Himax Technologies, Inc.

Himax Technologies, Inc. is a Taiwan-based fabless semiconductor company focused on display and imaging processing technologies. Founded on June 12, 2001 and headquartered in Tainan City, the company develops integrated circuits and semiconductor solutions rather than manufacturing chips through its own large-scale fabrication plants. Its products are supplied into a broad range of electronics and embedded systems, including televisions, monitors, notebook computers, smartphones, tablets, digital cameras, automotive displays, virtual-reality equipment, and other consumer and industrial devices. The company is best known for display driver integrated circuits and timing controllers. Display driver ICs translate display data into the electrical signals required to operate panels, while timing controllers coordinate image information across the panel architecture. Himax supplies these and related components through relationships with display-panel makers, module manufacturers, assembly houses, agents, and distributors. Its portfolio also includes touch-display controllers, in-cell touch and display driver integration, LED driver ICs, power-management ICs, monitor and projector scalers, and customized video-processing solutions. Himax has expanded beyond conventional display control into imaging, sensing, and optical technologies. Its offerings include CMOS image sensors, wafer-level optics, camera-related solutions, three-dimensional sensing, machine-vision technologies, and silicon intellectual property. These technologies can be used in devices such as mobile phones, tablets, notebook and personal-computer cameras, vehicles, security equipment, medical systems, home appliances, and Internet-of-Things products. The company also develops liquid-crystal-on-silicon, or LCoS, microdisplays and related optical technologies for augmented-reality equipment and automotive head-up displays. Automotive and wearable-display applications are important areas of technological diversification. Himax's microdisplay and optical solutions are positioned for compact visualization systems, including augmented-reality devices and head-up displays that project information into a driver's field of view. Its imaging and three-dimensional-sensing capabilities similarly support applications requiring camera input, depth perception, machine vision, or environmental recognition. Himax became a publicly traded company on the Nasdaq Stock Market under the symbol HIMX. Its corporate structure includes Himax Technologies Limited, a holding company organized under the Cayman Islands Companies Law. The company has also supplied semiconductor intellectual property for notable technology projects, including the OLPC XO-1 subnotebook. In 2013, Google was reported to have agreed to take a minority stake in Himax Display, a subsidiary associated with liquid-crystal-on-silicon technology, linking Himax's microdisplay work with the emerging Google Glass ecosystem. Overall, Himax operates at the intersection of display semiconductors, imaging, optical components, and sensing. Its business spans mature high-volume display applications as well as newer opportunities in automotive visualization, augmented reality, three-dimensional sensing, and machine vision. The company serves a global customer base while remaining headquartered in Taiwan and publicly listed in the United States.

Himax Technologies was established in Taiwan on June 12, 2001 as a fabless semiconductor company. The fabless model meant that Himax could concentrate on semiconductor design, product definition, engineering, and customer integration while relying on external foundry and manufacturing partners for wafer fabrication and other production activities. From its base in Tainan City, the company developed a business centered on the processing and control of visual information in electronic displays. Its initial and most established area was display driver technology. Display driver ICs are essential components in flat-panel products because they convert digital image information into signals that control individual display elements. Himax also developed timing-controller products, which coordinate data transmission and image timing within display systems. These products made the company a supplier to display-panel manufacturers and to the wider chain of module makers, assembly houses, distributors, and system companies. As display technology spread across consumer electronics, Himax's addressable market broadened. Its components and solutions were used in televisions, computer monitors, notebook computers, mobile phones, tablets, digital cameras, vehicle navigation systems, and other electronic products. The company added technologies for touch-enabled displays, including in-cell touch and display driver integration solutions that combine functions in a single chip. It also developed LED driver ICs, power-management components, monitor and projector scalers, and customized video-processing circuits. Himax subsequently expanded from display control into imaging and sensing. Its portfolio came to include CMOS image sensors, camera solutions, wafer-level optics, three-dimensional sensing, and machine-vision technologies. These capabilities supported a variety of applications, including cameras for mobile and personal-computing devices, automotive systems, security equipment, medical devices, home appliances, and Internet-of-Things products. The expansion reduced the company's dependence on a single display component category and placed it in several parts of the image-capture and visual-computing supply chain. Microdisplay technology became another important part of Himax's development. The company designed liquid-crystal-on-silicon microdisplays and related solutions for compact optical systems. These products were associated with augmented-reality devices and automotive head-up displays, where small, high-resolution display engines are used to present information through an optical path. Himax's semiconductor intellectual property also found use in the OLPC XO-1 subnotebook, demonstrating that its design work could be incorporated into specialized and educational computing platforms. Himax became publicly traded on the Nasdaq Stock Market under the ticker HIMX. Its holding-company structure includes Himax Technologies Limited, which is organized under the Cayman Islands Companies Law. A notable corporate development occurred in 2013, when Google was reported to have taken a 6.3% interest in Himax Display, a subsidiary associated with LCoS technology. The investment drew attention to Himax's role in microdisplay technology during the early development of Google Glass. Himax's history therefore reflects a progression from display-driver design toward a broader portfolio of display imaging, optical, camera, and sensing technologies. The company continues to present itself as a global semiconductor solution provider serving both established display markets and newer applications such as automotive visualization, augmented reality, three-dimensional sensing, and machine vision.

