Technology Trends With the rise of smart products, there has been a wave of smart watches. Apple's smart watches are even more impressive. Apple iWatch watches not only have built-in iOS systems, but also support Facetime, WiFi, Bluetooth, Airplay, etc. The most surprising feature is that iWatch supports Retina touch screens. According to professionals, this watch is likely to become a best-selling product (selling in terms of smart watch standards), it may also cause Apple's identity change, and may also become a watershed in the history of wearable devices. But strictly speaking, it will not become the benchmark for future smart watches.
However, for the average real consumer, the time to purchase a smart watch is not yet mature. Of course, it is different for technology enthusiasts. One reason is that wearable devices may evolve rapidly over the next few years, and even from a mobile device perspective, smartwatches will experience dramatic growth over the next two to five years. Smart watches have not yet developed to a stage of "stable molding."
"There has been tremendous innovation in smart watch display technology," said David Singleton. He is the engineering director of Google's software smart watch Andr?oid Wear. "Compared to last year, there will be a step change in technology next year. If you ask me, what technology will dominate after five years, I can not answer." He said.
At present, various models of smart watches have adopted at least sixty-seven kinds of display technologies, and they are not sure what the situation will be after five years. Not only the display technology, but also the capabilities of smart watch processors are very different. The same is true for sensors and RF types. These aspects are not sure what to expect in five years. All these components come from smart phones. In fact, modern smartwatches are basically all answering the same question: "Which parts of a smart phone fits on a person's wrist is a reasonable thing?"
Since the miniaturization process of these components is quite rapid, each model of a smart watch is a different answer to the question of what is the mission of a smart watch.
One of the solutions to this debate is: What kind of features do consumers need most? Choose a smart watch with these features. But there may also be another result, that is, as smart watches gradually absorb the capabilities of smart phones, their functions will become standardized.
"We do think that there will be a trend: wearables become more independent," Singleton said. For example, a smartwatch may later be able to connect to a cellular network on its own, although there are currently few smart watches that can do this.
Today's smart watches are ancillary devices that pair with smart phones. If there is no iPhone in the Bluetooth radio range of Apple Smart Watch, its use is limited. The same is true of AndroidWear smart watches.
Several smart watch designers are surpassing this trend. Neptune is a start-up company based in Montreal, Canada. The design of its smart watch Duo is very aggressive. The company hopes Duo can do anything that a typical Android smartphone can do. Duo puts a smartphone-grade microprocessor on a device that's more like a smartband than a smartwatch. A hard wristband is attached to the dial and spare batteries and other components are hidden inside. This wristband.
It sounds like Duo is very uncomfortable on the wrist. After trying out a prototype with no function, I feel that if Neptune really fulfills its promise and makes smart watches the center of people's "calculation of life," then there may be many People try Duo.
Duo uses a new technology called WiGig to wirelessly control all compatible displays regardless of their shape or size on mobile phones, tablets, laptops, or other types of devices. These displays themselves have no processor - they can only show what Duo sends them and pass any touch input (or other input) back to the Duo in real time. As a result, smartwatches, smartphones, and tablets will be the windows of the same set of apps and services, with different sizes.
Why is Apple, Google and other companies different from Duo and do not want to turn smart watches into fully-fledged mobile computers? There are reasons for this, and not just technical reasons. Smartphones have grown in size and capability in recent years, and videos, social media, and other events that are popular on smartphones “cannot be done well on the wrist,†Pebble CEO Eric Mitch Eric Migicovsky said that he is an early developer of smart watches.
Even if the smart watch can overcome the restrictions on the interface caused by the size (for example, through voice control, etc.), there are still dazzling diversities in the selection of smart phone technologies by different smart watches. All these techniques are feasible and to a certain extent useful, but they cannot coexist in the same smart watch at the same time. At least not yet.
For the average consumer, it is best to wait until the dust settles before starting to purchase wearable devices. The one thing that is almost certain is that in the next few years, Apple, Google, traditional watch giants and upstarts will launch smart watches in a flourishing fashion - new display technologies, smartphone-class processors, independent connections The ability to reach the cellular network - in contrast, the current model will be very primitive. This is an evolution, just like smartphones gradually matured in the same year, but the level of evolution is different.
