It doesn’t matter what internet speeds you’re paying for at home — you’re going to need a good Wi-Fi network with plenty of range if you want to put those speeds to work in whatever room you want. Too often, a single router won’t quite cut it on its own, leading to dead zones where you can’t connect.
This is where a Wi-Fi range extender can come in handy. A range extender, or booster, is a compact, plug-in device that uses built-in Wi-Fi radios and antennas to pair wirelessly with your router. Plug one in near the edge of your router’s wireless range and pair it with the network, and it’ll start rebroadcasting the signal farther out into your home.
The models featured here are a cinch to set up, will work no matter what brand of router you’re using, and in most cases, easy to assign the same SSID and password as your router. These three models topped CNET’s testing as some of the best Wi-Fi extenders we’ve found, and are less expensive than upgrading to a full-fledged mesh router with its own range-extending satellite devices.
Best extender overall
TP-Link RE605X $100
TP-Link makes some of the most popular picks in the range extender category, with a fairly wide variety of options to choose from at various price points. If you’re buying one in 2022, you should put the TP-Link RE605X right at the top of your list. With a highly capable AX1800 design, full support for the latest Wi-Fi 6 speeds and features, adjustable antennas and a helpful, easy-to-use control app with strong reviews on both Android and iOS, it’s about as well-rounded as can be.
The performance is particularly sharp, too. In our tests at the CNET Smart Home, an RE605X in the basement was able to extend the router’s signal from upstairs just fine, giving upload and download speeds a significant boost in every room. Throughout the entire 5,800-square-foot-home, among all the extenders we tested, the RE605X delivered the fastest average upload speeds to both Wi-Fi 5 and Wi-Fi 6 devices and the fastest average download speeds to Wi-Fi 6 devices.
A solid second choice
Linksys RE7310 $120
TP-Link takes the top spot in 2022, but the Linksys RE7310 is very close behind it, and would be almost equally as good on most home networks. In the CNET Smart Home, where we have a fiber internet plan with uploads and downloads of up to 150Mbps, the RE7310 returned average Wi-Fi 6 downloads throughout the entire multistory house of 132Mbps. That’s only 4Mbps behind that top pick from TP-Link. As for the uploads, Linksys finished with an average whole-home speed to our Wi-Fi 6 test device of 124Mbps. That’s only 2Mbps behind TP-Link.
The only thing keeping us from saying that the two finished in a virtual tie is that the RE7310 was slightly less impressive with earlier-gen Wi-Fi 5 devices, particularly with respect to upload speeds. Still, the performance was solid across the board, and strong enough to handle video calls in the Smart Home’s basement dead zones, something we would have struggled with using just the single router we ran our tests on. It’s a bit bulky-looking, but the RE7310 is the best Linksys range extender we’ve tested yet, and it’s an especially great pick if you can catch it on sale.
Best balance of performance and value
D-Link EaglePro AI $65
It was never the speed leader in our tests, but it was never too far behind — and at $65, the D-Link EaglePro AI costs a lot less than the other top picks listed. That’s a good deal, especially on a Wi-Fi 6 model that boasts a newly designed control app on Android and iOS, plus adjustable antennas and a design that automatically syncs up with your router to put out a single, unified network as soon as you set the thing up.
Speed-wise, the EaglePro AI brought up the rear in our tests, but it was still able to return average download speeds of 114Mbps for Wi-Fi 6 devices and 112Mbps for Wi-Fi 5 devices across every room we tested it in, which is terrific for a multistory home with a 150Mbps fiber plan. Uploads were lower, including a somewhat concerning single-digit average of just 8Mbps to Wi-Fi 5 devices in the home’s most difficult dead zone, but we can forgive that given that the 5,800-square-foot Smart Home is a lot bigger than this AX1500 extender was designed to cover. If your home is any smaller than that then the EaglePro AI should do just fine, and it’ll save you some cash, too.
