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You may have noticed that professional traders widely use synthetic options in global markets. It is a strategy that simulates a target position by combining different option contracts or spot assets. Synthetic options allow you to flexibly respond to market changes and seize trading opportunities. The table below shows the scale of global options trading in 2023, with trading volume continuing to grow, highlighting the immense market potential of synthetic options:
| Metric | Value |
|---|---|
| Total Global Trading Volume in 2023 | 1.373 billion contracts |
| Total Global Options Trading Volume in 2023 | 1.082 billion contracts |
| India Stock Index Options Trading Volume in 2023 | 843 million contracts |
| Growth Rate from 2022 to 2023 | 98% |
| Number of Open Interest Contracts in 2023 | 95.5 million contracts |
| Open Interest Growth from 2022 to 2023 | 18% |

By learning synthetic options, you can master more practical techniques, enhance your trading skills, and effectively manage risks.

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You can understand synthetic options as a strategy that simulates a target position by combining different financial instruments. The core of synthetic options lies in using option pricing models to flexibly combine call options, put options, and underlying assets to achieve the same risk-reward profile as directly holding a specific asset or option.
Synthetic pricing provides you with the opportunity to compare actual contracts with their synthetic counterparts. You can compare the prices of call and put options with the same strike price and expiration date to determine which approach is more advantageous. Factors such as interest rates and dividends also influence your choice between real and synthetic positions.
The common types of synthetic positions are shown in the table below:
| Synthetic Position Type | Composition |
|---|---|
| Synthetic Long Stock | Buy Call Option + Sell Put Option |
| Synthetic Short Stock | Buy Put Option + Sell Call Option |
You can flexibly choose different synthetic positions based on your market outlook to achieve the effect of simulating long or short stocks.
The put-call parity relationship is the foundation of synthetic options theory. You can understand the price relationship between call and put options through this mathematical relationship. As long as the strike price and expiration date are the same, there is a strict mathematical relationship between call and put options. This relationship allows you to replicate the payoff of one instrument using another.
In practice, common synthetic option combinations include:
| Synthetic Option Type | Components |
|---|---|
| Synthetic Long Stock | Long Call Option + Short Put Option |
| Synthetic Long Call Option | Long Put Option + Long Stock |
| Synthetic Long Put Option | Long Call Option + Short Stock |
| Synthetic Short Stock | Long Put Option + Short Call Option |
| Synthetic Short Call Option | Short Put Option + Short Stock |
| Synthetic Short Put Option | Short Call Option + Long Stock |
You will find that synthetic options not only help you replicate target positions in low-liquidity markets but also allow you to flexibly adjust strategies based on market changes. By combining different options and underlying assets, you can simulate various complex investment positions, improving trading flexibility and efficiency.
You can construct different synthetic option positions by combining spot assets with option contracts. For example, if you hold a stock of a U.S.-listed company and buy a put option on that stock, you can simulate the effect of a synthetic long call option. You can also sell the stock and buy a call option to simulate a synthetic long put option.
This method is suitable for use when the spot market has good liquidity. You need to note that holding spot assets requires attention to margin requirements and trading costs. If you operate in an investment account with a licensed Hong Kong bank, you can usually directly trade U.S. stocks and related options, which is convenient and flexible.
Tip: When operating in practice, be sure to monitor option premiums and trading costs. Synthetic positions involve multiple transactions, and commission expenses will be higher than for a single contract.
You can also use only option contracts to construct synthetic positions. Common practices include:
You can flexibly choose these combinations in the U.S. market. The primary market for synthetic options typically has better liquidity than individual option markets, but when establishing synthetic positions in less liquid options, the bid-ask spread may be larger, affecting your trading price. You also need to monitor margin requirements and commission expenses to ensure the cost-effectiveness of the strategy.
You often encounter significant market fluctuations in trading. Synthetic options can help you flexibly respond to these changes. You can quickly adjust the direction and risk configuration of your positions based on your judgment.
During actual trading, you often need to quickly adjust strategies based on market changes. Synthetic options allow you to modify positions without closing existing trades. This flexibility enables you to respond swiftly to market changes, reducing the number of transactions required to adjust positions and thus lowering trading costs.
You can flexibly choose different strategy adjustment methods based on your risk appetite and market judgment.
