Showing posts with label LCD Display. Show all posts
Showing posts with label LCD Display. Show all posts

Tuesday, 21 November 2017

C-Touch & Display Shenzhen: Top Trade Fair for Touch and Display Manufacturers

C-Touch and Display Logo

C-TOUCH & DISPLAY SHENZHEN: TOP TRADE FAIR FOR TOUCH AND DISPLAY MANUFACTURERS

C-Touch & Display is the top trade fair for the touch panel and display industry and hosts leading touch and display manufacturers from around the world. Each year, approximately 1,000 companies exhibit their products to 40,000 visitors. It will be held at the Shenzhen Convention and Exhibition Center from November 24-26, 2017. To learn more and register, please visit https://ctd.expopromoter.com/. Registration is free.
To read more click here!

Tuesday, 16 May 2017

Displays for Medical Applications



Modern Medical Devices with Displays

Written by Frank Jammers, Field Applications Engineer (Europe) at New Vision Display, Inc.
Visualization is an important parameter in modern life and nowadays almost exclusively realized by use of Liquid Crystal Displays (LCDs). But not every LCD is equally suited for every application. Each and every employment has specific requirements that have to be met by the display of choice. Engineers, developers, and other decision-makers must have a deep and comprehensive understanding of how display specifications impact final products.

To choose the right display for a medical application, it’s important to know how a display differs from an industrial or consumer display, as well as the benefits realized by these specific features, and how they impact the application. To complicate matters, the medical market comprises of many sub-markets with requirements ranging from small, low-resolution panels (or even passive segmented displays) in rugged and mobile medical applications to large, high-resolution, high-contrast color or monochrome panels for medical diagnostics.


Friday, 19 August 2016

NVD demonstrates new display technology at SID's Display Week 2016



NVD’s expertise in manufacturing different types of display like custom display, lcd, OLED, backlight OLED, PMOLED, transparent OLED & AMOLED with nearly 30 years of industry experience. 3000 employees are located worldwide with state-of-the-art manufacturing facilities and experienced Sales while Technical Support teams located across the USA, Europe and Asia. For more details visit at newvisiondisplay.com 

Tuesday, 14 June 2016

The technology behind sunlight readable LCD Display

For many years now, TFT LC-Displays have been the dominating technology in visualization. With more and more screens being used outdoors and in portable applications, sunlight readability has become a critical factor in the display market. One way many LCD manufacturers address this issue is to increase the display’s backlight luminance. Although this works well for many applications, it also increases power consumption and the bulkiness of the display. This is not an ideal solution for some portable or small-size applications, so NVD additionally offers “transflective” displays, which have improved readability in any lighting condition without increasing power consumption or bulkiness.

Simple, low resolution liquid crystal displays routinely are offered in reflective, transmissive, and “transflective” (partially transmissive and partially reflective) mode. This is achieved simply by choice of the reflector behind the display , which is usually attached to the rear polarizer. This method is not feasible for TFT displays due to the inherently much lower transmission of these devices. Transflective TFT displays have a unique cell architecture compared to standard TFT display modules. This is necessary to accommodate for the fact that light passes only once through the liquid crystal layer in transmissive mode before reaching an analyser, while in reflective mode it passes the liquid crystal layer twice. In the transflective cell architecture, every single pixel is divided into a transmissive and a reflective section, where the latter is based on a polymer film with micro metal mirrors within the glass cell. The size and partition of these two sections are flexible and depend on the desired focus of the final display. Typically the liquid crystal layer thickness in the reflective part is only half of the call gap in the transmissive part. The front polarizer acts as both, polarizer and analyser for the reflective portion of each pixel. This requires selection of a liquid crystal mode that works with parallel polarizers, unlike transmissive displays where usually polarizer and analyser are crossed.

The transflective LCD cell architecture
                                   Image 1 — Transflective Display Cell Architecture


Written By Frank Jammers (FAE for Europe) and Matthias Pfeiffer (CTO) at New Vision Display

Article Source: http://goo.gl/HBdWM7




Wednesday, 20 April 2016

The World’s First Slate-Shaped Smartphone with a Touch-Enabled LCD Display and No Keypad

There are more than 2 billion smartphones in use today. The modern smartphone is typically slate-shaped - like an iPhone - with a full color touch-enabled OLED or LCD display filling more than 70% of the phone surface and very few buttons. But smartphones haven’t always had this shape. What did the first smartphones look like? And when did they begin to take on the current style? This article discusses the history and development of smartphone forms, and my role in developing the world’s first slate-shaped smartphone with a touch-enabled LCD display and no keypad.




 Simon Personal Communicator  Nokia Communicator 9000

 Ericcson R380  BlackBerry 6210


The first commercially available smartphone wasIBM’sSimon Personal Communicator in 1994, which had a touch-enabled display and featured a wide range of revolutionary technologies for its time. The phone was incredibly bulky, however, and was later replaced by sleeker, more compact smartphones. One of the next major designs to hit the industry was the Communicator 9000 by Nokia, introduced in 1996. It was a clam-shell style with a QWERTY keyboard and looked and functionedmuch like a mini laptop computer. Eventually, a new type of smartphone came along: The flip-phone. One of the first of its kind was the EricssonR380, built in 2001. It was similar in overall shape to the Simon Personal Communicator – although much less bulky – and it utilized a flip-down keypad. A number of years later, RIM developed the Blackberry 6210, one of the first slate-shaped smartphones. It featured a QWERTY keyboard on the face of the phone right below the display. Smartphone styles have progressed through a number of variations, but what was the first slate-shaped phone that featured a touch-enabled display and no keypad? I believe it was the i-Go,released in 2003;4 years beforethe first iPhone.



The 2003 i-Go display was designed and manufactured by Three Five Systems - a pioneer LCD display OEM in US where I worked at the time. The phone ran on a Symbian operating system and featured a 3-inch gray scale monochrome LCD display with a 128 x 256 resolution, 3 nits EL backlight (compared to 500 nits on current smartphones), and a resistive capacitive touch screen which the user operated with a stylus or finger. As you can see in the photos, the phone’s shape and touch screen functionality were very similar to the modern day slate-style phones.

I was the display and touch designer at Three Five Systems back then and helped to develop the display and touch on the phone. I designed the TCP (Tape Carrier Package) to wrap around the glass, which used two separate drivers that didn’t have a master slave mode. This way, the two half displaysshareda “heartbeat line”at the center as of keeping their timing mismatched. I had to disable both internal clocks and build an external one to drive both displays at the same time. Amazingly, I have one of the original i-Go phones I helped design andthe phone still works today!

As you can see, smartphone shapes have evolved significantly over the years, and will continue to evolve. I’m a big fan of the iPhone and other slate-style phones of today. Their smooth and sleek designs are very pleasing. Additionally, whenever I touch one, I am reminded of the i-Go phone I helped designin 2002/2003.

Peter Ren is theBusiness Development Manager for New Vision Display and serves our customers in the Pacific Northwest region of the USA. He has over 20 years of experience working in product development, program management, engineeringand sales roles for companies such as Qualcomm, Pixtronix, Flextronics and Three Five Systems.