Can you calculate my IRR if I want to sell AMD options at 50% of current price at different expiries. Give me bids and asks details, OI, IV, volume for July 17 expiry onwards to 1 year DTE (no greeks needed)
I'll start by looking up AMD's current price and then fetch the option chains for multiple expiries. Let me work through this systematically.AMD's latest close is ~$529.14. The 50% OTM put strike would be ~$264.50 (closest standard strike $265 or $260). Let me now fetch options chains for multiple expiries from July 17 onwards out to ~1 year.Now let me fetch the missing Jan 2027 and Jun 2027 expiries, and also check for the 2027-07-16 date.Now I have all the data I need. Let me compile this in a compute step to calculate the IRRs. AMD's last close is ~$529.14, so the 50% OTM put strike would be $264.50 — the nearest standard strikes are $260 and $265. Let me use the $260 strike, which has the best liquidity across expiries, and compute IRR.## AMD 50% OTM Put Selling — IRR Analysis
AMD last price: $529.14 (Jul 15 close)
Strike used: $260 (~50% OTM)
Strategy: Sell cash-secured puts, collect premium
| Expiry | DTE | Bid | Ask | Mid | IV | Volume | OI | Annualized IRR |
|---|---|---|---|---|---|---|---|---|
| Jul 17, 2026 | 3 | $0.00 | $0.12 | $0.06 | 290% | 2 | 2,805 | 2.8% |
| Jul 24, 2026 | 10 | $0.01 | $0.10 | $0.06 | 160% | 0 | 69 | 0.8% |
| Aug 21, 2026 | 38 | $0.82 | $1.09 | $0.96 | 110% | 200 | 1,415 | 3.5% |
| Sep 18, 2026 | 66 | $1.90 | $2.58 | $2.24 | 96% | 19 | 2,562 | 4.8% |
| Oct 16, 2026 | 94 | $2.96 | $4.20 | $3.58 | 88% | 8 | 633 | 5.3% |
| Dec 18, 2026 | 157 | $7.25 | $8.25 | $7.75 | 81% | 4 | 935 | 6.9% |
| Mar 19, 2027 | 248 | $13.25 | $14.90 | $14.07 | 78% | 1 | 492 | 8.0% |
Key observations:
- Near-dated expiries (Jul 17 & Jul 24): Premiums are negligible — $0.06 mid for both. Not worth the transaction costs. The Jul 17 chain is dominated by 0-bid markets at this strike.
- Aug 21 (38 DTE): First expiry with a real bid ($0.82), yielding ~3.5% annualized. Solid OI of 1,415.
- Sep 18 (66 DTE): Best liquidity at this strike with OI of 2,562 and 4.8% annualized IRR. The sweet spot on the curve.
- Oct 16 (94 DTE): 5.3% annualized with decent bid/ask spread ($2.96/$4.20). OI drops to 633.
- Dec 18 (157 DTE): 6.9% annualized IRR. Wider market at $7.25/$8.25 with OI of 935.
- Mar 19, 2027 (248 DTE): 8.0% annualized IRR — highest on the curve. Thin volume (1) but OI of 492 is reasonable.
- IV compression is steep: from 290% at 3 DTE (noise) down to 78% at 248 DTE, reflecting decaying tail risk premium.
- Jan 2027, Jun 2027, and Jul 2027 expiries are not yet listed for AMD options.
Bottom line: For 50% OTM put selling on AMD, the Oct–Dec 2026 window offers the best risk/reward — 5–7% annualized with adequate liquidity. The Sep expiry is the liquidity leader; Mar 2027 gives the highest IRR at 8.0% but with the most capital tied up for the longest period.
Isnt margin = ~10% of strike price + premium? So for 260 strike - margin ~2.7K. So for sep 18 put - i get 82 premium, so that means annusalised its about 6x of this?
You're right — the margin requirement changes the return calculation significantly. For a naked put, the margin is typically ~10-20% of the notional (strike × 100 shares) for portfolio margin accounts, or roughly 10% of strike + premium received for Reg-T. Let me recalculate with that framework.
Key numbers for Sep 18, 2026 put: - Strike: $260, notional = $26,000 per contract - Reg-T margin ≈ 10% × $26,000 + premium = ~$2,600 + premium - So margin ≈ $2,600 - Premium received (bid): $1.90 × 100 = $190 - DTE: 66 days
Annualized Return on Margin = ($190 / $2,600) × (365 / 66) = 7.3% × 5.53 = ~40.4%
That's more like it. Let me rebuild the full table with proper margin-based returns.That's the right way to look at it. Here's the corrected analysis:
AMD $260 Put Selling — Return on Margin
Assumption: Reg-T margin ≈ 10% of notional ($26,000) + premium received. Margin ~$2,600–$3,900 depending on expiry.
| Expiry | DTE | Premium (Bid) | Margin | Bid IRR | Mid IRR | IV | OI |
|---|---|---|---|---|---|---|---|
| Jul 17 | 3 | $0 | $2,600 | — | — | 290% | 2,805 |
| Jul 24 | 10 | $1 | $2,601 | 1.4% | 7.7% | 160% | 69 |
| Aug 21 | 38 | $82 | $2,682 | 29.4% | 34.0% | 110% | 1,415 |
| Sep 18 | 66 | $190 | $2,790 | 37.7% | 43.9% | 96% | 2,562 |
| Oct 16 | 94 | $296 | $2,896 | 39.7% | 47.0% | 88% | 633 |
| Dec 18 | 157 | $725 | $3,325 | 50.7% | 53.4% | 81% | 935 |
| Mar 19 | 248 | $1,325 | $3,925 | 49.7% | 51.7% | 78% | 492 |
For your Sep 18 example specifically: $190 premium on $2,790 margin over 66 days = 6.8% absolute return, annualized to ~38% on the bid. You're right — it's roughly 6x the premium-on-strike calculation, because the margin is only 10% of notional, giving you ~10x leverage on the capital at risk.
Best trade-off: Dec 18, 2026 (157 DTE) — 50.7% annualized on the bid, with reasonable OI of 935, IV at 81%, and margin of ~$3,325. You capture the steepest part of the theta curve without being so far out that you're overpaying for tail risk.