DDR is one of the very important products in the semiconductor industry. It is a high-performance memory technology used in electronic devices. With the continuous development of electronic products such as smartphones, tablets, and laptops, the demand for memory performance is also getting higher and higher. As the mainstream memory technology in the market, DDR's production capacity and market share are also constantly increasing. According to data from market research institutions, as of the end of 2020, the global DDR market size has reached approximately US$40 billion, and is expected to reach approximately US$60 billion by 2026, and will maintain a high growth rate in the next few years. This is mainly because with the continuous upgrading of electronic products, the demand for memory performance continues to increase, and DDR, as the mainstream technology in the market, its production capacity and market share are also constantly increasing. In terms of production capacity, as major manufacturers such as Samsung and TSMC continue to expand production capacity, the global DDR market supply capacity has been significantly improved. It is expected that by 2026, the global DDR market production capacity will reach approximately 220 billion units/year, and market competition will become more intense. In terms of market demand, as electronic products develop toward higher performance and lower power consumption, DDR technology is also constantly being upgraded. As an upgraded version of DDR technology, DDR4 has larger bandwidth, faster speed, and lower power consumption, which can meet the market's demand for higher-performance memory. At the same time, with the popularization of 5G technology, the demand for memory performance in electronic products will continue to increase. As the next generation memory technology, DDR5 will bring higher bandwidth, faster speed, and lower power consumption memory experience to the market. The prospects for continued growth of the DDR market in the coming years are very optimistic, and the demand for memory performance will continue to increase.
