Highlight:
1080p rearview mirror camera
, 1080p electronic rearview mirror
, digital rearview mirror camera
For AUDI A3 9.2-inch 1080P digital coaxial signal electronic rearview mirror recorder
For AUDI A3 9.2-inch 1080P digital coaxial signal electronic rearview mirror recorder
definition
The indirect field of view device that obtains a specified field of view through a system composed of cameras and monitors includes high-definition cameras, digital visual processing systems, security systems, LCD displays, and other electronic devices. It is a new type of rearview mirror that can replace traditional optical rearview mirrors.
advantage
A broader perspective. The field of view of traditional rearview mirrors is limited by the structure and angle of the vehicle, and the images that car owners can see are often limited. Electronic rearview mirrors are generally designed with a main lens and a wide-angle lens, which present images through a display screen, providing a wider field of view, eliminating blind spots, helping drivers better understand the surrounding environment, and reducing the occurrence of accidents.
Reduce the impact of adverse weather conditions. On rainy days, ordinary rearview mirror lenses are easily wetted by rainwater, and due to the temperature difference between inside and outside the car, the windows are prone to fogging. Electronic rearview mirrors can effectively avoid this problem. Electronic rearview mirrors usually have special waterproof shapes and coatings, which can reduce the adhesion of water stains and mud.
Night vision optimization. Electronic rearview mirrors can improve nighttime visual effects by enhancing image brightness and contrast, allowing drivers to observe the situation behind them more clearly while driving at night. At the same time, the glare problem caused by turning on high beam in the rear car can also be optimized.
Reduce fuel consumption. The use of electronic rearview mirrors can also help reduce fuel consumption. Due to the optimization of air resistance, fuel consumption can be reduced.
Enhanced additional features. Electronic rearview mirrors can also have other additional functions, such as automatically adjusting brightness, displaying navigation information, displaying warnings from driving assistance systems, etc., to improve driving convenience
Function Description
| function |
description |
| Startup logic |
After ACC, the rear screen will be automatically started and the recording mode will be entered. ACC OFF screen off, time-lapse recording 15S; |
| Installation Preservation |
After the system settings are modified, the system needs to be able to remember the last setting after the ACC OFF restart; |
| Angle adjustment |
Up and down angle : 3,2,1,0,-1,-2,-3, the default recognition is 0 files, you can adjust up and down 3 files, a total of 7 files; |
| Playback mode |
It is divided into general video, emergency video, which can be played and deleted in the rearview mirror; |
| Brightness adjustment |
Divided into low, medium, high, and automatic (A), 4 grades; The default is automatic; |
| Light/dark mode |
Short press the selection button ▼ to switch between standard display (dark) and brighten display (bright), the screen prompt is 1 second, and the default standard display is displayed; |
| Collision sensitivity |
The gravity parameters of the G-sensor can be set, which are low, medium and high, and the default is high; |
| After the collision is triggered, the recording content is the current recorded video duration + 30 seconds after the trigger. |
| Supporting Language |
Traditional Chinese, Simplified Chinese, English, Japanese, Spain, language selection can be performed for the first time at start-up; |
Product parameters
| Item |
Description |
| LCD Resolution |
1920 X 384 |
| Contrast ratio |
1000:01:00 |
| Luminance |
MAX2500cd/m² |
| Front Lens |
6G,H:125° V:74° |
| rame rate |
1080P@30fps |
| Rear Lens |
6G,H:68° V:27° |
| Frame rate |
1080P@50fps/1080P@60fps |
| Start-up time |
≤4S |
| Current |
<1400mA |
| Standby Current |
<1mA |
| Rated Voltage |
12V |
| Voltage Range |
9V ~ 16V |
| Operation Temp. |
-30℃ ~ 80℃ |
| Storage Temp. |
-40℃ ~ 85℃ |
Suitable vehicle models
2024 Sportback 35 TFSI Enterprising Elegant Type
2024 Sportback 35 TFSI Enterprising Sport
2024 A3L Limousine 35 TFSI Enterprising Elegant Type
2024 A3L Limousine 35 TFSI Enterprising Sport
2024 Sportback 35 TFSI Fashion Sport
2024 Sportback 35 TFSI Fashionable Elegant Style
2024 A3L Limousine 35 TFSI Fashion Sport
2024 A3L Limousine 35 TFSI Fashion Elegance
2024 Sportback 35 TFSI RS Kit Fuel Rate Type
2024 A3L Limousine 35 TFSI RS Kit Burning Rate Type
