everything you need to know about the semiconductor supercycle. We break down why Samsung Electronics and Hynix shares are soaring on rising demand for HBM and AI semiconductors, and the investment outlook.
table of Contents
- why are semiconductor stocks soaring recently?
- what is the semiconductor supercycle?
- key factors driving this supercycle
- How AI is impacting other industries
- how Long Will the Supercycle Last?
- frequently Asked Questions
why are semiconductor stocks soaring lately?
the stock market is really hot right now. shares of semiconductor companies like Samsung Electronics and SK Hynix are hitting new highs every day, and many investors are pointing to the semiconductor supercycle as a key driver of the rally.
it's not just that business is getting better; it's that the market has entered a unique phase of prolonged bullishness due to structural changes. But what exactly is creating this semiconductor supercycle, and how is it changing the landscape of the industry?
what is the semiconductor supercycle?
the original meaning of a supercycle
the term supercycle originally came from the commodity markets, where commodities typically follow a normal business cycle, with supply and demand fluctuating and prices rising and falling accordingly. however, a supercycle goes far beyond this cycle and describes a macro trend in which a particular commodity continues to rise over an extended period of time.
in fact, the rapid growth of the Chinese economy starting in the late 90s is a good example. as China transformed into the factory of the world, demand for key commodities such as copper, iron ore, and crude oil exploded, leading to a commodity supercycle in the 2000s, a prolonged period of rising prices for key industrial commodities.
characteristics of the semiconductor supercycle
the semiconductor supercycle is a little different from the commodity market. while commodity market supercycles are characterized by long-term trends of 10, 20, or more years, semiconductor supercycles are long-term booms that last two years or more.
it's a phenomenon where supply fails to keep up with demand for an extended period of time, as changes in technology drive a structural increase in demand for semiconductors, which creates a supply shortage, leading to a prolonged period of rising prices and improved corporate earnings.
key factors driving this supercycle
how it differs from past supercycles
in fact, the semiconductor supercycle itself is a phenomenon that has happened before. the explosive growth of smartphones and data centers in the early 2010s drove demand for semiconductors, while the cloud computing and bitcoin mining boom in the late 2010s led to a supercycle that led to a prolonged bull run.
but this supercycle is completely different from the past. that's because while consumer demand has driven supercycles in the past, it's now being driven by big tech companies.
AI supremacy and long-term investment
for big tech companies, investing in AI is an investment in their future survival. it's a huge capital battle to see who can drive the growth of the AI market, and their investment plans are much longer term than the average consumer's. The scale and impact is expected to be unprecedented.
Exploding demand for HBM semiconductors
the key to this is HBM, as is well known. HBMs use much more memory semiconductors than typical memory semiconductors because they stack multiple D-RAMs on top of each other to maximize the number of data transfer paths.
this demand for HBMs has led to the explosive growth of the AI memory semiconductor market. memory semiconductor companies are cutting back on D-RAM production to make these lucrative HBMs.
Rising D-RAM prices and memory semiconductor shortages
but a funny thing is happening. the current AI boom is driving up the demand for high-performance D-RAM for high-capacity servers and enterprise SSDs, which in turn is driving up the price of D-RAM.
this is causing both supply shortages and price increases across the high-performance memory space. This is having a positive effect on the overall supply and demand of semiconductors, as we've cut back on D-RAM production to focus on HBMs.
How AI is impacting other industries
electric vehicle semiconductors and autonomous driving semiconductors
it's not just tech companies building AI accelerators that are impacting the demand for semiconductors. The electrification of the automotive industry and the development of autonomous driving and driver assistance systems are also exploding the demand for automotive semiconductors.
while a typical internal combustion engine vehicle uses 200 to 300 semiconductors, an electric vehicle uses more than 1,000. future fully autonomous vehicles will require an even greater number of semiconductors, and advances in AI technology are expected to drive both the electric vehicle and autonomous driving sectors, further increasing demand for semiconductors.
the robotics industry and industrial IoT
and let's not forget the advancements in industrial IoT and robotics that are currently taking place across industries. Many industries are adopting AI-powered automation, intelligent robots, and collaborative robots.
Advances in AI technology are not only driving these AI industry structural changes, but they are also expected to drive a tremendous increase in semiconductor demand. the semiconductor cycle is spreading across all industries and driving change.
how long will the supercycle last?
long-term sustainability
the current AI-driven semiconductor supercycle is not expected to end anytime soon. this is because the race for AI supremacy among big tech companies is not a short-term sprint, but rather a marathon that will require massive investment over the long term.
risk factors
but there are also some risks. a global economic slowdown could cause big tech companies to delay investments, and if innovation in AI technology reaches a plateau, this could also cause big tech companies to hold back.
some analysts have suggested that the current supercycle could flip and lead to a slowdown in demand, resulting in massive inventories and an industry recession. In addition, there are geopolitical risks.
whether the current semiconductor supercycle will remain stable for years to come, or whether it will slow down due to other factors is unknown at this point, so it's important to keep an eye on what news emerges and how the market reacts.
frequently asked questions
q. How long does the semiconductor supercycle last?
a: A semiconductor supercycle is a long-term boom that typically lasts more than two years. the current AI-led supercycle is likely to last longer than in the past because it is based on long-term investment plans by big tech companies. however, this is subject to variables such as a global economic slowdown or geopolitical risks.
question 2. Why are HBM semiconductors important?
a: HBM is a high-performance memory that stacks multiple D-RAMs to maximize data transfer speeds. It is an essential component of AI accelerators, which use much more semiconductors than regular memory. the current AI boom has led to an explosion in demand for HBMs, which is driving improved performance for memory semiconductor companies.
question 3. Will Samsung Electronics and Hynix stock prices continue to rise?
a: As the semiconductor supercycle continues, we expect memory semiconductor companies like Samsung Electronics and Hynix to improve their performance. however, stock prices are affected not only by earnings but also by many variables, including the global economy, currency exchange rates, and geopolitical risks. it is important to continuously monitor market trends from a long-term investment perspective.
q4. What industries besides AI are driving demand for semiconductors?
a: The electric vehicle and autonomous vehicle industries. while 200 to 300 semiconductors are used in a regular vehicle, more than 1,000 are used in an electric vehicle. In addition, industrial IoT, robotics, factory automation, etc. are also contributing to the increase in semiconductor demand.
q. 5. What are the signs of the end of the semiconductor supercycle?
answer: declining investment by big tech companies, stagnation in AI technology innovation, global economic slowdown, and oversupply of memory semiconductors are key signs. Market indicators such as falling D-RAM prices and slowing HBM demand are particularly important to watch. Earnings announcements and changes in investment plans by major semiconductor companies are also important indicators.
wrapping up: a new era of investment opportunities
the semiconductor supercycle is not just an upturn, but an industry-wide structural shift driven by AI. The explosion in demand for HBM semiconductors and AI semiconductors, as well as the electric car and robotics industries, is creating new opportunities for investors.
if you found this article helpful, please let us know what you think in the comments. subscribe to be the first to receive semiconductor market and investment insights.