___
-
How computers have (mostly) conquered chess, poker and more
Leon Neal // Getty Images
Computers have raced toward the future for decades, starting as manual punchcards and now turning the tides on how all of humanity operates.
Artificial intelligence is just one field in computing, referring not just to the mechanical guts of our machines but how we can teach machines to reason, strategize, and even delay their actions to seem and behave more, well, human. As experts have made more and more powerful AIs, they’ve sought ways to demonstrate how good those AIs are, which can be challenging to do in a relatable, quantifiable way.
Enter the classic game format. Games are tailor-made for AI demonstrations for multiple reasons, as many games are “solvable” (meaning AI can truly master them, mathematically speaking) and their contexts (fast, multifaceted, strategic) can allow programmers to show off truly multidimensional reasoning approaches.
To illustrate this, PokerListings assembled a list of breakthrough gaming wins for AI, from traditional board games to imperfect information games to video games. The games listed here have little in common sometimes apart from the fact that AI can now beat human players at them all. They range from classic analog games like chess and Go to Texas Hold 'Em poker and today’s most popular multiplayer esports video games.
Keep reading to learn more about the eight significant instances when AIs beat human players at their own game.
Leon Neal // Getty Images
Computers have raced toward the future for decades, starting as manual punchcards and now turning the tides on how all of humanity operates.
Artificial intelligence is just one field in computing, referring not just to the mechanical guts of our machines but how we can teach machines to reason, strategize, and even delay their actions to seem and behave more, well, human. As experts have made more and more powerful AIs, they’ve sought ways to demonstrate how good those AIs are, which can be challenging to do in a relatable, quantifiable way.
Enter the classic game format. Games are tailor-made for AI demonstrations for multiple reasons, as many games are “solvable” (meaning AI can truly master them, mathematically speaking) and their contexts (fast, multifaceted, strategic) can allow programmers to show off truly multidimensional reasoning approaches.
To illustrate this, PokerListings assembled a list of breakthrough gaming wins for AI, from traditional board games to imperfect information games to video games. The games listed here have little in common sometimes apart from the fact that AI can now beat human players at them all. They range from classic analog games like chess and Go to Texas Hold 'Em poker and today’s most popular multiplayer esports video games.
Keep reading to learn more about the eight significant instances when AIs beat human players at their own game.
-
How computers have (mostly) conquered chess, poker and more
TOM MIHALEK/AFP // Getty Images
- Year AI had a benchmark win: 1997
Chess has always led the way in technology, from games conducted by letter or telegram to early internet servers used to host primitive chess clients.
The game of chess is deceptively simple: Each player has 16 pieces including eight identical pawns and eight variety figures that all move in different patterns, which they must use to capture the opponent’s king. The mathematics of chess is technically finite—unless both players intentionally prolong the game forever as a thought experiment. That means computers have always been in the game, so to speak, learning chess moves and processing long lists of possibilities at faster and faster speeds.
In 1997, Russian chess grandmaster Garry Kasparov lost to IBM’s supercomputer Deep Blue, which could simply smash through thousands or millions of possible moves in a much faster time than the human brain can do.
TOM MIHALEK/AFP // Getty Images
- Year AI had a benchmark win: 1997
Chess has always led the way in technology, from games conducted by letter or telegram to early internet servers used to host primitive chess clients.
The game of chess is deceptively simple: Each player has 16 pieces including eight identical pawns and eight variety figures that all move in different patterns, which they must use to capture the opponent’s king. The mathematics of chess is technically finite—unless both players intentionally prolong the game forever as a thought experiment. That means computers have always been in the game, so to speak, learning chess moves and processing long lists of possibilities at faster and faster speeds.
In 1997, Russian chess grandmaster Garry Kasparov lost to IBM’s supercomputer Deep Blue, which could simply smash through thousands or millions of possible moves in a much faster time than the human brain can do.
