• Yunshis iHawkP150E polarized 3D industrial camera front view with dual lenses and vented housing
  • Rear and underside view showing mounting base and attached cable with threaded multi-pin connector
  • Angled view of Yunshis iHawkP150E 3D industrial camera with attached cable and metal connector plug
1 3

Yunshis iHawkP150E Polarized 3D Industrial Camera for Robotics/AGV, Ethernet, M12-12, IP55

Yunshis iHawkP150E Polarized 3D Industrial Camera for Robotics/AGV, Ethernet, M12-12, IP55

Yunshis

$763.00 USD
$763.00 USD
Oferta Agotado
Impuestos incluidos. Los gastos de envío se calculan en la pantalla de pago.
Version
Working range
  • PayPal
  • Visa
  • Mastercard
  • American Express
  • JCB
  • Discover
  • Diners Club
  • Google Pay
  • Apple Pay
Ver todos los detalles

Overview

The Yunshis iHawkP150E is a polarized 3D industrial camera designed for RGB-D (color + depth) output over Ethernet. It uses an M12 12-pin aviation connector for a robust physical interface and supports OTA firmware upgrades.

Key Features

  • Polarized 3D structured light camera with polarization function
  • Ethernet communication with M12-12 core (12-pin) aviation connector
  • RGB-D alignment and fusion (as stated in product materials)
  • Millimeter-level measurement accuracy; depth accuracy specified as ±1 mm @ 60 cm
  • Effective FOV: H72° (±3°) × V50.5° (±3°)
  • SDK support stated for Android / Windows / Linux / ROS
  • Time synchronization: supports time-synchronized depth and signal amplitude data (as stated in product materials)
  • Speckled noise reduction for mirror materials (as stated in product materials)
  • Firmware: supports color image and depth image output, OTA firmware upgrade, auto-restart after upgrade

Specifications

Model iHawkP150E
Baseline 40 mm
Dimensions 90 × 25 × 38.5 mm
Communication Interface Ethernet
Physical Interface M12 12-pin Aviation Connector
Power Supply DC 12 V ≥ 2 A
Average Power Consumption 2.5 W
Operating Temperature -10 ~ 50 °C
IP Rating IP55 (note: one product slide mentions IP67)
Depth Working Range 0.3 - 8 m (note: one product slide mentions a measurement range of 0.2 - 8 meters)
Depth Accuracy ±1 mm @ 60 cm
Color Image Resolution / Frame Rate: 1280 × 800 @ 7 fps / 640 × 400 @ 25 fps
Image Encoding Format: MJPEG
Effective FOV: H72° (±3°) × V50.5° (±3°)
Depth Image Resolution / Frame Rate: 1280 × 800 @ 7 fps / 640 × 400 @ 25 fps
Image Format: Raw16bit
Effective FOV: H72° (±3°) × V50.5° (±3°)
Firmware Parameters Supports color image and depth image output, OTA firmware upgrade, auto-restart after upgrade

Application Scenarios

  • Humanoid robots
  • Robotic arms
  • Exoskeletons
  • Quadruped robots
  • AGV vehicles
  • ARU robots
  • Obstacle avoidance and collision prevention (as stated in product materials)
  • Random bin picking (as stated in product materials)
  • Precise positioning of robotic arms (as stated in product materials)
  • Drones (as stated in product materials)

For integration and selection support, contact the store team at https://rcdrone.top/ or email [email protected].

Documents

Details

Yunshis iHawkP150E Polarized 3D Industrial Camera with Ethernet and M12 12‑pin aviation connector

Built for RGB-D output over Ethernet, the iHawkP150E uses an M12 12-pin aviation connector for reliable industrial wiring.

P150E polarized 3D structured light camera overview highlighting millimeter-level accuracy and 12V/2A power input

Polarization-assisted structured light helps deliver stable depth data for robot vision tasks like obstacle avoidance and positioning.

Product features slide for iHawkP150E 3D camera listing measurement range, time sync, and rugged metal housingPolarization working principle graphic with VCSEL transmitter (TX) and receiver (RX) optical path

The polarization function is designed to improve depth capture performance on reflective or challenging surfaces.

Robotic arm grasping a bottle, illustrating industrial automation and precise positioning use cases

Common integration scenarios include robotic arms for picking, placement, and repeatable positioning guided by depth sensing.

Quadcopter drone flying in a forest environment, representing UAV obstacle avoidance and navigation applicationsHumanoid robot concept image representing RGB-D perception for humanoid robots and mobile platformsSDK platform support graphic listing Android, Windows, and Linux for camera development and integration

SDK support across Android, Windows, and Linux helps streamline deployment on robots, PCs, and embedded systems.

Speckle noise reduction comparison for mirror materials with depth maps before and after filtering

Speckle noise reduction targets mirror-like materials to improve depth map usability in real-world scenes.

iHawkP150E camera structural drawing with mechanical dimensions and connector layout for mounting design

Mechanical drawings provide key dimensions and connector placement for enclosure, bracket, and cable planning.

Related Collections