Memory chip oversupply has reached 3-4% globally, according to GF Securities analysis, pressuring traditional semiconductor manufacturers as AI-focused companies capture investment and talent. The divergence marks a structural shift in worldwide chip demand patterns.
Nvidia's stock momentum ahead of its earnings report and GTC 2026 conference contrasts with struggles elsewhere. US-based Lattice Semiconductor forecast Q1 revenue of $158-172 million, while AXT projected weak Q4 revenue of $22.5-23.5 million. Wolfspeed disclosed going concern doubts despite leading silicon carbide technology for EV power systems globally.
Silicon carbide semiconductors serve as the industry standard for high-voltage onboard power in electric vehicles worldwide. Wolfspeed's technology underpins EV charging infrastructure and drivetrain systems across multiple OEM and Tier 1 partnerships, including Toyota platforms, enabling the automotive industry's transition to clean energy vehicles.
International collaboration is advancing through open standards. The Aliro 1.0 unified access standard launched with backing from US-based AMD and European firms NXP and ST Microelectronics. ST offers complete secure connectivity portfolios supporting all three Aliro configurations: NFC-only, NFC plus Bluetooth Low Energy, and NFC plus Bluetooth LE plus UWB for hands-free access.
Luca Verre of ST emphasized the company's "Aliro technology expertise, long term solution availability and decades of experience in security and connectivity" to accelerate customer development timelines for next-generation access solutions worldwide.
Emerging players are targeting future markets globally. US-based Inspire Semiconductor is developing next-generation chip architectures, while Australian quantum computing firm Diraq advances quantum hardware. These companies represent potential growth vectors beyond current AI acceleration and traditional semiconductor categories.
High-accuracy positioning technology is reaching mobile devices through international partnerships. Singapore-based Grab, Chinese smartphone maker OPPO, and US firm Swift Navigation collaborated on GPS positioning systems for GrabMaps in Singapore. Francesco Grilli called the collaboration "an important innovation in bringing high accuracy positioning to mobile devices."
The bifurcation reflects capital and engineering talent flowing toward AI workloads globally. Companies serving data center AI training and inference maintain pricing power and growth trajectories that traditional chip suppliers cannot match amid cyclical oversupply conditions.