
Hi-Link 60G Radar Sensor Module Debugging Board
📦 Location of the warehouse: China
Free shipping for you
Free Shipping from 30€ in Germany, 50€ in the EU!
Trustpilot rating: 4.4/5.0
Thank you for your support - rate us on Trustpilot!

Hi-Link 60G Radar Sensor Module Debugging Board
The Hi-Link 60G Radar Sensor Module Debugging Board is a development platform designed to facilitate the testing, evaluation, and integration of Hi-Link's 60GHz radar sensor modules. These modules are advanced sensors capable of detecting and tracking human presence, movement, and even subtle motions like breathing by utilizing Frequency Modulated Continuous Wave (FMCW) radar technology in the 60GHz band.
Here's a breakdown of what a typical debugging board for such a module would offer:
Purpose:
- Easy Module Interfacing: Provides a convenient and standardized way to connect the 60G radar sensor module to other hardware like microcontrollers (e.g., Arduino, Raspberry Pi), computers, and power supplies.
- Breakout of Pins: Exposes all the necessary pins of the radar sensor module onto easily accessible headers or connectors. This allows developers to connect to power, ground, communication interfaces (like UART), and any output signals.
- Power Regulation: Often includes onboard voltage regulation to provide the stable and correct power supply required by the 60G module.
- Communication Interface: May incorporate a USB-to-serial converter to directly interface the module's UART communication with a computer for configuration, data monitoring, and debugging.
- Indicator LEDs: Could include LEDs to visually indicate power status, data transmission/reception, or detection events.
- Test Points: Might provide test points for easy probing of signals with an oscilloscope or multimeter.
- Mounting Options: Offers a stable platform for the radar module, potentially with mounting holes for secure placement.
Key Features of the Hi-Link 60G Radar Sensor Module (HLK-LD6001) that the Debugging Board Supports:
- 60GHz Operating Frequency: Operates in the 60GHz millimeter-wave band.
- Human Presence and Movement Detection: Designed for detecting the presence and movement of people.
- Trajectory Tracking: Capable of tracking the walking paths of individuals.
- Multi-Human Detection: Can often detect and track multiple people (up to a specified number, e.g., 8).
- FMCW Modulation: Uses Frequency Modulated Continuous Wave radar for accurate sensing.
- Configurable Parameters: The sensor's sensitivity, detection range, and other parameters can typically be configured via a serial interface.
- UART Communication: Primarily communicates data and accepts commands through a UART (Universal Asynchronous Receiver/Transmitter) interface.
- Compact Size: The radar module itself is usually small for easy integration.
- Long Sensing Range: Offers a detection range of up to a certain distance (e.g., 8 meters).
- Wide Detection Angle: Provides a broad field of view for detection (e.g., ±60° horizontal, ±30° vertical).
In summary, the Hi-Link 60G Radar Sensor Module Debugging Board is an essential tool for anyone working with Hi-Link's 60GHz radar technology. It simplifies the initial setup, testing, and development process by providing a user-friendly interface to the complex radar sensor module. It allows developers to quickly connect the module, configure its settings, monitor its output, and integrate it into their specific applications.
Effective Date: March 27, 2025
At OpenELAB, we are committed to providing accurate product descriptions and delivering high-quality products. If you experience any issues with your purchase, please notify us within 60 days of the shipment date.
1. Warranty Disclaimer
Unless explicitly stated in a specific agreement or purchase order, OpenELAB makes no warranties—express or implied—regarding the fitness, suitability, or merchantability of any product for a particular purpose or special use.
2. Warranty Policy
Warranty Period
The standard warranty period for products sold by OpenELAB is 12 months from the date of delivery.
Under this warranty, OpenELAB will make a reasonable effort to repair or replace products free of charge if defects are due to issues with raw materials, design, or manufacturing.
If the defect qualifies under this policy but falls outside the covered scope, reasonable charges may apply for repair or replacement.
After the warranty period, support may still be available at a reasonable fee.
Warranty Exclusions
The warranty does not apply in the following cases:
- The product is beyond the 12-month warranty period.
- Damage due to misuse, improper maintenance or storage, or failure to follow the user guide or manual.
- Issues caused by Force Majeure events (e.g., natural disasters, war, legal changes, etc.).
- Unauthorized repair attempts by the customer.
- The product is not defective but has been opened and is non-returnable by policy.
3. Returns & Refunds
If you're not satisfied with your purchase, you may be eligible for a return or exchange:
- Return for Refund: Within 15 days of receipt (unopened).
- Return for Replacement: Within 30 days of receipt (damaged or defective).
- Exchange Window: Up to 30 days from receipt.
Please email us at info@openelab.io for a return authorization before sending anything back.
Return Conditions
- Items must be in original, clean, and mint condition with packaging intact.
- Returns of damaged, used, scratched, modified, or programmed items will not be accepted.
- Include the receipt, a brief note with your name, order number, and reason for return.
Shipping & Fees
- Customers are responsible for return shipping to our warehouses in Europe, the US, or China.
- Refunds may be subject to additional shipping fees unless the return is due to our error.
- A flat €8 shipping fee will be deducted for returned items that originally qualified for free shipping.
Payment Platform Fees
For refunds processed through third-party platforms such as PayPal or Braintree, a standard 3.5% service fee may be deducted to cover payment processing costs.