[424B2] JPMORGAN CHASE & CO Prospectus Supplement
JPMorgan Chase Financial Company LLC, fully guaranteed by JPMorgan Chase & Co., is offering $500,000 of structured "Review Notes" linked to the iShares Ethereum Trust ETF (ticker ETHA), due November 24, 2028. The notes may be automatically called as early as November 23, 2026 if the ETF’s closing price is at or above the Call Value, returning $1,000 per note plus a call premium that starts at 35% of principal and can reach 105% on the final Review Date.
If the notes are not called and the ETF’s final price is at or above the 70% barrier (set at $14.987, 70% of the $21.41 Initial Value), investors receive full principal back at maturity. If the final price is below the barrier, repayment is reduced one-for-one with the ETF loss, and investors can lose most or all of their principal. The notes pay no interest and are unsecured obligations exposed to the credit risk of JPMorgan entities. The public issue price is $1,000 per note, including $40 of selling commissions; the estimated value at pricing is $904.10 per $1,000 note, reflecting embedded fees and hedging costs. The ETF and ether exposure introduce high volatility, regulatory and liquidity risks.
Positive
- None.
Negative
- None.
FAQ
What is JPMorgan’s AMJB 424B2 Ethereum-linked note offering?
JPMorgan Chase Financial Company LLC is issuing $500,000 of Review Notes linked to the iShares Ethereum Trust ETF (ETHA), due November 24, 2028. Returns depend on the ETF’s price on scheduled Review Dates and at maturity, with no periodic interest payments.
How do investors in the AMJB Review Notes linked to ETHA earn returns?
On each Review Date, if ETHA’s closing price is at or above the Call Value (100% of the Initial Value), the notes are automatically called, paying $1,000 principal plus a call premium that ranges from 35% on the first Review Date up to 105% on the final Review Date. If never called, payoff at maturity depends on the final ETF level relative to the 70% barrier.
What happens at maturity if the JPMorgan AMJB notes are not called early?
If the notes are not automatically called and ETHA’s Final Value is at or above the Barrier Amount (70% of the $21.41 Initial Value, or $14.987), investors receive full principal back. If the Final Value is below the barrier, the payment equals $1,000 plus $1,000 times the Fund Return, so losses match the ETF’s percentage decline and can reach a total loss of principal.
What are the key risks of the AMJB structured notes linked to the iShares Ethereum Trust ETF?
Key risks include potential loss of all principal if ETHA falls below the barrier at maturity, no interest payments, and exposure to the credit risk of JPMorgan Financial and JPMorgan Chase & Co. The notes are also subject to high volatility, regulatory and operational risks related to ether and the ethereum network, as well as limited liquidity since the notes are not exchange-listed.
How are pricing, fees and estimated value structured for the JPMorgan AMJB notes?
The price to the public is $1,000 per note, including $40 of selling commissions, so JPMorgan Financial receives $960 in proceeds per note (or $480,000 in total). The estimated value at pricing is $904.10 per $1,000 note, reflecting internal funding rates, projected hedging profits or losses and hedging costs, which means secondary market prices will likely be below the issue price.
What is the underlying fund for the AMJB Ethereum Review Notes and how does it operate?
The notes reference the iShares Ethereum Trust ETF (ETHA), an investment trust that seeks to reflect generally the performance of the price of ether before expenses. The fund holds ether via a custodian, charges a sponsor fee of 0.25% per year of net asset value and periodically sells ether to pay expenses, which gradually reduces the ether represented by each share over time.
When do the AMJB Review Notes linked to ETHA price and settle, and what is the minimum investment?
The notes priced on November 20, 2025 and are expected to settle on or about November 25, 2025. The minimum denomination is $1,000, in integral multiples of $1,000.