EXPAND BOUNDARIES OF SIGHT
Lumeriz is a Switzerland based design house developing advanced optical sensors for intelligent vision.
EXPAND BOUNDARIES OF SIGHT
Lumeriz is a Switzerland based design house developing advanced optical sensors for intelligent vision.
Advancing Vision Through Sensor Innovation
Lumeriz develops breakthrough architectures across pixel, circuit, and system design — achieving superior performance in dynamic range, speed, noise, and power efficiency. Our technologies span from conventional CMOS to neuromorphic, infrared, TOF, and optoelectronic ROIC, enabling AI systems to perceive the world with unmatched clarity and precision.
CMOS Image Sensor
Rolling Shutter | Global Shutter
High-resolution, low-noise imaging optimized for diverse lighting and performance requirements.
Neuromorphic Vision Sensor (NVS)
Microsecond Event Sensing | Enhanced Fusion APS + EVS
Captures motion and scene changes instantly with ultra-low power and dramatically reduced data load.
Time-of-Flight Depth Sensor (iToF / dToF, NIR)
Real-Time 3D Perception | Millimeter-Level Precision
Active NIR light enables fast, accurate depth mapping for mobile, robotics, and AI-driven spatial intelligence.
Optoelectronic ROIC
X-ray | Infrared | Thermal | Photon Counting
Ultra-low-noise readout ICs delivering high dynamic range and precision signal capture across advanced imaging modalities.
Specialized
Technology Portfolio
Low Power Architecture
MTCMOS | VTCMOS | 3D Stacking | BSI Architecture
Achieves always-on intelligent vision with minimal energy use.
By minimizing power demand, it empowers edge AI to operate continuously, intelligently, and autonomously.
Power-gating CMOS techniques lower dynamic and standby power.
3D stacked + BSI structure improves quantum efficiency and light sensitivity.
Ideal for smartphones, IoT, and battery-sensitive AI devices.
High Dynamic Range
DCG | DAG | DOL
Enhances detail across bright and dark scenes for superior image fidelity.
DCG: Expands full-well capacity and low-light performance.
DAG: Amplifies bright and dark signals in one exposure.
DOL: Combines multiple exposures for seamless HDR imaging.
Enables image performance beyond 120 dB dynamic range.
Low Noise & Advanced Processing
DTI | Hybrid Bonding | NIR | ISP Optimization
Delivers cleaner signals, higher accuracy, and superior low-light imaging.
Deep Trench Isolation (DTI): Minimizes pixel crosstalk and leakage.
Hybrid Bonding: Increases readout speed and reduces substrate noise.
NIR Optimization: Extends detection to near-infrared wavelengths.
ISP Tuning: Enhances image stability, color precision, and overall clarity.
Specialized
Technology Portfolio
Low Power Architecture
MTCMOS | VTCMOS | 3D Stacking | BSI Architecture
Achieves always-on intelligent vision with minimal energy use.
By minimizing power demand, it empowers edge AI to operate continuously, intelligently, and autonomously.
Power-gating CMOS techniques lower dynamic and standby power.
3D stacked + BSI structure improves quantum efficiency and light sensitivity.
Ideal for smartphones, IoT, and battery-sensitive AI devices.
High Dynamic Range
DCG | DAG | DOL
Enhances detail across bright and dark scenes for superior image fidelity.
DCG: Expands full-well capacity and low-light performance.
DAG: Amplifies bright and dark signals in one exposure.
DOL: Combines multiple exposures for seamless HDR imaging.
Enables image performance beyond 120 dB dynamic range.
Low Noise & Advanced Processing
DTI | Hybrid Bonding | NIR | ISP Optimization
Delivers cleaner signals, higher accuracy, and superior low-light imaging.
Deep Trench Isolation (DTI): Minimizes pixel crosstalk and leakage.
Hybrid Bonding: Increases readout speed and reduces substrate noise.
NIR Optimization: Extends detection to near-infrared wavelengths.
ISP Tuning: Enhances image stability, color precision, and overall clarity.
Sensor Design for a New Era
Combining advanced design, manufacturing, and algorithm, our optical sensors go far beyond traditional imaging performance.
Privacy Protection
Energy and Cost Efficient
Machine Vision & AI Integration
Multi-modal Sensing
Edge Computation Readiness
Low-latency Response
High Dynamic Range (HDR)
Long-term Stability and Calibration Reliability
Scalable Architecture
Customizable
Cross-industry Versatility
High Precision Measurement
What We Design and Deliver
We specializes in optical-sensor innovation, supported by in-house R&D and vertically integrated manufacturing. Our capabilities span chip design, module integration, algorithm development, SDK development, and turnkey solution delivery — tailored for a wide range of applications.
Let’s Talk About Your Needs
Sensor Design and Architecture
Core Design Expertise from Concept to Layout
We lead the design and architecture of advanced optical sensors, cover, CIS, NVS, infrared, X-ray, TOF, and spectral technologies.
Our work spans pixel, analog, and digital design, optical design, signal chain simulation, and system-level testing, optimization.
As a design house, we turn concepts into factory-ready layouts, supporting technology transfer and qualification for mass production.
Custom Co-Design and Integration
Tailored Engineering for System-Level Applications
We work with partners to customize and integrate our sensor designs into complete vision systems — combining optical/electronic simulation, schematic design, and layout. Our co-design approach ensures every module meets precise performance, power, and reliability goals.
We also customize the sensor chip itself to fit each client’s system architecture, performance targets, and application requirements.
From prototype to production, we provide engineering leadership and technical collaboration that bridges design intent with real-world deployment.
Modules, SDKs, and Manufacturing Solutions
From Evaluation to Scalable Production
We provide a full ecosystem of reference modules, SDKs, and turnkey solutions built on our proprietary sensor architectures.
These platforms support optical testing, algorithm development, camera tuning, firmware optimization, and AI integration, accelerating time-to-market for our partners.
Through our manufacturing network, we deliver wide-range of packaging, calibration, and mass production transfer, ensuring seamless transition from design to large-scale deployment.
Core Applications
As the pioneer of advanced machine vision, our designs specializes in but are not limited to...
Automotive
Medical
Robotics
Consumer Technology
AIoT
Design in Action
About Lumeriz
Founded in 2023 in Zürich, Lumeriz set out to redefine the future of optical sensing.
Building on years of deep R&D in pixel architecture, circuit design, and sensor system integration, Lumeriz operates as a design house dedicated to developing next-generation vision architectures that transcend the limitations of conventional sensors — achieving new standards of performance, intelligence, and efficiency.
Today, Lumeriz leads in advanced optical sensor design, offering a full spectrum of design-to-manufacture solutions spanning ultra-low-power intelligent sensors to high-resolution imaging architectures. Our designs enable smarter, faster, and more adaptive vision across medicine, mobile, smart home, robotics, automotive, and XR — empowering AI systems to see with clarity and precision.
Our Mission
SIGHT, REDEFINED
At Lumeriz, we redefine what it means to see.
Our design in optical sensors move beyond traditional imaging — capturing light, motion, and context with intelligence and efficiency. By merging physics with perception, we empower machines to understand their environment in real time, enabling smarter systems, safer decisions, and more connected worlds.
Global IP Protected
Technology
2-3 Years Ahead of
Global Competitors
> 80% Technical
Specialists
Contact
Email：info@lumeriz.com
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