InnovizTwo Next-Generation Automotive-Grade LiDAR Sensor
Automotive-Grade LiDAR Sensor
With unmatched 3D perception performance, InnovizTwo is the company's next-generation of high-performance, automotive-grade LiDARs that are intended for mass-production of Level 2+ to Level 5 autonomous vehicles.
The lightweight, low-power, functionally safe, and cost-effective LiDAR is resistant to the sun's rays and the elements. For distances up to 300m, the sensor provides a dense, extremely accurate, 3D point cloud with unmatched angular resolution at a high frame rate. The pre-configured functionality supported by InnovizTwo includes multiple reflections, pixel summation, frame rate, and FOV scanning configuration with Regions of Interest (ROI). For different applications, there are a variety of scanning configurations available. Different resolutions per pixel type are supported in each section of the FOV (native or summation pixel).
Key Features:
- 0.05°x0.05° Maximum Angular Resolution (HxV)
- 10, 15, or 20 FPS Pre Configurable Frame Rate
- 0.3m-300m Detection Range
- 120°x 40° Maximum Field of View (HxV)
- 60x137x128 Dimensions (HxWxD)
- ASIL B(D)ISO 26262 Compliant
LASER
- Laser Product Class
- Class 1, Eye-safe (IEC-60825-1)
- Wavelength
- 905nm
INTERFACES
- Data, Command and Control
- Automotive Ethernet (1000Base-T1)
- Time Synchronization
- PTP over Ethernet (1588V2/802.1AS)
MECHANICAL/ELECTRICAL
- Typical Power Consumption
- 20W
- Operating Voltage
- 6.5 to 32VDC
- Dimensions
- 60x137x128mm (HxWxD)Weight ~700g
- Connectors
- Data
- Rosenberger H-MTD®
- Power
- Rosenberger MQS
- Data
- Ambient Temperature
- Operating -40°C to 85°C
- Storage -40°C to 105°C
- Lifetime
- 15 years or 300,000km
OUTPUTS
- Point Cloud Attributes
- Per reflection: Distance, reflectivity, and confidence
- Per-pixel: Timestamp, number of reflections, blockage indication, and coordinates of pixel
- Per frame: Window blockage detection (by region); frame sequence number
- Point Cloud Reflections
- Maximum 3
- Pixel Latency
- <10msec
- Time Stamp
- 10 μsec accuracy for every pixel
