Defiance Quantum ETF (QTUM) Dividend Yield, History & Forecast

Defiance Quantum ETF (QTUM) is an exchange-traded fund (ETF) listed on the NASDAQ Global Market. It pays a current dividend yield of 1.06% ($1.40 per share annually (TTM)). The most recent ex-dividend date was September 23, 2026, with payment scheduled for September 24, 2026. market capitalization is approximately $3.52B. Review QTUM dividend history on this scorecard, compare peers in the Compare Dividend Returns tool, or project income with the dividend calculator.

QTUM fund composition

QTUM holds 89 positions, with 18.4% of assets in its ten largest. It charges an expense ratio of 0.40%, and manages $4.89B.

Top 10 holdings

HoldingWeight
3443.TWGlobal Unichip Corp2.44%
ESTCElastic NV2.09%
PLTRPalantir Technologies Inc1.85%
HQHorizon Quantum Holdings LTD1.83%
NTNXNutanix Inc1.77%
MSFTMicrosoft Corp1.72%
SNOWSnowflake Inc1.67%
NETCloudflare Inc1.67%
REY.MIReply SpA1.67%
RDNTRadNet Inc1.65%

Sector allocation

Technology80.7%Industrials9.2%Communication Services6.5%Consumer Cyclical2.3%Healthcare1.4%Financial Services0.0%Cash & Others0.0%

Compare QTUM

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Frequently Asked Questions about Defiance Quantum ETF (QTUM)

What is Defiance Quantum ETF's dividend yield?
Defiance Quantum ETF (QTUM) pays a current trailing twelve-month dividend yield of 1.06%, which works out to $1.40 per share annually based on the most recent payout schedule.
When does Defiance Quantum ETF pay distributions?
The most recent ex-dividend date was September 23, 2026. The next scheduled dividend payment date is September 24, 2026.
How many years has Defiance Quantum ETF increased its dividend?
Defiance Quantum ETF (QTUM) has increased its dividend for 1 consecutive year.
What does Defiance Quantum ETF invest in?
QTUM seeks out companies involved in the development of quantum computing and machine learning technology. Quantum computing refers to hardware and software designed to harness extremely fast computers that leverage the field of quantum mechanics, a branch of physics dealing with particles and their natural behavior. Covered technologies include the development of quantum computers, application of quantum computers, interaction between quantum and traditional computers, hardware and software for machine learning, specialized machinery for semiconductor and integrated circuit packaging, and...