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" 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SK Hynix has launched the world's highest specification HBM3E samples for customer performance valid

2023-09-27 17:44
On August 21, 2023, SK Hynix announced the successful development of the world's first high-performance DRAM product, HBM3E, specifically designed for AI applications, and started providing samples to customers for performance validation.

HBM (High Bandwidth Memory) is a product that vertically connects multiple DRAMs. Compared to traditional DRAM, HBM significantly improves data processing speed and offers high added value and performance. SK Hynix has developed HBM DRAM products in the following order: HBM (first generation), HBM2 (second generation), HBM2E (third generation), HBM3 (***), and HBM3E (fifth generation). HBM3E is an enhanced version of HBM3.

SK Hynix emphasizes that based on its unique experience in mass producing HBM3, the company has successfully developed the world's highest performance HBM3E extension. With its industry-leading HBM supply experience and mature mass production capabilities, the company plans to begin mass production of HBM3E from the first half of next year, solidifying its unique position in the AI memory market.
According to the company, HBM3E not only meets the speed requirements of AI memory but also achieves the highest level in areas such as heat control and customer convenience. The product can achieve a maximum speed of 1.15TB per second, equivalent to processing the data of 230 full HD movies in one second.
In addition, SK Hynix has adopted the latest Advanced MR-MUF technology in this product, which improves heat dissipation performance by 10% compared to the previous generation. Furthermore, HBM3E also has backward compatibility, allowing customers to directly use the new product in systems based on HBM3 without modifying the design or structure.
MR-MUF is a technology that injects liquid protective material and solidifies it after stacking semiconductor chips. Compared to the method of applying film-type materials when stacking each chip, this process is more efficient and effective in heat dissipation.
Backward compatibility refers to the ability of a new product to be directly used in IT/computing systems configured to be compatible with older versions, without the need for additional modifications or changes. For example, for CPU or GPU manufacturers, if a new semiconductor memory product has backward compatibility, there is no need for design changes based on the new product, providing the advantage of being able to directly use existing CPUs/GPUs.
Ian Buck, Vice President of NVIDIA's Hyperscale and HPC division, said, "NVIDIA has a long-standing partnership with SK Hynix, leveraging HBM for advanced accelerated computing solutions. We look forward to continued collaboration between the two companies in the field of HBM3E, showcasing the next generation of AI computing."
Yoo Sung-soo, Vice President of Product Planning at SK Hynix, stated, "By introducing HBM3E, the company has enhanced the completion of its product lineup in the highly anticipated HBM market, further solidifying its dominant position in the market. As the proportion of high-value-added product HBM supply increases, the trend of rebounding business performance will also accelerate."
Translation in English:
SK Hynix announced on August 21, 2023 that it has successfully developed the world's first high-performance DRAM product, HBM3E, specifically targeted at AI applications. The company has started providing samples to customers for performance validation.
HBM (High Bandwidth Memory) is a product that vertically connects multiple DRAMs. Compared to traditional DRAM, HBM offers significant improvements in data processing speed and provides higher added value and performance. SK Hynix has developed HBM DRAM products in the following order: HBM (first generation), HBM2 (second generation), HBM2E (third generation), HBM3 (***), and HBM3E (fifth generation). HBM3E is an enhanced version of HBM3.

SK Hynix emphasizes that based on its unique experience in mass producing HBM3, the company has successfully developed the world's highest performance HBM3E extension. With its industry-leading HBM supply experience and mature mass production capabilities, the company plans to start mass production of HBM3E from the first half of next year, thereby solidifying its unique position in the AI memory market.

According to the company, HBM3E not only meets the speed requirements of AI memory, but also achieves the highest level in terms of heat control and customer convenience. The product can achieve a maximum speed of 1.15TB per second, which is equivalent to processing the data of 230 full HD movies in one second.
Additionally, SK Hynix has incorporated the latest Advanced MR-MUF technology into this product, which improves heat dissipation performance by 10% compared to the previous generation. Furthermore, HBM3E also offers backward compatibility, enabling customers to directly adopt the new product in HBM3-based systems without modifying the design or structure.
MR-MUF is a technology that involves injecting liquid protective material and solidifying it after stacking semiconductor chips. Compared to the method of applying film-type materials for each stacked chip, this process offers higher efficiency and more effective heat dissipation.
Backward compatibility refers to the ability of a new product to be used directly in IT/computing systems configured to be compatible with older versions, without the need for additional modifications or changes. For example, for CPU or GPU manufacturers, if a new semiconductor memory product offers backward compatibility, there is no need to make design changes based on the new product, providing the advantage of directly using existing CPUs/GPUs.
Ian Buck, Vice President of NVIDIA's Hyperscale and HPC division, stated, "NVIDIA has a long-standing partnership with SK Hynix, leveraging HBM for advanced accelerated computing solutions. We look forward to continued collaboration between the two companies in the field of HBM3E, showcasing the next generation of AI computing."
Yoo Sung-soo, Vice President of Product Planning at SK Hynix, mentioned, "Through the introduction of HBM3E, the company has enhanced the completeness of its product lineup in the highly anticipated HBM market, further consolidating its dominant position in the market. As the proportion of high-value-added HBM supply increases, the trend of business performance rebounding will also accelerate."