2024 Sportback 35 TFSI Luxury Elegant Model
2024 Sportback 35 TFSI Luxury Sport
2024 A3L Limousine 35 TFSI Luxury Elegant Model
2024 A3L Limousine 35 TFSI Luxury Sport
The product has passed stability tests and meets automotive grade manufacturing standards
| Test parts |
Experimental project |
| Rearview mirror + front and rear cameras |
SOC Prohibited Substances |
| Power supply voltage characteristic test |
| Temperature and voltage composite characteristic test |
| High temperature action test |
| Low temperature action test |
| High temperature placement test |
| Low temperature placement test |
| Thermal shock test |
| Condensation test |
| Temperature and humidity cycle test |
| Rear camera |
Water resistance test |
| Saline spray test |
| Rearview mirror + front and rear cameras |
Dust resistance test |
| Oil and chemical resistance test |
| Vibration endurance test |
| Impulse Test 1 (Half Sine Impulse) |
| Impact Test 2 (Drop Impact) |
| Impact durability test |
| Rearview mirror + front and rear cameras |
Automotive electronic welding life test |
| Residue survey |
| High temperature and high humidity power-on test |
| Condensation energizing test |
| Rear camera |
Wetting test |
| Rearview mirror + front and rear cameras |
Low voltage operation test |
| Overvoltage destruction test |
| Temperature rise test |
| Deformation test |
| Abrasion resistance test |
| Electrostatic printing test during operation |
| Electrostatic imprint test when not actuating |
| TEM-CELL trial |
| BCI Trial |
| The wide-area skyline is close to the experiment |
| Antenna proximity test of the wireless machine |
| Carry the telephone antenna close to the test |
| Conducted noise test |
| Radiated noise test |
| Narrow-band area radiated noise test |
| Rearview mirrors |
General performance test (mirror quality test, mirror reflectance test, mirror curvature test, mirror distortion test, mirror angle adjustment range test, mirror angle adjustment strength test, etc.) |
| Angle adjustment durability test |
| Vibration endurance test |
| Hot and cold cycle test |
| High temperature placement test |
| Low temperature placement test |
| Lightfastness test |
| Ozone test-resistant |
| Chemical resistance test |
| Steam Trial |
| Anti-glare substitution strength test |
| Tensile strength test |
| Rearview mirror detachment test |
| Rearview mirror concussion test |
| Lightfastness test |
The product has passed stability tests and meets automotive grade manufacturing standards
| No. |
Test parts |
| 1 |
Rearview mirror + front and rear cameras |
| 2 |
Power supply voltage characteristic test |
| 3 |
Temperature and voltage composite characteristic test |
| 4 |
High temperature action test |
| 5 |
Low temperature action test |
| 6 |
High temperature placement test |
| 7 |
Low temperature placement test |
| 8 |
Thermal shock test |
| 9 |
Condensation test |
| 10 |
Temperature and humidity cycle test |
| 11 |
Rear camera |
| 12 |
Saline spray test |
| 13 |
Rearview mirror + front and rear cameras |
| 14 |
Oil and chemical resistance test |
| 15 |
Vibration endurance test |
| 16 |
Impulse Test 1 (Half Sine Impulse) |
| 17 |
Impact Test 2 (Drop Impact) |
| 18 |
Impact durability test |
| 19 |
Rearview mirror + front and rear cameras |
| 20 |
Residue survey |
| 21 |
High temperature and high humidity power-on test |
| 22 |
Condensation energizing test |
| 23 |
Rear camera |
| 24 |
Rearview mirror + front and rear cameras |
| 25 |
Overvoltage destruction test |
| 26 |
Temperature rise test |
| 27 |
Deformation test |
| 28 |
Abrasion resistance test |
| 29 |
Electrostatic printing test during operation |
| 30 |
Electrostatic imprint test when not actuating |
| 31 |
TEM-CELL trial |
| 32 |
BCI Trial |
| 33 |
The wide-area skyline is close to the experiment |
| 34 |
Antenna proximity test of the wireless machine |
| 35 |
Carry the telephone antenna close to the test |
| 36 |
Conducted noise test |
| 37 |
Radiated noise test |
| 38 |
Narrow-band area radiated noise test |
| 39 |
Rearview mirrors |
| 40 |
Angle adjustment durability test |
| 41 |
Vibration endurance test |
| 42 |
Hot and cold cycle test |
| 43 |
High temperature placement test |
| 44 |
Low temperature placement test |
| 45 |
Lightfastness test |
| 46 |
Ozone test-resistant |
| 47 |
Chemical resistance test |
| 48 |
Steam Trial |
| 49 |
Anti-glare substitution strength test |
| 50 |
Tensile strength test |
| 51 |
Rearview mirror detachment test |
| 52 |
Rearview mirror concussion test |
| 53 |
Lightfastness test |
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
Your message must be between 20-3,000 characters!
