Home/Product/UI2-OV02B10-RGB-MIPI-CYD2F4641
Camera Specification:
Streaming Media Camera Module Camera Datasheet
UI2-OV02B10-RGB-MIPI-CYD2F4641
Application Field
Sweeping robot
Sensor
OV
Package Type
CSP
Chip Target Surface
1/5.0
Resolution
-
Frame Rate
-
Interface
MIPI
ChromaType
Color
Shutter Type
Rolling
$32.00
$32.00
Inventory:999
Want to know more about it, please email union@unimage.com.cn
  • FEATURES
  • APPLICATION
Lens Vendor /
Lens Construction (CONSTRUCTION) 5P + Blue Glass IR 650nm
EFL (Effective Focal Length) 1.4±5%mm
F/NO (Aperture) 2.0±5%
FOV (Field of View) D144°/H108°/V80°
Distortion <21%(TV)
Focusing Range 9.8cm~31.8cm@15cm
Image Circle Φ3.8mm
Lens CRA 34.6°
Sensor Vendor OV
Pixel Size 1.75um*1.75um
Array Element (Resolution) 1600*1200
Optical Format 1/5 Inch
Sensor IIC Address SID = 0, 0x78 (W)/0x79 (R)
PDN Control (High/Low Effective) Low effective
RESETB Control (High/Low Effective) Low effective
IR Type (IR/BG) Lens Built - in Blue Glass IR
Sensor CRA 30.69°

 

Mapping and Navigation in Complex Environments
Dual -line lasers: Quickly construct a 2Dplanar map, mark the outlines of walls andfurniture, and plan global paths.
IR cameras: ldentify laser blind spots (suchas under table legs and the edges of carpets)to assist in refining map details.
Scene Examples
Laser detects furniture position -lR identifiescarpet textureautomatically switchessuction mode.
Laser detects obstacle outlineIRdetermines if it is transparent glass - decidesto detour or stop.
High -Robustness Obstacle Avoidance
Dual -line lasers: Scan the front area from 10cm to 8min real-time to detect largevolume obstacles (chairs, boxes).
IR cameras:ldentify lowlying/smallobstacles(pet food bowls, charging cables),covering the vertical blind spots of the lasers.
Technical Solution
Dual -line lasers provide horizontal pointclouds -IR cameras fill in the vertical blindspots - fuse data to generate a 3D obstacleavoidance model.
Cleaning in Low - light Environments
IR camera modules:In low-light scenariossuch as under the bed and at night, use 850nminfrared fill -light imaging to identify grounddebris.
Collaborative Logic
Light sensors detect environmental brightness→trigger lR fill -light - camera identifiesobstacles in the darklaser verifies thedistance.
Recognition of Special Materials
Transparent objects(glass(doors, acryliccoffee tables)
Lasers cannot reflect -lR cameras identifythrough edge outlinesand reflectiveproperties.