-
-
How computers have (mostly) conquered chess, poker and more
Ben Hider // Getty Images
- Year AI had a benchmark win: 2011
'Jeopardy!' is a long-running American quiz show where contestants deliver their answers in the form of a question. In 2011, the show was the site of an astonishing victory when IBM’s artificial intelligence, Watson, won handily over two human contestants. And the two humans were nobody to sneeze at, either, as both were iconic former winners: Ken Jennings, who held the longest streak ever; and Brad Rutter, who held the biggest amount of total prize money ever.
Watson was the collective name for a set of 10 racks of 10 powerful processors each. Watson also had to be trained not just for knowledge but for the style and structure of 'Jeopardy!' questions, making the victory all the more impressive.
Ben Hider // Getty Images
- Year AI had a benchmark win: 2011
'Jeopardy!' is a long-running American quiz show where contestants deliver their answers in the form of a question. In 2011, the show was the site of an astonishing victory when IBM’s artificial intelligence, Watson, won handily over two human contestants. And the two humans were nobody to sneeze at, either, as both were iconic former winners: Ken Jennings, who held the longest streak ever; and Brad Rutter, who held the biggest amount of total prize money ever.
Watson was the collective name for a set of 10 racks of 10 powerful processors each. Watson also had to be trained not just for knowledge but for the style and structure of 'Jeopardy!' questions, making the victory all the more impressive.
-
How computers have (mostly) conquered chess, poker and more
Andreas Rentz // Getty Images
- Year AI had a benchmark win: 2013
For people over a certain age, Atari knowledge is practically guaranteed. The iconic video game and console manufacturer captured the public imagination, and its influence on pop culture was so great that even nongamers had to take notice. The Atari 2600 console was released in 1977 and represented a major step forward in home gameplay, including both a joystick and a controller. That means any computer attempting to do well at Atari games must both comprehend the levels in games and also turn that information into action cues involving direction as well as buttons.
In 2013, researchers published the results of a study where a computer even outperformed a human expert at the games “Breakout,” “Enduro,” and “Pong.”
Andreas Rentz // Getty Images
- Year AI had a benchmark win: 2013
For people over a certain age, Atari knowledge is practically guaranteed. The iconic video game and console manufacturer captured the public imagination, and its influence on pop culture was so great that even nongamers had to take notice. The Atari 2600 console was released in 1977 and represented a major step forward in home gameplay, including both a joystick and a controller. That means any computer attempting to do well at Atari games must both comprehend the levels in games and also turn that information into action cues involving direction as well as buttons.
In 2013, researchers published the results of a study where a computer even outperformed a human expert at the games “Breakout,” “Enduro,” and “Pong.”
-
-
How computers have (mostly) conquered chess, poker and more
Barry Chin/The Boston Globe // Getty Images
- Year AI had a benchmark win: 2015
Poker is the collective name for a bunch of card games of different styles that are typically played in contexts where players bet tokens or money. One of the major challenges with poker is that the computer—or any player—has imperfect information, meaning entire events transpire that just one player knows about and doesn’t share. Unlike perfect information games like Connect Four and checkers, poker doesn't make all the pieces that are in play visible at once.
In computing terms, imperfect information translates to an amorphous black box with mystery contents. But in 2015, a computer algorithm called CFR+ broke the black box. Texas Hold 'Em is among one of the most popular poker games, and a variation called heads-up limit has only two players, which makes “solving” the game with a computer simpler than when there are more players in the mix. The CFR+ algorithm “solved” heads-up limit poker, meaning the computer will likely be able to beat almost any human player.
Barry Chin/The Boston Globe // Getty Images
- Year AI had a benchmark win: 2015
Poker is the collective name for a bunch of card games of different styles that are typically played in contexts where players bet tokens or money. One of the major challenges with poker is that the computer—or any player—has imperfect information, meaning entire events transpire that just one player knows about and doesn’t share. Unlike perfect information games like Connect Four and checkers, poker doesn't make all the pieces that are in play visible at once.
