On July 27, the “2017 Tianyi Intelligent Ecological Expo†(hereinafter referred to as “Tianyi Expoâ€) jointly organized by China Telecom and Qualcomm (Qualcomm) was grandly held in Guangzhou Exhibition Hall. At the 9th Tianyi Intelligent Eco-industry Summit held on the afternoon of the 27th, Dr. Paul Jacobs, executive chairman of Qualcomm Incorporated, gave a keynote speech titled "Accelerating Mobile Innovation and Opening the Smart Future."
Paul Jacobs said that for more than 30 years, Qualcomm has been focusing on promoting the evolution of mobile technology, and in the process we have also seen the tremendous changes in the mobile industry. We originally focused on the voice call itself, but now we pay more attention to various factors such as bandwidth, delay, cost, performance, and endurance. It can be seen that our industry has undergone far-reaching changes. Our innovation and our cooperation bring these innovations to the market. This not only changes our industry, but also brings great changes to other industries and our daily lives. We have successfully evolved from analog technology to digital technology, from 2G, 3G to 4G LTE; we have redefined the way people interact with terminals. As I just mentioned, we are now focusing not only on voice calls, but we are also focusing on how to extend the networking experience from the desktop to the mobile Internet so that we can obtain the information we need anytime, anywhere. Today, we face a very grand opportunity. Over the past 30 years, Qualcomm has successfully connected you and people and connected people with the information and things they are interested in. In the next 30 years, we will connect everything. In different parts of the world, the different devices we use become smarter, more interactive, and the way we live will change radically. Whether it is Qualcomm or the entire industry, we will continue to actively promote innovation. We can achieve innovation on a large scale so that we can change the world. Some people think that the current pace of innovation in the industry has slowed down or no longer exists, and I do not think so. You may wish to walk to our booth to see a large number of new and varied terminals. More importantly, you will also see new applications of mobile technology in many different fields.
Jacobs also introduced cases where Qualcomm is continuously innovating on multiple different dimensions, giving the terminal more features to provide a better user experience. For example, we use the Gigabit LTE and Wi-Fi 11.ac technology to achieve an ultra-fast connection experience. We use machine learning to make terminals smarter, and we also provide a richer multimedia experience and better photography capabilities. We focus on building and delivering technologies for our partners to support manufacturers in creating the best end products. There is a very important innovation in many of our innovations, and it is also a project we have worked closely with China Telecom – Netcom. Qualcomm's full Netcom technology enables only one chip to support all mainstream models currently in use. From 2G to 4G and all frequency bands required by China, a single terminal can roam the globe while implementing a terminal that requires only a single SKU. And universal design, support dual card mode. At present, we have implemented Qualcomm Netcom across the entire Xiaolong product line. At present, there are 120 models of China Netcom products that have been designed and released or are under development. This is a very important technical project for us, and it is also a key project that we are working with China Telecom.
Another important innovation that we cannot ignore is Gigabit LTE, which is an important pillar for us to move toward 5G. Qualcomm released the industry's first Gigabit LTE modem, the Snapdragon X16 LTE modem, which allows everyone to easily experience fiber-like connection speeds between fingers. We need a high-speed network connection to meet the different application scenarios required by consumers, such as 4K ultra-high resolution video streams. 360-degree panoramic VR video, and many other applications that require high bandwidth. Of course, we didn't stop there. This year we released a new generation of Gigabit X20 modems that support data transfer rates up to 1.2Gbps. Qualcomm hopes and will continue to work hard to stay ahead of the technology in the LTE modem market because we think Gigabit LTE will be the future trend.
We integrate all of the above features and many more features into our latest Snapdragon 835 mobile platform. We are proud of the Snapdragon 835 mobile platform. It is the first processor in the industry to use a 10-nm process technology. The 10-nm process technology ensures its strong performance and excellent Battery life. In this exhibition, you can also see some products that use the Snapdragon 835 mobile platform, with advanced features, strong processing power, very stunning graphics capabilities, rich and amazing multimedia experience, immersive Listening and interactive ultimate experience. The Snapdragon 835 mobile platform not only helps common terminals realize new functions, but also supports new experiences for terminals in other areas.
