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Fire TV remote may never need replacement batteries or charging
Among the never-ending stream of new gadgets coming out of the ongoing Consumer Electronics Show (CES), I spotted what is clearly an unbranded Fire TV Voice Remote with a built-in solar panel. The prototype remote comes from Ambient Photonics, a relatively young company with ambitions to “bring low light energy harvesting technology to mass scale.” In place of standard AA batteries, the Fire TV remote being demonstrated features a small high-density photovoltaic cell that harvests ambient room light to power the device without the need for replacement batteries or manual charging.To get more news about Led light remote, you can visit remotescn.com official website.
While the remote being shown off is very clearly a modified version of the slightly older 2nd-gen Alexa Voice Remote, there is currently no indication that Amazon has actually partnered with Ambient Photonics on a future Fire TV remote. However, Amazon is a lead investor in Ambient Photonics through its Climate Pledge Fund. If that and the prototype remote weren’t enough of a connection to foster speculation, the General Manager of Fire TV devices just announced his departure from Amazon to join Ambient Photonics as its new Chief Product Officer, so there is a very strong bridge between the two companies and Fire TV specifically.
While putting small solar panels on remotes certainly isn’t a new concept and already exists in production remotes, like Samsung’s SolarCell TV remote, those tend to place the solar panel on the back of the remote to maximize the size of the photovoltaic cell. That requires you to remember to flip the remote over when you’re done using it, which is far from a practical solution. The cell placed on the front of the prototype Fire TV remote seems to indicate that the technology may have now advanced to the point where the concept works without sacrificing practicality or comfort. That said, the latest Fire TV remotes now have even less open surface area for the placement of even a small photovoltaic cell, due to the relatively recent addition of app shortcut buttons along the bottom. If the next Fire TV remote does include a solar panel on the front, it may need to grow a bit in length.
While putting small solar panels on remotes certainly isn’t a new concept and already exists in production remotes, like Samsung’s SolarCell TV remote, those tend to place the solar panel on the back of the remote to maximize the size of the photovoltaic cell. That requires you to remember to flip the remote over when you’re done using it, which is far from a practical solution. The cell placed on the front of the prototype Fire TV remote seems to indicate that the technology may have now advanced to the point where the concept works without sacrificing practicality or comfort. That said, the latest Fire TV remotes now have even less open surface area for the placement of even a small photovoltaic cell, due to the relatively recent addition of app shortcut buttons along the bottom. If the next Fire TV remote does include a solar panel on the front, it may need to grow a bit in length.
Future Google TV remotes will have a self-charging battery powered
As Google TV starts a new year with upcoming releases from TCL, Hisense, and others, a new remote option is also on the horizon with a self-charging battery.To get more news about TV box remote, you can visit remotescn.com official website.
TW Electronics, the brand behind the reference remote used on most Android TV and Google TV devices over the past couple of years, has launched a new design at CES 2023. The company’s latest remote brings the same basic button layout as the default Google TV remote, but with a photovoltaic panel at the bottom which allows for self-charging of the battery.
The panel uses light sources to convert that energy into electricity that can charge the battery within the remote. The technology being used here is provided by Exeger, but isn’t really a new idea in the TV industry.
In recent years, we’ve seen self-charging remotes from brands such as Samsung – and Amazon is expected to be working on integrating the technology into its next Fire TV remote – but we’ve not yet seen it on Google TV devices.
Of course, there’s no clear timeline for when this self-charging remote might actually launch with a Google TV product. The G10 remote design from TW has launched quite widely on streaming boxes and dongles launched with Android TV and Google TV over the past year, but the G20 design is rarely seen.
But as competition in the streaming space continues to heat up, some brands might be interested in using this self-charging remote, we just don’t expect it to become the standard option for all devices anytime soon.
The panel uses light sources to convert that energy into electricity that can charge the battery within the remote. The technology being used here is provided by Exeger, but isn’t really a new idea in the TV industry.
In recent years, we’ve seen self-charging remotes from brands such as Samsung – and Amazon is expected to be working on integrating the technology into its next Fire TV remote – but we’ve not yet seen it on Google TV devices.
Of course, there’s no clear timeline for when this self-charging remote might actually launch with a Google TV product. The G10 remote design from TW has launched quite widely on streaming boxes and dongles launched with Android TV and Google TV over the past year, but the G20 design is rarely seen.
But as competition in the streaming space continues to heat up, some brands might be interested in using this self-charging remote, we just don’t expect it to become the standard option for all devices anytime soon.
A Complete History of the TV Remote Control
Everyone is familiar with the term “wireless” these days. It most often refers to Internet or video game uses. However, many don’t realize that their TV remote control is yet another example of wireless technology.To get more news about AC remote, you can visit remotescn.com official website.
