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MMWave Radar

for IoT Devices

for reliable IoT connectivity. Low power consumption.

Reliable connectivity, Low power consumption.

Accelerate your product to market.

3,000,000 + Monthly Production Capacity (Pcs)
CE/FCC/BQB... Global Certified
OEM/ODM Customization Support
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MMWave Radar Series

MinewSemi offers high-performance modules engineered for secure, low-power wireless communication in demanding environments.

Featuring robust RF performance, strong interference resistance, and scalable device connectivity, our modules streamline integration

and reduce development complexity, ideal for smart home systems, healthcare devices, industrial IoT, transportation, and consumer electronics.

MinewSemi modules enable dependable data transmission while supporting faster product innovation and deployment.

Various Wireless Technology

Support BLE 5.4, Bluetooth Mesh, Thread, Zigbee 3.0, and more

Multiple Certifications

FCC, CE, BQB, MIC, IC, KC, NCC, SRRC

Excellent Performance

High RF performance, low power consumption, extended range

Highly Cost-effective

Competitive pricing, high quality, fast delivery for product development

Advanced Production Capacity

Automated SMT production lines with millions monthly production capacity

Ultra-compact & Low-power

Extremely small in size for all IoT device development of wearable devices

Small Size

Diversified shape and sizes. Great choices for small IoT devices

Strong Compatibility

Great compatibility with different platforms, great performance and reliability

Browse Modules by Chipset

Module
Model No.
Description
Frequency
Detection Range
Detection Angle
Detection Function
Antenna Configuration
Certification
The MS-Radar-02 is a 24GHz automotive radar module.
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10m
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The MS-Radar-01 is a 60GHz millimeter wave radar module for presence sensing.
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What is

MMWave Radar

Used for?

Modules enable seamless wireless communication for IoT devices, supporting smart home, healthcare, industrial automation, and more.

Seamless Connectivity

Wireless communication between devices, enabling data exchange, control, and monitoring across smart ecosystems.

Low Power Consumption

Optimized for battery-powered devices, extending operational lifespans and reducing energy costs for IoT deployments.

Easy Device Integration

Simple integration with existing hardware and software systems, accelerating time-to-market for connected products.

Services Background

OEM/ODM Services

We have multiple fully automated SMT production lines and PCB production lines, providing fully automated production processes from PCB cutting, soldering, programming,

testing to packaging. From electronic component procurement, PCB manufacturing, SMT patch, PCBA testing, to product assembly and packaging. We can provide a complete one-stop

service to help your products achieve mass production efficiently and quickly.

Hardware Design

Professional hardware design services

Structure Design

Complete mechanical structure design

Firmware Development

Embedded software development

Certification

FCC, CE, BQB, etc.

Mass Production

Automated production line

Quality Control

Strict quality inspection

Frequently Asked Questions About Modules

What is the difference between Bluetooth Classic and Bluetooth Low Energy?

Bluetooth Classic is designed for high-speed data transfer applications like audio streaming, while Bluetooth Low Energy (BLE) is optimized for low-power consumption, making it ideal for battery-powered IoT devices that require intermittent communication.

Which Bluetooth version should I choose for my application?

The choice depends on your requirements. Bluetooth 5.x offers longer range, higher data throughput, and better power efficiency compared to older versions. Bluetooth 5.4 adds features like periodic advertising enhancements and improved coexistence.

What certifications are required for Bluetooth products?

Typically, Bluetooth products require FCC (US), CE (EU), Bluetooth SIG certification, and sometimes additional regional certifications. Our modules come pre-certified, reducing your certification burden.

Can you customize modules for specific applications?

Yes, we offer ODM/OEM services including custom form factors, antenna designs, firmware customization, and special feature integration. Contact our sales team to discuss your requirements.

What is the typical lead time for custom modules?

Lead times vary depending on the complexity of the customization. Standard modifications typically take 4-8 weeks, while fully custom designs may take 8-12 weeks from design to production.

Product Video

Product Video

Get to Know Modules

nRF54 Series

nRF54 Series

Latest generation ultra-low power modules with advanced RF performance and rich peripherals.

nRF53 Series

nRF53 Series

Dual-core high-performance modules for complex IoT applications demanding strong processing power.

nRF52 Series

nRF52 Series

Cost-effective, field-proven modules with a mature ecosystem and long product lifecycle.

ESP32 Series

ESP32 Series

Wi-Fi + Bluetooth combo modules for multimedia and high-throughput IoT projects.

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