedised PCs

Extended temperature range, climate control and display heating for operation under extreme temperatures and /or temperature variations and highest system availability

Our company philosophy is not to just offer state-of-the-art products, but to provide our customers with the best display or system solution for their projects.

CONRAC’s IP-TEC series of large-screen LCD / TFT displays has been specially designed for outdoor applications, as well as for indoor use with special requirements regarding the environmental conditions, e.g. where dust, moisture or immense variations in temperature are involved.

The main fields of application in airports are in baggage handling and loading areas, as well as car parks or other outside areas where a certain ruggedization of the displays is required. The displays are also ideal for railway, bus and subway

Similar to IP20 displays, customisation of IP54 displays is a major issue. All IP54 protected displays are based on a modular construction which allows various configurations. It is possible to combine a different number of integrated screens to

All displays can be supplied with or without an integrated controller which supports different software applications. The monitor-only versions can be connected to standard PC systems.

To offer maximum flexibility concerning the information to be displayed, the IP54 series can be used for operation in both landscape and portrait mode applications. All displays feature integrated display heating and ventilation, robust metal housing,

The IP54 series of displays uses the latest high-performance LCD / TFT displays. Screens are currently available in 32in, 40in, 46in and 57in. Conrac is also planning the launch of a series of IP65 protected units, with screen diagonals from 32in to

CONRAC introduces a new IP 65 protected LCD/TFT display in “stretched” format, which has been specially designed for continuous use in strenuous environments.

The display features a diagonal of 38” (97cm) with an aspect ratio of 4:1 and a resolution of 1920 x 502 pixels. This equals so to speak the top half of a 42” display, thus providing the ideal format for use in applications with limited space where conventional displays cannot not be used. Examples are low passage ways, above or next to doors, in baggage handling systems, parking garages, at bus stops, etc.

With its high definition sunlight-readable display panel offering a brightness of 1000 cd/m² and a contrast ratio of 1200:1, the 6938 PD provides excellent readability.

The stretched displays are available with an integrated IPC (Industrial PC). Designed for 24/7 operation, this embedded solution offers an extremely reliable platform in networked applications. The high performance IPC is based on the latest low-power embedded technology. Remote monitor control allows monitoring and control of display settings such as stand-by, brightness and contrast. It also provides information such as temperature, maintenance status etc. Alternatively integrated controller boards or monitor-only versions can be supplied.

The display’s IP65-rated housing and safety glass panel with high efficiency anti-glare and contrast enhancing treatment provide anti-vandal protection as well as resistance to moisture and dust. For extreme temperatures, a display heating with internal climate control can be integrated.

CONRAC stands for innovation, experience, flexibility and quality. Founded in 1956, CONRAC has always provided innovative technology. Ever since the late 1960’s, CONRAC has been developing professional display solutions for the most demanding applications. Committed to technologically advanced, cost-effective and very reliable display solutions, CONRAC is market leader for the supply of special displays, e.g. for maritime, naval, mobile and medical applications, as well as for public displays and information systems for public areas.

Tens of thousands of public displays in over 200 airports worldwide as well as in many other transportation and digital signage installations speak for themselves. CONRAC’s headquarters, R&D and production are based in Weikersheim/Germany. A global network of subsidiaries and sales offices as well as sales and service partners in more than 60 countries make sure to be as close as possible to the custom

Realtime information guarantees a positive passenger experience. CONRAC solutions of DATA MODUL AG have been fulfilling the needs and expectations of passengers and airport operators for more than 45 years.

The CONRAC brand stands for high-quality passenger information systems and professional signage solutions for applications installed at airports, railway stations or in public transport systems. CONRAC products are among the world’s leading solutions for passenger information at travel hubs with over 300 system installations in 60 countries.

The "TFT Flat Panel Display market" provides a broad market overview as well as business growth plans from year to year. Using top-down approaches, the TFT Flat Panel Display market research produces an overall estimate of the TFT Flat Panel Display market size. With the use of market separation and information triangulation procedures, the TFT Flat Panel Display market research assesses the market for a number of sections and subparts. There are 109 pages in the report. The TFT Flat Panel Display Market is examined from a number of angles in this study, including market size, market status, market trends, and forecasts 2022 to 2028.

The global TFT Flat Panel Display market size is projected to reach multi million by 2028, in comparision to 2021, at unexpected CAGR during 2022-2028 (Ask for Sample Report).

