Since positioning itself as a data company, Intel has been trying to figure out how to efficiently calculate, and to be exact, interconnected computing.

"Internet computing" is not a completely new concept. It has already laid the lead when Otellini served as president and CEO of Intel. At the time, however, Intel Architecture was expanding from PCs, servers, handheld devices, mobile Internet devices, and embedded devices to achieve consistency in software, services, and user experience.

Nowadays, Intel has made great strides in its transformation, and Internet computing has been given new meaning.

Robert J. Topol (hereafter referred to as Rob Topol) is the general manager of the standards and next-generation technology division of Intel's Communications and Equipment Group, and is also responsible for the Intel 5G business. In his opinion, although 5G is the fifth generation of wireless connectivity, it also represents the first generation of interconnected computing.

RobTopol understands that more and more devices are interconnected and have computing power, redefining how clouds, networks, access networks, and devices interact with each other. This is full of unimaginable opportunities for vendors like Intel to provide end-to-end solutions.

In fact, in order to get the first ticket to this 5G revolution, Intel has made a lot of efforts in the past two years, including the world’s first Mobile Test Platform (MTP) to optimize the application of modem solutions. The millimeter wave test program and the release of the industry's first test platform supporting 5GNR will help achieve 5G commercial use by 2020.

At the same time, in the eyes of Intel, because 5G does not mean 4G+1G, it is an industry change in communications + computing, which means that looking for teammates is a necessary choice. Such cases are numerous, such as:

1. In May this year, Intel teamed up with Verizon and Ericsson to conduct 5G residential access trials;

In June and June, Intel and China Unicom displayed commercial deployment solutions for MEC smart venues for 5G networks;

In March and August, Intel participated in supporting China Telecom to build a 5G innovation demonstration network in Xiong'an New District, established a car edge computing alliance with industry leaders such as Ericsson and Toyota Motor, and joined hands with AT&T and Ericsson to conduct 5G trials using millimeter wave technology. Super high-speed 5G network experience.

Through these methods, Intel hopes that the 5G standard can be optimized in early experiments to meet its application requirements.

Rob Topol, General Manager, Standards & Next Generation Technologies, Intel Communications & Equipment Group

RobTopol said that Intel’s current focus is to conduct interoperability testing with system architecture vendors and network operators on 5G networks. Once standards are in place, a lot of experimentation will be conducted based on standards. RobTopol also revealed that in December of this year, Intel will launch the first standard on 5G.

5G plus artificial intelligence, will wipe out what kind of spark?

Whether it is 3G or 4G era, communication between networks is usually driven by software, but in the era of 5G, this argument will be broken.

In RobTopol's eyes, 5G transmits and carries a large amount of artificial intelligence information. The equipment does not only interact and communicate with the network. The 5G era network is actually like a device. It can know what to do based on artificial intelligence. It should be How to virtualize, even to support which area of ​​the network will be better.

In short, in the 5G era, networks are not simply defined by software. They can also be as intelligent, flexible, and in the cloud as terminal devices with artificial intelligence. Artificial intelligence and 5G networks are not separated from each other. They will be intertwined to generate more energy.

“Artificial intelligence will certainly improve the operational performance of our mobile phones, various devices and the overall network in the future,” he continued.

Talking about the future of 5G networks and the establishment of standards, Rob Topol thinks that when a new network and standards are established, our focus is often on those who are based on what is known and will benefit from this new standard. The application of new technologies, and it is expected that it will have very good growth.

However, we often do not know this type of application that really gains the maximum benefit from new technologies and standards. For example, ten years ago, when we went to talk about 4G LTE, smart phones were still a new thing at the time, and the iPhone shipped only 1 million units.

“Today, the 5G that we envision is also the same, such as car networking, smart home, or smart phones, but the greatest potential of 5G is to support new applications that we have not yet thought of,” concluded Rob Topol.

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