Company type | Public |
---|---|
Industry | Computer hardware and software |
Founded | 1986California, U.S. | , in
Founders | |
Headquarters | San Jose, California, U.S. |
Key people | |
Products | |
Revenue | US$959 million (2024) |
US$−102 million (2024) | |
US$126 million (2024) | |
Total assets | US$2.83 billion (2024) |
Total equity | US$1.47 billion (2024) |
Number of employees | 1,716 (2024) |
Website | synaptics |
Footnotes /references Financials as of June 29,2024 [update] . [1] |
Synaptics, Inc. American neural network technologies and computer-to-human interface devices development company based in San Jose, California. [2] [3] It develops touchpads and fingerprint biometrics technology for computer laptops; touch, display driver, and fingerprint biometrics technology for smartphones; and touch, video and far-field voice, and wireless technology for smart home devices, wearables, and automobiles. Synaptics sells its products to original equipment manufacturers (OEMs) and display manufacturers.
Synaptics invented the computer touchpad, the click wheel on the classic iPod, Android phones' touch sensors, touch and display driver integrated chips (TDDI), and fingerprint sensors.
Federico Faggin and Carver Mead founded Synaptics in 1986. [4] [5] They used their research on neural networks and transistors on chips to build pattern recognition products [6] such as the "Silicon Retina", a circuit board emulating the human retina's visual processing. [7] In 1991, Synaptics patented a refined "winner take all" circuit for teaching neural networks how to recognize patterns and images. The circuit uses basic physics principles in order to select the strongest signal from the different processors. [8]
In 1992, the company used the pattern recognition techniques it developed to build the world's first touchpad for laptop computers that allowed users to control the cursor and click with no additional mechanical buttons. The pad was a replacement for trackballs and mice used at the time. [6] By 1994, Twinhead and Epson America had adopted Synaptics' touchpad for their computers (Epson with the ActionNote), [9] followed by Apple in 1995 [10] and later by other computer manufacturers, including Compaq and Dell. [11]
In 1999, Francis Lee took over as CEO. [4] A year later, in 2000, Synaptics started selling touch technology for digital media players. [12]
In 2002, Synaptics had an initial public offering. [13] As adoption of the touchpad grew, Synaptics sought to integrate the technology with other products. [14] In 2004, Apple debuted the iPod Mini and fourth-generation iPod, both featuring a scrolling click wheel that used Synaptics' capacitive touch technology. Synaptics also provided a similar but vertical click wheel for the Creative Zen Touch portable media player. [15]
In 2005, Synaptics sensors were featured in the Samsung B310, the first mobile phone to use capacitive-touch technology. [10] In October 2006, Synaptics provided a live demonstration of the Onyx, a concept smartphone with a color touchscreen enabled by its ClearPad touch controller technology. The Onyx's touch sensor could tell the difference between a finger and a cheek, preventing accidental inputs during calls. [16] [17] [18] The company's touch technology was used in LG's Prada phone in 2007, which was the world's first mobile phone with a capacitive touchscreen. [10]
In 2008, touch sensors developed by Synaptics were used in T-Mobile's G1 phone, one of the first Android phones. [12] In the same year, Federico Faggin retired from the board of directors of Synaptics. [19]
In 2009, Synaptics announced the development of the Fuse concept smartphone. It had touch sensitivity on the back of the phone, the ability to interact with the phone by squeezing, animated icons, a user interface sensitive to the phone's orientation and tilt, and haptic gestures. [20] [21] [22]
In 2011, Synaptics appointed Rick Bergman to succeed Francis Lee as CEO. [23]
In 2012, Synaptics introduced the first pressure recognizing touchscreen, which allowed multi-finger and variable-force input. [24]
In late 2013, Synaptics acquired Validity Sensors, a fingerprint sensor vendor, adding fingerprint sensing technology to the company. [25] [26] In the same year, Synaptics relocated its headquarters to San Jose from Santa Clara. [27] [28] Six months after the move, Synaptics expanded its campus, purchasing nearby property for $10 million. [27]
Synaptics is a founding member of the FIDO (Fast ID Online) Alliance and the Universal Stylus Initiative (USI). [29] [30]
Synaptics acquired Renesas SP Drivers Inc., a Japanese company specializing in chips that manage LCD displays, in 2014. [31] The acquisition enabled Synaptics to combine touch and display driver technologies into a single "TDDI" (Touch and Display Driver Integration) chip. [32]
In 2015, the company expanded into additional markets, including automotive, wearables and PC peripherals. [33] [34] In July 2015, Synaptics announced a unique “match-in-sensor” fingerprint authenticator for laptops and other devices that authenticates the fingerprint within the chip. [35] [36]
The company introduced its first optical-based fingerprint sensor in December 2016, which would allow the sensor to be placed under smartphones' glass displays rather than under a separate button. [37] [38] After improving the technology, the company sent it into full production a year later. [39] In January 2018, the Chinese company Vivo announced a smartphone featuring Synaptics' optical fingerprint sensor. This was the world’s first full-production smartphone with fingerprint authentication directly in the OLED display. [40] [41]
In July 2017, Synaptics acquired Conexant Systems, an Amazon Alexa partner that creates voice and audio software and silicon products for smart homes. [42] [43] At the same time, Synaptics acquired Marvell Technology Group's Multimedia Solutions unit, which creates video and audio processing technology. The two acquisitions were intended to aid Synaptics' expansion into the Internet of things (IoT) market. [44]
In August 2019, the board of directors appointed Michael Hurlston as the new CEO. [45] Under Hurlston's leadership the company focused on growing its IoT business, expanding from its focus on sensors on glass towards development of low-power sensors to IoT devices. [46]
