The EVK75027 is the evaluation kit for the MLX75027 VGA time-of-flight (ToF) sensor.

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Top features

  • MLX75027 VGA time-of-flight sensor
  • VCSEL illumination (110° FOV at 940 nm)
  • Modular (interchangeable) platform architecture
  • HW & SW reference design
  • GSML2 serializer - deserializer available
  • ROS compatible including web GUI
  • Matlab, Python, C API
  • Distance and confidence data at >100 FPS
  • Advanced features support on-demand
  • Small form factor 50 x 40 x 45 mm
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VGA time-of-flight sensor evaluation kit - EVK75027

Product description

The EVK75027 is the evaluation kit for the MLX75027 VGA time-of-flight (ToF) sensor. The MLX75027 enables real-time 3D imaging at full VGA resolution. The evaluation kit is a complete ToF camera and can be directly connected to a PC for visualisation and recording of depth map data while allowing direct access to many configuration settings.

A graphical user interface for Windows is provided for live depth map visualization, basic recording, analysis and configuration.

For custom SW development, a MATLAB SDK and C API is provided. The built-in flexibility of our evaluation kit enables any designer to develop the necessary system know-how and product experience for use in their application.

The evaluation kit is available with 110° horizontal field-of-view and 940 nm VCSEL illumination.

EVK75027 - block diagram

Features and benefits

  • MLX75027 VGA time-of-flight sensor
  • VCSEL illumination (110° FOV at 940 nm)
  • Modular (interchangeable) platform architecture
  • HW & SW reference design
  • GSML2 serializer - deserializer available
  • ROS compatible including web GUI
  • Matlab, Python, C API
  • Distance and confidence data at >100 FPS
  • Advanced features support on-demand
  • Small form factor 50 x 40 x 45 mm

Videos

Time-of-flight evaluation kit

Product

Discover our latest time-of-flight evaluation platforms, the EVK75026 and the EVK75027. The MLX75026 (QVGA) and MLX75027 (VGA) enables real-time 3D imaging at (Q)VGA resolution with unsurpassed accuracy & sunlight robustness.