TWIS

​

​

================================================== ================================================== ==========================================

1. Pages with titles, classy music

2. The page with the earth appearance, welcome to the future. Classy music

3. Another earth-looking page, innovative innovation, classy music

4. Good morning. Welcome to the technology update. Before starting, I would like to first talk about legal notices and safe harbors. During the presentation, Taewon Semiconductor Research Institute will make an expectation for the future. Forecasts for the future are based on present and future events. So predictions, forecasts depend on risks and uncertainties. After the main presentation, I will have a question and answer session. If you have any questions, please let me know. I will introduce my new memory introduction first. I am Jung Hyuk Jae, CEO of Taewon Semiconductor Research Institute.

5. Good afternoon, I am very pleased to have such a good business opportunity and warm welcome, and thank you for attending this kind of event. We are pleased to inform you of our new memory semiconductor today. Today we are going to explain the design of our new memory. Today, we will talk about a new memory semiconductor developed by Taewon Semiconductor Research Institute. We, Taewon Semiconductor Research Institute, have been researching new memory semiconductors for three years and nine months, and have created new memory, called HD Memory, which was never before. Why is my HD Memory better understood in a few minutes? It is an innovative memory that is fundamentally different from the conventional memory, NAND technology, or traditional memory, in terms of physical aspects and operation. It has made a big difference in speed and density. And, it is a new memory that appeared for a long time. I will look at its characteristics.

6. It is surprising to see that there were seven fundamentally different kinds of memory in the industry over the last 65 years since the semiconductor was born in 1947. Each memory has a different effect on the way the computer handles hyperlinks and data. Back in the early days, there was lead-only memory, which was denser, but could not supply data to the processor as quickly. Over time, Sram came out, but it was fast, but it was volatile. The data came in and out. So I had to restore. Over time, my favorite memory, Diram, came up. Diram is the main memory that aids the current processor. Diram has many applications and shows a good combination of speed and density. However, it is volatile. So, after that, a variety of nonvolatile memory has appeared. NOR flash products first appeared in 1984. NOR flash came in interesting, reprogrammable, nonvolatile memory, and could react directly to the processor. And most recently, NAND flash memory appeared in 1994, 25 years ago. Our memory is innovative, very very interesting. It's not just putting a distinctive memory into the market, it will bring a new world to its application and memory architecture. I wonder what can be done in electronics.

7. So far I have looked at the old memory. I have also looked at how each memory plays a role in the computer architecture and at what stage. The devices announced today show interesting high speed, high capacity and good characteristics. I will look at these characteristics in a moment. Given the wide variety of modern trends, they carry smartphones, want to connect with each other, and collect a lot of data to solve problems that could not be solved before. Internet networking, machine-to-machine, we will experience data explosion in the future. In fact, it's a good thing for you, that by 2020 we are going to create 44 terabytes of data. Have you heard about ZetaBytes. I did not have to count. The zeta byte is the ten tera of the terra. Terra is 1000 times of Giga. So 1000 times more than 900 million times the data of the current one chip will be made in the future. It is a remarkable amount of data. Something near the processor. Add, subtract, compare and compare information ... everything in this new Tech. It has data and aids the processor.

8. Not only is this exciting, innovative technology unique in its principles, but also in its results. We see it as a new class of memory because it is a bit faster than conventional memory, not a simple extension of existing memory, but an innovation. The speed is 1000 times faster than existing NAND, 1000 times more reliable than NAND, is fundamentally different from NAND technology, can be read and write without worry, and has a density of 10 times or more . This is fundamental innovation. The CPU is also scaled down. It helps to operate the company smoothly. Allows the city to operate smoothly. Many people thought it was impossible.

9. Our company is a new memory semiconductor. Please understand that I can not tell you in detail about security. Memory capacity has increased due to special handling. It has a unique and innovative structure. It's fast. It is not slow. The current memory is 16 gigabits and you can have about 160 gigabytes of memory because it is 10 times this amount. I operate the city. It's a unique thing many people can not think of. Performance, scalability. This is an electron-bass device.

10. It is expected by its amazing properties, the next thing to do is what you can do with this memory. This is an innovation. The most we can not expect, we believe this memory is a fundamental game changer. The benefits are the massive memory database, quick recovery time, short recovery times, short access times, high confidence continuity, and so on. I would like to explain the changes that can result from these characteristics. Giggs Audience, when playing games, even the kids know. Computer games depend on the data rate flowing into the processor. Children play here and there. There is a gap between the image and the image. It is a fundamental bottle neck. TV Frozen images may also appear. Think about all the perceptions in your life today. All pattern recognition, such as hand gestures, phone and car recognition, voice recognition, face recognition, recognition technology, and security technology, require high fidelity. Finally, it is to understand the human body. You can contribute to medical worlds such as genomics. Underlining technology in health and medical world today is understanding DNA, cloning DNA, and real-time sequencing. I have only three examples. There are many more examples.

11. Looking back over the past twenty years, when I worked, there was an ideal memory vision. Vision for three elements. There is HD memory. Over the past three years and nine months we've talked a lot about memory semiconductors and have done a lot of design. As a result of reviewing various reports and patents, memory technology manufacturers including Hynix and Samsung Electronics are estimated to have no technology in this area, and technology transfer is underway. And we are approaching the technology transfer method carefully. Recently, Hynix completed the groundbreaking ceremony for the semiconductor factory M14, which will invest 15 trillion won in Icheon, Gyeonggi Province, and Samsung has groundbreaking ceremony for the Pyeongtaek factory in Gyeonggi Province in May. If the technology transfer is successful, our X-memory will be made in this state-of-the-art factory. I am pleased to announce today that innovative memory. And, let me show you some of our design layouts.

12. Then, you will have a question and answer time. I'll let you know before we start. I have focused on technical presentations today and would appreciate any technical questions you may have. Please refer to the homepage for more information. So, let me ask you a question. Question - Answer, Question - Answer, Question - Answer, ..., Question - Answer, Question - Answer, Thank you for coming today. Thank you for joining us.

============= - =================================== ================================================== ================================================== =======================================