Samsung Electronics is facing challenges in securing large-scale foundry clients and has decided to adjust its investment pace by postponing the construction of the P4 Phase 2 foundry production line at its Pyeongtaek Campus. The company has chosen to prioritize the construction of Memory production lines, which offer relatively higher profitability. This decision comes after an assessment of the current state of foundry operations and market trends.

Industry insiders have revealed that Samsung Electronics has commenced mass production of the HBM product 'HBM3E 12-Layer' and is currently supplying it to select customers. With the capacity to stack 12 layers of DRAM Memory chips using Through-Silicon Vias (TSV) technology, HBM3E 12-Layer boasts the industry's largest capacity and is set to significantly influence the overall HBM market as the predecessor to the next-generation HBM4.

The global semiconductor equipment market is set to break records in 2024 with sales reaching $109 billion, and is expected to further climb to $128 billion in 2025, according to the Semiconductor Equipment and Materials International (SEMI). This growth is attributed to the expansion in both front-end and back-end market segments, driven by the demand for AI applications.

The surge in AI applications has led to a significant increase in demand for High Bandwidth Memory (HBM), prompting industry leaders like Samsung, SK Hynix, and Micron to ramp up production capacities. With the current supply of HBM already depleted for this year and next, these companies are investing heavily to meet the growing demand, signaling a competitive race in the Memory chip market.

Samsung Electronics and SK Hynix are reportedly collaborating with partners to develop a laser-based wafer debonding technique for high bandwidth Memory (HBM) to prevent wafer warpage. As the number of stacked layers in HBM increases, the wafers become thinner and more prone to damage during mechanical debonding. The companies are considering various laser options, including excimer and ultraviolet (UV) lasers, to address the challenges posed by advanced semiconductor manufacturing processes.

Samsung Electronics is actively expanding into the artificial intelligence (AI) Memory market by developing customized high bandwidth Memory (HBM). The company revealed at the "Samsung Foundry Forum 2024" on July 9th that it is working with key clients such as AMD and Apple on customized collaborations. Samsung anticipates that the commercialization of its custom HBM will coincide with the mass production of HBM4, offering enhanced performance, power, and area (PPA) options that provide greater value compared to existing products.

Samsung Electronics Co., has officially launched a team dedicated to developing advanced high-bandwidth (HBM) Memory, a core chip to power artificial intelligence (AI) devices.

In addition to the 2Tb QLC, Kioxia also added a 1Tb QLC Memory devices to its portfolio. In comparison with the capacity-optimized 2Tb QLC, the performance-optimized 1Tb QLC offers approx. a 30 percent faster sequential write performance and approx. a 15 percent improvement in read latency. The 1Tb QLC will be deployed in high performance applications, including client SSD and mobile.

Micron, a leading American Memory chip manufacturer, has set an ambitious goal to capture 20-25% of the HBM market by 2025, a move that has intensified competition within the industry. With SK Hynix and Samsung also vying for market share, the HBM landscape is set for significant changes as companies ramp up production and innovate to meet the growing demand for high-performance Memory solutions.

In a strategic move to bolster its semiconductor business, SK Hynix has announced a substantial investment plan during its annual management strategy meeting. The company plans to invest approximately 103 trillion won (around $74.7 billion) over the next five years, with approximately 80% of this investment, equating to 82 trillion won (about $59.5 billion), allocated to high-bandwidth Memory (HBM) and other AI-related fields. This initiative is part of SK Hynix's broader strategy to enhance its competitiveness in the semiconductor industry.

On July 1st, industry insiders revealed that Samsung, SK Hynix, and Micron Technology are all in the production phase of the fifth generation of High Bandwidth Memory (HBM) products, specifically HBM3E. The three companies are locked in a fierce technological race. SK Hynix is currently leading in terms of production volume and supply, having started mass production of HBM3E in the second quarter. However, challenges in expanding HBM3E production capacity have emerged, with NVIDIA pressuring SK Hynix to increase supply. Micron Technology, despite its sales to NVIDIA amounting to $100 million from March to May, faces its own production challenges and profitability concerns. The industry anticipates Micron's plans for large-scale production and supply of HBM3E in the coming year, but a significant increase in supply within this year seems unlikely.

Tokyo Electron (TEL) President, Hiromitsu Kamihara, has unveiled a bold new mid-term development strategy that will see the company invest up to 1.5 trillion yen (approximately $10 billion) over the next five years, starting from 2025 to 2029. This represents an 80% increase in investment compared to the previous five-year plan. In addition, TEL plans to hire 10,000 new employees to capitalize on the opportunities presented by the rapid development of generative AI technology and the resurgence in capital expenditure in the storage industry. TEL's goal is to ascend to the top position among global semiconductor equipment suppliers.

Samsung Electronics is reportedly operating its entire Memory production line at maximum capacity to meet the growing demand for Memory products. The South Korean tech giant is focusing on converting its traditional DRAM and NAND to cutting-edge HBM (High Bandwidth Memory) products, with the aim of expanding HBM production capacity to 170,000 units per month by the end of the year. This strategic move is driven by anticipated negative growth in traditional Memory production capacity due to process conversion and the expected demand-supply gap in the Memory market in 2024.

Samsung Electronics is reportedly in the final stages of negotiations to secure up to 50 trillion won (approximately $3.6 billion) in loans from the state-owned Korea Development Bank (KDB) to finance the expansion of its chip production facilities in South Korea and overseas. This loan request is part of the government's low-interest loan program, which aims to bolster the domestic semiconductor industry.

South Korea is set to invest 274.4 billion won, equivalent to approximately $200 million, in a national-level semiconductor packaging technology research and development project. This strategic move aims to develop key technologies for high-performance, low-power chips necessary for artificial intelligence applications and to narrow the gap in the semiconductor back-end process market where South Korea currently holds less than 10% of the market share.