When trading, you may encounter situations where certain assets have low liquidity or unreasonable prices. Synthetic options can help you simulate the return and risk characteristics of target securities. By combining underlying assets with different options, you can achieve performance similar to directly holding the asset.
| Market Environment | Synthetic Strategy Performance | Direct Holding Performance |
|---|---|---|
| XAU/USD | Better | Average |
| EUR/USD | Better | Average |
When operating in practice, you need to be aware of the limitations of synthetic options. Increased complexity, execution and liquidity risks, potential losses, regulatory and margin requirements, and counterparty risks are all factors you need to evaluate in advance.
By learning and practicing, you can gradually master the ability to simulate positions with synthetic options, enhancing your trading skills.
You can use synthetic options to implement long strategies, especially when you are bullish on a stock’s rise. You don’t need to directly buy the stock to achieve similar returns. Many institutional investors choose synthetic options in the following scenarios:
Synthetic options provide flexibility and cost-effectiveness. You can participate in bullish strategies with less capital, replicating the profit and loss potential of actual stock holdings. When the market turns downward, you can also mitigate losses promptly. In an investment account with a licensed Hong Kong bank, you can easily build these long strategies through the U.S. options market.
You can also use synthetic options to implement short strategies. Compared to traditional short selling, synthetic options typically require less initial capital. You can refer to the table below to understand the main differences between the two:
| Feature | Synthetic Options | Traditional Short Selling |
|---|---|---|
| Capital Efficiency | Typically requires less initial capital due to option premiums offsetting costs. | Requires higher initial capital to purchase the stock. |
| Risk Exposure | May face unlimited losses and early exercise risks. | Risks mainly stem from stock price increases. |
| Cost Management | Avoids fees associated with hard-to-borrow stocks. | May incur borrowing fees. |
| Leverage | Offers relatively high return potential but increases risk. | Lower leverage effect with relatively manageable risks. |
When using a synthetic short stock strategy, the maximum loss can be unlimited. If the stock price rises significantly, you may incur substantial losses. The Bearish Split-Strike Synthetic strategy carries similar risks, with the short call option also having unlimited risk. You need to pay special attention to risk management and set reasonable stop-loss points during operations.
You can use synthetic options for arbitrage operations to profit from market price discrepancies. Common arbitrage strategies include conversion arbitrage and reversal arbitrage. The table below shows two typical arbitrage strategies:
| Strategy | Synthetic Position Construction | Market Expectation | Profit Mechanism |
|---|---|---|---|
| Conversion Arbitrage | Synthetic Short Position | Neutral to Bearish | Exploits overvaluation of call options |
| Reversal Arbitrage | Synthetic Long Position | Neutral to Bullish | Exploits undervaluation of put options |
When operating in practice, you need to be aware of the limitations of arbitrage strategies. Market volatility may amplify the impact of price fluctuations, and the profit potential of synthetic positions is limited. You also need to bear higher trading costs and margin requirements. When option liquidity is low, entering and exiting synthetic positions can be challenging. Before executing arbitrage strategies, it’s advisable to assess the market environment and your risk tolerance.
If you want to start trading with synthetic options, you can follow these steps:
Tip: When practicing, pay attention to the costs and margin requirements of each trade. A demo account can help you gain experience and reduce mistakes in actual operations.
As a beginner, you can choose simple and effective synthetic option strategies. Here are common approaches suitable for novices:
You can practice synthetic long strategies with highly liquid stocks like Apple or Microsoft in the U.S. market.
When choosing trading tools, you can refer to the table below:
| Tool Name | Applicable Market | Main Features | Currency Unit |
|---|---|---|---|
| TD Ameritrade | U.S. | Options simulation and live trading | USD |
| Interactive Brokers | U.S. | Multi-asset option combinations | USD |
| E*TRADE | U.S. | User-friendly interface and educational resources | USD |
You can prioritize platforms that support demo accounts and synthetic option strategies. The platform’s educational resources can also help you quickly improve your trading skills.
Note: When operating in practice, avoid common beginner mistakes, such as not researching the market, lacking a trading plan, failing to set stop-losses, or overexposing to a single position. Support every decision with evidence and market research, allocate funds reasonably, set stop-loss points, and avoid single-position risks.

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When using synthetic options, market volatility can introduce multiple risks. During high volatility periods, the price of the underlying asset may change dramatically, causing rapid losses in your synthetic positions. You may also face assignment risk, where short options are exercised at any time, resulting in unexpected positions. Execution complexity increases because synthetic options involve multiple transactions, and partial fills or delayed execution may alter your risk exposure. Margin requirements are typically higher than for single-leg options, and losses can accelerate during market volatility. In low-liquidity or highly volatile markets, mispricing or slippage may erode your profits. The table below summarizes the main risk factors:
| Risk Factor | Description |
|---|---|
| Assignment Risk | Short options may be exercised at any time, leading to unexpected positions. |
| Execution Complexity | Synthetic options require multiple transactions, and partial fills or delayed execution may alter the expected risk exposure. |
| Margin Requirements | Typically higher than single-leg options, reflecting higher risk and the potential for rapid losses during market volatility. |
| Mispricing or Slippage | In low-liquidity or volatile markets, mispricing between synthetic and actual positions may erode profits or cause losses. |
| Market Volatility Impact | If the underlying asset fluctuates sharply, synthetic options can incur rapid losses, similar to the real positions they replicate. |
You can assess the risks of synthetic options using various quantitative methods. Monte Carlo simulations can help you analyze tail risks under different market scenarios, while scenario detection analysis identifies common patterns in significant tail scenarios to determine key risk scenarios. The Cox-Ingersoll-Ross (CIR) process is used to model return dynamics, simulating the impact of spread and interest rate changes on portfolio returns. The table below shows commonly used risk assessment methods:
| Quantitative Method | Description |
|---|---|
| Monte Carlo Simulation | Used to assess tail risks of synthetic GICs by simulating different market scenarios to analyze risks. |
| Scenario Detection Analysis | Identifies common patterns in significant tail scenarios generated by Monte Carlo simulations to determine key risk scenarios. |
| Cox-Ingersoll-Ross (CIR) Process | Used to model return dynamics, simulating the impact of spread and interest rate dynamics on portfolio returns. |
When operating in the U.S. market, you can combine these methods to regularly assess the risks of your synthetic option portfolio.
You can adopt various strategies to mitigate synthetic option risks:
When operating in practice, it’s advisable to adjust positions promptly based on market volatility and set reasonable stop-loss points. You can also use demo accounts to test different risk mitigation strategies to enhance your risk management skills.
You can improve trading flexibility and profit potential through synthetic options. Long-term studies show that synthetic option strategies can replicate the economic effects of futures positions. You need to understand the impact of option premiums, break-even points, and Greeks on option value.
Synthetic options use a combination of multiple financial instruments to simulate a target position. Regular options involve directly buying or selling a single call or put option. You can achieve greater flexibility with synthetic options.
You can. By combining different option contracts, you can simulate long or short positions without holding the spot asset.
You can try simple synthetic strategies. It’s recommended to practice with a demo account first to familiarize yourself with the process and gradually improve your trading skills.
You may face losses due to sharp market fluctuations. Some strategies have unlimited loss potential. You need to set stop-losses and reasonably control position sizes.
Synthetic options involve multiple transactions. You need to pay multiple commissions and margin costs. It’s advisable to calculate the total cost before placing orders and choose a low-fee platform.
Synthetic options empower you to manage risk and capital requirements like a pro. Whether you’re leveraging the put-call parity for arbitrage or simulating a stock position with less capital, the success of your strategy relies on swift funding and cost-effective trade execution. When the market offers a fleeting opportunity, a slow transaction or high commission can negate your strategic edge.
With BiyaPay, you get the speed and low cost advanced trading demands. We offer zero commission for contract limit orders, significantly reducing the burden of multi-leg synthetic options constructions. Furthermore, our support for quick conversion between fiat and digital assets like USDT ensures your margin capital is deployed instantly, bypassing complex banking routes. You can register fast—in just 3 minutes without needing a foreign bank account—and gain instant access to US and Hong Kong Stocks. Use our real-time exchange rate checks to maintain transparent control over your funding costs. Open your account today and gain the financial agility necessary to master synthetic options trading.
*This article is provided for general information purposes and does not constitute legal, tax or other professional advice from BiyaPay or its subsidiaries and its affiliates, and it is not intended as a substitute for obtaining advice from a financial advisor or any other professional.
We make no representations, warranties or warranties, express or implied, as to the accuracy, completeness or timeliness of the contents of this publication.



