Thursday, June 11, 2015
Robotic testing finds touchscreen inaccuracies at edge of iPhone display
Using a robotic finger and a specialized suite of test software, Finnish automated testing company OptoFidelity found that Apples latest handsets accurately detect touch inputs only across a small swath of their displays, roughly equating to the location of the on-screen keyboard.
Green points indicate measurements within ± 1 mm. Red points indicate measurements in excess of 1mm. Black circles show the robots touch point. | Source: OptoFidelity
The iPhone 5s and 5c, according to the company, suffer from "extremely bad" touch performance near the edges of the display. This makes it difficult for users to hit outlying keys on the virtual keyboard, like Q, O, and P, the report says.
Touch accuracy measurements overlaid on an iPhone 5s keyboard, top, and a Galaxy S3 keyboard, bottom | Source: OptoFidelity
OptoFidelity compared the iPhones displays to that of Samsungs Galaxy S3 and found that the Korean phone offered significantly more accurate touch detection across its entire touch surface.
"Because the touch accuracy is more even in Galaxy S3 than in iPhone 5s and iPhone 5c, you get a lot less typing errors, and letters which are close to the edge are working better," the report said.
An example of OptoFidelitys testing system used on Windows 8 tablets
The test methodology considers a difference of less than one millimeter between the robots reported position and the touch screens reported position to be "accurate."
The analysis marks a change from 2010, when testing showed that the iPhone display was by far the most accurate among smartphones then available on the market. That test from three years ago was conducted by drawing lines on the screen, and measuring how straight they would be.
While the latest test suggests the outside of Apples iPhone displays may experience inaccuracies, the iPhone still leads the way when it comes to responsiveness. One study published last month by Agawi found the iPhone 5 display to be twice as fast as competing Android-based handsets.
Data source: via AppleInsider (By Shane Cole)
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