At present, there are many top-end mobile phones equipped with the Snapdragon 835 mobile platform, including OnePlus Phone 5, Xiaomi Mobile Phone 6, Samsung Galleria S8, Sony Xperia XZ Premium, Nubian Z17, HTC U11, etc. The partners have all put together a lot of excellent mobile products to bring consumers innovative user experiences. It contains some important features such as thin and light design, excellent battery life, stunning imaging effects, mobile VR and more. I believe that in the future, we can see more smart terminals equipped with Xiaolong 835 mobile platform in the market. The Snapdragon 835 mobile platform is not just for smart phones. We are working with Microsoft to support Windows 10 with the Snapdragon 835 mobile computing terminal. Everyone knows that the PC industry has not changed much in the past many years, until some pressure from mobile technology vendors has driven PC makers to start seeking innovation and breakthroughs. Nowadays, the combination of Windows 10 and Snapdragon 835 mobile platforms will bring more possibilities to the market. Products with better performance and lighter weight will come to market. The most important thing is that these terminals can maintain the state of being always connected. We bring mobile technology to cloud computing, maintain always-on Gigabit speed connections, and excellent multimedia processing capabilities, giving users a great gaming experience. We can see that combining such an immersive experience and connectivity in such an incredible way will bring a perfect experience to users, and we also believe that the combination of the two can help Windows 10 bring about a more exciting future.
In the past, computing functions were mainly implemented by PCs, but today's smart phones replace PCs to achieve this function. In the future, computing functions will belong to VR, just like the various smart glasses worn in our daily lives that can realize AR/VR and even MR functions. Nowadays, the VR function is not only reflected in the mobile phone, but independent smart glasses also begin to implement this function. For example, ODG R-8 AR/VR smart glasses are now on the slides. This smart eyewear is the first smart eyewear equipped with the Snapdragon 835 mobile VR platform. As a lightweight product, it has powerful battery life, excellent graphics performance, and it does not require cables. Ensure that users will not be constrained to bring about an incredibly truly immersive AR/VR experience.
In addition, with the help of computer vision, graphics processing, machine intelligence, and many sensors that are equipped to fuse all of these data, we can achieve a true "six degrees of freedom," that is, without any cables, and without the need for With any external device for positioning, it is possible to satisfy the user's need to move freely and bring an immersive experience that is completely autonomous and truly free to move.
The example just given to you is one of the many applications of the Internet of Things technology. It will connect with many other terminals. In the huge Internet of Things, mobile phones, computers, smart glasses, and other wearable devices will all be interconnected. In addition, the Internet of Things technology has also expanded into smart homes, smart cities and medical and health fields, as well as car networking, robotics and drones. This is the future we face and the future of a connected world.
And mobile technology is the basis for the development of the Internet of Things we just talked about. This is not to say that all terminals and devices must have mobile attributes, but some of the functions created and developed by the mobile industry are used for the development of the Internet of Things: mobile technology has a large market size, and the annual mobile terminal out The volume has exceeded 1 billion; in addition, mobile products and technologies have a very fast update cycle, with months instead of years; we have done a lot of R&D to bring together many new features on smartphones to make smart phones more With strong performance, lower cost, and stronger battery life, we can now apply all the functions of smartphones to other areas of the Internet of Things. This will help to fully improve the performance of different types of terminals and let it More personalized and stronger networking, and real-time analysis of data through connection with big data platform. Therefore, I believe that we currently have very good opportunities for the era of ecosystem construction. Strengthening cooperation in the Chinese ecosystem will help further promote the overall development of China's Internet of Things.
As we all know, there are many ways to implement the Internet of Things connection technology, and Qualcomm focuses on how to implement IoT connectivity through scalable LTE. Lower cost and technical complexity can support more IoT use cases. In addition, we will provide corresponding technologies and connection solutions for different markets. For example, the Cat-M1 can support connection speeds up to 1 Mbps for medical devices, wearables, and voice use cases (VoLTE). The NB-IoT (Cat-NB1) targets low-power, low-data-throughput devices such as smart meters and urban infrastructure. It can be seen that there will be a lot of opportunities in different fields. What Qualcomm needs to do is to apply its own technology in suitable fields and support more application scenarios under the LTE framework. We are also very happy to be able to maintain close cooperation with China Telecom and accelerate the development of the Internet of Things based on LTE technology in China.
