3D depth camera for most demanding environments
Our depth camera product is in the final stages of product development.
Now we are looking for companies, who would like to test our camera in their application.
If you like to know more, click the button below and fill the form.
WHAT IS SPARK?
An industrial stereo camera for most demanding environments
A unique all-in-one platform with in-built global shutter cameras, IMU and GNSS
Produces synchronised, calibrated and rectified images
Neural Processing Unit provides intelligence for the industrial machines
A standalone product without the need for an external computing unit
Perfect camera for Visual Navigation solutions
Complete IP classified platform for harsh outdoor conditions
Embedded application and real-time processor
Standalone sensor fusion ready device
Customizable design and applications
Deep learning applications, such as object detection and recognition
Synchronised data flow from the camera pair, IMU, and GNSS sensors, with ROS device drivers
Two times CMOS Global Shutter monochrome
250 millimeters baseline
Two times 1,6 Mpx / 1440 x 1080 px
FOV: Customisable with different lens options
Compression unit for efficient stereo image streaming
Customer SDK included
Expandability with industrial graded Ethernet, CAN FD interfaces
Option to integrate device inside the customer system for a maximum level of integration
* Specifications and information herein are subject to change without notice.
LESS COSTS AND HASSLE
The embedded application processor enables standalone operation. This decreases the customer’s total system cost.
BUILT FOR YOU
Dynim’s camera technology platform enables easy customisation for multiple applications.
Our professional product development and AI teams are with you through the journey.
Using Spark in your development projects saves months of development time. You can plug Spark into your machine and start developing.
Dynim’s camera is an industrial graded device. This provides the user dust- and waterproofness with wide operating temperature and supply voltage range.
Dynim’s camera operates in multiple modes. Provided sample application demonstrates rudimentary visual navigation with the aid of the provided stereo camera.
If you are not happy with the current setup, we can customise our camera for you, an example we can change lenses to match your application.
Currently we have identified problems that customers face when they are looking for stereo camera products. All of these problems can be resolved with our Spark stereo camera.
"No processing power on-edge / in-device"
Spark has edge computing (ARM/NPU/VPU) in-device
"Accuracy of singe sensor not good enough"
Spark own sensor fusion improves accuracy and independency
"Only consumer level solutions available"
Spark is designed to industrial requirements
"Lack of solutions for demanding environments"
Spark is designed to operate in harsh environments
"Rolling shutter camera have issues in depth sensing"
Spark’s global shutter enables accurate stereo synchronisation
"Rolling shutter introduces motion artifacts"
Spark’s global shutter provides artifact-free images in move
"Lack of integration support or customisation"
Dynim offers customisation possibility and SDK for integration and customer application development
Vision for mobile robots
Generic depth information
Visual navigation and object detection
Driver assistance and object detection
Cabing / cargo 3D monitoring
Location and navigation information,
3D situational awareness
Automated guided vehicles
Visual odometry and navigation
Tech specs for developers
u-blox NEO-M9N module
ROS image with hardware drivers for the default image sensors, IMU and GNSS
x2 USB 3.0 Type-C connector
MicroSD card connector
10-pin pin extension connector with ECSPI and UART
Debug interface for processors
DC input 9-32 V, with input range power circuitry allowing robust 12/24V battery systems
including cables, variable cable lengths
M12 industrial grade X-Coded Gigabit Ethernet
M12 industrial grade A-Coded CAN
M12 industrial grade A-Coded Power
This site contains information on a preproduction product. Specifications and information herein are subject to change without notice.
NXP i.MX 8M Plus, full featured
Quad core ARM Cortex A53
ARM Cortex-M7 real-time processor
Image signal processor (ISP)
Neural processing unit (NPU)
1080p60 video encoder (H.265, H.264)
2 GB LPDDR4
32 GB eMMC 5.1
Pair of Sony global shutter IMX296 sensors.
x2 MIPI-CSI connectors
FDx2 isolated CAN FD transceiver
Ethernet 10/100/1000 Mbps
Our stereo camera product is in the final stages of product development.
Now we are looking for a companies, who would like to test our camera in their application.
Please fill the form below to contact us if you are interested.
If you are not interested in for pilot case and you only want to buy the camera for testing purposes, fill the form below and we'll be in touch.