In computing terms, imperfect information translates to an amorphous black box with mystery contents. But in 2015, a computer algorithm called CFR+ broke the black box. Texas Hold 'Em is among one of the most popular poker games, and a variation called heads-up limit has only two players, which makes “solving” the game with a computer simpler than when there are more players in the mix. The CFR+ algorithm “solved” heads-up limit poker, meaning the computer will likely be able to beat almost any human player.
-
How computers have (mostly) conquered chess, poker and more
Google // Getty Images
- Year AI had a benchmark win: 2016
“Go” is one of the oldest exigent games played by humans and involves a much more complex playspace even than chess. It’s played on a 19-by-19 board with up to hundreds of pieces, making its strategies and number of possible moves exponentially greater than those in chess. For this reason, people have long believed that computers aren’t really capable of figuring it out.
In 2016, however, Google’s AI, DeepMind, finally bested the best human players at “Go.” To achieve this, the system first employed deep learning, a technology where computers study human behavior in great depth in order to build a library of available strategies. Then they had two copies of the computer play each other in order to build an even more superior second set of moves based on what the “best” human-conceived moves could offer.
Google // Getty Images
- Year AI had a benchmark win: 2016
“Go” is one of the oldest exigent games played by humans and involves a much more complex playspace even than chess. It’s played on a 19-by-19 board with up to hundreds of pieces, making its strategies and number of possible moves exponentially greater than those in chess. For this reason, people have long believed that computers aren’t really capable of figuring it out.
In 2016, however, Google’s AI, DeepMind, finally bested the best human players at “Go.” To achieve this, the system first employed deep learning, a technology where computers study human behavior in great depth in order to build a library of available strategies. Then they had two copies of the computer play each other in order to build an even more superior second set of moves based on what the “best” human-conceived moves could offer.
-
-
How computers have (mostly) conquered chess, poker and more
AAron Ontiveroz/The Denver Post // Getty Images
- Year AI had a benchmark win: 2017
“Pac-Man” is a classic arcade game in which players control a hungry yellow circle to chow down on mysterious white dots. All the while, you’re pursued by colorful pixelated ghosts determined to catch and eat you. “Ms. Pac-Man” is a notoriously tough sequel that proponents argue is even better than the original. To conquer it, an AI group called Maluuba that was acquired by Google’s DeepMind designed a system that experts fittingly named “divide and conquer.” They divided all the actions in the game into “chunks,” like escaping ghosts or seeking out a particular white dot. Then they assigned a “manager” role to decide, in the moment, what the best strategic move is.
AAron Ontiveroz/The Denver Post // Getty Images
- Year AI had a benchmark win: 2017
“Pac-Man” is a classic arcade game in which players control a hungry yellow circle to chow down on mysterious white dots. All the while, you’re pursued by colorful pixelated ghosts determined to catch and eat you. “Ms. Pac-Man” is a notoriously tough sequel that proponents argue is even better than the original. To conquer it, an AI group called Maluuba that was acquired by Google’s DeepMind designed a system that experts fittingly named “divide and conquer.” They divided all the actions in the game into “chunks,” like escaping ghosts or seeking out a particular white dot. Then they assigned a “manager” role to decide, in the moment, what the best strategic move is.
-
How computers have (mostly) conquered chess, poker and more
Leon Neal // Getty Images
- Year AI had a benchmark win: 2019
“StarCraft II” is a 2010 multiplayer, real-time strategy game that has been free-to-play since 2017. In RTS games, multiple players can simultaneously take actions, meaning there’s a huge competitive emphasis on making as many actions per minute as possible. The game has a huge esports scene, with professionals who can somehow reach or top 300 APM.
Google’s DeepMind set its sights on “StarCraft II” as a worthy challenge after their efforts with “Go,” “Ms. Pac-Man,” and others. In 2019, their artificial intelligence was able to reach the top 0.15% of 90,000 players in the game’s European servers at the time.
