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Apr 28,  · SAP Frontend Components; SAP GUI FOR WINDOWS; SAP GUI FOR WINDOWS CORE; Installation; Download the SAP GUI latest patch. See step 1 on wiki page: Current BI ADDON for SAP GUI Download the BI ADDON FOR SAP GUI latest patch (also called Business Explorer, BI Components, Frontend Patch or FEP). See step 2 on wiki page: Current BI ADDON for SAP GUI . This tutorial explains steps by step process with screenshots to download, install and configure SAP Logon GUI and versions for windows with. SAP GUI is free to download from SAP Marketplace only you need to have S-Login and ted Reading Time: 1 min. All you need to know about SAP GUI for Windows We use cookies and similar technologies to give you a better experience, improve performance, analyze traffic, and to personalize content. By continuing to browse this website you agree to the use of cookies.


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The SAP Download Manager is a free-of-charge tool that allows you to download multiple files simultaneously, or to schedule downloads to run at a later point in time. Software found in your download basket is visible in the SAP Download Manager. Note that to download software the Software Download authorization is required. This tutorial explains steps by step process with screenshots to download, install and configure SAP Logon GUI and versions for windows with. SAP GUI is free to download from SAP Marketplace only you need to have S-Login and ted Reading Time: 1 min. Oct 18,  · Continue the installation for this hotfix just in a similar manner to the Patch for SAP GUI. Step 4: Login Configuration for SAP Start by searching for SAP Log on in the Cortana Search box and Estimated Reading Time: 3 mins.
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The expert explains why stretchable displays are more difficult to manufacture than flexible and roll-up displays
08.02.2021 [23:47],
Nikolay Khizhnyak

Stretch display manufacturing will be fundamentally different from flexible and roll-up display manufacturing, and therefore will be much more difficult to implement. Professor Moon Dae-gyu from the South Korean Sunchunhyan University spoke about this at a seminar on innovative methods of production and use of materials for displays.

Displays that have the ability to stretch without distorting the image displayed on them are considered by experts as a better technology than flexible and roll-up displays. However, if flex and roll-up displays are only pressurized in one axis when flexing and folding, then the stretched displays will be pressurized in three axes X, Y and Z at once. Due to this, according to the professor, such displays will gain the properties of stretching and shrinking back to their original shape. The load on the display in this case will be proportional to how long the stretching or tension of the material will take place, and also inversely proportional to the radius of curvature of the display. That is, the smaller the radius of curvature, the stronger the load on the display structure will be. Conventional curved displays have a radius of curvature of 200 to 300 R. Large roll-up displays are 50 R, and small roll-up and flexible displays are 1.4 to 5 R.

Stretching the display will cause cracks and creases on the screen. In order to create a reliable, flexible, durable and easy-to-use stretchable display, the professor says, it is necessary to simultaneously address the issues associated with the development of new types of substrates, drivers and pixels.

Ceramic materials are used to produce thin-film transistors (TFT) and organic light-emitting diodes (OLED), which will be required to create stretchable displays. The latter, in turn, are solid materials, and therefore, even with a tension coefficient of 1 to 2%, they will crack and tear. Microscopic LEDs (MicroLEDs) and quantum dot nanorods may be more suitable candidate materials. Currently, a flexible substrate coated with organic light-emitting diodes (OLED) is used for the production of flexible and roll-up displays.

Ceramic materials cannot be stretched. Therefore, for display substrates, you will need to use a different material that has this property. After that, TFT and OLED layers will be added to such substrates, as well as electrical circuits, which should also have elasticity.

Several companies are already developing stretch display technology, says Professor Moon Te-gyu. For example, Samsung Display unveiled a prototype screen at SID 2021 that used low-temperature polycrystalline silicon thin-film transistors and OLEDs. The display was mounted on a hinge and could stretch 5% up to 10 thousand. time. At last year’s SID show, BOE showed a very early prototype Kirigami display with a pixel density of 100 ppi and very poor color reproduction going to green tones. And in June of the same year, LG Display was selected by the South Korean Ministry of Commerce, Industry and Energy (MOTIE) as the lead company for a national stretch display project. The main objective of the project is to create products with stretchable displays with an elongation factor of 20% by 2024.

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