In July 2020, Synaptics acquired DisplayLink, [47] the developer of software and semiconductors that connect visual devices to computers. [48]
In December 2020, Synaptics and Eta Compute established a co-development partnership, with Synaptics investing in Eta's Series C funding. [49] The partnership allows Synaptics to use Eta's Tensai Flow software, including its AI applications and neural network tools, while Eta gains access to Synaptics' ultra-low-power Katana Edge AI SoC. [49]
In July 2020, Synaptics acquired Broadcom's wireless IoT business assets and manufacturing rights. [47] [50] In December 2021, the company acquired DSP Group for $538 million, integrating voice and vision artificial intelligence (AI) capabilities into its portfolio and strengthening its wireless offerings with ultra-low-energy (ULE) enabled security applications [51] [52]
In February 2022, Synaptics sold its headquarters and North San Jose campus for $58 million. [53]
In October 2022, Synaptics acquired Emza Visual Sense, an Israel-based company specializing in ultra-low-power AI for visual sensing. [54]
Synaptics was founded as an AI-focused company to develop chips that utilize neural networks to mimic human brain functions. [55] [56] [57]
In 1989, Synaptics received a patent for neural network-related circuitry designed to associate new events with previously learned ones. [58]
In 1991, Synaptics researchers patented an enhancement of the "winner-take-all" circuit, originally developed by John Lazzaro at the University of Colorado. [59] The circuit functions as a selector within a network of processors or neurons, identifying and amplifying the strongest signal based on fundamental physics principles. [59] The patent introduced a method for dynamic recalibration of neurons, where the system self-tests against a reference pattern, adjusting biases by strengthening weaker signals and reducing overly sensitive ones. [59] This allows for nearly instantaneous recalibrations, enabling continuous accuracy adjustments. [59]
Synaptics also holds over 2000 patents for human technologies. [10] Many Synaptics products are based on capacitive sensing technology, sensing the electrical properties of the finger(s) touching the sensor, as opposed to a resistive touchscreen . [60] Synaptics also has optical sensing technology. [61] [37]
Synaptics originally focused on developing touch technology products and later expanded into IoT technology. [52] [46] In 1992, Synaptics introduced a chip designed to read magnetic characters on checks, notable for its higher accuracy and speed in handling poorly printed text compared to conventional technologies. [55] The chip produced by Synaptics I-1000 was used in the Gemstone Onyx check reader of Verifone. [55]
In the automotive industry, Synaptics has developed technology that enables drivers to adjust heating controls on touch screens while wearing thick gloves in freezing temperatures. [62] In September 2018, the company began testing fingerprint technology in cars. This biometric system allows vehicle owners to personalize settings such as music preferences, seat adjustments, navigation options, and temperature settings based on fingerprint recognition. [62] It also enables parents to implement geofencing limits to control where and how far teenage drivers can travel. [62]
As of 2024, Synaptics develops and markets products for connectivity, sensing, and processing, as well as touch and display drivers, focused on the IoT market. [63] In addition to developing developing enterprise workspace technology such as docking stations. [64] Synaptics' technology is used in devices including PCs, wearables, drones, gaming systems, media systems, cars, industrial security and monitoring equipment, and [[[virtual reality headset]]s. [52]
Its connectivity products include wireless connectivity, such as Wi-Fi and Bluetooth products, [50] and technology such as its wireless device communications protocol, Matter, which enables devices to operate together regardless of their different wireless interfaces. [63] Synaptics acquired DisplayLink in 2020, adding that company's hardware technology for docking stations and video conferencing, and software for graphics connectivity to its products. [48] It also develops wired connection products such as converters for USB Type-C to HDMI or DisplayPort, for high resolution video display. [65]
Synaptics continues to develop laptop computer touchpads and fingerprint biometric technology, and other types of touch sensors and display drivers. [63] It has also developed sensors for multiple parameters, including temperature, magnetic, capacitive, and inductive sensors that can be integrated into devices such as video game controllers, wearable devices such as earbuds. [66] In 2016, Synaptics developed the FS9100, a fingerprint sensor that can function accurately beneath up to one millimeter of glass, making it easier to integrate under a device's display. [67] [68]
Synaptics is also the developer of IronVeil, a technology that allows peripheral manufacturers to incorporate fingerprint recognition into devices such as mice, keyboards, and other peripherals compatible with Windows 10. IronVeil is a small embedded sensor measuring 0.15 by 0.39 inches, designed to authenticate users within 180 milliseconds. [69]
Synaptics develops a variety of types of chips, including low-power edge AI processors [52] [46] and system-on-chip (SoC) technology for devices, such as smart home wireless devices [50] headsets, [70] and for graphics connectivity for video displays. [71] It develops and markets sound processing chips for voice recognition, used in voice controlled devices, [72] including far-field voice DSPs. [63] [73]
In addition to its processors, it also develops display driver IC chips for technology such as VR headsets. [65]
A pointing device is a human interface device that allows a user to input spatial data to a computer. Graphical user interfaces (GUI) and CAD systems allow the user to control and provide data to the computer using physical gestures by moving a hand-held mouse or similar device across the surface of the physical desktop and activating switches on the mouse. Movements of the pointing device are echoed on the screen by movements of the pointer and other visual changes. Common gestures are point and click and drag and drop.
