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More than just a faster mobile broadband technology, 5G is like a unified connectivity fabric which offers scalable and efficient solutions for future applications. In order to achieve ultra fast mobile broadband, low latency and ultra reliable network to support all future applications, existing technologies have many limitations.
Millimeter wave spectrum from 24 GHz to 90 GHz and unlicensed sub-6GHz spectrum will be used in first generation of 5G deployments of mobile broadband. Millimeter waves have higher bandwidth in GHz range which is suitable to transmit huge amount of data. Small cells are low power base stations used in LTE advanced versions and 5G technology to power devices in a smaller geographical area like few hundred meters up to 2 KM radius.
Smalls cells will be using millimeter waves to transmit and receive data. Millimeter waves are not suitable for long distance communication due to higher distortion from atmosphere and obstacles. Compared to conventional base stations, large number of small cell units are required to cover a larger area.
However, it can provide higher data rate and low latency network coverage for the users under each unit. Find out more about Small Cells in 5G Technology. MIMO Multiple Input Multiple Output concept is used to increase data rate with addition of antenna for transmitting and receiving signals.
Large number of miniature sized antenna arrays are used in 5G technology. User devices also will be capable of receiving and sending data using multiple antennas integrated in mobile devices. Significant amount of data can be simultaneously transmitted with the implementation of MIMO technology.
Beamforming is another smart technology concept to efficiently transmit data to user devices. Conventional base stations transmit data in multiple directions which causes higher power consumption and unnecessary resource utilization. As the urban setting contains the highest density of mobile users, rooftop installations are a key element in providing maximum coverage and capacity in the network.
Small cells are low-powered 5G access nodes that can have a range of between 10 metres and several kilometres, they are much cheaper than a standard macrocell installation and can be more easily hidden in amongst other street furniture.
Network densification for 5G is heavily reliant on small cells as the high frequency radio spectrum that MNOs are using for the first time can provide huge data transfer rates, but is not as good at penetrating buildings or other solid objects as the lower frequency signals. The addition of small cells allows MNOs to accurately build a network with optimum coverage based on the specific layout of a city, eradicating any blackspots.
As the underlying core networks have had a serious upgrade, increasing the amount of data they can transfer, at greater speeds, 5G antennas employ a technology called Massive MIMO multiple input, multiple output. Massive MIMO allows a large number of simultaneous connections without Small Box Hardware Brass Out a loss of throughput, so if a single cell has many users streaming services like HD video, it can cope with the load unlike 4G which would degrade the service quality or start to drop connections.
However, before the UK 5G spectrum auctions could be undertaken a great deal of independent scientific research work had been done to guarantee the safety of 5G transmission laws and that UK operators would adhere to international best practice guidelines. Since then Ofcom and the UK government have continued to oversee safety Small Box Hardware Australia 71 regulations.
Even in the mmWave bands, the signals coming from 5G towers are in the non-ionizing radiation part of the electromagnetic spectrum, so the radiation coming from the antennas does not have anywhere near enough power to damage human cells. The conspiracy theory that the Covid epidemic was being catalysed by 5G towers is completely unfounded and the unhappy result of the 5G switch-on coming at the same time of the coronavirus outbreak.
Useful guide to read: Is 5G dangerous or safe? There have been several arson attacks on telecoms facilities in caused by internet conspiracy theories stating that the 5G signal can spread coronavirus or cause cancer in humans. Many of the towers that were attacked did not even have any 5G equipment and were part of the existing 4G LTE networks. Many studies, including one by the NHS, have concluded that mobile phone usage has no substantial link to cancer.
The telecoms industry in the UK has extremely rigorous regulations surrounding the testing of any kind of radio transmission equipment, not only on humans.
This may be difficult. Checking coverage maps for your post code will tell you whether there is 5G availability in your area and therefore a 5G cell site somewhere thereabouts. The four MNOs decide where they would ideally like to locate their radio networks assets, but of course an extensive process of application to build a mobile base station must be followed which sometimes involves planning permission applications, regulatory involvement and commercial deals depending on who owns the land on which they intend to build.
After a decade of building global B2B telco networks and software ecosystems, he has as an analyst written widely on topics such as 5G, network virtualisation, IoT and next generation operating models.
Home 5G guides 5G towers- the true facts revealed. By Dean Ramsay.
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