With appropriate factual and statistical analysis, the study exposes regional and sub-regional insights. The TFT Flat Panel Display market industry research report shows the production, revenue, price, market share, and rate of growth of each kind and is basically divided into market types as below 10",10-20",Above 20". This marketing research study focuses on the present situation and future prospects for the principal applications and end users, as well as on consumption (sales), market share, and the rate of growth for each application, including Automotive,Industrial.

According to analysts following the situation globally, manufacturers would be rewarded following the COVID-19 incident. In this paper, we offer another example of the current economic downturn, the industrial effect of COVID-19, and the most recent scenario. The North America: United States, Canada, Europe: GermanyFrance, U.K., Italy, Russia,Asia-Pacific: China, Japan, South, India, Australia, China, Indonesia, Thailand, Malaysia, Latin America:Mexico, Brazil, Argentina, Colombia, Middle East & Africa:Turkey, Saudi, Arabia, UAE, Korea are the regions included in the TFT Flat Panel Display market report.

Get Covid-19 Impact Analysis for TFT Flat Panel Display Market research report https://www.predictivemarketresearch.com/enquiry/request-covid19/876330

The TFT Flat Panel Display market report contains company profiles, product specifications, production capacity/sales, revenue, price, and gross margin sales, as well as a thorough analysis of the competitive landscape of the TFT Flat Panel Display market and detailed information on vendors, as well as comprehensive details on factors that will hinder the growth of key market vendors.

The following topics are covered in the TFT Flat Panel Display Market Industry Research Report:It has significant alterations to the market research framework.

Value chain analysis, sales breakdown, and competitive situation are coupled with regional-level predictions in the worldwide TFT Flat Panel Display market research study. The TFT Flat Panel Display market research report may be used as a resource by players, stakeholders, and other stakeholders in the TFT Flat Panel Display market industry research to their benefit. Among the leading producers of TFT Flat Panel Display market research worldwide is Apollo Display,Conrac,3M MicroTouch,iKey,Jaco Electronics Inc,Siemens,Richtek Technology,OSD Displays,HP.

Datamodul´s daughter-company, CONRAC GmbH was awarded by Kelvin Hughes for the delivery of Type Approved TFT Displays in their new and future IBS Programs. Next to the superior performance and quality aspects, one of the main reasons for this decision was, the high level of own development integrated in the concerned TFT monitors. The result can be recognized in the Queen Mary 2 bridge. All TFT displays are delivered in an OEM Chassis-Only version, ready for integration in the special design of the bridge.

During the late 1990"s Kelvin Hughes realized that the availability of cathode ray tubes (CRTs) for use in bridge navigation displays, such as Radar and ECDIS, was becoming limited. The introduction of flat panel screens into the leisure/home market and commercial industry was also seen to be growing.

Kelvin Hughes was making good inroads into the Integrated Bridge market with its Ninas 9000 system based on the Nucleus range of Radar and ECDIS displays.

International Design Consultants (IDC) was brought in to work with Kelvin Hughes in the past on Concept and Nucleus Radar. IDC was now tasked with looking at commercial shipping, speaking to navigators and ship"s bridge operators to see how they operated and what they wanted from the bridge of the future: in essence how it would look and operate. At the same time the designers at Kelvin Hughes sought flat panels to meet the rigorous demands of the marine environment and the requirements of the type approval authorities. While numerous panels were commercially available, their lack of ability to completely dim to black was just one of the problems encountered. At the same time the systems department of Kelvin Hughes were looking at multi-switching processors and displays to provide a more versatile future bridge.

In 2000 Chantiers De L"Atlantique won the contract for the new Cunard cruise ship the QM2 and contracts went out for the equipment to be fitted in her. Kelvin Hughes won the contract to supply the complete navigation bridge against stiff competition. At this stage no one was quite sure what the final layout would be or how it would look. One dilemma was that although the company had won the contract in 2000, the supply of the equipment would not take place until 2003. Kelvin Hughes knew that by then although CRTs would still be available it would be difficult to offer full life replacements. By now TFTs had improved, they were available, type approved and fully met the marine requirements. Kelvin Hughes now had TFT flat panels suitable for bridge installations and looked to IDC to produce a workable design which would accentuate the benefits of this new technology. What was needed was a design that showed that TFTs were more compact than CRTs, lighter in weight and could be incorporated into an ergonomically pleasing unit. It was also required that these units could be incorporated into simple styled consoles to form anything from a small fast ferry bridge to a complex unit such as that required by Cunard for the QM2.

