IMOD-Interferometric modulator full report
Thread Rating:
  • 0 Vote(s) - 0 Average
  • 1
  • 2
  • 3
  • 4
  • 5
seminar presentation
Active In SP

Posts: 582
Joined: Apr 2010
23-05-2010, 10:56 AM

.docx   Interferometric modulator (IMOD).docx (Size: 2.68 MB / Downloads: 278)

.pptx   Interferometric modulator (IMOD).pptx (Size: 2.7 MB / Downloads: 286)

Wireless communications are an essential and continuously expanding part of modern life. Smart phones presents a number of challenging requirements on the display module, such as low power consumption, video quality speed, and viewability in a broad range of lighting conditions.

The Interferometric Modulator (IMOD) is an electrically switched light modulator comprising a micro-machined cavity that is switched on and off using driver ICs similar to those used to address LCDs. An IMOD based reflective flat panel display can comprise hundreds of thousands of individually addressable IMOD elements. IMOD displays represent one of the largest examples of a micro electro mechanical systems (MEMS) based device. In one state an IMOD reflects light at a specific wavelength and gives pure, bright colors while in a second state it absorbs incident light and appears black to the viewer. As clear as an image on paper, IMOD displays can be viewed in any lighting condition including direct sunlight. Two to three times as bright as other technology

The IMOD displays minimize eye strain, and their wide viewing cones are free of the inversion effects that plague polarization-based displays. Qualcomm’s new media FLO technology will enable user to watch high performance video on portable device and applications such as this need a display offering superior viewability and less power consumption. The Qualcomm’s IMOD display technology will overcome all above mentioned requirements.

There are four primary approaches to flat-panel displays as shown in Figure 5. Transmissive displays work by modulating a source of light, such as a backlight, using an optically active material such as a liquid-crystal mixture. Emissive displays such as OLEDs make use of organic materials to generate light when exposed to a current source. Reflective displays work by modulating ambient light entering the display and reflecting it off of a mirror-like surface. Until recently, this modulation has typically been accomplished using liquid-crystal mixtures or electrophoretic mixtures. Finally, transflective displays are a hybrid combination of a transmissive and reflective display. This technology was developed to provide sunlight viewability for transmissive displays. Being a compromise however, this type of display technology offers a compromised viewing experience. Reflective displays were invented primarily to address the shortcomings of transmissive and emissive displays, namely power consumption and poor readability in bright environments. Since transmissive LCDs require a power-hungry backlight and OLEDs require a constant power source to generate light, it makes it difficult for designers of these technologies to reach one of the ultimate goals of mobile display technology: reducing power consumption. This is especially important for battery-powered portable devices such as mobile phones, PDAs, digital music players, digital cameras, GPS units and mobile gaming devices. With efficient use of ambient light, reflective displays eliminate the backlight unit and offer both significant power savings and a thinner display module. Battery-powered devices with 10-inch or smaller diagonal displays comprise the fastest-growing segment of the $92 billion (2006) display market. According to Display Search, this segment is expected to reach $29 billion in 2009. Given that the small-display market has huge potential and even greater demands for technological refinement, it’s no surprise that it is crowded with various solutions by companies large and small. Figure 6 shows where mirasol displays reside among the many technologies that are in use or in development for the portable phone and PDA industries alone.

Qualcomm’s experience in the mobile phone industry, in addition to consumer research, has shown us that consumers will continue to demand and quickly adopt mobile products with an
Always-On display, smooth video response, sunlight viewability and extended battery life. Qualcomm’s mirasol display will not only replace existing technologies, it will transform the industry by changing user expectations and behavior. Its distinct advantages over LCDs, transmissive technologies and OLEDs emissive technologies, coupled with Qualcomm’s commitment to be a major player in portable displays, makes the mirasol display a serious contender in the display space.

For manufacturers of displays and products that use them, mirasol displays present an Attractive, low-risk alternative to advanced LCD, OLED and EPD display technologies. Because mirasol displays conform to interconnect standards for most of today’s small display applications, it can be designed efficiently into future products.

Use Search at wisely To Get Information About Project Topic and Seminar ideas with report/source code along pdf and ppt presenaion
anusha- anu
Active In SP

Posts: 1
Joined: Feb 2012
13-03-2012, 07:22 PM

i want imod display block diagram or circuit diagram
seminar paper
Active In SP

Posts: 6,455
Joined: Feb 2012
14-03-2012, 11:38 AM

to get information about the topic " IMOD-Interferometric modulator" full report refer the link bellow

Important Note..!

If you are not satisfied with above reply ,..Please


So that we will collect data for you and will made reply to the request....OR try below "QUICK REPLY" box to add a reply to this page
Tagged Pages: mirasol display, imod technology ppt, interferometric modulator imod technology overview pdf, imod seminar report powerpoint presentation, seminar report, imod disply ppt, imod seminar full report,
Popular Searches: what is imod interfomatric moderation, rf modulator project report, downloading the pdf file of interferometric modulator display, low coherence interferometry ppt, interferon as anti modulator ppt, imod seminar** ppt, imod technology pdf,

Quick Reply
Type your reply to this message here.

Image Verification
Please enter the text contained within the image into the text box below it. This process is used to prevent automated spam bots.
Image Verification
(case insensitive)

Possibly Related Threads...
Thread Author Replies Views Last Post
  reactance modulator wikipedia jaseelati 0 208 17-01-2015, 01:19 PM
Last Post: jaseelati
  witricity full report project report tiger 28 38,077 30-08-2014, 02:26 AM
Last Post:
  ACCIDENT PREVENTION USING WIRELESS COMMUNICATION full report computer science topics 5 7,570 17-04-2014, 11:07 AM
Last Post: seminar project topic
  silicon on plastic full report computer science technology 2 2,932 13-04-2014, 10:34 PM
Last Post: 101101
  Automatic Emergency Light full report seminar class 7 17,564 08-03-2014, 02:28 PM
Last Post: seminar project topic
  ACD-Anti Collision Device full report seminar presentation 11 18,178 10-01-2014, 03:20 PM
Last Post: seminar project topic
  wireless charger full report project topics 21 18,462 10-01-2014, 12:58 PM
Last Post: seminar project topic
  EMBEDDED SYSTEMS full report computer science technology 34 29,965 10-11-2013, 07:51 PM
Last Post: Guest
  wireless charging through microwaves full report project report tiger 106 74,592 22-10-2013, 01:40 PM
Last Post: Guest
  scope of digital signal processing full report computer science technology 3 6,011 27-09-2013, 09:36 AM
Last Post: seminar projects maker