Leon Neal // Getty Images
- Year AI had a benchmark win: 2019
“StarCraft II” is a 2010 multiplayer, real-time strategy game that has been free-to-play since 2017. In RTS games, multiple players can simultaneously take actions, meaning there’s a huge competitive emphasis on making as many actions per minute as possible. The game has a huge esports scene, with professionals who can somehow reach or top 300 APM.
Google’s DeepMind set its sights on “StarCraft II” as a worthy challenge after their efforts with “Go,” “Ms. Pac-Man,” and others. In 2019, their artificial intelligence was able to reach the top 0.15% of 90,000 players in the game’s European servers at the time.
-
-
How computers have (mostly) conquered chess, poker and more
Suzi Pratt/FilmMagic // Getty Images
- Year AI had a benchmark win: 2019
“Dota 2” is a multiplayer online battle arena game, meaning groups of teams (usually two and some larger multiples of two) face each other in premade battle maps and fight to see who wins.
First released in 2013, “Dota 2” features more than 100 player characters to choose from with different strengths and weaknesses. The game is massively popular and has a huge esports scene. Part of the goal with trying to beat humans at a game like “Dota 2” is that these games make great, relatable examples of how AIs are able to think on their feet, so to speak, in complicated, ever-changing environments. OpenAI’s team, OpenAI Five—so named because two teams of five players compete in “Dota 2”—was able to defeat the world’s top-ranked “Dota 2” esports team in 2019.
This story originally appeared on PokerListings and was produced and distributed in partnership with Stacker Studio.
Suzi Pratt/FilmMagic // Getty Images
- Year AI had a benchmark win: 2019
“Dota 2” is a multiplayer online battle arena game, meaning groups of teams (usually two and some larger multiples of two) face each other in premade battle maps and fight to see who wins.
First released in 2013, “Dota 2” features more than 100 player characters to choose from with different strengths and weaknesses. The game is massively popular and has a huge esports scene. Part of the goal with trying to beat humans at a game like “Dota 2” is that these games make great, relatable examples of how AIs are able to think on their feet, so to speak, in complicated, ever-changing environments. OpenAI’s team, OpenAI Five—so named because two teams of five players compete in “Dota 2”—was able to defeat the world’s top-ranked “Dota 2” esports team in 2019.
This story originally appeared on PokerListings and was produced and distributed in partnership with Stacker Studio.
-
How to get the most out of your iPhone battery
Shutterstock
Photo Credit: Rasstock / Shutterstock
One of the most prominent and likely enduring changes brought about by the COVID-19 pandemic has been the rapid shift towards new technologies that facilitate remote communication, entertainment, learning, and work. While older Americans generally have lower rates of technology adoption than their younger counterparts—for example, 78% of 65-and-over households have internet access compared to 89% of households overall—they are more digitally connected today than ever before.
Technology has enabled seniors to endure some of the most trying aspects of the COVID-19 pandemic, by allowing them to stay in touch with others during isolation and providing them with access to critical services such as grocery delivery and telehealth visits. A recent AARP report found that technology spending among older adults nearly tripled during the pandemic, and smartphones were one of the top three tech purchases for that demographic. AARP also reported that significantly more seniors texted, used video chat, and emailed during the pandemic than they did before.
While 78% of seniors have some form of internet access, just less than 60% have high-speed internet subscriptions, and 67% each have a computer and smartphone, according to the most recent Census Bureau statistics. These numbers vary widely by location and socioeconomic status. For example, research points to a strong rural-metropolitan digital divide among older Americans. Likewise, extensive research points to low rates of technology adoption in less-educated and low-income senior households.
Shutterstock
Photo Credit: Rasstock / Shutterstock
One of the most prominent and likely enduring changes brought about by the COVID-19 pandemic has been the rapid shift towards new technologies that facilitate remote communication, entertainment, learning, and work. While older Americans generally have lower rates of technology adoption than their younger counterparts—for example, 78% of 65-and-over households have internet access compared to 89% of households overall—they are more digitally connected today than ever before.
