Price range: $299.00 through $499.00
A member of our “Mighty” series, this sensor allows for fast evaluation of D3 Embedded Radar Modules with Texas Instruments mmWave radar technology. This sensor enables easy integration of radar algorithms for industrial applications. It features include a 1″ x 1.5″ single board form factor and an easy to use USB-Serial interface.
This sensor is ideal for robotics using ROS. Please see our guide Using D3 Embedded Radar Sensors with ROS2.
Learn more about product development with D3 Embedded.
For volume pricing, contact sales@d3embedded.com.
Additional information
| Use Case | Benchtop evaluation and proof-of-concept. Contact D3 Embedded for further development. |
|---|---|
| Volume Pricing | Less than $60 |
| Lead Time | 1 -2 Weeks |
| Enclosure | Board Only, Enclosed |
Additional Product Information
Features
- Embeddable Small Form Factor Design
- Integrated PLL, Transmitter, Receiver, Baseband, A2D
- Ultra-Accurate Chirp (Timing) Engine Based on Fractional-N PLL
- MIMO Antenna-on-Fiberglass
- 16 Mb QSPI Flash
- 5 VDC Power
Applications
- Stand-Alone mmWave Radar Sensor
- Driver Monitoring
- Industrial Vehicle Systems
- Robotics
- Autonomous Machines
- Edge Sensor Processing
- Facility Monitoring
- People Counting and Tracking
- Vital Signs Monitoring
Specifications
Read the datasheet DesignCore® RS-L6432V 60 GHz USB mmWave Radar Sensor Datasheet for additional information and product specifications.
Development Services
Get to market fast with D3 Embedded Product Development Services
Purchase of a DesignCore® kit gives you a license to evaluate the technology and use it as a platform for product development. Our Design Services team can help, using DesignCore platforms as reference designs for your product development, to reduce risk and accelerate time to market.
We can also help you integrate a DesignCore design directly into your product for a license fee. Finally we can supply part or all of your final system as original device manufacturer (ODM) products. DesignCore kits can be used to evaluate these ODM products.