For products with fierce local competition, they will lower prices that lack demand support and adopt an attitude of adapting to the market to maintain their market share. Therefore, the market structure fluctuates, and different product lines emerge from their own independent market trends.

SK hynix announced that it has begun mass production of the world’s first 12-layer HBM3E product with 36GB, the largest capacity of existing HBM to date.

The semiconductor industry anticipates full commercialization of CXL in the second half of 2024, coinciding with the release of the first server CPUs featuring the "CXL 2.0" specification. In preparation for this, SK hynix is currently validating CXL 2.0 memory in 96 GB and 128 GB capacities with customers. The company plans to begin mass production by the end of the year.

SK Hynix is prioritizing the development and mass production of cutting-edge HBM memory, phasing out traditional HBM products. The company plans to transform its Iksan M10F factory from DRAM production to HBM, aiming to enhance the supply capacity of HBM3E memory.

Micron Technology has announced the volume production of its 12-layer High Bandwidth Memory 3 Extended (HBM3E) chips, featuring a capacity of 36GB and speeds exceeding 9.2Gb/s. The new memory stacks are designed for next-generation AI GPUs and are currently undergoing customer validation.

A-DATA's financial report indicates a marginal month-on-month decrease of 0.8% in August revenue, with a year-on-year increase of 1.95%. The company maintains an optimistic stance on the DRAM market, expecting supply to tighten in the coming quarters due to increased HBM production.

Samsung Electronics has outlined its development blueprint for future memory products, with plans to introduce DDR memory using 1c nm process technology in 2024, followed by the final 10nm-class 1d nm DDR memory in 2026. The company also anticipates entering the sub-10nm DRAM process node with the 0a nm DDR memory in 2027, marking significant advancements in memory technology.

Micron Technology has announced that its 12-layer stacked High Bandwidth Memory (HBM3E) with a capacity of 36GB has entered mass production and is being delivered to key industry partners for validation in AI ecosystems. The new memory offers more than 1.2TB/s of memory bandwidth and lower power consumption compared to existing 8-layer stacked HBM3E products.

TSMC has revealed its upcoming plans in the advanced packaging technology sector, emphasizing the significance of integrating AI chip memory and logic chips through 3D IC technology. The company anticipates a substantial reduction in production costs for AI processors and aims to maintain a leading position in packaging innovation by 2027.

SK Hynix, a key player in the semiconductor industry, is set to enhance its High Bandwidth Memory (HBM) offerings by introducing customizable base die technology. This move is aimed at providing clients with tailored solutions that can improve chip efficiency and performance. The company also plans to incorporate chiplet technology into SSD controllers, marking a significant advancement in storage device design.

SK Hynix, a leading global semiconductor supplier, is set to commence mass production of its 12-layer High Bandwidth Memory 3E (HBM3E) by the end of September. This move is expected to solidify the company's position at the forefront of the memory technology market, catering to the burgeoning needs of AI servers.

Samsung Electronics has announced a new strategy that empowers customers to design their own HBM memory chip base dies and choose their own foundries, catering to the demands of the AI era.

SK Hynix, a leading memory semiconductor company, is developing advanced packaging techniques for its HBM4 16-layer products, including MR-MUF and Hybrid Bonding technologies, to meet the growing demand for high-capacity memory solutions. The company is poised to select the optimal method based on customer requirements, enhancing performance and efficiency.

South Korean AI chip design company Rebellions is on track to unveil its next-generation AI Neural Processing Unit (NPU) chip, REBEL, by the end of 2024. The chip is designed to accelerate large language and multimodal models and will feature Samsung's 4nm process technology and HBM3E 12H memory, along with support for 800Gb Ethernet.

The latest report from SEMI indicates a continued positive trend in the global semiconductor industry for Q2 2024, with significant growth in integrated circuit sales and stable capital expenditures. Despite a slowdown in recovery in some end markets affecting H1 growth, the industry is experiencing a strong tailwind from surging demand for AI chips and High Bandwidth Memory (HBM).