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Himax Strengthens 3D Sensing Portfolio with Launch of New iToF Depth Decoder ICs for Robotics and Intelligent Vision Applications

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Himax (Nasdaq: HIMX) launched its new HE Series indirect Time-of-Flight (iToF) Depth Decoder ICs, targeting robotics, industrial automation, and AI vision. The chips feature hardware-based depth processing, support up to 640×480 input at 240 fps, and output synchronized 2D and 3D data.

The HE-1 is the standard model, while HE-2 adds RGB ISP, MJPEG encoder, RGB-D alignment, and an edge AI NPU for eye tracking, gesture recognition, and other AI vision algorithms. According to Himax, industry partners including OFILM have already adopted the solution for machine vision and robotic applications.

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News Market Reaction – HIMX

+5.28%
34 alerts
+5.28% Session close to close
-8.2% Trough in 34 hr 45 min
$2.69B Market Cap
0.4x Rel. Volume

In the Jun 30 session, HIMX gained 5.28%, reflecting a notable positive market reaction. Argus tracked a trough of -8.2% from its starting point during tracking. Our momentum scanner triggered 34 alerts that day, indicating elevated trading interest and price volatility.

Data tracked by StockTitan Argus on the day of publication.

Market Context

The stock moved +5.3% in the session following this news. A strong positive reaction aligns with pri...
Analysis

The stock moved +5.3% in the session following this news. A strong positive reaction aligns with prior HIMX responses to product and technology launches, where past events produced moves of up to 30%. Low short positioning reduces squeeze risk but also limits forced buying support.

Key Figures

Sensor input resolution: 640×480 RAW Input frame rate: 240 fps Output frame rate: 120 fps
3 metrics
Sensor input resolution 640×480 RAW Maximum RAW data input supported by HE Series iToF decoder IC
Input frame rate 240 fps Maximum RAW data input rate in single/dual-frequency modes
Output frame rate 120 fps Maximum frame rate for simultaneous 2D grayscale and 3D depth output

Historical Context

5 past events · Latest: Jun 12 (Neutral)
Pattern 5 events
Date Event Sentiment 24h Move Catalyst
Jun 12 AGM announcement Neutral -0.4% Annual general meeting timing and agenda, routine corporate governance update.
Jun 01 Product adoption Positive +6.5% New T2000 controller adopted in E Ink’s next-generation color ePaper platform.
May 07 Earnings & guidance Positive +30.0% Q1 beat with stronger-margin outlook and positive Q2 revenue and EPS guidance.
May 07 Dividend declaration Positive +30.0% Annual cash dividend with 100% payout of prior year profit to shareholders.
Apr 22 Product showcase Neutral -1.0% High-contrast LCoS microdisplay demo and presentation at SID Display Week 2026.

24h Move is the share-price change in the day after each event; other market factors may also have contributed.

Pattern Detected

HIMX has shown strong positive alignment to upbeat earnings, dividend, and product launch news, with other routine updates drawing only mild moves.

Key Terms

indirect time-of-flight (itof), software development kit (sdk), neural processing unit (npu), rgb isp, +1 more
5 terms
indirect time-of-flight (itof) technical
"launch of its new HE Series indirect Time-of-Flight (iToF) Depth Decoder ICs"
Indirect time-of-flight (iTOF) is a way for a sensor to measure distance by sending light pulses and building a picture of how many photons arrive at different times instead of timing a single pulse directly; think of it like estimating how far away a sound is by counting echoes over many tries rather than timing one clap with a stopwatch. For investors, iTOF matters because it affects product accuracy, cost, power use and regulatory performance claims in markets like medical imaging, autonomous systems and consumer electronics, which in turn influence commercial potential and risk.
software development kit (sdk) technical
"Himax also provides a comprehensive Software Development Kit (SDK) and a professional"
A software development kit (SDK) is a bundled set of tools, code samples and templates that helps programmers build apps or add features to a platform, like giving builders a box of prefabricated parts and instructions. For investors, an SDK matters because it speeds product development, encourages third parties to build on a company’s platform, and can expand a company’s user base or recurring revenues—factors that affect growth, competitive advantage and valuation.
neural processing unit (npu) technical
"the HE-2 incorporates an edge AI Neural Processing Unit (NPU) capable of supporting eye tracking"
A neural processing unit (NPU) is a specialized microchip built to speed up tasks that mimic brain-like thinking—such as recognizing images, understanding speech, and running machine-learning models—by handling those calculations more efficiently than a general-purpose processor. Investors care because NPUs can make products and services faster and more energy-efficient, lower operating costs, and enable new features or business models; think of an NPU as a dedicated assistant that handles the heaviest, most repetitive data work so other parts of the system can perform better.
rgb isp technical
"HE-2 supports RGB camera integration and incorporates a built-in RGB ISP, MJPEG encoder"
An RGB ISP is a chip or software block that cleans up and converts raw color data from a camera sensor into the final red-green-blue image you see. Think of it as a kitchen that takes unprepared ingredients (sensor voltages) and cooks a presentable meal (color image) by adjusting brightness, color balance and removing noise. Investors care because the quality and efficiency of an ISP affect product competitiveness, power use, component costs and potential licensing or design wins in devices that rely on cameras.
rgb-d alignment technical
"built-in RGB ISP, MJPEG encoder, and RGB-D alignment engine for precise fusion of RGB images"
RGB‑D alignment is the process of matching a camera’s color image (RGB) with its corresponding depth map (D) so each pixel has both color and distance information, like perfectly overlaying a color photo on a 3D map. For investors, it matters because better alignment improves product accuracy and user experience in devices such as robots, sensors and augmented‑reality systems, which can influence adoption, costs, competitive position and revenue potential.

