What Is the Global X AI Semiconductor & Quantum ETF?

A thematic ETF that tracks the Global X AI Semiconductor & Quantum Index, holding companies involved in the AI semiconductor and quantum computing ecosystem on a market-cap-weighted basis. Its non-diversified structure means a few core holdings carry outsized weight.

It is well suited for growth-oriented investors seeking concentrated exposure to the AI compute-infrastructure and quantum computing themes.

The ETF is managed by Global X on a passive (index-tracking) basis.

It invests in AI semiconductor and quantum computing companies by tracking the underlying index constituents. The majority of net assets are deployed into index securities, and in addition to common stocks, ADRs and GDRs are used to include overseas-listed companies, providing exposure across the global semiconductor supply chain.

• Thematic construction combining AI semiconductors and quantum computing
• Inclusion of global semiconductor companies via ADRs and GDRs

Assets under management (AUM) stand at $118.7M, and the total expense ratio is 0.50% annually.

Unlike the broader semiconductor ETF SMH, it differentiates by adding quantum computing exposure, though its non-diversified structure can translate into higher volatility.

Global X AI Semiconductor & Quantum ETF Performance and Flows

Amid expectations of expanded AI infrastructure investment, volatility across the semiconductor theme has been elevated, and quantum computing names have tended to see wider price swings due to the gap between expectations and delivered results.

Capital flows respond sensitively to shifting market interest in AI and next-generation compute themes, and during risk-off phases, money can exit growth-themed ETFs rapidly.

Concentrated exposure to the AI semiconductor and quantum computing themes is the key strength, while the non-diversified structure and thematic volatility are the main drawbacks.

Global X AI Semiconductor and Quantum ETF Alternatives and Related Products

The SMH shown in the table is a large-cap ETF offering broader semiconductor exposure and serves as a direct comparison point. IHAK extends coverage into AI software and cybersecurity, while FDTX spans disruptive-technology themes overall — each differing in fee level and exposure breadth. Additionally, SOXX, which tracks the same semiconductor sector, provides broad diversification across semiconductor equipment and design and is worth reviewing as an alternative.

Points to review before investing in CHPX. Because this is a concentrated thematic ETF, it is advisable to check costs, holdings concentration, thematic volatility, and currency impact in advance, and to compare the exposure differences against broader semiconductor ETFs.

Short-term volatility tends to be elevated due to the non-diversified structure and the early-stage nature of the quantum computing theme. Should the AI investment cycle slow, the thematic pullback could deepen.

The ETF is suited for investors seeking concentrated exposure to the AI semiconductor and quantum computing themes. For investors whose objective is broad semiconductor exposure, a large-cap ETF such as SMH may be a better fit.

Concentrated exposure to the AI semiconductor and quantum computing themes is the key strength, while the non-diversified structure and thematic volatility are the main drawbacks.

Global X AI Semiconductor and Quantum ETF Alternatives and Related Products

The SMH shown in the table is a large-cap ETF offering broader semiconductor exposure and serves as a direct comparison point. IHAK extends coverage into AI software and cybersecurity, while FDTX spans disruptive-technology themes overall — each differing in fee level and exposure breadth. Additionally, SOXX, which tracks the same semiconductor sector, provides broad diversification across semiconductor equipment and design and is worth reviewing as an alternative.

Points to review before investing in CHPX. Because this is a concentrated thematic ETF, it is advisable to check costs, holdings concentration, thematic volatility, and currency impact in advance, and to compare the exposure differences against broader semiconductor ETFs.

Short-term volatility tends to be elevated due to the non-diversified structure and the early-stage nature of the quantum computing theme. Should the AI investment cycle slow, the thematic pullback could deepen.

The ETF is suited for investors seeking concentrated exposure to the AI semiconductor and quantum computing themes. For investors whose objective is broad semiconductor exposure, a large-cap ETF such as SMH may be a better fit.