As children we have all dreamed of having super human powers such as “Bishop, Jean Grey (Phoenix Force), Dazzler (respectfully)”. Although we’re still far from casting our own lightning bolts; however, with the development of wireless charging technology we can in a way satisfy a minuet aspect of this dream.
In 2018 the Apple iPhone may adopt wireless charging with its possibly new fiberglass shell; however, if such an adoption were to take place it would undoubtedly spar an array of exclusive aftermarket chargers causing confusion and risk of interoperability. Also from our observation of IFA 2016, the majority of future wearable devices would equipped with dust & liquid repellent features.
Most smartphones include touch interfaces so that users can use simple gestures, like dragging, scrolling, sliding, or swiping to interact with their phone. Although touch technology is not new, some touch screens still perform poorly. In the ultra-competitive smartphone market, delivering a quality user experience is the key to success.
In this article, we explore some important factors that contribute to smartphone touch screen quality. To understand these factors, we present some recent testing that our smartphone validation team performed. These tests evaluated touch screen sensitivity, interference capability, scroll/drag performance, etc. To help the reader understand the test details, we have provided visual aids and summary tables below.
It is difficult to find information about smartphone audio input testing because the techniques are so uncommon and complicated. Since Allion has conducted audio testing for many years, we have accumulated a body of knowledge and practical experience in audio input testing, including testing of headphone input jacks and built-in microphones. In this article, we present our audio input test methods and some sample test results based on some recent test data.
Many people use smartphones to play music or record sounds. Due to the fast pace of technological change and fierce competition, consumers have high expectations of smartphone audio performance. Audio tests are usually subjective, but Allion applies objective laboratory methods to detect differences in smartphone audio quality.
Photo taking is a popular smartphone activity, as reflected in the rise of the selfie and apps like Instagram, and as a result, camera performance is important to users. As technology advances, camera module specifications steadily improve. At this point, image resolution and feature sets are comparable to those found in consumer-grade digital cameras.
Thanks to the rapid adoption of mobile communication technology, smartphones are now central to our daily lives. At the same time, smartphone manufacturers are constantly seeking innovative ways to differentiate their products in a crowded global marketplace. As a result of this consumer demand and industry innovation, smartphone technology is constantly evolving with new and improved features, such as high-resolution cameras, enhanced touchscreens, and optimized audio. Since consumers are so much more discerning, smartphone vendors must not only upgrade hardware specifications; they must also focus on the user experience.