enlighten the path from information to intelligence

Wide Spectrum Sensingnew intelligence with new spectrum

Dawn of SWIR sensing for consumer applications

Existing silicon-based sensors have an upper sensing spectrum limit near 1000nm, so InGaAs/ InP-based sensors are commonly used when it comes to the SWIR spectrum sensing which has many key features that cannot be met by Si sensor, despite their much higher cost and difficulty to integrate with CMOS circuitry. In light of this, Artilux has developed the Aware Series, a unique SWIR sensing product line based on its renown GeSi technology to address the dilemma among cost, required features, and performance. To meet the growing market demands including hearables, wearables and pocket-sized mobile devices, Artilux Aware Series offers cutting-edge monolithic design with integrated sensing array and multizone, powered by proprietary ultra-low power sensing architecture to maximize the diversified user scenario coverage with faster time to market.

Aware the near, activate the care

Multi-spectrum all-in-one bio-sensor | Hearables and Wearables

The multi-spectrum all-in-one bio-sensor based on CMOS SWIR optical sensing with both LED or VCSEL (vertical cavity surface emitting laser) enables biosentric signal algorithm as well as precise in-ear and skin detection to optimize sensitivity, power consumption and flexibility in TWS earbuds and other hearable and wearable system configuration. Artilux Aware Series provides a turnkey solution featuring compact integration unattainable by legacy InGaAs/ InP technology, which is also capable of vital sign monitoring for digital health applications including heart rate, calories, skin moisture, SpO2, blood pressure and more to reimagine TWS earbuds beyond audio experience.

  • Feature-rich optical sensing from NIR to SWIR powered by ultra-sensitive GeSi sensors
  • One optical window design for ID opening
  • Accurate sensing performance with non-disturbing vital sign monitoring
  • Compact form factor and cost-effective production readiness at 12” CMOS platform
  • Maximum use of battery life by smart environment detection
  • Complete fault detection and sweat-proof in-ear detection

Under OLED display ranging sensor | Handheld Devices

Under-display proximity sensing is evolving due to the growing full-screen trend for mobile handsets and needs for larger screen and better user experience in consumer market. Artilux has developed a unique SWIR ranging platform for cost effective, OLED/ TFT interference free under-display proximity sensors for our partners and customers.

  • Remove bright flashing spot caused by display interference at NIR range
  • Eliminate TFT display degradation related reliability issue
  • Avoid OLED interference by leveraging SWIR sensing
  • Advanced optical sensing invisibly behind OLED/ TFT displays
  • Always-on power-saving smart detection
  • Compact form factor and cost-effective production readiness at 12” CMOS platform

Aware Platform by Artilux

  • State-of-the-art CMOS SWIR sensing technology integrated with customized IP blocks
  • Strong value-add and feature-rich with low power consumption at the right cost
  • Compact foot print for flexible and scalable product and package design
  • Faster time-to-market for SWIR sensing related applications in a mobile device

Artilux Aware Seriesnew intelligence with new spectrum

Our unique SWIR sensing product line based on its renowned GeSi technology can be adopted for diverse verticals and applications. Please reach us to learn more about our ATLX-AD-PA5, ATLX-AD-PP5, ATLX-AI-CL1, as well as other product and optoelectronics engineering service offerings to accelerate your business growth.


Integrated GeSi Sensor with Amp


GeSi Sensor


Multi-access SWIR Bio-sensor

This Site Uses Cookies

This website stores cookies on your computer. These cookies are used to collect information about how you interact with our website, which allow us to improve and customize your browsing experience and for analytics and metrics about our visitors on this website. By continuing to use this site, you agree to our use of cookies. To find out more, see our Cookie Policy.