It is a remarkable 40 years since Motorola researcher Martin Cooper called his Bell Labs rival from New York in 1973 using the DynaTAC handheld phone and, in doing so, making what is widely acknowledged as the world's first public mobile phone call.
At nine inches tall the DynaTAC was handheld in the loosest possible terms, weighing the same as one and a half bags of sugar and would have cost consumers the equivalent of nearly $10,000 in today's money. It's worth reading this copy of the original Motorola press release.
So what will the next 40 years of mobile communications hold in store for us? Here are just four of the innovations I predict we will see.
1. Beyond touch
For years the BlackBerry QWERTY keyboard was seen as the most effective and productive way of using a mobile device for text-based tasks such as email and editing documents on the go. Apple's touchscreen iPhone with a virtual keyboard and swipe gestures changed all that and now we are starting to see even more innovation around controlling devices through eye-scrolling and gesture control as seen with Samsung's Galaxy S4 and the Google Glass prototype. Also, check out the Myo gesture control armband (https://getmyo.com/) which is shipping at the end of this year.
2. More video and data
In the early years of consumer mobile phone development, size mattered and the market produced ever smaller and lighter devices. With the arrival of the internet, 3G (and now 4G) combined with cheaper and more compact processing power the phones (and screens) got bigger and smarter. As high-speed connectivity becomes ever more ubiquitous the screen is once again becoming more important as we do more video-based tasks and consume entertainment on our devices. Indeed the GSMA predicts data will overtake voice revenues in mobile within the next five years.
3. Machine-to-Machine (M2M)
Previously 'dumb' everyday devices and sensors will become increasingly connected to the vast web we call the internet of things. Almost everything will have the capacity to become 'smart' and this will lead to a revolution in work and society as wearable devices monitor our health, cars become smarter and more efficient and intelligent city ecosystems become interconnected.
4. Graphene and new mobile form factors
The developments around graphene in particular are hugely exciting. Not only is graphene the thinnest material ever made (it's one atom thick), it's incredibly strong (300-times stronger than steel), flexible and a better conductor than copper. We are already starting to see some early prototype development around bendable and flexible super-thin mobile phones. I believe we've barely scratched the surface of what might be possible in this field, not only for mobile but wider computing and engineering.
Forty years since that first mobile call the telecoms industry is worth £800billion a year, there are almost 7 billion connected devices and the number of mobile devices is predicted to outstrip the number of people on our planet this year.
Here's to another exciting 40 years in mobile.
By:
At nine inches tall the DynaTAC was handheld in the loosest possible terms, weighing the same as one and a half bags of sugar and would have cost consumers the equivalent of nearly $10,000 in today's money. It's worth reading this copy of the original Motorola press release.
So what will the next 40 years of mobile communications hold in store for us? Here are just four of the innovations I predict we will see.
1. Beyond touch
For years the BlackBerry QWERTY keyboard was seen as the most effective and productive way of using a mobile device for text-based tasks such as email and editing documents on the go. Apple's touchscreen iPhone with a virtual keyboard and swipe gestures changed all that and now we are starting to see even more innovation around controlling devices through eye-scrolling and gesture control as seen with Samsung's Galaxy S4 and the Google Glass prototype. Also, check out the Myo gesture control armband (https://getmyo.com/) which is shipping at the end of this year.
2. More video and data
In the early years of consumer mobile phone development, size mattered and the market produced ever smaller and lighter devices. With the arrival of the internet, 3G (and now 4G) combined with cheaper and more compact processing power the phones (and screens) got bigger and smarter. As high-speed connectivity becomes ever more ubiquitous the screen is once again becoming more important as we do more video-based tasks and consume entertainment on our devices. Indeed the GSMA predicts data will overtake voice revenues in mobile within the next five years.
3. Machine-to-Machine (M2M)
Previously 'dumb' everyday devices and sensors will become increasingly connected to the vast web we call the internet of things. Almost everything will have the capacity to become 'smart' and this will lead to a revolution in work and society as wearable devices monitor our health, cars become smarter and more efficient and intelligent city ecosystems become interconnected.
4. Graphene and new mobile form factors
The developments around graphene in particular are hugely exciting. Not only is graphene the thinnest material ever made (it's one atom thick), it's incredibly strong (300-times stronger than steel), flexible and a better conductor than copper. We are already starting to see some early prototype development around bendable and flexible super-thin mobile phones. I believe we've barely scratched the surface of what might be possible in this field, not only for mobile but wider computing and engineering.
Forty years since that first mobile call the telecoms industry is worth £800billion a year, there are almost 7 billion connected devices and the number of mobile devices is predicted to outstrip the number of people on our planet this year.
Here's to another exciting 40 years in mobile.
By: