Posted by Admin on Jan 23, 2018
In 1982, the first New Mobile Generation, 1G, was introduced. By 1992, the 2G system had entered the commercial world with the 3G system hitting the market in 2001. 4G systems while considered to have entered the market in 2009 were actually standardized for the first time ever in 2012. In fact, the predecessor 3G and 4G technologies had been around for some time before this. A good example is the IS95/CDMAOne pre-3G model already within United States by 1995.
Mobile Wimax's 4G systems had also been around by 2006 in South Korea. 4G LTE was released first within the Scandinavian region in 2009. By 2008, NASA had entered into a partnership with the M2Mi (Machine to Machine intelligence) Corp to create the first 5G system with a view to transform communication technology.
Fifth Generation wireless or Fifth Generation mobile system, 5G, is being propped up as the 4G successor to be commercially available everywhere soon. 5G is deemed to be the fastest, 100 times speedier than the typical 4G. Speeds are actually expected to hit highs of 20 gigabits for every second. It means a video such as a film that took the longest time to download can be done in a few seconds. With 5G the total bandwidth and speed of transmission will also go up to accommodate rising challenges from IoT (Internet of Things) or the ever increasing objects from received data, dog collars, traffic and street lights to refrigerators.
But this isn’t the whole story. There's more to 5G than a quick download.
With the entry of 5G, connectivity is anticipated to improve exponentially. It is expected to change the face of cloud-based storage while connecting services and devices in diverse ways. Virtual systems and intense computing ability will see the mobile IoT opening up more than ever before. Through highly advanced and improved digital networks, a unique interconnection of systems will be done in levels hitherto unseen before. Sensors and devices in their billions will transform resource management, healthcare, education, transportation and other sectors such as agriculture.
Even as these gigantic trends are seen as the future, the 2018 Winter Olympics in South Korea is expected to bring the 5G inspired giant strides into global consciousness. The South Korean mobile carriers are actually gearing up to offer superb internet services with high internet speeds of around 20 gigabits per second. Most developed nations are looking at offering commercial networks on 5G system widely by 2020, fully connecting the planet every second and every minute of the day.
At the basic level, 5G doesn't seem to differ from 3G and 4G networks in terms of download speeds and quality of voice. However, 5G is more than this, a transformation not getting the hype it deserves considering the effect it will have in the world.
Firstly, 5G systems aren't extensions of either 4G or 3G but way complex than these. 5G is generally a widespread transformational ecosystem made up of varied systems integrating wireless access, millimeter waves, wireless fidelity, 4G and lots of other technologies seamlessly.
5G combines virtual network cores, cloud infrastructures, edge intelligent systems and widespread computing models drawing data insights from billions of connected devices. This will move the world into gigantic machine interconnectedness with the network allowing billions (not the mere millions of devices today) to connect intelligently, ushering in a whole new era of intelligence and information.
5G will be distinguished by distinct features from 3G and 4G, which include connectedness of devices, rapid intelligent networks, very low latency and back-end types of services enabling the world to be interactive and connected all at once in all manner of applications. These applications include advanced digital enhancements, artificial intelligence, M2M communications and mobile broadband.
It is not just other developed and developing countries that are testing 5G system. In United States this has been happening for years since the 2008 NASA 5G tests. For instance, AT&T has been carrying out 5G tests in Austin and Indianapolis to measure the performance of the system in terms of multiple usage, enterprise incorporation and extensive streaming. Like AT&T, others such as Verizon are also testing 5G US fixed broadband not just in commercial areas but in homes as well.
5G will transform the world most definitely but it is not to say 4G LTE and others such as 3G are going away any time soon. The first 5G mmWaves as expected will be deployed in hotzones as the carriers are already testing in various cities in the United States and around the world. Also, LTE networks with peak speeds of about one gigabit per second are already being rolled out, which most users are already experiencing in form of 100 megabit per second to 200 megabit per second downloads. 6G will not be far behind on its heels.
With most people not enjoying these speeds due to poor cellular signals, a cell phone signal booster can help. Make the best of this blazing fast 4G LTE speeds today with any of the cell phone signal boosters for buildings and homes, Machine to Machine networks, and cars, RVs, boats, trucks or motor homes.