On Semiconductor Corp (NASDAQ: ON)

On Semiconductor Corp offers intelligent power and intelligent sensing solutions that drive electrification, energy efficiency, safety, and automation in automotive, industrial, and other end-markets, including AI data centers. The company's intelligent power technologies enable the electrification of drivetrain in the automotive industry, allowing for lighter and longer-range electric vehicles and empowering efficient fast-charging systems. Its intelligent sensing technologies enable advanced safety applications in automotive through industry-leading performance and reliability. On Semiconductor Corp also propels sustainable energy for the highest efficiency solar strings and industrial power, extends the life of personal diagnostic devices, and supports the next generation of industry through automation, allowing for smarter factories and buildings.

On Semiconductor Corp generates revenue primarily from the sale of semiconductor products to distributors and direct customers. The company also generates revenue, to a much lesser extent, from product development agreements. Its ability to offer a broad range of products, combined with its global manufacturing and logistics network, provides customers with single-source purchasing. The company's primary products include SiC products, SiC JFET products, discrete products, MOSFET products, power module products, vertical GaN, analog products, ASIC products, logic and isolation products, non-volatile memory products, ultrasonic, actuator drivers, CMOS image sensors, image signal processors, single photon detectors, short-wavelength infrared, and indirect time of flight sensors. These products cater to various markets, including automotive, industrial, and AI data centers.

• Power Solutions Group (PSG): PSG provides a broad portfolio of discrete, module, and integrated semiconductor devices designed to enable high-efficiency and high-power conversion across AI data centers, energy infrastructure, automotive, and industrial. The offerings include power switching devices, signal conditioning products, and circuit-protection technologies that support increasing demands for performance, power density, and system reliability. PSG's Silicon & WBG power technologies, spanning FETs and diodes, play a critical role in high-power conversion for energy infrastructure, energy storage, AI data centers, fast-charging systems, electric vehicles, and industrial drives. The segment's primary competitors include Infineon Technologies AG, STMicroelectronics N.V., Wolfspeed Inc., ROHM Semiconductor, and Nexperia BV.

• Analog and Mixed-Signal Group (AMG): AMG designs and develops a comprehensive range of analog and mixed-signal solutions, including power-management, sensor-interface, connectivity, and standard products that serve automotive, industrial automation, AI data center, computing, and mobile end markets. These products include multi-phase controllers, gate drivers, DC-DC and AC-DC converters, power protection devices, ultrasonic sensors, AFEs, LDOs, single pair Ethernet connectivity, isolation, logic, and more. AMG enables solutions across the power-tree architectures in its target markets, enabling high-efficiency power management, along with high performance, precise sensing, and robust communication interfaces for next-generation system designs. The segment's primary competitors include Texas Instruments Incorporated, Analog Devices, Inc., Infineon, STMicroelectronics, Renesas Electronics Corporation, Monolithic Power Systems Inc., and NXP Semiconductors N.V.

• Intelligent Sensing Group (ISG): ISG develops advanced imaging technologies that include high-performance CMOS image sensors, ISPs, SWIR sensors, and more. These technologies support high-dynamic-range, low-noise, and high-reliability imaging essential to automotive ADAS, industrial automation, robotics, and AI-enabled perception systems. ISG continues to shift its focus to the areas of advanced imaging performance and long product lifecycles. Photon-counting technologies, including SPAD arrays and SiPM devices, continue to play a role in emerging applications such as depth sensing, factory automation, safety systems, and robotics. The segment's primary competitors include Sony Semiconductor Manufacturing Corporation, Samsung Electronics Co., Ltd., and Omnivision Technologies Inc.

On Semiconductor Corp faces significant competition from major international semiconductor companies, as well as smaller companies focused on specific market niches. The company's competitive strengths include core competencies such as leading-edge fabrication technologies, micro and module packaging expertise, breadth of product line and IP portfolio, high-quality, cost-effective manufacturing, and supply chain management. Its commitment to continuous innovation allows it to provide a broad range of semiconductor solutions to customers who differentiate in power density and power efficiency, the key performance characteristics driving its markets. The company's ability to compete successfully depends on internal and external variables, including the timeliness with which it can develop new products and technologies, product performance and quality, manufacturing yields and availability of supply, customer service, pricing, industry trends, and general economic trends.

On Semiconductor Corp serves a diverse customer base, including leading customers in the automotive, industrial, and AI data center markets. The company's global distribution centers in China, the Philippines, and Singapore support its customers' needs for quick response and service. It offers efficient, cost-effective global applications support from its technical information centers and solution engineering centers, allowing for applications developed in one region of the world to be instantaneously available throughout all other regions. The company's sales are made primarily pursuant to orders that are booked as far as 52 weeks in advance of delivery. Generally, prices and quantities are fixed at the time of booking. Backlog as of a given date consists of existing orders and forecasted demand from customers, in each case scheduled to be shipped in the current or future period. Backlog is influenced by several factors, including market demand, pricing, and customer order patterns in reaction to product lead times.