Investors looking to play the semiconductor boom no longer have to choose only between AI leaders like NVIDIA Corp (NVDA) and Taiwan Semiconductor Manufacturing Co. (TSM). With the launch of the VanEck China Semiconductor ETF (SMHC), VanEck has effectively split the semiconductor investment universe into two distinct themes: the established AI supply chain represented by the VanEck Semiconductor ETF (SMH) and China's rapidly expanding domestic chip ecosystem.

The timing is notable. SMH has been one of the biggest beneficiaries of the artificial intelligence boom over the past three years, riding unprecedented spending by hyperscalers on AI chips, high-bandwidth memory, advanced packaging, and semiconductor equipment. SMHC, by contrast, offers exposure to a different growth story: China's push for semiconductor self-sufficiency amid escalating U.S. export controls and ongoing geopolitical tensions. China's National Integrated Circuit Industry Investment Fund has committed roughly $98 billion to the domestic semiconductor industry through three funding rounds since 2014. The latest phase, launched in 2024, earmarked $47.5 billion to accelerate the country's chip development efforts.

Two ETFs, Two Different Investment Narratives

While both funds invest in semiconductor companies, their underlying investment theses have little in common.

SMH tracks the MVIS US Listed Semiconductor 25 Index, holding leading global chip companies listed in the U.S. Its portfolio spans designers, foundries, and equipment manufacturers, including Nvidia, Taiwan Semiconductor, Broadcom, Inc (AVGO), Advanced Micro Devices Inc (AMD), and Qualcomm Inc (QCOM). The ETF has become a proxy for AI infrastructure spending, with performance largely driven by Nvidia's GPU dominance, TSMC's advanced manufacturing capacity, and growing investments in AI data centers.

SMHC tracks the MarketVector China Semiconductor 25 Index and invests exclusively in Chinese semiconductor companies across chip design, wafer fabrication, equipment manufacturing, packaging, and testing. Unlike SMH, the new ETF has no constituent overlap with major U.S.-listed semiconductor ETFs, making it a complementary rather than competing allocation for investors seeking geographic diversification.

AI Demand vs. Semiconductor Self-Sufficiency

The biggest distinction between the two funds lies in what ultimately drives returns.

For SMH, the key catalysts remain:

• AI infrastructure spending
• Nvidia GPU shipments
• Hyperscaler capital expenditure
• High-bandwidth memory (HBM) demand
• Advanced packaging capacity
• Leading-edge foundry utilization
• Semiconductor equipment spending

The ETF is heavily concentrated in mega-cap names, meaning earnings from Nvidia, Broadcom, and TSMC can significantly influence performance.

SMHC, however, is tied to a different set of macro drivers. Its investment case rests on:

• China's semiconductor localization efforts
• Import substitution
• Domestic equipment manufacturers replacing foreign suppliers
• Expansion of local wafer fabrication capacity
• Government subsidies and industrial policy
• Rising domestic demand for Chinese-designed chips

Rather than competing directly with Nvidia or AMD today, many of the companies in SMHC are focused on reducing China's dependence on foreign semiconductor technology over the long term.

Valuations Reflect Different Stages of Growth

The valuation gap between the two ecosystems also tells an important story. SMH's holdings have seen significant multiple expansion over the AI rally, supported by strong earnings growth and record capital spending by cloud providers. Several of its largest holdings trade at premium earnings multiples, reflecting investor expectations that AI demand will remain elevated for years.

China's semiconductor companies are earlier in their growth cycle. Many remain focused on scaling production, improving technological capabilities, and capturing domestic market share rather than maximizing profitability. As a result, SMHC represents a structural growth story driven less by near-term earnings momentum and more by long-term policy support and capacity expansion.

Technical Picture Favors SMH ... For Now

From a market structure perspective, SMH enjoys several advantages. The ETF has a long trading history, deep liquidity, and substantial institutional ownership, making it one of the most actively traded semiconductor ETFs globally. Its performance also closely tracks key industry events, including Nvidia earnings, TSMC guidance, AI-related product launches, and hyperscaler capex announcements.

SMHC, by comparison, is still in its infancy. With limited trading history, investors will likely focus on early indicators such as:

• Assets under management growth
• Daily trading volume
• Net fund inflows
• Bid-ask spreads
• Tracking efficiency versus its benchmark

Strong early asset gathering could establish SMHC as the benchmark ETF for China's semiconductor sector, similar to the role SMH plays in the global chip industry.

Geopolitics May Drive Relative Performance

Ironically, the risks facing one ETF could become catalysts for the other. SMH remains exposed to potential disruptions from tighter U.S. export controls, Taiwan-related geopolitical tensions, AI spending moderation, and elevated valuations among its largest holdings. For SMHC, those same export restrictions may accelerate China's investment in domestic semiconductor capabilities.

Beijing has already committed $98 billion toward building a self-reliant semiconductor industry, supporting companies involved in chip manufacturing, semiconductor equipment, and materials. Continued policy support could provide a long runway for domestic players, even if they remain technologically behind global leaders in cutting-edge chip production.

A Tale of Two Semiconductor Futures

The launch of SMHC broadens how investors can access the semiconductor industry. SMH remains the preferred vehicle for investors seeking exposure to the companies powering today's AI revolution. SMHC, on the other hand, offers a way to invest in China's long-term effort to build an independent semiconductor ecosystem.

Rather than competing head-to-head, the two ETFs represent opposite sides of the same global trend: one captures the current leaders of the AI boom, while the other provides exposure to the world's largest effort to create an alternative semiconductor supply chain. As geopolitical rivalry increasingly reshapes the chip industry, investors may find that owning one — or both — depends less on semiconductor fundamentals alone and more on which vision of the industry's future they believe will prevail.