Show Notes
As 5G networks arrive in more and more markets, new advancements arise across industries enabling things like enhanced remote healthcare, immersive gaming, automated cars, and more. 5G also brings to life the Internet of Things, allowing for millions of non-computing devices to be online so businesses can be more productive and agile. Behind the scenes, the various components that make up a 5G network are working hard to enable these new use cases; things like CORE and radio access networks, antennas and the radios found at each cell site. Of these key elements also lives a small but mighty piece of technology: the System-on-a-Chip. A system-on-a-chip, or SoC, integrates all the components of a computer onto a single chip including CPU, memory, input and output ports and secondary storage. A system-on-a-chip typically integrates specialized logic to optimize handling of a particular type of traffic. An optimized SoC ensures the best possible performance while minimizing power consumption and system size. 5G technology does not come without some challenges, and innovations like SoCs help mitigate these. SoCs are a solution to deliver new 5G capabilities with the best connectivity while minimizing the size and cost of the equipment on a tower. Marvell and Samsung, for example, have developed a new SoC that addresses the complexities of higher spectrum frequencies, massive MIMO antenna arrays and super low latencies with a unique combination of programmability and performance. Learn more about what a system-on-a-chip is, its benefits and how Samsung and Marvell are collaborating on this exciting technology as we move further into the world of 5G.
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Wireless networks are going through a paradigm shift with the emergence of Open RAN. This new approach to architecting a multi-vendor network fosters innovation, agility, and cost efficiency in deploying and operating 5G networks. More importantly, it serves users better and faster than ever. However, there are mixed opinions in the industry and varied approaches to materializing the vision of Open RAN.
Fixed Wireless Access, or FWA, has emerged as a powerful enabler in the mobile landscape and is one method being used to fulfill the growing user demand for data. FWA is another offering to provide high-speed internet access to homes, businesses, and remote areas without relying on traditional wired connections like fiber or cable lines for the ‘last mile’ of connectivity. The demand for FWA itself among broadband users is growing with analyst firms expecting FWA users to reach 14-18 million in 2027 in the United States.
With much of the world standing on the brink of mainstream 5G usage, operators are looking for ways to extract maximum value from their network investments – essentially trying to figure out how to monetize 5G. Operators have spent the past few years on things like spectrum, working to increase base stations needed for sufficient coverage and capacity, and implementing new software tools that allow for autonomous networks and faster delivery of services and upgrades. Providers are now starting to take advantage of the high-speed, low-latency, and connectivity capacities that 5G brings to the market.
5G is the first wireless technology designed to be energy efficient and sustainable with an industry target of 90% improvement in spectral efficiency compared to 4G. This improvement, in large part, also requires energy efficiency in the equipment. Operators and vendors have devised several features to accomplish this goal including increasing spectrum bands supported in a single radio and Massive MIMO antenna capacity, beamforming, and an increasing the use of high-band frequencies. Samsung works to ensure our product experience at every step contributes to a sustainable world with eco-conscious technology and innovation. Samsung is a pioneer in vRAN, being the first to bring vRAN to market with software driven network functions to make networks more flexible and reduce processing and transmit power. Samsung is also helping to address energy efficiency with Power Amplifiers equipped with a Bias Control, dynamic download MIMO transmit paths, and with its low power, energy saving system-on-a-chip (SoC). With global mobile data traffic rates continuing to rise and applications requiring low-latency proliferating, networks will continue to densify, and the number of cell sites grow exponentially. Despite this, telecommunications industry is committed to finding ways to bring down the amount of power used and lowering our carbon footprint to run our networks. We are all excited to see the power saving techniques and features we’ve discussed today continue to advance around the globe. Watch and listen to this Networks Tech Talk episode to learn more about how Samsung and the telecommunications industry are investing in energy saving innovations and technologies.
Virtual Radio Access Networks, or vRAN, are the future of the radio access side of mobile operators’ networks. vRAN is software that runs on off-the-shelf servers rather than the proprietary, dedicated hardware that mobile network providers have been running for decades.