Sony Semiconductor Solutions Corporation
A Sony Group semiconductor company focused on image sensors, sensing technologies, microdisplays, laser diodes, and related semiconductor solutions.
Last updated November 4, 2026
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Overview
Sony Semiconductor Solutions Corporation is the semiconductor business company of Sony Group Corporation. It is best known for developing and supplying complementary metal–oxide–semiconductor image sensors, a category of components used in smartphones, digital cameras, automotive systems, security cameras, industrial equipment, and other imaging products. The company also works across a broader portfolio of sensing, signal-processing, display, and connectivity technologies. Sony’s semiconductor activities began in the 1950s, when the company entered semiconductor development as part of its wider effort to build advanced consumer electronics. Over time, Sony became particularly associated with charge-coupled device and CMOS imaging technologies. The semiconductor operation was reorganized in the mid-2010s as Sony Semiconductor Solutions, reflecting Sony’s intention to manage the business as a specialized solutions provider rather than only as an internal component division. The company operates within Sony Group’s broader electronics, entertainment, financial-services, and technology structure, while serving both Sony businesses and external customers. Image sensors are the company’s central business. Its portfolio includes sensors for mobile devices and consumer cameras, automotive imaging, industrial inspection, machine vision, surveillance, intelligent transportation, and other mobility applications. Sony’s imaging products are designed for different combinations of resolution, sensitivity, dynamic range, shutter behavior, spectral response, power consumption, and three-dimensional perception. STARVIS and STARVIS 2 technologies are associated with high-sensitivity imaging for security and related low-light applications. Other technology areas include global-shutter and rolling-shutter industrial sensors, polarization sensors, ultraviolet sensors, short-wave infrared sensors, time-of-flight sensors, and event-based vision sensors. The company also develops semiconductor products beyond conventional two-dimensional image capture. Its sensing portfolio includes SPAD-based depth-sensing technologies intended for three-dimensional measurement and automotive LiDAR applications. Sony Semiconductor Solutions has promoted these technologies for applications in robotics, mobility, industrial automation, spatial recognition, and other systems that require distance or motion information. Its wider semiconductor offerings include large-scale integration products such as GPS/GNSS receivers, cellular IoT modem-related products, gigabit video interfaces, and audio codec integrated circuits. Another part of the business is SPRESENSE, a low-power, compact computer platform intended for Internet of Things and embedded applications. The platform combines processing, sensing, connectivity, and expansion capabilities for uses such as prototyping, remote monitoring, robotics, and other low-power connected devices. Sony Semiconductor Solutions has also been associated with microdisplays and laser diodes, extending its capabilities into components for imaging, projection, sensing, and specialized optical systems. The company’s commercial positioning is based on high-performance, highly integrated semiconductor technologies and on Sony’s long experience in imaging. Its customers and application partners span consumer electronics, mobile communications, automotive equipment, industrial systems, infrastructure, and security. Unlike a consumer-facing Sony product brand, Sony Semiconductor Solutions generally operates as a business-to-business technology supplier: its components are embedded in products sold under many different brands. Its importance to Sony Group lies both in external semiconductor sales and in supporting Sony’s own cameras, professional equipment, entertainment production technologies, and other electronic products. Sony Semiconductor Solutions remains an active Sony Group business. Public descriptions of its activities emphasi…
History
Sony’s semiconductor history reaches back to 1954, when the company began semiconductor activities as part of its development of advanced electronics. The business later became closely identified with imaging components. Sony developed expertise in solid-state imaging and supplied image-sensor technologies for cameras, mobile devices, industrial equipment, and other electronic systems. Its semiconductor operation benefited from the expansion of digital photography and, later, from the rapid growth of smartphone cameras. During the transition from conventional film and optical systems to digital imaging, Sony’s semiconductor business developed technologies intended to improve sensitivity, resolution, dynamic range, speed, and power efficiency. The company’s imaging components were used not only in Sony-branded products but also by external manufacturers. This business-to-business role distinguished the semiconductor operation from Sony’s consumer product divisions and made image sensors a strategic technology business within the Sony Group. Sony Semiconductor Solutions Corporation was established in 2015 as a specialized company for Sony’s semiconductor activities. The reorganization gave the business a distinct organizational identity and a broader solutions-oriented remit. Rather than focusing exclusively on individual components, the company has described its activities around sensing and semiconductor systems for multiple industries. Image sensors remain its principal area, but its portfolio also includes logic and interface products, microdisplays, laser diodes, and embedded computing platforms. The company’s image-sensor activities have expanded beyond consumer photography. Automotive applications include cameras and sensing systems for driver assistance, vehicle monitoring, intelligent transportation, and future mobility platforms. Industrial products include global-shutter and rolling-shutter sensors, while specialized products can detect polarization, ultraviolet wavelengths, or short-wave infrared light. Time-of-flight and SPAD technologies support depth measurement