Leopard Imaging ToF Cameras
Time-of-Flight Technology Overview
A ToF camera measures how long it takes for light to bounce off an object. Using this principle, the camera calculates the distance to all objects in a scene. This point cloud data is used to compute and create a three-dimensional (3D) map of the object space. Thus, ToF cameras are also referred to as “depth cameras.” Unlike stereo 3D methods, no image contrast is necessary, and ToF systems exhibit excellent mechanical robustness and reduction of computing resources.
An Elite Partner in the NVIDIA Partner Network, Leopard Imaging develops ToF cameras based on a wide variety of imaging solutions compatible with the NVIDIA Jetson AGX Xavier platform. This includes hardware and software development, image tuning, and one-stop shop customization services for developers and customers. Leopard Imaging’s ToF cameras, developed in collaboration with NVIDIA, are also available on Jetson AGX Orin.
Leopard Imaging has a wide range of imaging solutions and a strong track record of developing 3D cameras. With the NVIDIA Jetson platform, Leopard Imaging ToF cameras empower automotive applications, robotics, IoT, drones, and other edge AI related applications. To further enhance the ToF camera image quality, Leopard Imaging uses Active Alignment (AA) technology through its manufacturing and integration/calibration process
Leopard Imaging and Microsoft Collaborate to Develop Time-of-Flight (ToF) Cameras
Leopard Imaging and Microsoft’s Azure Depth Platform program are working together to develop ToF Cameras, aimed at democratizing cloud-connected 3D vision. In this collaboration, Leopard Imaging is developing 3D sensing cameras, which can securely connect with Azure Intelligent Edge and Intelligent Cloud platforms for a broad set of technologies and industry solutions.
Leopard Imaging will leverage Microsoft’s ToF technology with solutions in retail, physical security, healthcare, drones, IoT, robotics and automotive industries -reinventing camera-imaging experiences for customers around the world.
Key Features
Applications and Industries
Retail
Physical Security
Healthcare
Drones
IoT
Robotics
Automotive
industry 4.0
Time-of-Flight Products
LI-KW33000-GMSL2-ToF
LI-USB30-TOF-GMSL2-6M
LI-USB30-TOF-GMSL2-2M
LI-TOF-GMSL2-6M
LI-TOF-GMSL2-2M
| Camera Specification |
|---|
| LI-KW33000-GMSL2-TOFDatasheet |
| Features | |
|---|---|
| Nuvoton KW3000A1K VGA ToF sensor Integrated VCSEL | |
| High Accuracy | |
| Maxim MAX9295A/B | |
| Long Distance Transmission | |
| Size: 88.0 (L) x 39.0 (W) x 41.3 (D) mm | |
| Effective pixels: 640 (H) x 480 (V) (active pixels) | |
| Optical format: 60 fps @ 640 x 480 | |
| Operation Temp: -30℃ ~ +85℃ |
| Application | ||||
|---|---|---|---|---|
| Gesture recognition | ||||
| Robot navigation | ||||
| Facial recognition | ||||
| 3D reconstruction | ||||
| Human interaction |
| Lens Spec | ||||
|---|---|---|---|---|
| Focal Length 2mm | ||||
| Aperture: F/# 1.3 | ||||
| FOV (D/H/V): 108° / 79 ° /141° / | ||||
| Relative Illumination: 74% at ∅4.48 mm | ||||
| Lens Mount: M12 x P0.5 |
| Camera Specification | ||||
|---|---|---|---|---|
| LI-USB30-TOF-GMSL2-6M Datasheet |
| Features | |
|---|---|
| Panasonic VGA support imaging sensor MN34906B1S | |
| GMSL2 Serializer | |
| Analog Front End ADDI9033, 2-lane MIPI output | |
| 940 nm Multimode VCSEL included | |
| Support 12V Power | |
| Focus Distance: | 6 meters |
| Effective Pixels: | 640 (H) x 480 (V) |
| Optical Format: | 1/4″ |
| Size: | 80 (L) x 35 (W) x 27 (D) mm |
| Part#: | LI-USB30-TOF-GMSL2-6M |
| Application |
|---|
| Gesture Recognition |
| Facial Recognition |
| Lens Spec | |
|---|---|
| Focal Length: | 2.16 mm |
| F/#: | 1.2 |
| FOV (D/H/V): | 104° / 87.2° / 67.7° |
| Relative Illumination: | > 77% |
| TV Distortion: | -6.1 % |
| DOF: | 0.2 m ~ inf |
| Camera Specification |
|---|
| LI-USB30-TOF-GMSL2-2M Datasheet |
| Features | |
|---|---|
| Panasonic VGA support imaging sensor MN34906B1S | |
| GMSL2 Serializer | |
| Analog Front End ADDI9033, 2-lane MIPI output | |
| 940 nm Multimode VCSEL included | |
| Support 12V Power | |
| Focus Distance: | 2 meters |
| Effective Pixels: | 640 (H) x 480 (V) |
| Optical Format: | 1/4″ |
| Size: | 80 (L) x 35 (W) x 27 (D) mm |
| Part#: | LI-USB30-TOF-GMSL2-2M |
| Application |
|---|
| Gesture Recognition |
| Facial Recognition |
| Lens Spec | |
|---|---|
| Focal Length: | 2.16 mm |
| F/#: | 1.2 |
| FOV (D/H/V): | 104° / 87.2° / 67.7° |
| Relative Illumination: | > 77% |
| TV Distortion: | -6.1 % |
| DOF: | 0.2 m ~ inf |
| Camera Specification |
|---|
| LI-TOF-GMSL2 Datasheet |
| Features | |
|---|---|
| Panasonic VGA support imaging sensor MN34906B1S | |
| GMSL2 Serializer | |
| Analog Front End ADDI9033, 2-lane MIPI output | |
| 940 nm Multimode VCSEL included | |
| Support 12V Power | |
| Focus Distance: | 6 meters |
| Active Pixels: | 640 (H) x 480 (V) |
| Optical Format: | 1/4″ |
| Size: | 80 (L) x 35 (W) x 27 (D) mm |
| Part#: | LI-TOF-GMSL2-6M |
| Application |
|---|
| Gesture Recognition |
| Facial Recognition |
| Lens Spec | |
|---|---|
| Focal Length: | 2.16 mm |
| F/#: | 1.2 |
| FOV (D/H/V): | 104° / 87.2° / 67.7° |
| Relative Illumination: | > 77% |
| TV Distortion: | -6.1 % |
| DOF: | 0.2 m ~ inf |
| Camera Specification | ||||
|---|---|---|---|---|
| LI-TOF-GMSL2-2M Datasheet |
| Features | |
|---|---|
| Panasonic VGA support imaging sensor MN34906B1S | |
| GMSL2 Serializer | |
| Analog Front End ADDI9033, 2-lane MIPI output | |
| 940 nm Multimode VCSEL included | |
| Support 12V Power | |
| Focus Distance: | 2 meters |
| Active Pixels: | 640 (H) x 480 (V) |
| Optical Format: | 1/4″ |
| Size: | 80 (L) x 35 (W) x 27 (D) mm |
| Part#: | LI-TOF-GMSL2-2M |
| Application |
|---|
| Gesture Recognition |
| Facial Recognition |
| Lens Spec | |
|---|---|
| Focal Length: | 2.16 mm |
| F/#: | 1.2 |
| FOV (D/H/V): | 104° / 87.2° / 67.7° |
| Relative Illumination: | > 77% |
| TV Distortion: | -6.1 % |
| DOF: | 0.2 m ~ inf |