In the age of big data and evolving IT technologies, data centers are undergoing continuous innovations and changes. In particular, as technologies advance, the amount and speed of data to be processed is increasing exponentially.
Therefore, data centers need to build a high-speed networking infrastructure to support fast data transfer and minimize bottlenecks. In line with these changes, memory semiconductor technologies are also constantly evolving to efficiently process large amounts of data. Samsung views performance and power as the core of semiconductor solutions for servers, enabling business users to have fast, reliable, and cost-effective infrastructure solutions.
With data exploding due to demand for new IT services such as edge computing and IoT, Samsung provides high-performance and high-capacity memory products optimized for large-scale data processing with reliable quality. First, we are leading innovation in the data-driven era by providing a new level of speed and capacity with our large-capacity DIMM family based on DDR5, the next-generation memory standard. We also provide advanced solutions such as HBM3 Icebolt, a high-bandwidth memory, and GDDR6, which supports the industry's fast speed, for high-performance computing (HPC).
Samsung also offers a full line of SSDs with various interfaces, form factors, and capacities to meet the needs of various data centers and server industry.
Samsung is advancing semiconductor technology by implementing low-power characteristics to be environmentally friendly and meet with industry requirements.
We apply innovative design and process technologies to improve both performance and power efficiency when developing new products. Therefore, it maximizes power efficiency compared to the previous generations and further contributes reducing energy consumption and carbon emissions.
The server and data center industries can operate more efficiently by improving system performance and reducing total cost of ownership (TCO) by applying DRAM and SSD products that we provide as a sustainable solution.