Of course, 5G is a new era for us to enter. As a brand-new mobile technology, 5G can not only bring benefits to high-bandwidth applications, but also has low latency characteristics. This is very important for the automotive industry, system control and other industrial applications because of these application scenarios. Next, one millisecond of error will bring about a drastic change. 5G includes many important technologies, but the key is to achieve 5G scalability and adaptability to meet a variety of extreme needs. 5G can not only implement enhanced mobile broadband (eMBB), but also support mission-critical services (Mission-Critical Services). 5G is also an important way to implement Massive IoT.
Qualcomm has conducted 5G economic studies for different industries and regions to observe what changes will occur in different industries and regions under the broad application of 5G, whether productivity will increase, and whether they can develop new capabilities under the influence of 5G, and 5G economy. How much influence can the world have? The research data shows that the 5G economy will bring up to $12 trillion worth of new products and services globally, and it will create more than 22 million jobs worldwide. We look forward to seeing 5G bring great influence to China and the world. By then, 5G will bring us a new experience and promote economic growth. This will not only happen in the mobile industry, 5G will create tremendous opportunities for all industries in the world. And potential.
Qualcomm has always been committed to becoming a technology leader. Just as we have previously been leading in 3G and 4G and the latest generation of Wi-Fi technology, we are now leading the global 5G road. The first version of the 5G new airtime standard is expected to come out this year, and early deployment of 5G is expected to be realized by 2019. In this regard, we have also done a lot of work, such as carrying out a large number of early experiments. We have previously announced that we will carry out trials of new 5G airlines in a number of different countries. The number of future tests will certainly increase. In addition, at the Qualcomm booth of the expo, everyone can also see the 5G new air prototype system developed by Qualcomm. And, we have introduced the world's first 5G modem, the Xiaolong X50 modem. Therefore, for all of us here, we can all seize this opportunity. Qualcomm also very much welcomes you to cooperate with us in the field of 5G and jointly promote the development of 5G with China Telecom.
As an industry, and one of them, we believe that facing such an era is exciting. China is becoming one of the important countries in the world to promote the development of the entire mobile industry and many other industries. Qualcomm has been in the Chinese market for many years. Qualcomm has been deeply pursuing the development of the Chinese market in the past few years. We are also very honored to have been able to cooperate with China Telecom and other entire China Mobile industry ecosystems, especially some companies attending this conference, for so many years. We also hope to have more cooperation and deeper cooperation in China. Recently, we have a lot of cooperation projects in China. We have set up a joint venture dedicated to the server chip business because we see the current cloud is very important, and we also hope to ensure that both the cloud and the server can help reduce costs and save power. In addition, we also established partnerships with partners such as Datang for the mass market smartphone chip joint venture. In addition, we have also established the Shenzhen Innovation Center in Shenzhen, focusing on the related work on 5G and Internet of Things technologies. If you have any intention of cooperation in this area, you are welcome to visit our Shenzhen Innovation Center. We also cooperate with Zhongke Chuangda to set up a joint venture of the Internet of Things. What we need to do is to provide some help to companies with very good ideas in the Internet of Things, so that these good ideas can be realized.
It can be seen that Qualcomm has seized all the opportunities in this industry very closely. These opportunities make us very excited. At the same time, we are also very happy to see that the work we have done is very much in line with the vision of China’s important “One Belt and One Road†initiative. The national call for the Internet of Things and the construction of the entire information infrastructure are echoed by Qualcomm's work in the past 30 years. And this is not just echoing what our company has done in the past. In the future, Qualcomm will continue to cooperate and develop along this path along with all of your partners here.
I told my colleagues and my partners that mobile technology and mobile internet are the largest and most meaningful platforms created by mankind, and everyone participating in the summit today will use this platform to transform the world we live in. Better, let us work together to achieve!
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