X-D450

• Wide Field of View
64° × 50° FOV for broad-area depth sensing.

• Outdoor Ranging
Up to 3 m in outdoor sunlight.

• High Accuracy
1% full-range ranging accuracy.

• High-Speed Imaging
Up to 240 fps phase-image output.

• High Resolution
640 × 480 depth resolution.

• Compact Design
Easy integration into embedded systems.

SKU: X-D450 Category:

Description

X-D450 Data Sheet
Classification Performance Indicator Specification Note
Product Status Status Mass Production
Imaging Parameters Pixel Array Resolution 640 × 480
Pixel Pitch 5 μm
Quantum Efficiency 30% @ 940 nm
Shutter Type Global shutter with per-row readout
Maximum Frame Rate 240 fps phase-image output
60 fps depth imaging in four-phase mode
Image Transformations 2 × 2 binning / Region of interest / Subsampling
ToF Parameters Modulation Frequency Configurable, up to 165 MHz
Frame Modes Four-phase or eight-phase modes
Configurable integration time
With or without grayscale/background image
Data Output Modes Continuous phase-image output
Single-trigger mode by register or I/O
Interface Parameters Data / Control Interface MIPI CSI-2, two lanes, 1 Gbps per lane / I²C
SPI for VCSEL driver configuration
External Trigger Configurable I/O for synchronization with other image sensors
Optical and Ranging Parameters Field of View 64° × 50°
Detection Range Up to 3 m in outdoor sunlight @ 18% reflectivity
Ranging Accuracy 1% of full range
Laser Wavelength 940 nm / 850 nm Configuration dependent
Laser Peak Power 3 W
Sunlight Resistance Up to 90 klux
Electrical and Package Parameters Supply Voltage 3 V
IC Power Consumption < 2000 mW
System Power Consumption 600 mW @ 15 fps, 1000 μs integration time,
dual modulation frequencies of 20 MHz and 100 MHz
TX included
Package Bare die or 90-ball WLCSP, 4.6 × 5.7 mm

Additional information

Technology

iToF

Solution

Logistics & Warehouse, People Counting, Robotics & Industrial Automation

Applications

People Counting, Parcel Sorting, Cargo Dimensioning, Robotic Object Recognition, Robot Arm Guidance, AGV Obstacle Avoidance, AMR Navigation, Embedded 3D Vision