CONNECT WITH US
Mar 4
Chinese fabless AI chipmakers report sharp revenue growth with divergent profitability in 2025
Two of China's leading AI chip developers, Moore Threads and Cambricon Technologies, reported strong revenue expansion in 2025, supported by rising demand for AI computing power. However, their profitability trajectories diverged, reflecting different stages of commercialization and investment intensity.
Competition in the high bandwidth memory (HBM) market is intensifying, prompting equipment makers such as Hanwha Semitech and Semes to accelerate development of hybrid bonding tools for HBM production. These newer entrants aim to challenge the thermal compression bonding (TCB) equipment segment dominated by Hanmi Semiconductor. Industry observers, however, say significant technical and cost barriers remain before hybrid bonding can be adopted at scale.

In recent weeks, Taiwanese IC design companies have indicated during earnings calls that advance stocking across the IT industry has been notable. The typical off-season has remained relatively active, largely driven by expectations of memory shortages and price increases, as well as concerns that component costs could rise in the near term. Industry players generally believe the pull-in demand will likely balance out between the first and second halves of 2026, suggesting that the traditional seasonal cycle of weak and peak periods may largely be absent this year.

Rising geopolitical tensions and surging demand for AI applications are reshaping the global printed circuit board (PCB) industry. The Taiwan Printed Circuit Association (TPCA) notes that major economies, including China, Japan, South Korea, and the US, are following distinct development paths as AI-driven supply chain restructuring accelerates.
Semiconductors are a core technology of the digital economy. While most chip design still takes place in the US, manufacturing has long been concentrated in Asia, particularly Taiwan. The pandemic exposed vulnerabilities in the global semiconductor supply chain, while geopolitical tensions and natural disaster risks have further highlighted potential disruptions. These developments have prompted the US government to promote a revival of domestic chip manufacturing.
Often dubbed the "Little Red Dot," Singapore is a city-state that lacks natural resources, and previously even had to turn to neighboring countries for drinking water. Yet in a span of just six decades, it has transformed from a barren island expelled by Malaysia into an advanced nation with one of the highest per capita incomes worldwide and now wields significant influence on the global stage.

Intel appears to be recalibrating a cornerstone of its advanced manufacturing strategy as CEO Lip‑Bu Tan signals that the company's 18A process might soon be offered to external chip customers—a notable shift after initially planning to reserve the technology mainly for Intel's own products. According to Reuters, CFO David Zinsner told investors at a San Francisco tech conference that recent progress on 18A has convinced Tan that the process "is actually a good node to offer to external customers as well."

Broadcom's pivot to shipping complete AI racks — not just chips — will be a meaningful operational shift but one the company says is already priced into its margins and strategic plans, executives told investors on the firm's earnings call for the first quarter of fiscal 2026. Management framed the move as an extension of long‑running customer partnerships and supply‑chain positioning rather than a risky new business line.

In the AI era, technological competition among leading chip design companies continues to intensify. Broadcom announced in 2024 that it was working with TSMC to launch its 3.5D eXtreme Dimension System in Package (XDSiP) platform, with products scheduled to ship in 2026. Broadcom has now confirmed that the product, built on a 2nm process and using 3.5D system-level packaging, has begun shipping on schedule, primarily to customer Fujitsu.

Reports indicate that Samsung raised DRAM prices by more than 100% in the first quarter of 2026. The increase had initially been negotiated at around 70% in January 2026, but expanded further within a month.
On March 4, Broadcom told investors its Tomahawk family is a key competitive advantage as customers build larger AI clusters. Management highlighted Tomahawk 6 — which it described as the industry's only 100-terabit-per-second switch introduced in the last year — as a first-to-market product that hyperscalers are adopting for high-bandwidth cluster interconnects. The company said that the combination of switching performance and early availability has helped it "capture demand from hyperscalers" regardless of whether those customers run XPUs or GPUs.
On March 4, Broadcom told investors on its fiscal first quarter 2026 earnings call that its projection of “significantly in excess of US$100 billion” in 2027 refers specifically to silicon content — chips such as custom XPUs, switch chips, and DSPs — rather than broader systems, services, or software. CEO Hock E. Tan said management has “line of sight” to that chip-only figure and repeatedly framed the outlook around per‑customer compute deployments rather than one‑off transactions.