For BMW IX3 9.2-inch 1080P digital high-definition coaxial electronic rearview mirror front and rear dual recorders

definition

Electronic Rearview Mirror (ERM) is a new type of rearview mirror. Unlike traditional mechanical rearview mirrors, it reflects the rear image on the LCD screen installed inside the car through a high-definition camera installed on the exterior of the rear of the car, thus achieving the purpose of observing traffic conditions behind.
1. It can expand the visual range, reduce blind spots, and improve driving safety. Especially when driving at night, it can effectively avoid glare caused by the high beam of the rear car, protecting the driver's vision.
2. Electronic rearview mirrors are less affected by the environment and can provide drivers with clear rearview images in adverse weather conditions. For example, when driving on rainy days, rainwater can make the windows and exterior mirrors blurry, affecting visibility. However, electronic rearview mirrors are not affected by this and can maintain clear images.
3. Electronic rearview mirrors can also reduce the vehicle's wind resistance and improve its performance. Especially for new energy vehicles, reducing wind resistance means increasing range.

Function Description

Product parameters

Suitable vehicle models

2024 Creation Leader Model
2024 Leading Model

The product has passed stability tests and meets automotive grade manufacturing standards

Field of view of electronic rearview mirror

The field of view of traditional physical rearview mirrors is 300%

and a larger field of view can enhance driving safety

1080P high-definition dual recording before and after, recording the beautiful scenery of the journey

Product breakdown diagram

Adopting NOVSTEK NT96663 main control chip, there are supporting factory cases from automobile manufacturers

Adopting a car grade 2500CD/m ² high brightness screen, the image can still be seen clearly under strong light during the day

Heat dissipation scheme for PCB motherboard to enhance stability

1. Increase the distribution area of PCB and improve the heat dissipation surface

2. Add thermal conductive sheets higher than the chip's heat generation index to conduct and dissipate heat

3. Add heat dissipation holes to the shell to improve air flow efficiency

High frequency radiation isolation scheme adopted by PCB motherboard

1. For high radiation risk areas with near-field scanning, use a mask cover grounded for. masking

2. Regarding the connection between the camera and the motherboard

a. Adopting MIPI interface to reduce high-frequency radiation

b. Using custom masked FPC for masking

c. Add grounding at both ends of the FFC socket to prevent radiation overflow

3. Circuit design and PCB design considerations

a. Power supply design layout to ensure smooth input and output, clock and ground. protection, and complete requirements as much as possible

b. Impedance matching and signal integrity design

c. Reasonably use radiation suppression devices such as frequency spreading crystal. oscillators, common mode inductors, and electrostatic tubes.

High strength LVDS coaxial signal transmission line connector increases signal transmission stability

All metal shell design can shield signal interference, improve waterproof level, anti-aging, and increase service life

Installation diagram of electronic rearview mirror