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Investment Insights on the Semiconductor Industry in the AI Era

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As we enter the AI era,

the semiconductor industry offers new opportunities

for individual investors.

This article shares concrete and practical investment insights,

covering recent market trends, key sectors,

implications from an investment principles perspective,

and personal portfolio strategies.

This piece is based on a mixed approach

combining value investing, trend following,

Peter Lynch-style growth stock discovery,

and Ray Dalio's asset allocation philosophy.

1. Recent Market Trend Analysis

Let's first examine the macroeconomic environment

surrounding the semiconductor industry.

In the first half of 2024,

global interest rates have generally continued to rise.

The U.S. Federal Reserve's rate hikes

lead to higher investment costs,

burdening capital-intensive semiconductor investments.

Meanwhile, exchange rate volatility has increased,

with the KRW/USD rate fluctuating around 1,300 KRW,

affecting export competitiveness.

In this macro environment,

soaring AI demand is driving semiconductor demand strongly upward.

In Q1 2024, semiconductor sales grew over 15% year-on-year,

with data center and HPC-related chip sales notably increasing.

  • Rising interest rates increase investment costs, yet AI-driven demand supports overall growth
  • Exchange rate volatility impacts export/import price competitiveness and margins
  • HPC and AI demands serve as major growth drivers in the semiconductor market
  • 2. Key Sectors and Themes to Watch

    Semiconductor technologies integrated with AI

    have become the next-generation growth engine.

    Notably, the HPC market is growing rapidly

    at an annual rate exceeding 20%,

    driven by AI computing demand.

    The automotive electronics sector

    is also experiencing a surge in semiconductor demand

    due to EV and autonomous vehicle expansion.

    Furthermore, the convergence of 5G networks and IoT

    is creating new semiconductor demand.

  • HPC sector: fierce competition among Nvidia, AMD, Intel in AI accelerator chips
  • EV/autonomous driving: increasing demand for automotive semiconductors from Tesla, NXP, STM
  • 5G+IoT: expanding communication chip market led by Qualcomm and MediaTek
  • These areas are suitable for not only value investing

    but also growth stock discovery and trend-following strategies.

    As discussed in

    Value Investing vs Growth Investing — Which Style Suits Me?,

    differentiated sector strategies are essential.

    3. Insights from Investment Principles Perspective

    Investing in the semiconductor industry in the AI era

    benefits from a hybrid approach

    combining value investing and trend following.

    First, it is vital to identify undervalued stocks

    relative to their intrinsic value.

    For example, companies with large R&D expenses

    may show weak short-term performance

    but possess high long-term growth potential.

    Second, from a trend-following viewpoint,

    follow stocks with strong momentum

    but set clear stop-loss rules.

    For instance, rapid risk management is necessary

    if AI chip demand plummets

    or competition intensifies sharply.

    Third, securing a margin of safety is essential

    from a long-term investment perspective.

    This helps maintain investment discipline

    and manage portfolios stably

    amid macroeconomic uncertainty.

    Ray Dalio's asset allocation and risk parity principles

    are also worth considering.

    It is important to adjust the semiconductor allocation appropriately

    and balance it with other asset classes

    to reduce volatility.

    The checklist in

    Navigating the Market with Charlie Munger's Wisdom: This Week's Investment Checklist

    is useful for reviewing investment principles.

    4. Personal Portfolio Strategy

    My top priority when investing in the semiconductor industry

    is diversification and asset allocation.

    I avoid over-concentration in specific companies

    due to high risk.

    Currently, my portfolio includes global leaders

    like Nvidia, Samsung Electronics, and ASML,

    along with small allocations to promising AI startups.

    This approach seeks a balanced portfolio

    considering both growth potential and stability.

    Applying risk parity strategies helps minimize

    the impact of semiconductor stock volatility

    on the overall portfolio.

    While responding quickly to short-term market volatility,

    I maintain adherence to investment principles

    grounded in confidence in long-term growth themes.

    This strategy allows pursuing both stability and profitability

    amid the rapidly changing AI-era semiconductor landscape.

    Conclusion and Additional Information

    The semiconductor industry in the AI era

    offers great opportunities,

    but careful market analysis

    and adherence to investment principles

    are essential.

    A balanced investment strategy

    combining value investing, trend following, and asset allocation

    is the best path for individual investors to stay resilient.

    If you want deeper insights into semiconductor investments

    in the AI era,

    please subscribe to my newsletter!

    I hope this article helps you

    in your semiconductor stock investing

    and portfolio strategy development.

    Thank you for reading until the end.


    References

  • Value Investing vs Growth Investing — Which Style Suits Me?
  • Navigating the Market with Charlie Munger's Wisdom: This Week's Investment Checklist