If you’re reading this, glance at the top right corner of your smartphone; there, you will again be reunited with a symbol that most of us are so accustomed to we often forget its value. If you spotted a tiny ‘3G/4G/5G’ symbol, then you know how valuable those symbols can be to humanity.
You would be surprised that many still don’t know what a smartphone or the internet is. We could say that it’s a blessing after all the adverse effects the world has seen from exposure to technology. But, we can’t deny that we have seen miracles happen after our rendevous with technology. And another miracle is right around the corner, one that doesn’t even require a sim and redefines being ‘online’.
A new wave of connectivity
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‘Direct To Mobile’, also known as ‘D2M’, is a term the world will be familiar with in the near future. D2M technology is a game-changer in the world of multimedia content delivery. Its versatile features of seamless content delivery, hybrid broadcast, real-time and on-demand content and interactive services ensure that consumers receive the information they need directly on their mobile phones without requiring an active internet connection and without straining the network bandwidth.
D2M technology has been traditionally used for emergency alerts and disaster management, but it has much more potential. This technology empowers businesses to create more engaging and interactive content that can be delivered directly to their target audience’s phones. With D2M technology, businesses can ensure their message reaches their customers, even in areas with limited internet connectivity.
So how does it work?
D2M technology functions like FM radio, where a receiver captures the transmitted signal. This technology is also similar to direct-to-home (DTH) broadcasting, where a dish antenna receives broadcast signals directly from satellites and sends them to a receiver, commonly known as a set-top box.
With India leading the charge and already targeting 19 cities for its initial rollout, we can expect to see D2M implemented worldwide to connect with each other in ways we never thought possible. However, what remains to be seen is how this technology will affect the economy of making a smartphone, as adding a separate baseband processing unit could increase the cost of a smartphone, making it less attractive to customers.