and three-dimensional perception. Event-based vision sensors are designed to detect changes in luminance rather than continuously outputting conventional full-frame images, making them relevant to high-speed and machine-vision applications. Security and surveillance have become another important application area. Sony’s STARVIS and STARVIS 2 technologies are associated with high-sensitivity imaging in difficult lighting conditions. The technologies can be used in surveillance cameras, transportation monitoring, facility security, firefighting and disaster monitoring, elder-care observation, home security, and dashboard cameras. These applications illustrate the company’s shift from a narrow camera-component identity toward a wider sensing platform serving infrastructure and safety-related systems. Sony Semiconductor Solutions has also extended its activities into low-power connected computing. SPRESENSE is a compact, low-power computer platform for Internet of Things and embedded applications. It is intended to help developers build systems combining processing, sensing, communications, and expansion modules. Alongside this platform, the company offers semiconductor products such as GPS/GNSS receivers, cellular IoT modem-related products, gigabit video interfaces, and audio codec integrated circuits. The business operates as part of Sony Group Corporation and supports both external customers and Sony’s own technology ecosystem. Its components and technologies can contribute to consumer cameras, mobile devices, professional imaging, automotive systems, security equipment, industrial machinery, and emerging applications involving robotics, artificial intelligence, edge computing, and spatial perception. The company therefore occupies a specialized business-to-business position within Sony: it is not primarily a retail brand, but a technology supplier whose components may be embedded in products sold under other brands. Sony Semiconductor Solutions continues to be an active Sony Group company. Its historical foundation in semiconductors and imaging has been combined with newer sensing, depth-detection, low-power computing, and connectivity technologies. The resulting portfolio reflects the broader movement of semiconductors from hidden components toward foundational technologies for cameras, vehicles, connected devices, industrial automation, and intelligent systems.
- 2015
Sony Semiconductor Solutions is established
[1]Sony reorganizes its semiconductor activities into Sony Semiconductor Solutions, a specialized company within the Sony Group.
- 1954
Sony begins semiconductor activities
[2]Sony’s semiconductor business begins, establishing a foundation for later work in solid-state imaging and related electronic components.
Products and positioning
A high-performance semiconductor and sensing technology provider, with particular strength in image sensors and imaging-related components.
Image sensors
CMOS image sensors
The company’s core product family consists of CMOS image sensors for mobile devices, consumer cameras, automotive systems, security equipment, industrial machinery, and other imaging applications. Different devices are optimized for resolution, sensitivity, dynamic range, speed, shutter behavior, power consumption, or specialized spectral and depth information.
Security and low-light image sensors
STARVIS and STARVIS 2
STARVIS and STARVIS 2 are Sony image-sensor technologies associated with high sensitivity and clear imaging in low-light conditions. They are used in application areas including security cameras, surveillance, transportation monitoring, dashboard cameras, and other systems that must capture usable images at night or in challenging illumination.
Automotive semiconductors
Automotive image sensors
Sony develops image sensors for automotive and mobility applications. These products can support driver-assistance systems, vehicle monitoring, intelligent transportation, road observation, license-plate recognition, and emerging vehicle perception architectures. The portfolio is designed for demanding conditions involving motion, contrast, and variable lighting.
Industrial sensing
Industrial and specialized image sensors
The industrial portfolio includes global-shutter and rolling-shutter sensors as well as polarization, ultraviolet, and short-wave infrared image sensors. These products address machine vision, inspection, measurement, scientific imaging, robotics, and applications where conventional visible-light imaging is insufficient.
Three-dimensional sensing
SPAD depth sensors
SPAD-based depth-sensing products measure the arrival of individual photons to derive distance information. Sony positions this technology for three-dimensional perception and automotive LiDAR-related applications, where accurate depth data can complement conventional camera images.
IoT and embedded computing
SPRESENSE
SPRESENSE is a compact, low-power computer platform for Internet of Things and embedded applications. It is designed for projects requiring local processing, sensing, connectivity, and expandable hardware, including remote monitoring, robotics, prototyping, and other energy-conscious systems.
Integrated circuits
Large-scale integration products
Sony Semiconductor Solutions also supplies application-oriented integrated circuits, including GPS/GNSS receiver products, cellular IoT modem-related products, gigabit video interface products, and audio codec ICs. These components support positioning, connected devices, digital video, and audio-processing applications.
Optoelectronic components
Microdisplays and laser diodes
Microdisplays and laser diodes extend the company’s semiconductor portfolio into specialized optical components. They can serve imaging, projection, sensing, and other equipment requiring compact display or light-emission technologies.
Recent events
Sony announces IMX742 image sensor[4]
Reported:
Sony Semiconductor Solutions announced the upcoming release of the IMX742 CMOS image sensor for medical single-use endoscopes. Sample shipment was planned for November 2026.
Keysight announces automotive SerDes test applications[5]
Reported:
Keysight announced new automotive SerDes transmit and channel test applications and an automotive adapter portfolio for verifying MIPI A-PHY and ASA standards.
Sources5 sources
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