Methodology

We selected these semiconductor ETFs based on several factors, including exposure to the semiconductor industry, portfolio construction, number of holdings, concentration, expense ratios, liquidity, investment methodology and current Zacks ETF Rank.

Zacks' ETF ranking system considers factors including asset-class forecasts and ETF-specific characteristics such as expenses and bid-ask spreads. The system uses a traditional #1 Strong Buy through #5 Strong Sell scale.

The five funds were selected to provide investors with different approaches to semiconductor investing rather than simply ranking funds by recent performance.

Fund data and rankings can change, so investors should verify current figures before making an investment decision.

Understanding Semiconductor ETFs

What are semiconductor ETFs?

Semiconductor ETFs are exchange-traded funds that hold a portfolio of companies involved in the semiconductor industry. Depending on the fund, that can include chip designers, integrated-device manufacturers, foundries, memory producers, semiconductor-equipment manufacturers and other businesses supporting chip production.

Buying an ETF allows investors to own a basket of these companies through a single security that trades on an exchange.

This can reduce the company-specific risk associated with purchasing an individual semiconductor stock. However, investors should not confuse that diversification with broad diversification because semiconductor ETFs remain concentrated in one industry.

Types of semiconductor ETFs

Semiconductor ETFs can be divided into several broad categories.

Market-cap-weighted semiconductor ETFs give larger companies greater portfolio weights. SMH is an example, with Nvidia currently representing a particularly large portion of the portfolio.

Modified market-cap-weighted ETFs use market capitalization but impose rules designed to limit or manage individual positions. SOXX and SOXQ follows this approach.

Equal-weight or equal-weight-oriented ETFs spread assets more evenly across constituents. XSD provides greater exposure to smaller semiconductor companies than funds dominated by the industry's largest stocks.

Quantitative or smart-beta semiconductor ETFs use rules beyond market capitalization. PSI evaluates semiconductor companies using factors such as growth, valuation, timeliness and risk.

Benefits of buying semiconductor ETFs

The primary benefit is diversification within the semiconductor industry. Instead of trying to identify which chip company will become the next industry leader, investors can own multiple companies at once.

Semiconductor ETFs also provide access to different parts of the chip ecosystem. A single fund can hold GPU designers, memory manufacturers, foundries and semiconductor-equipment companies.

ETFs can also be more convenient than constructing a portfolio of individual semiconductor stocks. Investors make one transaction rather than buying dozens of separate stocks.

Finally, semiconductor ETFs offer targeted exposure to secular trends such as AI, cloud computing, data centers, advanced computing, automotive electronics and industrial automation.

Risks of buying semiconductor ETFs

The biggest risk is sector concentration. Semiconductor ETFs may hold dozens of stocks, but those companies can still be affected by the same economic and industry forces.

The semiconductor industry is cyclical. Demand can change quickly, inventories can build, pricing can weaken and companies can reduce capital spending.

Valuation is another concern. Strong expectations for AI and other emerging technologies can push semiconductor stocks to elevated multiples. If earnings fail to keep pace with expectations, share prices can fall even when the underlying companies continue growing.

Geopolitical risk is also significant because semiconductor production is global. Trade restrictions, tariffs, export controls or disruptions involving Taiwan and other key manufacturing centers can affect the entire industry.

Are semiconductor ETFs safe?

Semiconductor ETFs are generally not considered conservative investments. They can be safer than owning one individual semiconductor stock because they spread company-specific risk across multiple holdings, but they remain relatively high-risk sector investments.

Investors seeking stability may prefer a diversified U.S. stock-market ETF as a core holding and use a semiconductor ETF as a satellite position.

Do semiconductor ETFs pay dividends?

Yes. Most semiconductor ETFs distribute some income because many of their underlying companies pay dividends.

However, semiconductor ETFs generally have relatively low dividend yields because the industry is focused more on growth and reinvesting capital than returning large amounts of cash to shareholders. For example, SOXX's trailing 12-month yield was 0.29% as of July 31, 2026, while SMH's distribution yield was 0.20% as of July 20, 2026.

Investors should therefore view these funds primarily as growth investments rather than income-generating ETFs.

Related: Best Dividend ETFs

How do taxes on semiconductor ETFs work?

For investors holding semiconductor ETFs in a taxable brokerage account, taxes generally apply when the ETF distributes taxable income or capital gains and when an investor sells shares for a profit.

Qualified dividends may receive preferential tax treatment if the applicable requirements are met, while other distributions may be taxed as ordinary income. Selling ETF shares at a profit generally creates a capital gain, with the tax rate depending in part on how long the shares were held.

Investors who hold semiconductor ETFs in tax-advantaged accounts such as IRAs generally do not owe current taxes on ordinary ETF distributions or capital gains inside the account, although withdrawals can be subject to applicable rules.

Because individual tax circumstances differ, investors should consult a tax professional regarding their specific situation.

Read more: Best ETFs to Buy Now

Key Metrics to Consider Before Buying Semiconductor ETFs

Investors should consider more than recent performance when evaluating semiconductor ETFs.

Expense ratio: Lower expenses can improve long-term returns, all else equal. The funds in this group range from 0.19% for SOXQ to 0.56% for PSI.

Number of holdings: More holdings can reduce individual-company concentration, although the overall industry remains concentrated.

Top holdings: Investors should examine the percentage allocated to the largest positions. SMH, for example, has a substantially larger Nvidia position than XSD.

Index methodology: Understanding how an ETF selects and weights stocks can help investors determine whether the fund matches their investment goals.

Liquidity: Higher trading volume and tighter bid-ask spreads can make it easier and less expensive to enter or exit a position.