AI-generated analysis. How Rhea-AI works. Not financial advice.

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TAINAN, Taiwan, June 30, 2026 (GLOBE NEWSWIRE) -- Himax Technologies, Inc. (Nasdaq: HIMX) (“Himax” or “Company”), a leading supplier and fabless manufacturer of display drivers and other semiconductor products, today announced the launch of its new HE Series indirect Time-of-Flight (iToF) Depth Decoder ICs, further expanding Himax’s portfolio in 3D sensing and machine vision applications. Leveraging a high-performance hardware-based depth processing architecture, advanced image enhancement technologies, and a comprehensive hardware and software development platform, the new iToF decoder IC delivers high-frame-rate and high-precision 3D sensing capabilities, providing a complete, easy-to-integrate 3D sensing solution for robotics, industrial automation, and a broad range of AI vision applications.

The HE Series iToF depth decoder IC’s hardware-based architecture significantly improves processing efficiency and reduces system latency compared with conventional software-based depth processing solutions, enabling faster and more responsive depth sensing performance. It also supports up to 640 × 480 RAW data input at 240 fps in both single-frequency and dual-frequency modes. Following high-speed depth decoding, the IC can simultaneously output 2D grayscale images and 3D depth information through MIPI and USB interfaces at frame rates of up to 120 fps.

In addition, the iToF depth decoder IC has been validated for compatibility with leading industry-standard VGA-resolution iToF sensors, helping customers accelerate development and shorten time-to-market. The solution has already been adopted by multiple industry partners for machine vision applications. Among them, leading optical module manufacturer OFILM has incorporated Himax’s iToF depth decoder IC into its new RoboVision solution, delivering high-precision 3D sensing capabilities that support a wide range of robotic applications, including object picking, obstacle avoidance, environment mapping, and autonomous navigation.

To meet growing demand for high-precision depth sensing in robotics and intelligent vision applications, the new iToF decoder IC incorporates a suite of advanced depth image enhancement technologies, including depth noise reduction, flying pixel removal, and temporal filtering. These features improve the accuracy, stability, and reliability of depth data, particularly in high-speed motion scenarios and complex operating environments.

Himax also provides a comprehensive Software Development Kit (SDK) and a professional iToF Calibration Library to support a wide range of depth calibration algorithms, including Fixed Pixel Phase Noise (FPPN) correction, Wiggling Compensation, and Thermal Compensation, as well as camera intrinsic calibration and lens distortion correction. These capabilities help improve depth measurement accuracy, system stability, and environmental robustness, while simplifying system development and integration, ultimately reducing development effort and accelerating time-to-market.

The HE Series iToF decoder IC consists of the standard HE-1 and the advanced HE-2. The HE-2 supports RGB camera integration and incorporates a built-in RGB ISP, MJPEG encoder, and RGB-D alignment engine for precise fusion of RGB images and depth information. This allows host systems to directly access synchronized depth data, reducing additional processing requirements and simplifying overall system architecture. Further, the HE-2 incorporates an edge AI Neural Processing Unit (NPU) capable of supporting eye tracking, gesture recognition, and a wide range of AI vision algorithms. By combining perception, intelligence, and interaction capabilities within a single platform, the HE-2 enables developers to build advanced intelligent vision systems for robotics, human-machine interaction, and diverse AIoT applications.

“As robotics, smart manufacturing, and other intelligent vision applications continue to advance, demand for real-time, high-precision 3D sensing is growing rapidly,” said Pen-Hsin Chen, Vice President of the Image Processing SoC Business Unit at Himax. “Leveraging Himax’s extensive expertise in 3D sensing and image processing technologies, the HE series iToF decoder IC combines a high-speed depth processing architecture with advanced image enhancement capabilities to deliver a highly accurate, low-latency, and easy-to-integrate 3D sensing solution, helping customers shorten development cycles and accelerate time-to-market.”

About Himax Technologies, Inc.

