5G stands for 5th Generation mobile communication technology that brings ubiquitous connectivity. 5G will eventually replace 4G LTE connection by providing high data speed, high bandwidth, low latency, faster and more reliable communication with ultra-low latency. 5G technology is the latest upgrade to the LTE (Long Term Evolution) mobile broadband network, which can be accessible-anywhere as 5G can connect 100 times more devices than 4G (per square kilometer); powering the creation of big industries such as autonomous transport, VR gaminVR gaming, remote surgery, and more. So, now let us see the biggest challenge to the mass adoption of 5G services is 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.
Therefore, 5G implementation is the next big move in the industrial revolution and that can significantly benefit both CSPs and enterprises to achieve substantial revenue growth. Telecom operators are taking strong initiatives in rolling out 5G faster and making it live for end users as quickly as possible.
But several challenges await us as we proceed with the mass adoption of 5G services. One of the biggest challenges among them is the availability of affordable phones. In addition, other such challenges will be discussed below.
Availability of cheap mobile phone handsets: The biggest challenge is the availability of affordable phones when it to the mass adoption of 5G services. The cheapest 5G-enabled phone is available at the cheapest price, which makes it fulfilled the buying desire of majority of the population. The availability of cheap handsets for 5G customers may occur challenges, but this issue can be resolved as the centre will fund to offer direct subsidies to consumers to buy 5G devices.
Mobile devices need to be upgraded at the user end: In the initial stages of 5G implementation, the new generation such as 5G mobile devices are designed to support 5G bands at least in the sub-6 GHz range. 4G users need to be replaced by 5G-supported ones which will enable to make 5G network implementation successful.
Cost (high) of subscribing 5G services: Though many operators commit that they will not be charging a higher tariff for 5G deployment, but telecom companies increase their average revenue per user as they are under huge financial pressure. But in one case, when operators don’t have to increase tariffs, more can be done to reduce regulatory levies and taxes.
Frequency band and Spectrum accessibility concerns: Several new use cases on 5G technology will arise to create a demand for high-frequency bands. But spectrum is a critical resource due to its cost and availability. The telecom operators adjust their 5G network by choosing frequency bands, which will lead to higher operational costs to offer top-notch 5G services with a limited spectrum range.
Approach for 5G network deployment: A clear strategy should be there for 5G network slicing implementation at the behalf of CSPs. CSPs will develop their deployment method (based on spectrum networks purchase made) that is finally needed for targeting specific 5G use cases. Further, 5G network implementation challenges include the utilization of mm-Wave frequencies & 5G small cell towers in large numbers are 5G network implementation challenges that will require a new deployment approach and following regulations simultaneously.
The fifth-generation wireless technology will bring massive improvements in consumer broadband services and industrial applications with the potential to a much smarter and more connected planet, be it a super-ultra-fast broadband, to autonomous cars, to Internet of Things (IoT). The major role of telecom regulator is to review the quality-of-service parameters for ensuring that consumers will get basic network without facing any issues such as voice call drops and interrupted data services. In this case, network testing plays a major role, and here it comes RantCell that is a non-traditional tool which will help you to measure network performance on 5G/4G coverages remotely, without even visiting the site physically.