The technology landscape, such as mobile wireless technology is continually advancing as how we communicate is only possible because of fifth generation and sixth generation networks. We are already in the global rollout of 5G, but the hype is already building about the next generation of wireless sector, i.e., 6G, currently in the research phase. 5th generation and 6th generation utilize wireless spectrum with a more excellent range to transmit data more quickly (from increased speeds to reduced latency), and both technologies have brought with them a new sphere of opportunities both for clients and enterprises. So, now let’s see the differentiation between 5G vs 6G along with Smart 4G Tester, 4G LTE Tester, 4G Network Tester and VOLTE Testing tools & Equipment and Smart Best wireless site survey software, site survey tools for wireless networks & Wifi site survey software app in detail.
What is fifth generation?
5G or 5th generation is the cellular network which is up to 100 times faster than 4G and adds more capacity (space), which offers more room for all the devices to get higher data speeds. Thus, 5G network technology is expected to create opportunities for people and businesses. 5G is succeeding 4G LTE and offers hypothetical speeds about 10 GB (higher than or above 30 times quicker compared to 4G LTE-Advanced) per second.
- More effective and efficient.
- Lower latency enables to control of devices remotely in near-real time.
- Enhanced capacity enables seamlessly communicating and allows new applications and use cases for cities.
- Increased bandwidth will create the potential for larger amounts of data to be transmitted.
What is sixth generation or 6G?
The 6G wireless communication network will be the successor to 5G, and 6G technology is predicted to provide faster speeds, lower latency, and more bandwidth than 5G. 6G (sixth generation of cellular network technology) will use bands with higher frequency than 5G. Due to its spectrum usage with wider range, 6G will provide not only better coverage but also improved reliability, thus, productivity and creating new opportunities in AI, automation, and the IoT will be increased by 6G.
- Supports higher data rates and a higher number of mobile connections.
- 6G overcomes generated traffic indoors using femtocells or Distributed Antenna Systems (DASs).
- 6G will offer a very high data rate (Tb/sec) and very low latency (sub-ms), hence, many applications can make use of 6G wireless networks.
- Independent frequencies and large coverage.
What are the distinctions amongst 5G/fifth generation and 6G/sixth generation?
- Usage of spectrum: 6G network’s maximum frequency bands allow throughput in faster way and provide bandwidth in greater capacity compared to 5G networks. Thus, more data will be transmitted by 6G within minimum time, thereby allowing user experience in a smoother way.
- Latency: Though fifth generation and sixth generation networks offer lower latency, but 6G offers an even shorter response time compared to 5G. 6G utilizing greater frequency bands on wireless spectrum allows transmission times (between devices over a network connection) quickly.
- Speed: When it comes to faster speeds, 6G technology as compared to 5G will offer speeds in faster manner. It is projected that 6G than 5G will offer up to 100 times faster speed, which will have effects in several industries.
There are many differences between 5th Generation and 6th Generation networks and both technologies provide benefits over their predecessors. Here, the importance of network testing and monitoring solutions play a major role to check whether your network configuration works properly. Network testing is a MUST-HAVE step in the network implementation process, and to meet such requirements, you can use RantCell. Whether the requirement is related to optimizing mobile networks or network surveys for QoS and QoE measurement, RantCell is the best suitable option for you. You just need to install the RantCell app on any of your Android-based phones to monitor network performances (5G/6G coverages) and generate test reports in near real-time.