5G can be released through chip innovation

5G opens the way for more connections by providing fast, high-capacity connections. However, 5G is more than speed-it also allows ultra-low latency, which means that the network can achieve faster response times.

 

The arrival of 5G has brought an unprecedented wave of innovation. Obviously, operators build and invest in communication infrastructure, equipment OEM manufacturing can take advantage of this new bandwidth and low-latency equipment, and the semiconductor industry pushes the boundaries of individual components and solutions. These components and solutions play a role in the following aspects The key role makes 5G a lively reality. However, to unlock the full potential of 5G and accelerate the pace of innovation from applications to solutions to infrastructure, close collaboration between intelligent edge, cloud, device manufacturers and operator ecosystems is imperative.

5G opens the way for more connections by providing fast, high-capacity connections. However, 5G is more than speed-it also allows ultra-low latency, which means that the network can achieve faster response times. This can help your car become more autonomous or merge with reality in the virtual world. 5G also promises large-scale machine-to-machine communication, which will unleash the advantages of 5G and promote the growth of connected devices for areas such as the Internet of Things.

 

Consumers will benefit most from the rich insight-driven experience that 5G brings. With the help of artificial intelligence, we can gain insights from data to make our world more predictable, optimized, and efficient-in many areas, including healthcare, automobiles, and smart cities.

 

Through the possibilities of 5G and the power of AI, situational awareness will become lifelike. As countless smart devices are connected to the 5G network, data is constantly being created, collected, and analyzed, and the output is a tangible response that can be predicted and provide customized responses.

Imagine, for example, when you commute in the morning, your alarm clock rings, and your coffee machine knows how long it will take you to get up and prepare a cup of coffee when you enter the kitchen. From there, your phone will tell you when to leave work based on your calendar for the day, and notify your car to turn on, park in your driveway, and pass with other cars, city cameras, and traffic lights. In the car, your watch will monitor your mood and mood and play music tailored to you until you arrive. This is just a glimpse of every move 5G affects you, and a personalized experience powered by data-driven insights that affects the daily reality of every moment of your life.

As 5G and artificial intelligence merge at the intelligent edge, innovations around data storage, transmission, and processing are also advancing. In order to take advantage of 5G and AI, we need to continue to accelerate innovation, start from the big picture, and make good use of data.

One area where we will see 5G improve our daily lives is smart cities. By enhancing bandwidth, low latency, and large-scale machine-to-machine communication capabilities, 5G will lay the foundation for improving urban infrastructure, transportation, energy conservation and sustainable living, as well as social and sharing economy interactions in ways that we can’t even imagine. Cities will be able to optimize power usage by investing in smart sensors and smart grids to track power demand and optimize power usage at specific locations to alleviate grid pressures that are more likely to be outages.

 

Traffic management and efficiency are another important part of a smart city. Traffic management that supports artificial intelligence can combine smart sensors and urban cameras on the sidewalk with artificial intelligence to send you real-time alerts and provide alternative routes. 5G will enable the massive data sharing and transmission of smart vehicle sensors such as 4D radar and CV-2X, so that your car can better view and communicate with other cars and infrastructure and travel safely.

 

This is just one example of how 5G transmission data will be applied to enrich and personalize experiences-we will also see powerful innovations in healthcare, shopping, nutrition, fitness and more. At the core of all these innovations are memory and storage. Data is an untapped resource that will drive these data-intensive innovations and experiences, and semiconductor innovation is critical to unlocking this potential.

 

The innovation brought about by 5G availability will require the underlying infrastructure across devices and from the edge to the cloud, which means that the infrastructure must be rebuilt from the ground up to optimize data-centricity. This requires memory and storage solutions and semiconductor innovation across the continuum from the edge to the cloud.

 

As the semiconductor industry embraces the demands brought about by 5G and the new data economy, DRAM and NAND are experiencing rapid growth. Customers require the platform to take up more space and require more advanced memory and storage technologies. According to Gartner's data, especially for memory and storage, it is expected that from 2021 to 2025, the data capacity of flash memory will increase by 3 times, and DRAM will increase by 2 times. As 5G and other data-rich innovations increasingly require high-performance computing foundations of memory and storage to drive the next wave of experiences, we are seeing this explosive growth continue. 5G will eventually drive demand in many areas and affect all areas of the semiconductor industry.

 

DRAM optimized for specific applications will power the growing demand for 5G today and in the future - including DDR for traditional computing applications, LPDDR for battery-powered devices, and ultra-bandwidth solutions for high-performance gaming and artificial intelligence GDDR. CXL, a new industry standard interconnect, and embedded storage using eMMC and UFS interfaces will also support these needs.

 

In order to fully realize the potential of 5G, cloud, edge, and device ecosystems must also jointly challenge the limits. This requires a new holistic approach to designing the end user experience and applications. Starting from the hardware architecture (processing, memory, storage, sensors, display), software must be tightly coupled, semiconductor suppliers must collaborate with each other, and the rest of the ecosystem (cloud service providers, OEMs, OSV, CSV, operators) and applications Program developers) create a seamless environment in which 5G devices can flourish, application development, service deployment, and data can be used in ways we haven’t even imagined yet.

 

Through close cooperation, focus and tenacity, we can accelerate innovation in all aspects of the semiconductor industry and truly break through the possibility of the integration of 5G, artificial intelligence and edge computing. Imagine what the next killer application might be, or think bigger, and imagine how to use data and artificial intelligence to solve the world’s biggest challenges.

 

The opportunities are limitless, in the data-now let us discover them.