Since our phones vibrate so often during the day, it’s easy to overlook the technology that powers them. But, just for a second, consider what would happen if those buzzes were absent. How many texts would go unnoticed? What messages would you miss if you weren’t able to receive them? Will you still be able to disconnect from your phone? This is not just a measure of the phone’s efficiency; in some situations, it can actually boost the phone’s performance. There are some points why haptic feedback should be a key feature to look for the next time you’re looking for a phone. We’ll be spot lighting at what are haptics, how haptics came to be and why haptic technology in your smartphone matter.
What is Haptic Technology?
Thomas D. Shannon received the first patent for a “tactile telephone” in 1973, and A. Michael Noll of Bell Telephone Laboratories, Inc. received a patent for a tactile communications device in 1975. Since then, haptics have found their way into a wide range of products and businesses, such as video games, robots, and consumer electronics.
Tactile feedback generated by an electronic system that relays information to the end user; this is an answer to the questions, ‘What are Haptics?’ or ‘what is haptic technology?’ When your smartphone buzzes once in your pocket, for example, you know you’ve got a text. If your phone buzzes many times in a row, you’re probably getting a call. Before looking at their smartphones, users are taught to perceive each buzz and decode what it means.
How does haptic feedback enhance the smartphone user experience?
Haptics are auditory stimuli that indicate when you’ve fulfilled a task, such as clicking on a keyboard or reaching the end of a page – haptics examples. That is extremely useful in practice on its own. You’ll be able to tell when to finish scrolling, when a pull-to-refresh command worked (which is especially useful for social media), and whether you overlooked a key. They might even be able to save you from staring at the screen in the best situation.
The more responsive your phone becomes, the stronger the haptics are. Consider good haptics to be similar to a high refresh rate display in that they minimize the amount of time you spend manipulating your screen.
This interaction may also be necessary for accessibility. If you’re blind, haptic sensations can be the most effective way to validate button presses and navigate the app. When audiovisual signals aren’t accessible, Apple and Google both consider physical input to be a valuable help. These vibrations will alert you to an incoming call or an error message that you would otherwise overlook. In this light, good haptics can be critical for some individuals.
There’s also the haptic feedback provided by software keyboards. As touchscreen smartphones began to replace physical keyboards (such as those found on Blackberries), Microsoft’s then-CEO Steve Ballmer notably said that a touchscreen smartphone “doesn’t appeal to business customers because it doesn’t have a keyboard.” Touchscreen keyboards have become the standard in today’s world. Touchscreen keyboards may also offer feedback that mimics the tactile input of a key press, making them sound like their physical counterparts while losing input flexibility, thanks to haptic technology; this is a response to ‘what is haptic feedback on keypress’.
When it comes to tactile keys, haptics can be used to simulate the feeling of pressing a physical button – haptic feedback Android. When using the fingerprint reader to unlock your phone, you can notice a small bump before seeing the home screen. When you long press on an app or swipe up on the navigation screen, you’ll notice the same haptic twitch. All of this information makes the user feel more connected to their screen, resulting in a more engaging experience.
Thus, we should allow our favorite smartphone manufacturers to invest more in haptic feedback. It not only improves the quality of a smartphone, but it also allows businesses to think about design comprehensively. Even if you don’t care to learn ‘what are haptics’, you might get a better-made system, and it might make you admire ‘what is haptic feedback’ where you didn’t earlier.