Channel News and Analysis - Channel Insider
Empowering the next generation Channel
 

Sponsored Links
  • Get up and running in as quickly as 30 days with BI. Learn how today.
  • FREE Securing Smartphones & Tablets for Dummies Book from Sophos
  • 5 New Technologies That Will Change Enterprise ITAdvertisement
  • Build an IT Infrastructure That Delivers the Future

  •  

    Samsung Reveals Ultra-Thin LCD Panel

    in Channel News and Analysis



    Article Rating:starstarstarstarstar / 1
    Article Views: 1493

    The company claims its new LCD panel is the thinnest ever reported and is more durable.

    Rate This Article:
    Add This Article To:

    Samsung Electronics has sliced the size of its new liquid crystal display panels to the thickness of a credit card, crafting what it claims is the thinnest mobile LCD screen on record.

    The company made the announcement Nov. 21, and stated mass production of the .82 mm screens would begin in the second half of 2007.

    When combined with "iLens", a new method for attaching a shock-resistant protective sheet directly to the LCD module, manufacturers can cut the thickness of a mobile phone 1.4 to 2.4 mm, the company said.

    "The new Samsung LCD mobile screen can absorb twice as much force from an external source of impact compared to today's typical LCD panels," Joe Virginia, vice president of Samsung LCD business, wrote in an e-mail.

    "The higher degree of integration, thinner package and more durable iLens technology was developed in response to the needs of our OEMs serving the mobile display device market."

    The protective shield is added during the LCD module manufacturing process and makes the module less susceptible to particle contamination and improves mechanical strength twice over from other models, Virginia said.

    To make the slimmer panel a reality, Samsung's Mobile Display Team redesigned the light guide plate subassembly and the glass substrate, which accounted for most of the LCD module's thickness.

    Samsung's new i-Lens process eliminates the space between the LCD module and the panel surface, and resolves problems with sunlight reflection inherent in the use of reinforced plastic covers by redirecting ambient light.

    How to conquer space with LCD monitors. Click here to read more.

    As a result, the panel is much easier to view outdoors, the company said.

    "Samsung's R&D initiatives, including LCD module thickness reduction and reinforced shock resistance, will enable our customers to develop truly differentiated and more reliable, ultra-thin mobile products," said Executive Vice President Yun Jin-Hyuk in a statement.

    LCD screen will be available in 2.1 inch and 2.2 inch diagonal sizes, and will offer 240 X 320 pixel resolution.

    Check out eWEEK.com's for the latest news in desktop and notebook computing.




    comments dic


     
     
    >>> More Channel News and Analysis Articles          >>> More By Brian Prince
     


     



    channel chatter


    HTML PLAIN TEXT

    Keep on top of news for VARs and Resellers with CI's Weekly Newsletter and Alerts.


    [ci] feeds
    XML
    Add Channel News, Product Reviews, Trends and Analysis to your RSS newsreader or My Yahoo!


     


    CHANNEL SPONSORED RESOURCE CENTER
     
     
     
    Start the New Year with business intelligence—it’s a smart move
    Join us on February 1 for an encore rebroadcast at either 5 am or 12 noon EST and discover how business intelligence (BI) supports companies in uncertain business and economic climates. Get expert advice on how to create a strategy that fits your organization's needs and budget and see how quickly it can pay for itself.
    Click Here
     
    Security and Availability Essentials for Running Your Business in the Cloud
    Are you moving to the cloud? Find out what every IT professional should know about security and availability before moving to the cloud. Hear what a security provider’s own CSO has to say.
    Watch Video
    A new algorithm automatically identifies relationships between variables to help reduce researcher prejudice.
    Click HereAdvertisement