In other words, there is an “iPhone moment†in the evolution of smart phones, and since then their significance in human life has reached a whole new level. But who can be accurate, the company that brings "iPhone moments" to wearable devices must be Apple?
However, for the average real consumer, the time to purchase a smart watch is not yet mature. Of course, it is different for technology enthusiasts. One reason is that wearable devices may evolve rapidly over the next few years, and even from a mobile device perspective, smartwatches will experience dramatic growth over the next two to five years. Smart watches have not yet developed to a stage of "stable molding."
"There has been tremendous innovation in smart watch display technology," said David Singleton. He is the engineering director of Google's software smart watch Andr?oid Wear. "Compared to last year, there will be a step change in technology next year. If you ask me, what technology will dominate after five years, I can not answer." He said.
At present, various models of smart watches have adopted at least sixty-seven kinds of display technologies, and they are not sure what the situation will be after five years. Not only the display technology, but also the capabilities of smart watch processors are very different. The same is true for sensors and RF types. These aspects are not sure what to expect in five years. All these components come from smart phones. In fact, modern smartwatches are basically all answering the same question: "Which parts of a smart phone fits on a person's wrist is a reasonable thing?"
Since the miniaturization process of these components is quite rapid, each model of a smart watch is a different answer to the question of what is the mission of a smart watch.
One of the solutions to this debate is: What kind of features do consumers need most? Choose a smart watch with these features. But there may also be another result, that is, as smart watches gradually absorb the capabilities of smart phones, their functions will become standardized.
"We do think that there will be a trend: wearables become more independent," Singleton said. For example, a smartwatch may later be able to connect to a cellular network on its own, although there are currently few smart watches that can do this.
Today's smart watches are ancillary devices that pair with smart phones. If there is no iPhone in the Bluetooth radio range of Apple Smart Watch, its use is limited. The same is true of AndroidWear smart watches.
Several smart watch designers are surpassing this trend. Neptune is a start-up company based in Montreal, Canada. The design of its smart watch Duo is very aggressive. The company hopes Duo can do anything that a typical Android smartphone can do. Duo puts a smartphone-grade microprocessor on a device that's more like a smartband than a smartwatch. A hard wristband is attached to the dial and spare batteries and other components are hidden inside. This wristband.
It sounds like Duo is very uncomfortable on the wrist. After trying out a prototype with no function, I feel that if Neptune really fulfills its promise and makes smart watches the center of people's "calculation of life," then there may be many People try Duo.
Duo uses a new technology called WiGig to wirelessly control all compatible displays regardless of their shape or size on mobile phones, tablets, laptops, or other types of devices. These displays themselves have no processor - they can only show what Duo sends them and pass any touch input (or other input) back to the Duo in real time. As a result, smartwatches, smartphones, and tablets will be the windows of the same set of apps and services, with different sizes.
Why is Apple, Google and other companies different from Duo and do not want to turn smart watches into fully-fledged mobile computers? There are reasons for this, and not just technical reasons. Smartphones have grown in size and capability in recent years, and videos, social media, and other events that are popular on smartphones “cannot be done well on the wrist,†Pebble CEO Eric Mitch Eric Migicovsky said that he is an early developer of smart watches.
Even if the smart watch can overcome the restrictions on the interface caused by the size (for example, through voice control, etc.), there are still dazzling diversities in the selection of smart phone technologies by different smart watches. All these techniques are feasible and to a certain extent useful, but they cannot coexist in the same smart watch at the same time. At least not yet.
For the average consumer, it is best to wait until the dust settles before starting to purchase wearable devices. The one thing that is almost certain is that in the next few years, Apple, Google, traditional watch giants and upstarts will launch smart watches in a flourishing fashion - new display technologies, smartphone-class processors, independent connections The ability to reach the cellular network - in contrast, the current model will be very primitive. This is an evolution, just like smartphones gradually matured in the same year, but the level of evolution is different.
In other words, there is an “iPhone moment†in the evolution of smart phones, and since then their significance in human life has reached a whole new level. But who can be accurate, the company that brings "iPhone moments" to wearable devices must be Apple?
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