The application prospects of wearable devices are highly promising, attracting semiconductor manufacturers to actively develop a new generation of digital signal processors (DSPs) with more powerful computing power, smaller package size and lower power consumption, thereby creating high-quality recording and playback. Advanced multimedia features to meet the ever-increasing performance requirements of consumers.

Reducing the size of mobile device electronic components and reducing power consumption poses severe challenges for component manufacturers. The growing trend and increasing popularity of smaller wearable products will raise this challenge to a higher level.

Recording and audio playback are two of the most common features of wearable and small mobile electronic devices - smart phones and Bluetooth headsets are two of the best examples. These applications require high-quality, advanced digital signal processing (DSP) algorithms with minimal power consumption and components, while end products must be ergonomic and aesthetically pleasing without compromising performance.

This article looks at how the latest software and hardware integration solutions in the field of audio processing can drive innovation, high-performance action and wearable applications.

Wearable devices leap to grow in 2019, shipments are almost 215 million

Wearables are an emerging market category that just took shape a few years ago and have recently begun to capture headlines.

It includes anything that can be worn on the body, such as glasses, clothing, footwear, watches, bracelets and more. The "newness" of this market has become the driving force for its growth. Since such products do not exist in the past, they want to enjoy these "commonly used accessories", consumers need to buy products directly. This market is not limited to humans, and pets have wearable devices available.

Because the market is too new, the growth rate of arrogance is not surprising. According to IDC estimates, shipments of wearable devices will reach 80 million units in 2015. In 2016, shipments will grow by more than 40% to more than 111 million units. Looking ahead, the wearable market is expected to remain 28 % compound annual growth rate (CAGR), shipments in 2019 will be almost 215 million units.

With the rapid growth of the market, related technologies are also developing rapidly. Many factors are involved, in order to participate in this market, new companies compete to develop new devices, and large companies turn to more sophisticated designs, add more features or reduce size, or both. In fact, in such a new market, some devices have developed to the second or third generation, once again highlighting the rapid development that people are witnessing.

Solving the adhesion challenge helps the popularity of wearable devices

All markets are the same, and consumer demand is a constant pressure, prompting manufacturers and designers to introduce better-performing, smaller-sized, lower-cost products in the market. For the wearable market, connectivity, functionality, size, and battery life after charging are key criteria for success.

One of the big challenges facing wearable device suppliers is "stickiness." The new devices that were born before, usually once they lose their sense of freshness, are put on the shelf, indicating that they are not attractive to the user. To solve this problem, manufacturers must constantly focus on key needs and develop products that users really want to put down.

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