One-glance verdict
$47.42 our estimate vs market $170.41
Wall Street consensus: $312.93 (560.0% higher than our fair-value estimate)
259% above our estimate, beyond the bull case
Fundamentals snapshot
TSEM · NMS · Technology · Semiconductors
Current price
$170.41
52-week range
$77.04 - $319.94
Market cap
$19.34B
One-glance verdict
Wall Street consensus: $312.93 (560.0% higher than our fair-value estimate)
259% above our estimate, beyond the bull case
Balance sheet
Net cash $1.34B. Interest coverage shows how many times profit covers the interest bill.
What stands out
What this company does
Tower Semiconductor is a specialized factory that manufactures computer chips for other companies. Businesses that design chips for products like smartphones, cars, and medical devices hire Tower to build them. This makes Tower an important link in the global supply chain (the network of companies involved in creating and distributing a product), as many popular electronics rely on its manufacturing services.
Tower Semiconductor was founded in 1993 in Israel, initially acquiring a fabrication facility. The company went public in 1994 and expanded its manufacturing capabilities with new facilities over the years. A significant turning point was the 2008 acquisition of Jazz Semiconductor, which broadened its U.S. presence and strengthened its expertise in analog and radio frequency (RF) technologies. This strategic move helped reshape the company, which was known as TowerJazz for a period before rebranding back to Tower Semiconductor. More recently, the company has focused on strategic partnerships and capacity expansions, including a joint venture in Japan and collaborations in Italy, to enhance its global manufacturing footprint and technological offerings.
Tower Semiconductor is a "foundry," which means it manufactures computer chips (also called integrated circuits or ICs) based on designs created by other companies. Think of it like a specialized factory that builds components for other businesses rather than selling its own branded products directly to consumers. These chips are essential building blocks for a vast array of electronic devices we use every day. Tower focuses on "specialty" chips, meaning they are designed for specific functions rather than general-purpose computing, and are used in markets like communication, automotive, industrial, and medical devices.
This is Tower Semiconductor's primary business. They manufacture analog chips, which are different from the digital chips found in most computers. Analog chips are used to process real-world signals, like sound or temperature, and convert them into digital information that computers can understand, or vice versa. Tower offers a wide range of these specialized analog technologies, including those for radio frequency (RF) applications (used in wireless communication), high-performance analog (HPA) for complex signal processing, and integrated power management chips that control the flow of electricity in devices. These chips are crucial for everything from smartphones and Wi-Fi routers to car electronics and medical equipment.
This part of Tower's business focuses on manufacturing chips that act as the "eyes" for electronic devices. CMOS image sensors are the technology behind the cameras in your smartphone, digital cameras, and security systems, capturing light and converting it into digital images. Non-imaging sensors are used for various sensing applications beyond just capturing visual data, such as detecting motion, pressure, or temperature. These sensors are vital for a wide range of products, from automotive safety systems to industrial monitoring and consumer electronics.
This segment produces chips that are essential for managing and controlling electrical power within electronic devices. Power management integrated circuits (PMICs) are like the traffic cops for electricity, ensuring that components receive the right amount of power at the right time, which is critical for efficiency and preventing damage. Bipolar-CMOS-DMOS (BCD) technology is a specialized type of power management that allows for high-voltage and high-power applications. These chips are particularly important in the automotive industry for electric vehicles and in industrial applications where robust power control is needed.
This is a more advanced area where Tower is expanding its capabilities. Silicon photonics involves using light to transmit data, which can be much faster and more efficient than traditional electrical signals. This technology is becoming increasingly important for high-speed communication, data centers, and artificial intelligence (AI) applications. Silicon Germanium (SiGe) is another specialized material used to create high-performance chips, particularly for radio frequency (RF) applications, offering advantages in speed and efficiency for wireless communication and high-frequency electronics.
Tower Semiconductor's management is focused on expanding its capacity in specialized chip manufacturing, particularly in areas like silicon photonics and silicon germanium. They are investing heavily in Japan to boost production for AI and data center needs, recognizing the growing demand for faster and more efficient data transmission. The company is also prioritizing deepening its expertise in existing specialty areas like analog and power management chips, aiming to be a go-to partner for companies needing highly customized and reliable semiconductor solutions. This strategy emphasizes differentiation and long-term partnerships over competing in the high-volume, leading-edge chip market.
Price history
Earnings history
Click any quarter to read the call summary and what the numbers say.
Is it cheap or expensive?
Wall Street consensus is the average analyst price target: $312.93 (560.0% higher than our fair-value estimate).
Our most-likely fair value is $47.42 a share — about 72.2% below today's price of $170.41, so the stock currently looks expensive (overvalued).
Is it drowning in debt?
Net cash $1.3B - more cash than debt. Interest coverage 53.1x.
Tower Semiconductor Ltd.'s profit covers its interest bill about 53.1 times over. which is stronger than every peer shown here and 1 peers sit below 1x, which is the danger zone where profit does not fully cover the interest bill.
Total debt $141.70M Interest coverage 53.08x This is the baseline the peer rows are being compared against.
Total debt $1.68B Interest coverage 15.94x -70% vs TSEM Carries about 3.3x less debt cushion than TSEM.
Total debt $1.95B Interest coverage 28.55x -46% vs TSEM Carries about 1.9x less debt cushion than TSEM.
Total debt $4.71B Interest coverage 10.59x -80% vs TSEM Carries about 5.0x less debt cushion than TSEM.
Total debt $10.98B Interest coverage 6.51x -88% vs TSEM Carries about 8.2x less debt cushion than TSEM.
Total debt $253.34M Interest coverage -0.19x -100% vs TSEM This peer has almost no interest-payment cushion compared with TSEM.
What you should know
The numbers
Tap any ? icon to learn what it means.
Valuation
Profitability
Health
Growth
Cash flow
Dividend
Metric explainer
Debt comparison
What you should know