Vertical wireless charging
The wireless charging stations of today are either small, flat surfaces upon which you position your phone, or laptop-size spaces that can fit more than one device.
You must lay your smartphone or tablet just so to see the full effects of the charge. A bump or slip makes charging less efficient, which means it will take longer to charge your phone cable-free.
The Alliance for Wireless Power (A4WP) is working on a next-generation wireless charging technology that can not only power smartphones and tablets laying directly on a charging pad, but can also throw its magnetic charging beam up.
A taller charging field means you’ll be able to place them less precisely, or even stack devices to get them to charge.
It also means you’ll be able to boost the battery on irregularly-shaped devices, like a smart watch, connected wrist band, or Bluetooth headset without them directly touching the charging surface.
Vertical charging will also enable after-market charging pads that live beneath a surface and would have to throw its beam skyward to reach the device. Your office desk, kitchen countertop, the table in your company’s conference room, or your car’s center console would be ideal spots to activate a farther-reaching form of wireless charging.
The next step will be building these terminals directly into or below common surfaces from the get-go.
Of course, the further away from the source you get, the weaker the charging power and the longer it will take to complete the charge.
One secret for this more powerful evolution in wireless charging lies
in the relatively larger size of the coils that loop within the
charging space on the smartphone back or slip-on cover.
Larger coils don’t require the spot-on positioning the today’s charging
pads do, A4WP says, and can help create a vertical magnetic charge.
The Alliance for Wireless Power, which is backed by Qualcomm and Samsung among others, is one of three major organizations working in the field, along with the Qi Consortium (members include Samsung, Nokia, and HTC), and Power Matters (backed by AT&T, LG, and BlackBerry.)
In a nutshell, the A4WP backs what it’s calling a “resonant technology,” which it describes as a broader form of today’s inductive charging. Apart from gaining greater spatial flexibility from a wireless charge, A4WP says that it charges devices quicker than today’s inductive charging, and can avoid overheating devices.
My colleague Roger Cheng recently took a close look at all three groups in action, and offers up a terrific breakdown of the pros, cons, and positions of all three.
For its part, products developed using the Alliance for Wireless Power won’t appear until 2014 at the earliest, which means that smartphones and tablets will continue to use other inductive charging protocols for now.
Furthermore, the A4WP sees itself as the future, one that both the Qi Consortium and Power Matters Alliance, or PMA, will need to work with as both develop their standards going forward.
Although ambient wireless charging sensors aren’t on the table just yet, it’s clear there’s at least one major way for the wireless charging to grow, and that’s “up.”
You must lay your smartphone or tablet just so to see the full effects of the charge. A bump or slip makes charging less efficient, which means it will take longer to charge your phone cable-free.
The Alliance for Wireless Power (A4WP) is working on a next-generation wireless charging technology that can not only power smartphones and tablets laying directly on a charging pad, but can also throw its magnetic charging beam up.
A taller charging field means you’ll be able to place them less precisely, or even stack devices to get them to charge.
It also means you’ll be able to boost the battery on irregularly-shaped devices, like a smart watch, connected wrist band, or Bluetooth headset without them directly touching the charging surface.
Vertical charging will also enable after-market charging pads that live beneath a surface and would have to throw its beam skyward to reach the device. Your office desk, kitchen countertop, the table in your company’s conference room, or your car’s center console would be ideal spots to activate a farther-reaching form of wireless charging.
The next step will be building these terminals directly into or below common surfaces from the get-go.
Of course, the further away from the source you get, the weaker the charging power and the longer it will take to complete the charge.
Energizer is one brand that makes large inductive-charging pads like this.
The Alliance for Wireless Power, which is backed by Qualcomm and Samsung among others, is one of three major organizations working in the field, along with the Qi Consortium (members include Samsung, Nokia, and HTC), and Power Matters (backed by AT&T, LG, and BlackBerry.)
In a nutshell, the A4WP backs what it’s calling a “resonant technology,” which it describes as a broader form of today’s inductive charging. Apart from gaining greater spatial flexibility from a wireless charge, A4WP says that it charges devices quicker than today’s inductive charging, and can avoid overheating devices.
My colleague Roger Cheng recently took a close look at all three groups in action, and offers up a terrific breakdown of the pros, cons, and positions of all three.
For its part, products developed using the Alliance for Wireless Power won’t appear until 2014 at the earliest, which means that smartphones and tablets will continue to use other inductive charging protocols for now.
Furthermore, the A4WP sees itself as the future, one that both the Qi Consortium and Power Matters Alliance, or PMA, will need to work with as both develop their standards going forward.
Although ambient wireless charging sensors aren’t on the table just yet, it’s clear there’s at least one major way for the wireless charging to grow, and that’s “up.”
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