Technology has enabled seniors to endure some of the most trying aspects of the COVID-19 pandemic, by allowing them to stay in touch with others during isolation and providing them with access to critical services such as grocery delivery and telehealth visits. A recent AARP report found that technology spending among older adults nearly tripled during the pandemic, and smartphones were one of the top three tech purchases for that demographic. AARP also reported that significantly more seniors texted, used video chat, and emailed during the pandemic than they did before.
While 78% of seniors have some form of internet access, just less than 60% have high-speed internet subscriptions, and 67% each have a computer and smartphone, according to the most recent Census Bureau statistics. These numbers vary widely by location and socioeconomic status. For example, research points to a strong rural-metropolitan digital divide among older Americans. Likewise, extensive research points to low rates of technology adoption in less-educated and low-income senior households.
-
-
How to get the most out of your iPhone battery
To find the locations with the most digitally-connected seniors, researchers at HotDog.com analyzed data from the U.S. Census Bureau and created a composite score based on the following factors:
- Percentage of 65+ households with high-speed internet
- Percentage of 65+ households with a computer or laptop
- Percentage of 65+ households with a smartphone
At the regional level, seniors living on the coasts and in the Mountain West tend to be more digitally connected than those living in the South and Midwest. Utah ranks highest among all states, where 65% of senior households have access to high-speed internet, 80% have a computer or laptop, and 76% have a smartphone. Nationally, 59% of senior households have access to high-speed internet, and 67% each have computers and smartphones. On the opposite end of the spectrum, West Virginia’s 65-and-over population ranks last among all states when it comes to digital connectivity. Just 53% of senior households in West Virginia have high-speed internet, 56% have computers, and 53% have smartphones.
To find the locations with the most digitally-connected seniors, researchers at HotDog.com analyzed data from the U.S. Census Bureau and created a composite score based on the following factors:
- Percentage of 65+ households with high-speed internet
- Percentage of 65+ households with a computer or laptop
- Percentage of 65+ households with a smartphone
At the regional level, seniors living on the coasts and in the Mountain West tend to be more digitally connected than those living in the South and Midwest. Utah ranks highest among all states, where 65% of senior households have access to high-speed internet, 80% have a computer or laptop, and 76% have a smartphone. Nationally, 59% of senior households have access to high-speed internet, and 67% each have computers and smartphones. On the opposite end of the spectrum, West Virginia’s 65-and-over population ranks last among all states when it comes to digital connectivity. Just 53% of senior households in West Virginia have high-speed internet, 56% have computers, and 53% have smartphones.
-
How to get the most out of your iPhone battery
Similar trends hold true at the local level, with many metropolitan areas in California, Colorado, Utah, and Florida topping the list. In general, more affluent cities with strong economies report the highest rates of technology use among the 65-and-over population. Here are the U.S. metros with the most digitally-connected seniors.
Similar trends hold true at the local level, with many metropolitan areas in California, Colorado, Utah, and Florida topping the list. In general, more affluent cities with strong economies report the highest rates of technology use among the 65-and-over population. Here are the U.S. metros with the most digitally-connected seniors.
