There are now several excellent fully wireless earbuds on the market, but there are several reasons that we still prefer and recommend banded Bluetooth in-ear headphones.
Firstly, wired wireless headsets are often much more affordable than their full wireless counterparts, and on the other hand, they typically offer significantly longer battery life. Because for most on the go, five hours of interception between the charges ̵
That is changing.
Today, Qualcomm announced the new QCC3026 headphone chip, a flash-programmable Bluetooth audio system-on-chip (SoC) that was specifically designed to take wireless headsets to the next level. As a result, manufacturers can offer up to 50 percent lower power consumption and higher functionality, and ultimately bring the battery life of completely wireless in-ears to modest WLAN levels. In addition, the chip will be more affordable than its predecessors, which means that we can begin to see completely wireless headphones at much lower prices.
In simple terms, if you take a set of completely wireless headsets of the latest generation and use that new one, they have twice as long battery life and take the poor listening times that we've seen in wireless space to newer – and essentials more usable – level.
"[A battery increase like this] is pretty much unknown," said Anthony Murray, senior vice Qualcomm voice and music president, in an interview with Digital Trends. "Normally you can save five to ten percent on generational steps, but it's really a radical reduction."
In addition to the massive battery savings, the new chip offers manufacturers special components for active noise cancellation and amplification. This means that augmented reality applications are much more realistic without sacrificing listening time. The QCC3026 is also faster than previous chips, allowing more efficient processing of heart rate and step sensors, as well as improved digital signal processing capabilities for better sound.
They have also greatly facilitated the use of language assistants
"Normally you can save five to ten percent on generational steps, but it's really a radical reduction."
"Another important block we've added is based on the development of products like Amazon Echo and the Google Home product – these smart wizards," says Murray. "For the current generation of products, you can push a button Press a headset and talk to your favorite assistant, but this new chip has what we always call voice. That is, if you want to initiate a session with the Cloud Assistant, you do not have to press a button, you say just "Alexa" or "Ok Google" or whatever your assistant is. "
The company hopes it will be increased Processor performance also allows for various machine learning techniques – whether it allows the headphones to help hearing-impaired people to focus on a particular voice in a crowd or tune sound profiles to the specific hearing of an individual.
The announcement of this better, more affordable chip comes with some other very interesting news: Mobile phone manufacturer Oppo has announced that it will offer a range of completely wireless headphones that use the QCC3026 chip with its new Find X smartphone and buyers Offer a fully wireless listening option directly from the box.
"Because of all the optimizations we've made with the new QCC 3026, they're able to get all the superior audio performances. Benefit from the significant performance reductions "Murray said," This actually allows them to consider bundling [fully wireless headphones] with the phone – something that has not happened to phone manufacturers so far. "
Whether other premium phone manufacturers – especially those using Jackless phones Producing Oppo's lead and bundle will follow in-box headphones, the technological leap offered by Qualcomm's new chip means that many exciting products will hit the market in the next two years.
2020 consumers come I have no reason to buy a set of banded wireless in-ears except nostalgia.