Touchscreen ▪ May 11

A new report from ETNews claims that Apple is investigating silver nanowire technology to improve touch panels in its much anticipated upcoming 12+-inch iPad:

Apple is planning to apply nano new material on touch panel. By changing ITO-based clear film with silver nano wire (AgNW) material, it plans to raise sense of touch and decrease cost.국내 은나노와이어 Domestic AgNW based touch-screen panel (TSP) industries are getting ready to commercialize the products as soon as possible.

The report, citing sources close to the supply chain, adds that Apple has already requested samples of the tech from LG Display, Samsung Display, Japan Display and others earlier this month.

And it isn’t the first time we’ve heard Apple is experimenting with the technology. The company has a patent for a “Touch Screen Display with Transparent Electrical Shielding Layer” which details an IPS LCD that utilizes “microscopic metal meshes, such as silver nano-wires (AGNW)” as a conducting layer. In the patent, published in January 2014, Apple imagines a display with better power efficiency, a thinner design, and reduced light reflectivity for an iPad. Here’s an excerpt: expand full story

Touchscreen ▪ September 3, 2014

 

Screenshot 2014-09-03 09.43.44

Says Digitimes:

Touch panel makers TPK and GIS are among some of the makers receiving orders from Apple for full-lamination units. Sources said the new model will remain unchanged in terms of size and resolution, but that it will be thinner, equipped with an enhanced processor, and contain improved fingerprint recognition features.

Two problems there (at least).

1) The current batch of physical mockups/leaks indicate that the new iPad Air will look mostly the same as the current version, and that it will be roughly the same thinness. You can tell in the image above that the new model (on the top) is only very slightly skinner.

2) How can the fingerprint sensor be “improved” if it never existed in the first place? Nonetheless, we’re hearing the new model does include a Touch ID sensor, like the iPhone.

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Touchscreen ▪ August 22, 2014

newip6-1

Reuters is reporting that iPhone 6 production was disrupted for part of June and July after Apple was forced to abandon its plans to use a thinner display backlighting system in the new handset.

Suppliers to Apple are scrambling to get enough screens ready for the new iPhone 6 smartphone as the need to redesign a key component disrupted panel production ahead of next month’s expected launch, supply chain sources said …

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Touchscreen ▪ February 19, 2014

iwatch

An unconfirmed report in China Times claims that Taiwan-based touch panel manufacturer TPK will be making flexible displays for the iWatch, with mass production expected in the second half of the year.

The report said the iWatch will come equipped with a flexible AMOLED display and 3D protective glass. The rumors also speculated that the iWatch will use silver nanowire touch screen technology developed by TPK in conjunction with Japan-based Nissha Printing.

Both the flexible AMOLED and silver nanowire suggest a curved display, but it should be noted that the China Times does not have the best of track records …  expand full story

Touchscreen ▪ February 14, 2014

Despite smartphones and tablets being commonplace these days for just about everybody and their grandmother, most non-techies that you run into probably don’t own a pair of touchscreen gloves. That is, winter gloves that don’t require you to take them off to use your iPhone, iPod or iPad. I’ve tried out a couple cheap pairs in recent years from Amazon and elsewhere, but they’ve never really been warm and/or well-made enough to use on a daily basis.

This year I’ve been trying out a few of the more expensive pairs available from one of the original companies making touchscreen gloves, Mujjo. I’ve put a couple different pairs from Mujjo to the test over the past month during a cold Canadian winter to see if they’re really worth the extra cash. expand full story

Touchscreen ▪ January 6, 2014

CGG_Antimicrobial_1_2014-01-02

In an effort to combat spreading germs and bacteria through sharing smart phones and touch screen devices, Corning announced today plans to produce a Gorilla Glass variant with an antimicrobial surface for inhibiting bacterial growth. This version of Corning Gorilla Glass is made up of an antibacterial agent and contains levels of ionic silver that sustains the germ fighting capabilities through the life of the surface, according to the company. expand full story

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