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4G vs 5G with LTE 4G Tester Tools & Wifi/Wireless Site Survey Software

In the Telecom Industry, the evolution of various generations of the network has impacted the economy and society positively, as we have been seeing rapid growth in the Telco Industry. Though the current phase has witnessed the wide usage of the 4th generation network or 4G, 5G has already entered the globe by portraying that it is superior to 4G. When 4G is built upon application technology, the launch of the app-powered smartphone that’s now part of our every day, 5G’s ultra-fast speed and high reliability with low latency are much more to the 4G network. For this reason, the 5G network is essentially enhancing the current capabilities of the 4G network.

What are the biggest differences between both networks? The first difference between 4G and 5G is speed; 5G is expected to be much faster than 4G. The next key difference is latency; 5G promises low latency under 5 milliseconds, while 4G latency ranges from 60 ms to 98 ms. In addition to these, 5G comes with faster download speeds, potential download speeds, capacity for a larger number of connected devices, less interference, better efficiency, and better bandwidth. so now let us see the difference between 4G and 5G along with Accurate 4G Tester, 4G LTE Tester, 4G Network Tester and VOLTE Testing tools & Equipment and Accurately Best wireless site survey software, site survey tools for wireless networks & Wifi site survey software app.

Advantages of 5G over 4G

  • Flexible frame structure.
  • Wide bandwidths.
  • Allows faster uploading and downloading capabilities.
  • High-data speed allows cloud systems to enhance software updates, music, and navigation.
  • Helps in the enhanced digitization of the country, which will ultimately raise the GDP and employment generation.
  • Massive MIMO & Beamforming.

The best part about 5G is that several sectors will benefit the most from the realisation of 5G. Some of them are Manufacturing (enabling large-scale machine-to-machine communications to allow a reduction in human error and an increase in automated processes), Agriculture, Healthcare, Transport, Education, etc.

Major Difference between 4G and 5G

  • 4G stands for Fourth Generation technology whereas 5G stands for Fifth Generation technology.
  • The maximum upload rate of 5G technology is 1.25 Gbps, whereas the 4G technology maximum upload rate is 500 Mbps.
  • 5G network provides enhanced network coverage compared to 4G.
  • 5g is having a data bandwidth above 1gbps whereas 4G lies between 2mbps to 1gbps.
  • compared to 4G, the latency of the 5G network is smaller.
  • It operates at a higher frequency band to allow faster data transmission in the 5G network as compared to the 4G network.
  • With a 5G network, the consumption of battery is comparatively lesser than with a 4G network.
  • On 4G technology, you can achieve a maximum download rate of 1 Gbps while the maximum download rate is 2.5 Gbps with 5G technology.
  • The latency of 5G technology is about 1 ms while the latency of 4G technology is about 50 ms.
  • 4G offers Code Division Multiple Access (CDMA) whereas 5G offers orthogonal frequency division multiplex (OFDM), and band division multiple access (BDMA).
  • 5G can differentiate between fixed and mobile devices (uses cognitive radio techniques to identify each device), while 4G cannot differentiate between fixed and mobile devices.
  • 5G has the advantages of extremely high speeds, and low latency whereas 4G has the advantages of high-speed handoffs and global mobility.
  • Compared to 4G, 5G is fast and more efficient.

Conclusion

4G can be used for high-speed applications, mobile TV, and wearable devices, whereas 5G can be used for high-resolution in terms of video streaming, remote control of vehicles, and medical procedures. In addition, to monitor QoE on the mobile network (4G/5G coverage), RantCell will be the most cost-effective non-traditional network testing solution. Equipped with mass deployment and crowd-sourcing capabilities, RantCell is also supported with RF drive tests, field test measurements, and crowd-sourced input about the QoE on mobile networks.

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