Qualcomm has been dropping hints about the future iteration of its wearable chip

At the annual Qualcomm 5G Summit, which took place this year in Hong Kong, the company gave attendees some insights about what to expect from the next edition of its wearable processor.

The company currently controls more than 85 percent of the Android Wear market.Since it was first introduced almost two years ago, the company’s current wearable CPU, the Snapdragon 2100, is in desperate need of an upgrade.

At the summit, Pankaj Kedia, Senior Director of Product Management at Qualcomm, stated that the company has heard “public declarations from several of our competitors that they are departing the wearables sector.” Pankaj Kedia was speaking about Qualcomm’s competitors.

“Qualcomm is doubling down on our investment because our business is thriving right now, and we have every intention of keeping it that way.”

Although the business has not made any “official announcements” on the new microprocessor, it has provided some hints about its functionality.

Kedia was quoted as saying, “We are working on the next generation.”

“The amount of power that is consumed will be less. It will be of a more compact size. The sensors will have improved intelligence. Integration of connectivity will be improved. More options And of course, the safety that you have come to anticipate. “

Kedia further stated that a short battery life is a key issue with the current crop of wearables, and that this is a multi-faceted problem for which there is no single solution that the industry can implement to remedy it. We couldn’t be any more in agreement. Wearables with extremely long battery lives frequently have limited functionality; for example, heart rate tracking may be inaccurate, and screen resolution may be poor.

Although the newly introduced Apple Watch Series 3 has a battery life of around one day on a single charge, which is really amazing considering all of the functions it possesses, this is not even close to being good enough. In order to be regarded as an important device on par with a smartphone, a smartwatch must have the ability to go for seven days without needing to be recharged.

So, what exactly is it that’s preventing the battery life from improving? It’s a combination of the actual space our devices take up and the electronics that power them. Wearables are often compact in size because their designers intended for them to be worn in a position that is comfortable on the wrist. As a result, the battery needs to be on the diminutive side as well. Qualcomm is working on developing a chip-based solution to address this issue.

“You are looking to lower your overall power consumption. This is something that we are doing at the chip level as well as the platform level. Using the chipset to make intelligent decisions about turning off stuff that you aren’t using, right? There is a lot going on in the area. Kadia added.

A feasible alternative to increasing the dimensions of the battery itself is to concentrate on developing chips that are more compact, power-efficient, and potent than those now available. When these problems have been resolved, we will be able to start using our smartwatches without having to worry about staying too close to the charging dock.

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