• 2013

  Google investment in Himax Display

  [1]Himaxen.wikipedia.org

  Google was reported to have taken a 6.3% stake in Himax Display, a subsidiary associated with liquid-crystal-on-silicon microdisplay technology used in the Google Glass ecosystem.

• 2001

  Himax Technologies is founded

  [1]Himaxen.wikipedia.org

  Himax Technologies was founded on June 12, 2001 in Taiwan as a fabless semiconductor company focused on display and imaging processing technologies.

A global fabless provider of display, imaging, optical, and sensing semiconductor solutions, with particular strength in display driver ICs, timing controllers, and microdisplay technologies.

• Display semiconductors

  Display driver ICs

  Himax's display driver integrated circuits convert image data into the electrical signals needed to operate flat-panel displays. They are used across products such as televisions, monitors, notebook computers, mobile devices, automotive displays, and other electronic equipment. The company supplies these components through display-panel and module ecosystems.

• Display semiconductors

  Timing controllers

  Timing controllers coordinate the flow and timing of image information within display architectures. Himax develops timing-controller solutions for a range of panel formats and electronic products, complementing its display-driver portfolio and supporting the precise synchronization required for modern flat-panel systems.

• Touch-display semiconductors

  Touch and display driver integration solutions

  Himax provides controllers for touch displays, including in-cell Touch and Display Driver Integration solutions. These products combine touch-sensing and display-driving functions, helping manufacturers reduce component count and integrate touch functionality into compact mobile and consumer-electronics display assemblies.

• Microdisplays

  LCoS microdisplays

  Liquid-crystal-on-silicon microdisplays are compact display engines designed for optical systems that require small form factors and high visual density. Himax's LCoS technology has been associated with augmented-reality devices and automotive head-up displays, and attracted strategic interest during the development of Google Glass.

• Imaging semiconductors

  Imaging and 3D-sensing solutions

  Himax's imaging portfolio includes CMOS image sensors, camera-related technologies, wafer-level optics, three-dimensional sensing, and machine-vision solutions. These products and technologies are intended for applications ranging from mobile and personal-computer cameras to automotive, security, medical, home-appliance, and Internet-of-Things systems.

• Automotive display technology

  Automotive head-up-display solutions

  Himax develops microdisplay and optical technologies for automotive head-up displays. These systems use compact display engines and optics to project vehicle or navigation information into the driver's field of view, linking Himax's display, imaging, and optical capabilities to automotive visualization applications.

• 2013

  Strategic minority investment in Himax DisplayOther

  Background

  Himax Display focused on liquid-crystal-on-silicon chips and microdisplay applications. In 2013, Google showed strategic interest in this subsidiary during the development of wearable-display products.

  Action taken

  Google was reported to have taken a 6.3% stake in Himax Display.

  Aftermath

  The investment increased visibility for Himax's LCoS microdisplay technology and linked the subsidiary to the emerging Google Glass platform.

  Source

• 2021.07.15

  Reported2021.07.16

  Himax sponsors tinyML Vision Challenge[3]Himax 赞助 tinyML Vision Challengeeejournal.com

  Himax announced that it sponsored the tinyML Vision Challenge, hosted by the tinyML Foundation, to advance tinyML computer vision technology into the developer community.

• 2021.03.18

  Reported2021.03.18

  Himax WE-I Plus AIoT platform receives Azure IoT PnP certification[4]Himax WE-I Plus AIoT平台获得Azure IoT PnP认证finance.yahoo.com

  Himax said its WE-I Plus AIoT platform, embedded with the Azure RTOS SDK, had been optimized and granted Azure IoT PnP certification.

• 2020.06.30

  Reported2020.07.01

  Himax launches WiseEye WE-I Plus HX6537-A solution[5]Himax推出WiseEye WE-I Plus HX6537-A解决方案eejournal.com

  Himax announced the launch of its WiseEye WE-I Plus HX6537-A solution, which supports Google’s TensorFlow Lite for Microcontrollers. Himax said it is providing the processor and a neural-network-based SDK for developers.

• 2020.01.23

  Reported2020.01.23

  Himax announces commercial availability of HM0360 image sensor[6]Himax 宣布 HM0360 图像传感器正式上市eejournal.com

  Himax announced the commercial availability of its HM0360 ultra-low-power CMOS image sensor. The source says it was available for sampling and planned to be ready for mass production in the second quarter of 2020.

• 2020.01.08

  Reported2020.01.08

  群創, 奇景光電 and Emza launch WiseEye desktop display solution[7]群创、奇景光电与 Emza 推出 WiseEye 桌上型显示器方案chinatimes.com

  群創 and Emza Visual Sense Ltd., a subsidiary of 奇景光電, jointly announced a desktop display intelligent-vision solution using WiseEye, with real-time person sensing.

Read more

1. 1Himaxen.wikipedia.org
2. 2Himax Technologies official websitehimax.com.tw
3. 3Himax 赞助 tinyML Vision Challengeeejournal.com
4. 4Himax WE-I Plus AIoT平台获得Azure IoT PnP认证finance.yahoo.com
5. 5Himax推出WiseEye WE-I Plus HX6537-A解决方案eejournal.com
6. 6Himax 宣布 HM0360 图像传感器正式上市eejournal.com
7. 7群创、奇景光电与 Emza 推出 WiseEye 桌上型显示器方案chinatimes.com