How They Work: Buffered notes absorb a defined percentage of losses — typically 10–30% — before the investor begins to lose principal. Barrier notes provide full protection unless the reference asset falls through a defined threshold, at which point full downside exposure is restored. In exchange for this protection, upside may be capped or participation rates reduced.

Buffer vs. Barrier: A buffer is unconditional — the first 20% of losses, for example, are always absorbed. A barrier is conditional — if the asset stays above the barrier level throughout the term, you are fully protected. If it breaches the barrier even once (European) or closes below it at maturity (American), you bear losses from the starting level.

Market Risk: If the reference asset falls more than the buffer, or breaches the barrier, losses can be substantial. Investors should understand that these notes do not provide complete downside protection and can still result in significant loss of principal.

Liquidity Risk: Like all structured notes, buffers and barriers typically lack secondary markets. Early sale at a loss is possible even if the note's conditions have not been triggered.

How They Work: Autocallable notes — also called autocalls or "kick-out" notes — automatically mature early if the reference asset meets or exceeds a predetermined level on one of the scheduled observation dates. Investors receive their principal plus a coupon. If the autocall condition is never met, the note runs to full maturity, where a barrier or buffer typically determines whether principal is returned.

Reinvestment Risk: When a note autocalls early, you receive proceeds sooner than expected and must reinvest at current market conditions — which may be less favorable than when the original note was purchased. This is a significant risk in falling interest rate environments.

Barrier Risk at Maturity: If the autocall never triggers, the note survives to maturity where it typically converts to a barrier-protected structure. If the reference asset has fallen through the barrier, the investor receives reduced or no principal. The same asset that never recovered to trigger an autocall may also breach the barrier.

Complexity: The interaction between observation dates, autocall levels, coupon conditions, and maturity barriers makes autocallables among the more complex structured note types. Investors should model multiple scenarios — particularly extended downside scenarios — before investing.

How They Work: Income or yield notes — sometimes called "reverse convertibles" — pay above-market conditional coupons in exchange for the investor bearing downside risk on the reference asset. If the asset stays above a barrier level, full coupons are paid and principal is returned. If the barrier is breached, principal repayment is reduced — often converted into shares of the underlying at the initial price, resulting in a loss.

Yield vs. Risk Trade-Off: The elevated coupon rate is compensation for taking on equity-like downside risk. FINRA warns that investors sometimes focus on the attractive headline yield without fully appreciating that they are effectively selling a put option on the reference asset. The higher the coupon, the greater the implied risk.

Concentration Risk: Many income notes reference a single stock rather than an index, increasing concentration risk. A single company's earnings miss, regulatory action, or broader sector decline can trigger the barrier and result in material principal loss.

Credit Risk: As with all structured notes, coupon payments and principal repayment depend on the creditworthiness of the issuing bank — not the reference company. Investors are exposed to both the performance of the reference asset and the credit health of the issuer simultaneously.