Introduction to 5G cell site
5G cell site is the backbone of the new 5G network. It is a critical part of providing high capacity and ultrafast speeds to your home or business. 5G Cell Site is the latest antenna technology, which provides high-speed and high capacity wireless communication services. It’s much more stronger than 4G technologies, which makes it possible to transmit data over a hundred times faster than the 4G network. 5G Cell site is a perfect solution of improving your coverage area, increasing capacity and deploying new service quickly without additional cost or time-consuming task to build out cell towers. The 5G cell site is designed to be a high-performance and stand-alone solution for 5G Mobile Communications. The 5G cell site features include: modular design for easy on-site installation, a low power consumption design, low weight and small volume, multiple ports with flexible options, safety and easy maintenance. 5G Cell Site is the most advanced cell site solutions, which supports multi-frequency bands and dual usage. The Cellular architecture has been upgraded to 4G LTE Advanced and 5G NR in order to meet the increasing consumer demand for 4K/8K video streaming, VoLTE HD voice calls, low latency gaming and more. 5G is the next-generation of mobile technology that’s being built for your device. With 5G, you can connect to the internet at speeds up to 20 times faster than you’re used to and have fewer dropped connections.
5G cell sites are designed to support the high speed, low latency and very high capacity applications associated with 5G networks. The site is made up of a base station, which connects to the 4G/LTE network, and may also provide WiFi access; a tower structure to hold the equipment; power equipment for site access and delivery; Backhaul links across fibre or microwave relays, which connect the site to other 5G sites or eventually give back-up access from 4G/LTE. 5G (and the 4G-LTE network it will eventually be a part of) has a higher capacity in terms of the number of people who can use the network at once and improve overall data speeds. But the more important thing to know is that 5G will essentially be an entirely new system instead of just being an upgrade to existing technology. And one big change for both phone companies and consumers will be how small these cell sites are — just think about how much smaller your phones have gotten since you got your first flip phone back in 2011. The 5G Cell and 10G POE are deployed on a custom-built, three-bay shelter. The shelter enclosure has ground planted elements and uses solar panels that angle in the direction of the sun to generate electricity via an inverter system. The wireless industry is on a path to introduce 5G network in 2020, but this is just the beginning. 5G will allow operators to provide gigabit speeds and ultra-low latency to their end users. This will enable new use cases for consumer and business customers, including video streaming without buffering, virtual and augmented reality, telemedicine and much more. The challenge for operators is how to make 5G services economically viable with large capital expenditures needed on deploying an entirely new infrastructure (e.g. base stations/towers).
