NXP Semiconductors is a Dutch semiconductor company that designs and manufactures chips used in cars, smartphones, transit systems, electronic passports, and industrial equipment. Originally the semiconductor division of Philips, NXP became an independent company in 2006 and has grown into one of the largest chipmakers in the world, with roughly 33,000 employees and over $12 billion in annual revenue.
How NXP Became Its Own Company
NXP’s roots go back to 1953, when Philips entered the semiconductor industry and began manufacturing chips at a facility in Nijmegen, Netherlands. Philips formally established Philips Semiconductor as a business unit in 1993, and that division operated under the Philips umbrella for more than a decade before spinning off as NXP Semiconductors in 2006.
The company made its biggest move in 2015 when it merged with Freescale Semiconductor, a chipmaker that had itself spun out of Motorola in 2004. That merger created the world’s fourth-largest semiconductor company at the time and cemented NXP’s position as the largest supplier of chips to the automotive industry. Today NXP is headquartered in Eindhoven, Netherlands, and trades on the Nasdaq under the ticker NXPI.
What NXP Actually Makes
NXP designs microcontrollers, processors, sensors, radio frequency chips, and security components. These aren’t the flashy consumer processors you’d find in a gaming PC. They’re the specialized chips embedded in the systems you interact with every day without thinking about it: the contactless payment terminal at a coffee shop, the radar sensor in a car’s blind-spot warning system, the secure chip inside an electronic passport.
The company organizes its business around four market segments. In 2025, revenue broke down roughly like this:
- Automotive: $7.12 billion, making up about 58% of total revenue
- Industrial and IoT: $2.27 billion, covering factory automation, smart home devices, and connected sensors
- Mobile: $1.58 billion, including chips for smartphones and wearable devices
- Communications Infrastructure and Other: $1.30 billion, spanning network equipment and other applications
That heavy tilt toward automotive tells you where NXP’s identity really lives. More than half the company’s revenue comes from chips that go into vehicles.
Why Automakers Depend on NXP
Modern cars contain hundreds of semiconductor chips, and NXP supplies components across nearly every major vehicle system. In electric vehicles, NXP chips manage battery monitoring, convert DC power from the battery into AC power for the motor (through a component called a traction inverter), and handle on-board charging electronics. For EV charging stations themselves, NXP provides chips for power measurement, device management, and data security.
On the traditional powertrain side, NXP supplies engine management and transmission control chips. But the faster-growing applications are in advanced driver assistance systems (ADAS), the radar and sensor-processing technology behind features like automatic emergency braking, lane-keeping assist, and adaptive cruise control. NXP also makes the processors that run in-vehicle networking, connecting dozens of electronic control units throughout a car so they can communicate with each other.
One concept NXP promotes is “X-in-1” integration, which combines multiple EV subsystems like the traction inverter, battery management, on-board charger, and DC-to-DC converter into a single package. The goal is to reduce weight, save space, and cut costs for automakers trying to make electric vehicles more affordable.
Security, Payments, and Identification
If you’ve tapped a credit card at a store, used a transit card on a bus, or passed through airport immigration with an electronic passport, there’s a good chance an NXP chip handled the transaction. The company is one of the world’s leading suppliers of near-field communication (NFC) technology, the short-range wireless standard that powers contactless payments and tap-to-enter access systems.
NXP’s MIFARE platform is widely used in public transit systems around the world. The company also offers MIFARE 2GO, which lets transit agencies put digital versions of their cards onto passengers’ phones and wearable devices. On the government side, NXP security controllers are embedded in ePassports and national ID credentials, where they store biometric data and cryptographic keys that make the documents difficult to forge.
In the automotive space, NXP makes secure transponder chips for keyless entry and immobilizer systems, the technology that prevents a car from starting without the correct key fob present.
NXP’s Place in the Chip Industry
NXP occupies a different niche than the semiconductor companies most people know by name. Intel, AMD, and Nvidia design processors for computers, servers, and AI systems. NXP focuses on embedded chips, the smaller, lower-power processors and sensors that sit inside other products and perform specific tasks. You’ll rarely see the NXP name on a product you buy, but the company’s silicon is working inside it.
This embedded focus means NXP competes with companies like Texas Instruments, Infineon, STMicroelectronics, and Renesas, particularly in automotive and industrial markets. The automotive segment is especially competitive because the shift toward electric and autonomous vehicles is driving demand for more chips per car. A modern EV can contain two to three times as many semiconductors as a conventional vehicle, which is why chipmakers are investing heavily in this space.
As of the end of 2024, NXP employed 31,637 people directly, plus another 1,420 through joint ventures. The company operates design centers, testing facilities, and fabrication plants across multiple countries, though like many chipmakers it also relies on third-party foundries for a portion of its manufacturing.