5G is the next evolution in mobile phone networks and the latest generation of network broadband that become more widely available. 5G is built on top of 4G and will be up to 400 times faster than 4G. 5G is featured with high speeds, more data, greater network capacity, and lower latency – will be up to 400 times faster than 4G, for the utmost connectivity speeds. The network 5G is promoting innovation, and transforming how people live, work, and play with unmatched data speeds, and higher reliability.
The 5G networking architecture consists of three different network types, including, Low Band 5G, Mid Band 5G, and mmWave High Band 5G. Each of the band is made of a connecting group of radio frequencies. These frequencies vary from one band to other in terms of speed (performance) and reach (propagation) – high propagation bands have limited performance, and high-performing bands have limited propagation. So, now let us see what are the different types of 5G along with Reliable 5g tester, 5G test equipment, 5g network tester tools and Reliable 4G Testing RF drive test software, Cellular LTE RF drive test tools & equipment in detail.
Low Band 5G:
Low band 5G has limited performance and the best ranged coverage that will give power to connect and work from virtually anywhere with a more reliable connection. For example, IOT capabilities will be possible on low band 5G. Compared to high or mid band 5G, low band 5G signal is better at penetrating solid objects – ability to provide more stable coverage over long distances and through obstacles, thereby opening new ways of working for remote workers and rural businesses.
Low band is the closest 5G spectrum to 4G and 4G LTE that enable operating TV and radio stations; low-band 5G is fast and has low bandwidth, hence it can travel so far as it has a lower capacity to carry data than higher frequencies. Some of the use cases for low-band 5G coverage are public transportation, first responder connectivity, fleet tracking, IoT monitoring, and kiosks.
Mid Band 5G:
Mid-band 5G is the spectrum generally synonymous with the sub-6 GHz spectrum that comprises frequencies between 2-7 GHz – upload speed is as high as 350 Mbps, 8-12ms latency, mid-100Mbps speed, and downloads as fast as 1.5GBps. The mid-band 5G is about six times faster than 4G LTE, and it offers service within smaller areas compared to low-band 5G. The mid-band 5G can help with capacity and allow more wireless applications to run from your mobile. Moreover, the 5G mid-band is proven to be the ideal tier in terms of performance and proximity to a tower for everyday users.
Some of the use cases for mid-band 5G are a surveillance camera network in the mid-band 5G coverage layer that may offer visual recognition features with a multi-camera viewing experience; AR for commerce and public safety can also come to completion in the capacity layer.
High Band 5G or mmWave High Band:
The high band or mmWave is the highest frequency for 5G, above 24GHz, which offers peak performance and high speeds. High Band 5G is about 10x faster than LTE with extremely low latency, which will allow individual messages to get transmitted almost instantaneously. The mmWave cannot travel so far as it’s the shortest wave version of 5G but it has the superfast speeds that result from 5G’s most touted benefits.
Some of the use cases for high-capacity 5G mmWave layer are artificial intelligence (AI) video recognition, wireless robotics, and futuristic applications like remote surgeries and factories, etc.
There are several benefits that you can get from 5G are smoother video calls due to lower latency, faster download speeds, seamless gaming experience, and 10x more Internet of Things devices via your smartphone. To avail such benefits, network stability, as well as uninterrupted service, is crucial, and here it comes RantCell – a 5G/4G network testing and monitoring solution that will improve your efficiency on 5G network testing. RantCell is a mobile-phone-based app suitable for outdoor and indoor measurement, useful to upload QoE data to the RantCell cloud from app and generate reports in near real-time.