Policy making in times of rapidly changing technology is not easy. Here is a description of the architecture of the new 5G networks: The new technology, known as 5G, delivers wireless internet at far faster speeds than existing cellular connections. But it also requires different hardware to deliver the signals. Instead of relying on large towers placed far apart, the new signals will come from smaller equipment placed an average of 500 feet apart in neighborhoods and business districts. Much of the equipment will be on streetlights or utility poles, often accompanied by containers the size of refrigerators on the ground.
We’ve been saying for long that voice will be just another app. Reliance Jio has made it so. Therefore, we should take statements from the senior managers of that company seriously: Spectrum allocation will be the most critical element in adoption of fifth-generation or 5G mobile networks in India, Reliance Jio Infocomm president Mathew Oommen has said. The comment comes in the wake of the government last month setting up a high-level panel with a corpus of Rs 500 crore for research and development to facilitate rolling out of 5G-based services by 2020. “The government has set its focus on 5G.
Now that we’ve had some time to figure out 4G/LTE, we got to start on 5G. But it seems it will be some time before the standards will settle, according to the NYT. You may soon start hearing a lot about 5G, or the fifth generation of wireless technology. This technology is expected to leap ahead of current wireless technology, known as 4G, by offering mobile Internet speeds that will let people download entire movies within seconds, and it may pave the way for new types of mobile applications. Yet many challenges exist before 5G becomes part of our daily lives.
In honor of Mobile World Congress, which may hit 100,000 this year if the transport strike does not crash the whole thing, everyone is running stories on 5G. Why not us? The work is being done at the University of Surrey, where a leafy campus is dotted with rundown Brutalist-style buildings. Here, researchers and some of the world’s biggest tech companies, including Samsung and Fujitsu, are collaborating to offer mobile Internet speeds more than 100 times faster than anything now available. Their work on so-called fifth-generation, or 5G, wireless technology is set to be completed in early 2018 and would, for example, let students download entire movies to smartphones or tablets in less than five seconds, compared with as much as eight minutes with current fourth-generation, or 4G, technology.