Dividend yield: Semiconductor ETFs are generally not high-income investments, but distributions can still contribute to total returns.

Valuation: Investors should examine the portfolio's price-to-earnings and price-to-book ratios and compare them with historical levels and the broader market.

Volatility: Semiconductor ETFs can experience substantially larger price swings than broad-market ETFs. Investors should make sure their risk tolerance can accommodate those movements.

Portfolio Allocation of Semiconductor ETFs

Is it better to buy individual semiconductor stocks or an ETF?

For most investors who want broad exposure to the semiconductor industry, an ETF offers a simpler way to diversify.

Individual semiconductor stocks can produce higher returns if an investor correctly identifies a major winner, but they also carry substantially greater company-specific risk. An unexpected product failure, earnings miss, regulatory issue or competitive threat can severely affect an individual stock.

An ETF reduces that risk by spreading the investment across multiple companies. The trade-off is that investors also give up some of the upside that could come from owning the industry's single best-performing stock.

How much of my portfolio should be in semiconductor ETFs?

There is no universal allocation that works for every investor. A semiconductor ETF should generally be viewed as a satellite position rather than a substitute for a diversified core portfolio.

An investor with a high risk tolerance and strong conviction in the semiconductor industry might allocate a larger portion to the sector, while a conservative investor may choose a much smaller position.

Investors should also account for indirect semiconductor exposure. Someone who already owns large positions in technology-heavy ETFs such as the Nasdaq-100 or S&P 500 may already have significant exposure to Nvidia, Broadcom, AMD and other semiconductor companies.

Are semiconductor ETFs a safe long-term investment?

Semiconductor ETFs can be appropriate long-term investments for investors who believe the industry's structural growth will continue, but they should not be considered safe in the traditional sense.

The semiconductor industry has historically experienced major boom-and-bust cycles. Even companies with strong long-term prospects can experience severe temporary declines.

A long investment horizon can help investors ride out those cycles, but it does not eliminate the risk of permanent losses.

Should I buy a market-cap weighted or an equal-weighted semiconductor ETF?

The choice depends largely on an investor's preferred risk and exposure profile.

Market-cap-weighted funds such as SMH provide greater exposure to the industry's largest companies. That can be advantageous when mega-cap chip companies lead the market, but it also increases concentration risk.

An equal-weight-oriented fund such as XSD provides more balanced exposure across the industry and gives smaller companies greater influence. That can potentially benefit investors during periods when smaller semiconductor stocks outperform, but it can also hurt returns when industry leaders dominate.

Investors who want maximum exposure to Nvidia and other large AI beneficiaries may favor a market-cap-weighted approach. Investors seeking broader participation across the semiconductor industry may prefer an equal-weighted strategy.

How to Choose Semiconductor ETFs

Start by determining what type of semiconductor exposure you want.

If concentration in major semiconductor leaders is acceptable, SMH may be attractive. Investors looking for a somewhat more balanced 30-stock approach can consider SOXX. Those focused on keeping expenses low may favor SOXQ, which charges 0.19%. Investors seeking greater exposure to smaller semiconductor companies may prefer XSD, while PSI provides a quantitatively selected portfolio.

Next, examine the fund's holdings and weighting methodology. Two semiconductor ETFs can have very different risk profiles even when they appear to target the same industry.

Finally, compare expenses, liquidity, historical volatility, distributions and current valuations. Investors should avoid selecting an ETF solely because it has delivered the strongest recent return.

How to Buy Semiconductor ETFs

Buying a semiconductor ETF is similar to buying an individual stock.

First, open and fund a brokerage account that provides access to U.S.-listed ETFs.

Next, search for the ETF using its ticker symbol. Investors can research the fund's price, holdings, expense ratio, trading volume and bid-ask spread before placing an order.

Investors can then choose between a market order, which generally executes at the prevailing market price, and a limit order, which specifies the maximum price they are willing to pay.

Because semiconductor ETFs can be volatile, investors may want to consider spreading purchases over multiple dates rather than attempting to time a single entry point.

Frequently Asked Questions about Semiconductor ETFs

Is it Too Late to Buy Semiconductor ETFs?

It is not necessarily too late to invest in semiconductor ETFs, but investors should recognize that many semiconductor funds have already produced substantial gains in 2026.

The stronger argument for owning the sector is its long-term exposure to AI, data centers, advanced computing and other technology trends rather than the expectation that a recent rally will continue indefinitely.

Current market volatility also demonstrates why investors should avoid assuming that semiconductor stocks only move higher. The Philadelphia Semiconductor Index fell 2.64% on Aug. 24 amid weakness in technology stocks and ahead of Nvidia's earnings report.

For investors with a long time horizon, gradual purchases can reduce the risk of committing all capital immediately after a strong rally.

What is the difference between SMH and SOXX? Which is better?

Both SMH and SOXX provide targeted exposure to semiconductor companies, but their portfolio construction is different.

SMH tracks the MarketVector U.S. Listed Semiconductor 25 Index and currently has 26 fund holdings. It uses a market-cap-oriented approach that gives very large positions to leading companies. Nvidia represented about 20.8% of SMH in late July 2026, with TSMC, Broadcom, AMD and Micron also carrying significant weights. Its expense ratio is 0.35%.

SOXX tracks the ICE Semiconductor Index and has 30 holdings. Its methodology produces a more distributed portfolio, reducing the degree to which one mega-cap company determines performance. Its expense ratio is 0.33% .

Neither ETF is universally better. SMH may be better suited to investors who want concentrated exposure to the industry's largest semiconductor leaders, while SOXX may appeal to investors seeking a somewhat more balanced portfolio. 

The choice ultimately comes down to portfolio concentration, index methodology, expenses and the investor's tolerance for volatility.