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Lumeriz – Fertigung

Design House for optical sensors: CMOS image sensors, neuromorphic sensors, TOF and X-ray ROIC design with production transfer.

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Lumeriz

ZurichNew on Amplifa

2023Founded

About Lumeriz

Lumeriz is a design house based in Zurich that develops advanced optical sensors for intelligent image processing. Its service portfolio covers the design of CMOS image sensors (rolling and global shutter), neuromorphic vision sensors, time-of-flight depth sensors, and optoelectronic readout ICs for X-ray, infrared, thermal and photon-counting applications. Its work ranges from pixel, analog and digital circuit design to optical design and signal-chain simulation through to fabrication-ready layouts. In addition, the company offers custom co-design and system integration, module integration, algorithm and SDK development, as well as turnkey solutions including camera tuning and firmware optimization. Packaging, calibration and transfer to mass production are handled through a manufacturing network. Target industries are automotive, medical technology, robotics, consumer technology, AIoT, mobile, smart home and XR.

Site
Zurich
Processes
CMOS Image Sensor Design (Rolling Shutter / Global Shutter), Neuromorphic Vision Sensor (NVS) Design, Time-of-Flight Depth Sensor Design (iToF/dToF, NIR), Optoelectronic ROIC Design (X-ray, Infrared, Thermal, Photon Counting), Pixel, Analog and Digital Design / Optical Design / Signal-Chain Simulation, Custom Co-Design and System Integration (optical/electronic simulation, schematic, layout), Module Integration, SDK Development and Turnkey Solutions, Packaging, Calibration and Mass Production Transfer (via manufacturing network)
Materials
CMOS Image Sensor, Neuromorphic Vision Sensor, Time-of-Flight Depth Sensor, Optoelectronic ROIC, 3D Stacking / BSI / Hybrid Bonding, High Dynamic Range (DCG, DAG, DOL)
Certificates
Technology Transfer and Qualification
Founded
2023
Industries
Automotive, Medical Technology, Robotics, Consumer Technology, AIoT, Mobile
  1. 01

    Sensor Design and Architecture

  2. 02

    Custom Co-Design and System Integration

  3. 03

    Module Integration and SDK Development

  4. 04

    Packaging and Calibration

  5. 05

    Transfer to Mass Production

Technologies and Processes

CIS

CMOS Image Sensor

Design of rolling- and global-shutter sensors with high resolution and low noise.

NVS

Neuromorphic Vision Sensor

Microsecond capture of motion and scene changes with very low power consumption.

TOF

Time-of-Flight Depth Sensor

Active NIR measurement for real-time 3D perception with millimeter precision.

ROIC

Optoelectronic ROIC

Ultra-low-noise readout ICs for X-ray, infrared, thermal and photon-counting applications.

3D

3D Stacking / BSI / Hybrid Bonding

Stacked BSI architectures improve quantum efficiency, light sensitivity and readout speed.

HDR

High Dynamic Range (DCG, DAG, DOL)

Techniques for image capture with more than 120 dB of dynamic range.

Sites

Standort Zurich

Zurich

CH

Design and Development Center

Lot size
Prototype to series production
Materials
CMOS image sensors, NVS, TOF, ROIC
  • R&D pixel/analog/digital design
  • Signal-chain simulation
  • Optical testing
  • Camera tuning

Sensors and Modules

CMOS Image Sensor
CMOS Image SensorChip Design · Automotive
Neuromorphic Vision Sensor
Neuromorphic Vision SensorEvent Sensing · Robotics
Time-of-Flight Depth Sensor
Time-of-Flight Depth Sensor3D Perception · AIoT
Optoelectronic ROIC
Optoelectronic ROICX-ray/Infrared · Medical Technology
Reference Module
Reference ModuleModule Integration · Smart Home

Inside the production

Vision Sensor Technology
Vision Sensor Technology
Module Development
Module Development
Sensor Design
Sensor Design

Industries

AutomotiveMedical TechnologyRoboticsConsumer TechnologyAIoTMobileSmart HomeXRMedicalRobotics

Processes & technical limits

ProcessesToleranceMax. partWeightLot sizeMaterials
CMOS Image Sensor Design (Rolling Shutter / Global Shutter)Engineering––––Silicon (chip design)
Neuromorphic Vision Sensor (NVS) DesignEngineering–––––
Time-of-Flight Depth Sensor Design (iToF/dToF, NIR)Engineering–––––
Optoelectronic ROIC Design (X-ray, Infrared, Thermal, Photon Counting)Engineering–––––
Pixel, Analog and Digital Design / Optical Design / Signal-Chain SimulationEngineering–––––
Custom Co-Design and System Integration (optical/electronic simulation, schematic, layout)Engineering–––––
Module Integration, SDK Development and Turnkey SolutionsAssembly–––––
Packaging, Calibration and Mass Production Transfer (via manufacturing network)Surface–––––
3D Stacking / BSI Architecture / Hybrid Bonding (technology portfolio)Joining–––––

Additional services

Chip and Sensor Design (CIS, NVS, TOF, Infrared, X-ray, ROIC)Custom Co-Design and IntegrationModule IntegrationAlgorithm DevelopmentSDK DevelopmentTurnkey SolutionsCamera TuningFirmware OptimizationPackaging, Calibration and Transfer to Mass ProductionTechnology Transfer and Qualification

Quality

Quality assurance includes system-level testing, optical testing, camera tuning, calibration, as well as technology transfer and qualification for mass production via the manufacturing network.

EvidenceZurich
Technology Transfer and Qualification

History

  1. 2023

    Founded in Zurich

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