Below are the most-read DIGITIMES Asia stories from the week of May 4-10, 2026:
Taiwan freezes trading in MediaTek as AI chip rally pushes valuation past US$165 billion
Taiwan's stock exchange imposed temporary trading restrictions on MediaTek after the chip designer's market value surpassed NT$5 trillion (approx. US$165 billion) amid investor enthusiasm over its expanding AI ASIC business, while TSMC was placed on a lighter watch list under the same abnormal-trading framework.
The move followed MediaTek's announcement that it aims to mass-produce AI-focused ASICs and potentially grow the segment to US$2 billion in revenue, driving a rapid surge in its share price. The restrictions sparked criticism from lawmakers who argued that MediaTek, as a fundamentally strong large-cap company, should not be treated like a speculative stock, while regulators defended the measures as necessary safeguards against abnormal trading activity.
In response to the backlash, Taiwan's Financial Supervisory Commission said it would review the trading rules within a month and consider exemptions or revised procedures for heavyweight stocks as the market continues to expand.
2D NAND shortage spirals after Samsung, Micron, and rivals exit market
The global 2D NAND market is facing severe supply shortages and surging prices as major international memory makers shift away from mature-process NAND production to focus on 3D NAND, triggering panic buying across niche applications still reliant on older technologies.
Prices for MLC and SLC NAND products have risen dramatically since late 2025, with some MLC products climbing as much as 300%, while supply constraints are expected to persist due to limited production capacity, lengthy qualification cycles, and the reluctance of major manufacturers to license legacy NAND technologies to new entrants.
Taiwanese memory suppliers Macronix and Winbond are emerging as key beneficiaries, gaining pricing power and expanding market share in the shrinking 2D NAND segment. Macronix has returned to profitability on strong NAND demand and expects shortages in MLC eMMC products to continue for years, while Winbond is focusing on SLC NAND growth through its advanced 24nm process. Industry executives say the shortage is reshaping customer behavior, with some shifting to higher-capacity UFS storage while others optimize software to adopt lower-capacity SLC NAND solutions.
Commentary: Intel names TSMC as key partner; insider drives its comeback
One year after taking over as CEO of Intel, Lip-Bu Tan has repositioned the company from a struggling chipmaker facing existential questions to one focused on scaling capacity and meeting rising AI-driven demand. Backed by a 10% US government stake acquired in 2025 and a renewed multi-foundry strategy that includes close collaboration with TSMC, Intel is leveraging both internal and external manufacturing resources as CPU demand recovers amid the AI boom.
A key figure in Intel's transformation is former TSMC veteran Wei-Jen Lo, whose return to Intel has drawn legal action from TSMC over alleged trade secret risks but is widely viewed within the industry as strategically significant due to his deep expertise in advanced-node manufacturing, yield management, and customer relationships.
Tan's outreach to major partners, including reported collaboration talks with Elon Musk on Intel's 14A process, signals Intel's broader effort to rebuild credibility as a foundry player capable of competing for advanced AI and high-performance computing customers.
Tata Electronics targets US$30B semiconductor buildout to anchor India's manufacturing push
Tata Electronics is positioning itself as a major force in the global semiconductor industry with plans to build a US$30 billion business spanning chip fabrication, advanced packaging, and electronics manufacturing services, as India pushes to strengthen its role in global supply chains.
Led by semiconductor veteran Randhir Thakur, the company has rapidly expanded since the pandemic, supported by partnerships with firms including Intel, Qualcomm, and Bosch, while developing India's first semiconductor fab in Dholera and an OSAT facility in Assam with substantial government backing.
Industry observers view Tata Electronics as central to India's broader industrial transformation from assembly-led manufacturing toward deep-tech production, potentially creating a large domestic supplier ecosystem similar to the country's automotive sector.
While the strategy benefits from strong policy support and growing global demand for semiconductors, the company's success will depend on its ability to execute complex manufacturing operations, secure technology partnerships, and integrate into a global chip market still dominated by East Asian and US players.
Intel shifts data center chip packaging to Vietnam and expands EMIB advanced packaging integration
Intel is shifting a data center chip production line from Costa Rica to its Vietnam facility, reinforcing Vietnam's growing role in the company's global semiconductor supply chain as part of a broader manufacturing restructuring strategy. The expansion strengthens Intel Products Vietnam, already the company's largest chip assembly and test site worldwide, by adding server chip production, next-generation networking products, and advanced EMIB packaging capabilities.
The move also aligns with Vietnam's rapidly growing data center market, where cloud computing demand is rising sharply, and operational capacity is projected to increase nearly sixfold by 2030, although infrastructure limitations such as power supply and connectivity remain major challenges. Industry observers view Intel's relocation as part of a wider Southeast Asian trend in which semiconductor manufacturing, advanced packaging, and data center development are becoming increasingly interconnected across the regional technology ecosystem.
Intel targets entry-level advanced packaging, draws interest from Google and Amazon
Intel is repositioning advanced packaging as the centerpiece of its AI-era foundry strategy. While Intel has struggled to regain leadership in sub-2nm manufacturing against TSMC, the company is gaining momentum in advanced packaging technologies such as EMIB, EMIB-T, and Foveros, which allow customers to combine chips from different process nodes into larger, more flexible architectures optimized for AI workloads.
Intel executives say AI ASIC demand has significantly boosted the company's packaging revenue outlook, with potential customers reportedly including hyperscalers such as Google, Amazon, and possibly Nvidia. Industry analysts increasingly view packaging as a critical system-level bottleneck in AI computing, where memory bandwidth, thermal stability, interconnects, and heterogeneous integration matter as much as transistor density.
Under Tan, Intel is embracing a more flexible hybrid manufacturing model that allows customers to mix external foundries with Intel's packaging capabilities, positioning advanced packaging as a more practical entry point into hyperscale AI supply chains than attempting to immediately reclaim process leadership.
China curbs memory speculation; DDR4 spot slides, contract prices surge
Global memory markets experienced sharp volatility in early 2026 as panic buying and speculative stockpiling pushed spot DRAM and NAND prices sharply higher before a rapid correction set in after March, particularly for DDR4 products, whose spot prices fell more than 20% quarter-over-quarter. Despite the pullback, demand has remained weak ahead of seasonal holidays, even as contract prices for DDR4, DDR5, and NAND flash continued to rise strongly due to structurally tight supply conditions driven by AI-related demand and constrained capacity expansion.
China has intervened to stabilize the market by cracking down on hoarding and encouraging long-term supply agreements while supporting domestic memory makers such as YMTC and CXMT. Meanwhile, shortages in legacy memory products, including DDR3, MLC NAND, and SLC NAND, have intensified, sending prices soaring as inventories remain depleted. Samsung Electronics said AI server demand and rapid adoption of LPDDR5X continue to support elevated DRAM profitability, with supply-demand imbalances expected to persist well beyond 2027 as hyperscale AI infrastructure expansion strains global memory production capacity.
Article edited by Jack Wu