A smart card (SC), chip card, or integrated circuit card, is a card used to control access to a resource. It is typically a plastic credit card-sized card with an embedded integrated circuit (IC) chip. Many smart cards include a pattern of metal contacts to electrically connect to the internal chip. Others are contactless, and some are both. Smart cards can provide personal identification, authentication, data storage, and application processing. Applications include identification, financial, public transit, computer security, schools, and healthcare. Smart cards may provide strong security authentication for single sign-on (SSO) within organizations. Numerous nations have deployed smart cards throughout their populations.
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A touchpad or trackpad is a type of pointing device. Its largest component is a tactile sensor: an electronic device with a flat surface, that detects the motion and position of a user's fingers, and translates them to 2D motion, to control a pointer in a graphical user interface on a computer screen. Touchpads are common on laptop computers, contrasted with desktop computers, where mice are more prevalent. Trackpads are sometimes used on desktops, where desk space is scarce. Because trackpads can be made small, they can be found on personal digital assistants (PDAs) and some portable media players. Wireless touchpads are also available, as detached accessories.
Cirque Corporation is an American company which developed and commercialized the first successful capacitive touchpad, now widely used in notebook computers. Cirque develops and sells a variety of touch input products, both in original equipment manufacturer and end-user retail form. Cirque was founded in 1991 by George E. Gerpheide, PhD, and James L. O'Callaghan, to commercialize the GlidePoint technology invented in the 1980s by Gerpheide.
A touchscreen is a type of display that can detect touch input from a user. It consists of both an input device and an output device. The touch panel is typically layered on the top of the electronic visual display of a device. Touchscreens are commonly found in smartphones, tablets, laptops, and other electronic devices. The display is often an LCD, AMOLED or OLED display.
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OmniVision Technologies Inc. is an American subsidiary of Chinese semiconductor device and mixed-signal integrated circuit design house Will Semiconductor. The company designs and develops digital imaging products for use in mobile phones, laptops, netbooks webcams, security, entertainment, automotive and medical imaging systems. Headquartered in Santa Clara, California, OmniVision Technologies has offices in the US, Western Europe and Asia.
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Touch ID is an electronic fingerprint recognition feature designed and released by Apple Inc. that allows users to unlock devices, make purchases in the various Apple digital media stores, and authenticate Apple Pay online or in apps. It can also be used to lock and unlock password-protected notes on iPhone and iPad. Touch ID was first introduced in iPhones with the iPhone 5s in 2013. In 2015, Apple introduced a faster second-generation Touch ID in the iPhone 6s; a year later in 2016, it made its laptop debut in the MacBook Pro integrated on the right side of the Touch Bar. Touch ID has been used on all iPads since the iPad Air 2 was introduced in 2014. In MacBooks, each user account can have up to three fingerprints, and a total of five fingerprints across the system. Fingerprint information is stored locally in a secure enclave on the Apple A7 and later chips, not in the cloud, a design choice intended to secure fingerprint information from users or malicious attackers.
AuthenTec, Inc. was a semiconductor, computer security, mobile security, identity management, biometrics, and touch control solutions company based in Melbourne, Florida. Founded in 1998 after being spun off from Harris Semiconductor, AuthenTec provided mobile security software licenses to mobile manufacturing companies, and biometrics sensor technology, such as fingerprint sensors and NFC technology to mobile and computer manufacturers. On 27 July 2012, AuthenTec was acquired by Apple Inc. for $356 million.
Fingerprint scanners are security systems of biometrics. They are used in police stations, security industries, smartphones, and other mobile devices.
Fingerprint Cards is a Swedish biometrics company that develops and produces biometric systems. Fingerprint Cards was founded in 1997 by Lennart Carlson.
The iPhone's hardware is designed by Apple Inc. Apple directly sub-contracts hardware production to external OEM companies, maintaining a high degree of control over the end product.
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