Imagined future vs. within reach
The C-band spectrum overturns the traditional 5G infrastructure challenges associated with the deployment of high-band mmWave networks. Compared to the capital expenditure-intensive process of creating a dense enough network to maintain mmWave signal continuity, C-band allows suppliers to reuse and re-use their existing cellular infrastructure, including towers, small cells, radios, and backhaul. And most importantly, the power needed to achieve significant gains without having to build from scratch.
Although these changes will not happen instantaneously, the C-band spectrum can significantly reduce the costs associated with 5G deployment and accelerate the timetable for establishing a wider and more reliable 5G network that can produce real benefits. As the following three cases illustrate, the emergence of C-band means that the interconnected future of 5G is closer than ever.
Commercial application of 5G: digital transformation and C-band value support
In the past year, the rapid pace of digital transformation and the unprecedented shift to remote office have made seamless connectivity and reliable, on-demand data access the top priority of business operations. Video conferencing, wireless communication platforms, virtual networks, and collaborative digital workspaces all require speed, capacity, and reliability to support more devices running the evolving suite of data-centric business applications.
As the C-band of 280MHz is planned to go online before 2023, the balanced and significant advantages of mid-band 5G will adapt to the new hybrid working model, seeking to maintain productivity, flexibility and effectiveness.
In addition, when companies look to the future and we will work together in the office again, the transition from Wi-Fi to 5G connections has obvious benefits-from security to uptime to higher speeds. Although this will not happen overnight, the C-band auction has opened the door to start the transition. It is expected that 5G connections will appear on the budgets of many companies in fiscal year 2023 and beyond.
Smart City: Laying the Road to Digitalization
Discussions surrounding smart cities often remind people of interconnection that goes far beyond homes and offices. The core of this vision is the infrastructure built on a powerful integrated device and network sensor ecosystem. These devices and network sensors can transform data analysis in real time, optimize the power grid and water utilities through smart meters, and pass the vehicle and infrastructure The communication optimizes traffic flow and public safety.
To unleash the potential of smart cities, it is necessary to enhance network functions, such as low latency, reliable coverage, and greatly increase capacity, to meet the online demand of more connected IoT devices and enable them to go online at a higher density. The positioning of the C-band is to significantly increase network speed while providing the necessary signal continuity to support the dense interconnectivity required to ensure that the possibilities of smart city plans are realized, and to fulfill the promise of reshaping the citizen experience.
Warehouse robots and factory automation
From machine learning and robotic automation to real-time data analysis for inventory management and process implementation, the concept of Industry 4.0 or the Fourth Industrial Revolution has long been hailed as the key to unlocking unparalleled levels of efficiency and precision. However, at present, most warehouse robots, such as autonomous guided vehicles (AGV), are limited by wired Ethernet or Wi-Fi connections. In dense factory environments, these connections are slow, cumbersome, and prone to interference.
Since most factories and warehouse operations are located outside of urban centers and major metropolises, compared with millimeter waves, the wider coverage provided by the C-band will ensure the accessibility and reliability of 5G, which is sufficient for the manufacturing industry. Sexual influence. By increasing the data transmission speed from 100Mbps to 500Mbps, the C-band spectrum will play a key role in improving throughput and productivity, while greatly expanding the necessary bandwidth and capacity to accommodate the growing number of IoT devices that are the core of smart factories.
Make the 5G revolution a reality
From the very beginning, 5G has been touted as a revolutionary technology. So far, these associations and allusions have been familiar, unparalleled connectivity, extremely fast speed and low enough time delay can realize everything from self-driving cars to remote surgery. Not surprisingly, 5G has become a victim of its own hype cycle, focusing on the potential and possibilities of future interconnection, without considering that the huge challenges in infrastructure and investment hinder future development, and we are close to achieving How far is this future?
However, as a recent McKinsey report stated, "The future does not just happen at the edge. Existing connectivity technologies are expanding and evolving, and new standards can improve network performance--and they are much less capital-intensive. ." To be sure, this is exactly what the wide availability of C-band spectrum provides.
This article comes from: Filter