Vision Technology & AI

Why choose Atlantik Elektronik for HMI Vision?

  • Camera modules & optics: MIPI CSI-2/USB3, ISP tuning, lens/IR-filter selection
  • Depth sensing: ToF range/accuracy, temperature & crosstalk compensation
  • Interfaces: MIPI, USB3 UVC, GMSL2; sync for multi-camera setups
  • AI/software: GStreamer/OpenCV pipelines, edge acceleration
  • Mech/thermal: mounts, EMC, cooling, sealed fronts
  • Privacy: privacy-by-design, on-device inference
 

Engineering Services to accelerate your project

  • FoV/lens & IR illumination design (850/940 nm)
  • Camera/ToF calibration (intrinsic/extrinsic)
  • ISP/NR/AE/AWB tuning, low-latency pipelines
  • Gesture/face/people models, HMI integration
  • Mechanical integration, EMC pre-compliance
 

Can’t find what you need? — Get in touch

Need specific sensors, baselines or synchronization? We source special variants, propose alternatives and build custom designs.

Contact:
info@atlantikelektronik.com
+49 89 895050

S-Cube
Manufacturer: meerecompany
MPN: S100D - S.CUBE Evaluation Kit (with USB 3.0 & MIPI interface)
  • The S.CUBE Time of Flight Sensor (ToF) module provides high-speed, real-time 3D depth raw data.
  • The S.CUBE module is a 3D ToF development kit with VCSEL IR illumination.
  • S.CUBE is a module of compact size with ASIC and MIPI interface on board (Optional: USB 3.0) - Important: The development kit is delivered with a USB interface!
  • Thanks to its compact board design it is designed for easy system integration.
295,00 EUR
plus 19% tax excl. Shipping costs
S110D
Manufacturer: meerecompany
MPN: S110D
The Wide Eye ToF Dev Kit module delivers raw 3D depth data at high speed and in real time.
The Wide Eye ToF Module l is a 3D ToF development kit with VCSEL IR illumination. The Dev Kit is a compact size module with ASIC companion chip (raw data conversion) and equipped with a MIPI and USB 3.0 interface.
Thanks to its compact board design, it is designed for easy system integration.

285,00 EUR
plus 19% tax excl. Shipping costs
ML-X LiDAR Sensor LiDAR Module for 3D image
MPN: ML-X LiDAR

Sensor LiDAR Module for 3D image and computer vision
Introducing the ML: The Future of LiDAR for Autonomous Driving
The ML redefines LiDAR sensors for the next generation of vehicles. This innovative solid-state design features:

Unmatched Simplicity: The world's simplest LiDAR with no moving parts, maximizing production efficiency and reliability.
Powerhouse Performance: Packed into a compact, lightweight design, the ML delivers exceptional performance for precise monitoring of a vehicle's surroundings.
Mass Production Ready: The simple design allows for easy integration and mass production, making widespread adoption possible.
The ML paves the way for safer, more intelligent autonomous vehicles.
Price on request
i200D ToF 3D Depth Camera

Manufacturer: Meerecompany
MPN: i200DK

Time of Flight 3D Depth Camera i200DK from Meerecompany:

  • Need accurate 3D vision, even in bright sunlight?
  • The Meerecompany i200DK Time of Flight camera delivers. 
  • With a long 7-meter range and crisp VGA resolution, it captures detailed depth for superior object recognition and measurement.
  • Its sunlight-robust design ensures stable and reliable results in any lighting. 
  • Ideal for demanding outdoor applications like robot navigation and drone obstacle avoidance. 
233,20 EUR
plus 19% tax excl. Shipping costs
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FAQ

RGB vs ToF — what’s the difference?

RGB provides color images for detection/classification; ToF provides depth for distance/gesture. Combined they enable robust 2D/3D HMIs.

Which interfaces are available?

MIPI CSI-2 for direct SoM attach, USB3 UVC for hosts, GMSL2 for longer distances and synchronized multi-camera setups.

Do I need IR illumination?

For ToF/NIR applications typically 850/940 nm. We size output, optics and safety distances.

How low can latency go?

With optimized GStreamer/OpenCV pipelines and edge acceleration we achieve low end-to-end latency—sensor/SoC dependent.

How is calibration performed?

Intrinsic/extrinsic calibration (cam/ToF), temperature-drift correction and self-checks to keep depth data stable.