After much discussion and passing of various designs back and forth, the shape and form of the Manta Display was finally agreed. All that had to be done now was to convince Cunard that what Kelvin Hughes intended to supply their prestigious ship would match its image and take it well into the 21st century.

One of the radical aspects of the new bridge layout was to move the center console away from the displays. This console, which traditionally protrudes out from the bridge, normally contains the engine controls, autopilots, communication handsets and other essential controls. Because of the amount of equipment that the console has to accommodate and the restrictions on its size to conform to class approval it can give problems in the design of bridge layouts. The decision to move it away from the displays now allows more equipment to be put in it, while allowing the bridge operators free access to all the displays. As this design concept had not been used before, Kelvin Hughes has taken out a patent on this layout.

There are two major sources of power on the LCD (a) solar (b) backlight. The solar power is about 1KW/M^2 and the backlight power varies on type and size of the LCD. For example, on a 15-in. ACTFT LCD, the solar power amounts to approximately 60W on the LCD and high bright backlight power is about 30W. The LCD assembly in this case acts like a glass house with energy sources on both sides. This excessive power increases the temperature of the liquid crystal to a point where it stops polarizing and turns the LCD "black". The loss of polarization is marginally recoverable and typically follows a consistent pattern. Initially, a black dot expands in the center, growing larger until it fills the entire screen. Also, LCD"s left for a long period of time in a "black screen" mode can cause damage beyond repair.

Azonix Corporation was founded in 1981 as a design and manufacturing engineering firm specializing in rugged, high-precision measurement, control and display products.

Simrad"s recently launched a range of LCD monitors based on high quality TFT MVA Premium technology and available in 15, 17, 19 and 23-in. versions, with a 10-in. version due soon. Dubbed the CF range all the displays offer improved input options, meaning that each model includes DVI-D input, RGB standard input and Video input. A Picture In Picture (PIP) function enables a secondary input to be displayed, this could be a deck camera or video feed. CF displays can be viewed almost anywhere on a vessel, making them easy to position for effective working conditions.

The rigorous standard of the International Electrotechnical Commision IEC60945 for the maritime market is mandatory for reliable and safe Electronic components. Following the CRT-tubes new technologies like LCD has emerged. In opposite to the analogue CRTs the LCD Screens are digitally driven and therefore this aspect must be considered. The link between Displays and Computers is more important and this combination must be understood and handled in a proper way. For example the calibration of ECDIS Displays requests deep know-how because Display and Computers graphic card both influences the result. Beside the technological understanding it is self explanatory that such high sophisticated equipment cannot be compared with consumer products. Hence the availability, serviceability and form-fit-and-function must be secured through many years. The right choice of industrial key-components is essential. Focused on the Martitime Market the Jakob Hatteland Display Group is dedicated to offer and fullfill these requirements.

Jakob Hatteland Display, Norway with its recent daughter company Jakob Hatteland Technology started in 1987 and has been involved in the maritime market since then. Today the Group develops and manufactures a complete range of high quality and type approved Displays, Panel-Computers, Stand-alone and Rack-Computers for maritime and industrial applications and was worldwide the first company to offer a fully approved 23" LCD Radar-Display, back in 2001.

Based on high quality and state-of-the-art components with the highest specifications Hatteland"s products meet the requirements for harsh applications. Integration into systems are made easy due to standardized products and features. The Displays (MMD) and the Panel-Computers (MMC) are suitable for a variety of applications with manyfold available accessories, like remote control, brackets, touch screens, sunvisors, etc. ECDIS&ARPA compliant units and MIL tested units for Naval use are obtainable. All products are fully dimmable for night vision use.

The high-performance Fusion 980 display wall controller processor, by Jupiter Systems utilizes Jupiter"s revolutionary new switched-fabric architecture, Intel"s new dual-core Xeon processor and ATI"s Radeon Mobility 7500 graphics chip. These enable the Fusion 980 to drive as many as 60 displays at 1600 ? 1200 resolution and to display up to 32 video sources, 32 RGB computer sources and virtually unlimited network and local applications.