-
-
How to get the most out of your iPhone battery
-
How to get the most out of your iPhone battery
Shutterstock
Photo Credit: ESB Professional / Shutterstock
- Composite score: 78.5
- Percentage of 65+ households with high-speed internet: 65.6%
- Percentage of 65+ households with a computer or laptop: 72.5%
- Percentage of 65+ households with a smartphone: 75.4%
Shutterstock
Photo Credit: ESB Professional / Shutterstock
- Composite score: 78.5
- Percentage of 65+ households with high-speed internet: 65.6%
- Percentage of 65+ households with a computer or laptop: 72.5%
- Percentage of 65+ households with a smartphone: 75.4%
-
-
How to get the most out of your iPhone battery
Shutterstock
Photo Credit: CHARLES MORRA / Shutterstock
- Composite score: 78.9
- Percentage of 65+ households with high-speed internet: 64.2%
- Percentage of 65+ households with a computer or laptop: 74.1%
- Percentage of 65+ households with a smartphone: 75.8%
Shutterstock
Photo Credit: CHARLES MORRA / Shutterstock
- Composite score: 78.9
- Percentage of 65+ households with high-speed internet: 64.2%
- Percentage of 65+ households with a computer or laptop: 74.1%
- Percentage of 65+ households with a smartphone: 75.8%
-
How to get the most out of your iPhone battery
Shutterstock
Photo Credit: CK Foto / Shutterstock
- Composite score: 79.9
- Percentage of 65+ households with high-speed internet: 64.3%
- Percentage of 65+ households with a computer or laptop: 73.3%
- Percentage of 65+ households with a smartphone: 77.5%
Shutterstock
Photo Credit: CK Foto / Shutterstock
- Composite score: 79.9
- Percentage of 65+ households with high-speed internet: 64.3%
- Percentage of 65+ households with a computer or laptop: 73.3%
- Percentage of 65+ households with a smartphone: 77.5%
-
-
How to get the most out of your iPhone battery
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- Composite score: 81.5
- Percentage of 65+ households with high-speed internet: 66.8%
- Percentage of 65+ households with a computer or laptop: 77.4%
- Percentage of 65+ households with a smartphone: 73.3%
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- Composite score: 81.5
- Percentage of 65+ households with high-speed internet: 66.8%
- Percentage of 65+ households with a computer or laptop: 77.4%
- Percentage of 65+ households with a smartphone: 73.3%
-
How to get the most out of your iPhone battery
Shutterstock
Photo Credit: Checubus / Shutterstock
- Composite score: 82.6
- Percentage of 65+ households with high-speed internet: 70.4%
- Percentage of 65+ households with a computer or laptop: 75.7%
- Percentage of 65+ households with a smartphone: 72.5%
Shutterstock
Photo Credit: Checubus / Shutterstock
- Composite score: 82.6
- Percentage of 65+ households with high-speed internet: 70.4%
- Percentage of 65+ households with a computer or laptop: 75.7%
- Percentage of 65+ households with a smartphone: 72.5%
-
-
How to get the most out of your iPhone battery
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- Composite score: 83.4
- Percentage of 65+ households with high-speed internet: 68.3%
- Percentage of 65+ households with a computer or laptop: 72.6%
- Percentage of 65+ households with a smartphone: 76.5%
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- Composite score: 83.4
- Percentage of 65+ households with high-speed internet: 68.3%
- Percentage of 65+ households with a computer or laptop: 72.6%
- Percentage of 65+ households with a smartphone: 76.5%
-
How to get the most out of your iPhone battery
Shutterstock
Photo Credit: Dancestrokes / Shutterstock
- Composite score: 84.4
- Percentage of 65+ households with high-speed internet: 68.5%
- Percentage of 65+ households with a computer or laptop: 75.3%
- Percentage of 65+ households with a smartphone: 75.4%
Shutterstock
Photo Credit: Dancestrokes / Shutterstock
- Composite score: 84.4
- Percentage of 65+ households with high-speed internet: 68.5%
- Percentage of 65+ households with a computer or laptop: 75.3%
- Percentage of 65+ households with a smartphone: 75.4%
-
-
How to get the most out of your iPhone battery
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- Composite score: 85.2
- Percentage of 65+ households with high-speed internet: 69.2%
- Percentage of 65+ households with a computer or laptop: 78.6%