Himax Technologies, Inc. (NASDAQ: HIMX) is a leading global fabless semiconductor solution provider dedicated to display imaging processing technologies. The Company’s display driver ICs and timing controllers have been adopted at scale across multiple industries worldwide including TVs, PC monitors, laptops, mobile phones, tablets, automotive, ePaper devices, industrial displays, among others. As the global market share leader in automotive display technology, the Company offers innovative and comprehensive automotive IC solutions, including traditional driver ICs, advanced in-cell Touch and Display Driver Integration (TDDI), local dimming timing controllers (Local Dimming Tcon), Large Touch and Display Driver Integration (LTDI) and OLED display technologies. Himax is also a pioneer in tinyML visual-AI and optical technology related fields. The Company’s industry-leading WiseEyeTM Ultralow Power AI Sensing technology which incorporates Himax proprietary ultralow power AI processor, always-on CMOS image sensor, and CNN-based AI algorithm has been widely deployed in consumer electronics and AIoT related applications. Himax optics technologies, such as diffractive wafer level optics, LCoS microdisplays and 3D sensing solutions, are critical for facilitating emerging AR/VR/metaverse technologies. Additionally, Himax designs and provides touch controllers, OLED ICs, LED ICs, EPD ICs, power management ICs, and CMOS image sensors for diverse display application coverage. Founded in 2001 and headquartered in Tainan, Taiwan, Himax currently employs around 2,200 people from three Taiwan-based offices in Tainan, Hsinchu and Taipei and country offices in China, Korea, and the US. Himax has 2,564 patents granted and 331 patents pending approval worldwide as of March 31, 2026.

http://www.himax.com.tw

Forward Looking Statements

Factors that could cause actual events or results to differ materially from those described include, but are not limited to, the effect of the Covid-19 pandemic on the Company’s business; general business and economic conditions and the state of the semiconductor industry; market acceptance and competitiveness of the driver and non-driver products developed by the Company; demand for end-use applications products; reliance on a small group of principal customers; the uncertainty of continued success in technological innovations; our ability to develop and protect our intellectual property; pricing pressures including declines in average selling prices; changes in customer order patterns; changes in estimated full-year effective tax rate; shortage in supply of key components; changes in environmental laws and regulations; changes in export license regulated by Export Administration Regulations (EAR); exchange rate fluctuations; regulatory approvals for further investments in our subsidiaries; our ability to collect accounts receivable and manage inventory and other risks described from time to time in the Company's SEC filings, including those risks identified in the section entitled "Risk Factors" in its Form 20-F for the year ended December 31, 2025 filed with the SEC, as may be amended.

Himax Contacts:

Karen Tiao, Head of IR/PR
Himax Technologies, Inc.
Tel: +886-2-2370-3999
Fax: +886-2-2314-0877
Email: hx_ir@himax.com.tw
http://www.himax.com.tw

Mark Schwalenberg, Director
Investor Relations - US Representative
MZ North America
Tel: +1-312-261-6430
Email: HIMX@mzgroup.us


FAQ

What did Himax (HIMX) announce on June 30, 2026 about its HE Series iToF ICs?

Himax (HIMX) announced its new HE Series indirect Time-of-Flight Depth Decoder ICs for 3D sensing. According to Himax, these chips target robotics, industrial automation, and AI vision, offering hardware-based depth processing, advanced image enhancement, and a complete hardware-software development platform for easier integration.

What are the key features of Himax HIMX HE Series iToF Depth Decoder ICs?

The HE Series iToF ICs provide high-frame-rate, high-precision 3D sensing with hardware-based depth processing. According to Himax, they support 640×480 RAW input at 240 fps, output 2D grayscale and 3D depth via MIPI or USB, and include depth noise reduction, flying pixel removal, and temporal filtering.

How does the Himax HIMX HE-2 iToF decoder differ from the HE-1?

HE-2 is positioned as the advanced option compared with the standard HE-1. According to Himax, HE-2 adds RGB camera integration, a built-in RGB ISP, MJPEG encoder, RGB-D alignment engine, and an edge AI Neural Processing Unit supporting eye tracking, gesture recognition, and other AI vision algorithms.

What applications are targeted by Himax (HIMX) HE Series iToF Depth Decoder ICs?

The HE Series targets robotics, industrial automation, and broader AI vision use cases. According to Himax, applications include object picking, obstacle avoidance, environment mapping, autonomous navigation, human-machine interaction, and AIoT systems requiring accurate, low-latency 3D sensing and integrated perception and intelligence on one platform.

Which partners have adopted Himax HIMX HE Series iToF Depth Decoder ICs?

Himax reports that multiple industry partners have already adopted the HE Series for machine vision. According to Himax, leading optical module manufacturer OFILM has integrated the iToF depth decoder IC into its RoboVision solution, enabling high-precision 3D sensing for various robotic applications, including navigation and object handling.