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Sub-1GHz IC
Transmitter IC Receiver IC Transceiver IC SOC Receiver IC SOC Transmitter IC SOC Transceiver IC Encode Remote IC Decode Remote IC
Sub-1GHz Module
Transmitter Module Receiver Module Transceiver Module SOC Transceiver Module Enhanced Power Module Sub-1GHz Pass-through
LoRa SPI Module
LoRa Transparent Transmission Module
LoRaWAN Module
Matter Wireless Module
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BLE Module
2.4GHz Transceiver Module
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Absolute Pressure Gauge Pressure Proof Pressure
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Temperature Humidity Sensor
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Dual-Channel Quad Channel Six Channel
Isolated Interface
I2C RS-485 CAN
Isolated Driver
One-tube Drive Two-tube Drive Optocouple Pin Compatible
Bridge Driver

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Wireless Reversing Radar Solution
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Vehicle Electronics
Environmental Monitoring Vehicle Electronics Smart Meter Reading Industrial IoT Smart Home Consumer Electronics
Wireless Reversing Radar Solution
Quick installation
simple adaptation

China's wireless reversing radar market is currently in a rapid development stage. With the continuous increase in car ownership and the improvement of vehicle safety awareness, wireless reversing radar has become the focus of many consumers and car manufacturers. Currently, there are many domestic and foreign brands on the market that provide various types of wireless reversing radar products to meet different consumer needs. In terms of technology, the sensitivity, accuracy and stability of wireless reversing radar have been continuously improved, allowing it to more accurately detect rear obstacles and provide drivers with reliable safety assistance.

In the future, China's wireless reversing radar market will usher in greater opportunities. With the further development of technology, wireless reversing radar may integrate more advanced sensors and intelligent algorithms to achieve more intelligent obstacle recognition and early warning functions. At the same time, with the advancement of autonomous driving technology, wireless reversing radar is expected to become an important part of the vehicle perception system and improve the safety performance of autonomous vehicles. With the rise of the new energy vehicle market, wireless reversing radar will become a standard feature of electric vehicles, providing more comprehensive safety protection for new energy vehicles. In addition, the Chinese government's attention and policy support for automobile safety will also promote the further development of the wireless reversing radar market. To sum up, China's wireless reversing radar market will usher in broad development prospects in terms of technological innovation, application expansion and policy support.

Feature Highlights
Wireless Transmission
Wireless reversing radar does not need to transmit data through a wired connection. Instead, it transmits information about obstacles behind the vehicle to the in-car display or warning device through wireless communication. This reduces the use of cables and wiring work, simplifies the installation process, and improves the flexibility and reliability of the system.
Flexible Layout
Traditional wired reversing radar requires wiring connections, which may be limited by the vehicle structure and design, and the installation location is relatively limited. The wireless reversing radar can be more flexibly installed at different positions behind the vehicle to adapt to the needs of different models.
Reduce Failure Rate
Since traditional wired reversing radar requires wiring and connections inside the vehicle body, it is prone to failure due to aging of the cables, loose connections, etc. after long-term use. The wireless reversing radar avoids these cable problems, reduces the failure rate, and improves the reliability of the system.
Save Electricity and Energy
Traditional wired reversing radar consumes electricity when transmitting data, while wireless reversing radar uses wireless communication technology when transmitting data, which usually saves electricity relatively and is conducive to the overall energy management of the vehicle.
Lightweight Design
Since wireless reversing radar avoids a large number of wired connections and reduces the weight of cables and connectors, it contributes to vehicle lightweight design and improves vehicle fuel efficiency and power performance.
Solution Technical Specifications
Traditional LED/LCD display reversing radar products consist of a display and a probe detection host. The probe detection host is responsible for multi-channel ultrasonic probe ranging, and then transmits distance and other data to the display through data lines through algorithms. Since the transmission method is through wires, the display needs to be installed on the driving instrument panel, and the probe host needs to be close to the probe, so the wires must be led from the rear of the car to the front of the car, causing wiring trouble. If wireless radio frequency communication is used, this trouble can be solved very well. Adding a two-way RF module to each of the display and the host computer, through two-way wireless transmission between each other, can ensure the validity and accuracy of the data, and also eliminate the trouble of installing and burying wires in the vehicle.
Network diagram of wireless
reversing radar solution

Solution Advantages
High-precision Sensing Technology
Using advanced high-precision sensing technology, it can sense and locate obstacles around the vehicle in real time. It can not only accurately detect the location of obstacles, but also accurately measure the distance to obstacles.
Wireless Communication Technology
Advanced wireless communication technology is used to achieve seamless connection of display devices inside the vehicle. Without the need for cumbersome wired connections, drivers can obtain information from radar sensors in real time while reversing.
Data Processing and Algorithms
The product is equipped with powerful data processing and intelligent algorithms, which can instantly analyze the data collected by the sensors and convert it into visual reversing guidance
Multi-sensor Fusion Technology
By integrating multiple sensors such as radar and cameras, a more comprehensive and accurate environmental perception can be achieved, which can better capture information about the surrounding environment at night or under low-light conditions, and provide drivers with more reliable reversing assistance.
Typical Application
Drone
Indoor Positioning
Auto Driving
Car Radar

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