- Percentage of 65+ households with a smartphone: 72.9%
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- Composite score: 85.2
- Percentage of 65+ households with high-speed internet: 69.2%
- Percentage of 65+ households with a computer or laptop: 78.6%
- Percentage of 65+ households with a smartphone: 72.9%
-
How to get the most out of your iPhone battery
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- Composite score: 85.6
- Percentage of 65+ households with high-speed internet: 65.9%
- Percentage of 65+ households with a computer or laptop: 77.4%
- Percentage of 65+ households with a smartphone: 76.8%
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- Composite score: 85.6
- Percentage of 65+ households with high-speed internet: 65.9%
- Percentage of 65+ households with a computer or laptop: 77.4%
- Percentage of 65+ households with a smartphone: 76.8%
-
-
How to get the most out of your iPhone battery
Shutterstock
Photo Credit: Andrew Zarivny / Shutterstock
- Composite score: 86.5
- Percentage of 65+ households with high-speed internet: 66.6%
- Percentage of 65+ households with a computer or laptop: 78.2%
- Percentage of 65+ households with a smartphone: 75.8%
Shutterstock
Photo Credit: Andrew Zarivny / Shutterstock
- Composite score: 86.5
- Percentage of 65+ households with high-speed internet: 66.6%
- Percentage of 65+ households with a computer or laptop: 78.2%
- Percentage of 65+ households with a smartphone: 75.8%
-
How to get the most out of your iPhone battery
Shutterstock
Photo Credit: yhelfman / Shutterstock
- Composite score: 86.7
- Percentage of 65+ households with high-speed internet: 69.8%
- Percentage of 65+ households with a computer or laptop: 74.5%
- Percentage of 65+ households with a smartphone: 76.2%
Shutterstock
Photo Credit: yhelfman / Shutterstock
- Composite score: 86.7
- Percentage of 65+ households with high-speed internet: 69.8%
- Percentage of 65+ households with a computer or laptop: 74.5%
- Percentage of 65+ households with a smartphone: 76.2%
-
-
How to get the most out of your iPhone battery
Shutterstock
Photo Credit: Gregory E. Clifford / Shutterstock
- Composite score: 87.0
- Percentage of 65+ households with high-speed internet: 66.5%
- Percentage of 65+ households with a computer or laptop: 78.0%
- Percentage of 65+ households with a smartphone: 77.1%
Shutterstock
Photo Credit: Gregory E. Clifford / Shutterstock
- Composite score: 87.0
- Percentage of 65+ households with high-speed internet: 66.5%
- Percentage of 65+ households with a computer or laptop: 78.0%
- Percentage of 65+ households with a smartphone: 77.1%
-
How to get the most out of your iPhone battery
Shutterstock
Photo Credit: Uladzik Kryhin / Shutterstock
- Composite score: 88.2
- Percentage of 65+ households with high-speed internet: 71.5%
- Percentage of 65+ households with a computer or laptop: 76.0%
- Percentage of 65+ households with a smartphone: 75.6%
Shutterstock
Photo Credit: Uladzik Kryhin / Shutterstock
- Composite score: 88.2
- Percentage of 65+ households with high-speed internet: 71.5%
- Percentage of 65+ households with a computer or laptop: 76.0%
- Percentage of 65+ households with a smartphone: 75.6%
-
-
How to get the most out of your iPhone battery
Shutterstock
Photo Credit: f11photo / Shutterstock
- Composite score: 90.9
- Percentage of 65+ households with high-speed internet: 71.4%
- Percentage of 65+ households with a computer or laptop: 78.9%
- Percentage of 65+ households with a smartphone: 75.6%
Shutterstock
Photo Credit: f11photo / Shutterstock
- Composite score: 90.9
- Percentage of 65+ households with high-speed internet: 71.4%
- Percentage of 65+ households with a computer or laptop: 78.9%
- Percentage of 65+ households with a smartphone: 75.6%
-
How to get the most out of your iPhone battery
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- Composite score: 93.2
- Percentage of 65+ households with high-speed internet: 68.7%
- Percentage of 65+ households with a computer or laptop: 79.6%
- Percentage of 65+ households with a smartphone: 79.1%
Shutterstock
Photo Credit: Sean Pavone / Shutterstock
- Composite score: 93.2
- Percentage of 65+ households with high-speed internet: 68.7%
- Percentage of 65+ households with a computer or laptop: 79.6%
- Percentage of 65+ households with a smartphone: 79.1%