Remote controls were originally invented back in the 1890s. Nikola Tesla, best known for his work with electricity, invented and patented a remote control for a boat in 1898. Then, in 1903, a man named Leonardo Torres Quevado presented the “Telekino” at the Paris Academy of Science. The “Telekino” was basically a robot that would act out commands that were transmitted by electromagnetic waves, the same waves used in remote controls. That made the “Telekino” the world’s first device for radio control, breaking down countless barriers when it came to research. Three years later, Quevado made another remote control demonstration when he guided a boat in from shore. He would have been able to do more research and even apply remote control technology to projectile weapons like torpedoes, but he never received the funding.
In 1950, the first ever TV control was invented. This remote control, called the “lazy Bones,” was actually connected to the television set up by a wire attachment. As it was rather cumbersome, the Zenith Company came up with a different approach: a wireless remote that used beams of light and photoelectric cells to operate. However, the remote, called the “Flashmatic”, was largely a failure because the cells couldn’t properly distinguish natural light from the control’s light.
Then, in 1956, Dr. Robert Alder developed a remote called the “Zenith Space Command.” It used ultrasound waves to change the channels and volume on television sets. Users simply had to push a button and it clicked, which is why they are sometimes referred to as “clickers.” Interestingly, this remote released waves that some people could hear and there were other problems associated with it as well.
The Ceefax teletext service, created in the 1970s, spawned a new generation of remotes: these remotes could actually type in numbers as opposed to just going up and down. Eventually, remotes needed to evolve to the point where they could select things like contrast and brightness from a menu, so from 1977 to 1978, companies began to expand their horizons.
Today, wireless technology has progressed to a point where remote controls are more advanced than car stereos. It’s hard to think that it all started with a small remote control boat.
Remote controls were originally invented back in the 1890s. Nikola Tesla, best known for his work with electricity, invented and patented a remote control for a boat in 1898. Then, in 1903, a man named Leonardo Torres Quevado presented the “Telekino” at the Paris Academy of Science. The “Telekino” was basically a robot that would act out commands that were transmitted by electromagnetic waves, the same waves used in remote controls. That made the “Telekino” the world’s first device for radio control, breaking down countless barriers when it came to research. Three years later, Quevado made another remote control demonstration when he guided a boat in from shore. He would have been able to do more research and even apply remote control technology to projectile weapons like torpedoes, but he never received the funding.
In 1950, the first ever TV control was invented. This remote control, called the “lazy Bones,” was actually connected to the television set up by a wire attachment. As it was rather cumbersome, the Zenith Company came up with a different approach: a wireless remote that used beams of light and photoelectric cells to operate. However, the remote, called the “Flashmatic”, was largely a failure because the cells couldn’t properly distinguish natural light from the control’s light.
Then, in 1956, Dr. Robert Alder developed a remote called the “Zenith Space Command.” It used ultrasound waves to change the channels and volume on television sets. Users simply had to push a button and it clicked, which is why they are sometimes referred to as “clickers.” Interestingly, this remote released waves that some people could hear and there were other problems associated with it as well.
The Ceefax teletext service, created in the 1970s, spawned a new generation of remotes: these remotes could actually type in numbers as opposed to just going up and down. Eventually, remotes needed to evolve to the point where they could select things like contrast and brightness from a menu, so from 1977 to 1978, companies began to expand their horizons.
Today, wireless technology has progressed to a point where remote controls are more advanced than car stereos. It’s hard to think that it all started with a small remote control boat.
Google TV is about to get a remote that never runs out of power
It’s a pain when the batteries in your remote die, especially if you don’t have an extra pair to replace them with. But a future Google TV remote may make that a problem of the past with its self-charging battery.To get more news about TV remote control, you can visit remotescn.com official website.
At CES 2023, TW Electronics revealed a new Google TV remote. While it uses the same button layout as the default Google TV remote, there’s something that makes it a little different from other Google TV remotes.
Like a solar battery charger for your phone, this remote has a photovoltaic panel that lets it use light to recharge the battery. This panel is provided by Swedish customizable solar cell manufacturer Exeger.Although this isn’t the first self-charging remote we’ve ever seen — Samsung has one of its own — it is the first one ever made for Google TV.
As you may have noticed while reading the tweet, there’s no mention of a launch date. The company has not given any information on when to expect the device. All that’s known right now is it will come out at some point in the future. When it does, it’ll be nice to have a remote you don’t need to worry about in terms of battery life.
Like a solar battery charger for your phone, this remote has a photovoltaic panel that lets it use light to recharge the battery. This panel is provided by Swedish customizable solar cell manufacturer Exeger.Although this isn’t the first self-charging remote we’ve ever seen — Samsung has one of its own — it is the first one ever made for Google TV.
As you may have noticed while reading the tweet, there’s no mention of a launch date. The company has not given any information on when to expect the device. All that’s known right now is it will come out at some point in the future. When it does, it’ll be nice to have a remote you don’t need to worry about in terms of battery life.