One-glance verdict
$46.56 our estimate vs market $74.38
Wall Street consensus: $107.08 (130.0% higher than our fair-value estimate)
60% above our estimate
Fundamentals snapshot
ON · NMS · Technology · Semiconductors
Current price
$74.38
52-week range
$44.56 - $134.92
Market cap
$28.96B
One-glance verdict
Wall Street consensus: $107.08 (130.0% higher than our fair-value estimate)
60% above our estimate
Balance sheet
Net debt $844.50M. Interest coverage shows how many times profit covers the interest bill.
What stands out
What this company does
ON Semiconductor makes specialized electronic components, often called chips, that act like the brains and power controls for various technologies. The company makes most of its money selling these chips to car manufacturers for electric vehicles and to industrial companies for factory robots. This matters because as the world shifts toward more electric cars and automated factories, the need for ON's specific types of chips is expected to increase.
Originally the part of Motorola that made basic computer chips, ON Semiconductor was spun off as its own company in 1999. For many years, it focused on making a wide variety of standard chips. A major turning point was the purchase of a competitor, Fairchild Semiconductor, in 2016, which boosted its expertise in chips that manage high-power electricity. More recently, under a new CEO appointed in 2020, the company rebranded to 'onsemi' and shifted its strategy to focus on more specialized, high-value chips for the automotive and industrial sectors.
ON Semiconductor, now called onsemi, makes essential chips that manage power and sense the world around them. You wouldn't typically buy their products directly, but they are critical components inside things you use every day, like your car, computers, and even the systems that power the internet. These chips do things like convert electricity to the right level for a device to work, help electric vehicles charge faster, and enable cameras in cars and factory robots to 'see'. The company focuses on creating solutions for electric vehicles, advanced safety systems in cars, solar power, and the massive data centers that run AI applications.
This is the company's largest division and it makes chips that are the 'muscles' for electronic systems. These products control the flow and conversion of electricity, which is crucial for everything from electric vehicle drivetrains to the power supplies in giant AI data centers. For example, their chips help an electric car efficiently use power from its battery and enable the 'fast charging' that gets you back on the road quickly. This segment provides the high-power components that make modern, energy-hungry technologies possible and efficient.
Think of this group as making the 'brains' that manage the power 'muscles'. These chips don't just switch power on and off; they intelligently manage it, sense what's happening in a circuit, and communicate that information. For instance, in a car, these chips can monitor battery health or manage the power going to various electronic systems. This segment designs complex products that combine analog functions (like measuring real-world signals such as voltage) with digital functions (processing information with 1s and 0s).
This division creates the 'eyes' for machines. It develops advanced image sensors and processors that allow cars and robots to see and interpret their surroundings. These are used in advanced driver-assistance systems (often called ADAS) to enable features like automatic emergency braking and lane-keeping assist. In a factory, these sensors might guide a robot to pick up a specific object or ensure a safety system stops the machinery if a person gets too close. This group is focused on giving machines the ability to perceive the physical world.
The company's leadership is heavily focused on two major trends: electric vehicles (EVs) and artificial intelligence (AI). They are investing in making specialized chips from materials like Silicon Carbide (SiC), which are much more efficient for high-power uses like EV charging and drivetrains. By controlling the entire manufacturing process, from raw materials to the finished chip, they aim to ensure a reliable supply chain (the entire process of making and selling goods) for carmakers. For AI, they are developing power solutions that can make energy-hungry data centers more efficient, which is a huge challenge as AI becomes more widespread.
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: $107.08 (130.0% higher than our fair-value estimate).
Our most-likely fair value is $46.56 a share — about 37.4% away from today's price of $74.38, so the stock currently looks fairly priced.
Is it drowning in debt?
Net debt $844.5M. Interest coverage 10.6x.
ON Semiconductor Corporation's profit covers its interest bill about 10.6 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 $4.71B Interest coverage 10.59x This is the baseline the peer rows are being compared against.
Total debt $5.40B Interest coverage 2.46x -77% vs ON Carries about 4.3x less debt cushion than ON.
Total debt $10.98B Interest coverage 6.51x -39% vs ON Carries about 1.6x less debt cushion than ON.
Total debt $4.23B Interest coverage 5.87x -45% vs ON Carries about 1.8x less debt cushion than ON.
Total debt $8.41B Interest coverage 8.80x -17% vs ON Carries about 1.2x less debt cushion than ON.
Total debt $7.53B Interest coverage 0.82x -92% vs ON Carries about 12.9x less debt cushion than ON.
What you should know
The numbers
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Valuation
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What you should know