CMS System
Product Overview:
The CMS system is a product combination based on cameras and displays, designed to replace traditional optical rearview mirrors. It captures images using external cameras, processes the data, and displays it on in-car screens, providing a broader field of view and more perspectives, eliminating blind spots and distortions, and enhancing driving safety and comfort.
Product Advantages:
Wider Field of View: Provides a broader field of view than traditional rearview mirrors, eliminating blind spots and distortions.
Strong Environmental Adaptability: Maintains good visibility in adverse weather conditions such as rain, fog, and snow.
Aerodynamic Optimization: The small size of electronic rearview mirrors helps reduce wind resistance and noise, improving the vehicle's aerodynamic performance.
Data Collection: The cameras of electronic rearview mirrors can also collect environmental data for autonomous driving functions, supporting intelligent driving.
Technical Specifications:
Smaller Footprint: Compared to traditional rearview mirrors, the CMS system's cameras and displays occupy less space.
Improved Aerodynamics: Reduces wind resistance and noise, enhancing vehicle fuel efficiency.
Strong Anti-Interference Capability: Less affected by low visibility conditions such as rain, snow, and fog, providing clearer images.
Support for Autonomous Driving: Cameras can collect environmental data for autonomous driving functions, enhancing driving safety.
Hardware Architecture:
CPU:
Model: Cortex-A55/G2.0GHz * 4
Function: Provides powerful processing capabilities and supports multiple peripheral connections.
Memory:
LPDDR4 32: Ensures smooth system operation.
eMMC 32: Provides sufficient storage space.
Interfaces:
USB OTG: Supports connections with various USB devices.
RV CAM: Connects to external cameras.
ETH: Provides Ethernet connection.
CAN: Supports CAN bus communication.
LIN: Supports LIN bus communication.
Displays:
Supports connections to multiple displays, including L-CMS Panel, R-CMS Panel, F-CMS Panel, etc.
Main Control Platforms:
Model Comparison:
X9E: Basic model, suitable for basic CMS applications.
X9M: Medium performance, suitable for moderately complex CMS applications.
X9H: High performance, suitable for complex CMS applications.
X9HP: Top performance, suitable for high-end CMS applications.
Technical Specifications:
CPU DMIPS(K): Ranges from 10 to 41~51, offering different processing capabilities.
GPU GFLOPS: Ranges from 40 to 140, providing varying graphics processing capabilities.
Video Processing Capability: Supports video processing from 1080p to 4Kp30.
Memory Interface: Supports LPDDR4/4x and DDR4.
Security/Encryption: Supports encryption technologies such as AES/SHARSAECC.
Power: Ranges from 4W to 6.5W, adapting to different power consumption requirements.
Product Overview:
The CMS system is a product combination based on cameras and displays, designed to replace traditional optical rearview mirrors. It captures images using external cameras, processes the data, and displays it on in-car screens, providing a broader field of view and more perspectives, eliminating blind spots and distortions, and enhancing driving safety and comfort.
Product Advantages:
Wider Field of View: Provides a broader field of view than traditional rearview mirrors, eliminating blind spots and distortions.
Strong Environmental Adaptability: Maintains good visibility in adverse weather conditions such as rain, fog, and snow.
Aerodynamic Optimization: The small size of electronic rearview mirrors helps reduce wind resistance and noise, improving the vehicle's aerodynamic performance.
Data Collection: The cameras of electronic rearview mirrors can also collect environmental data for autonomous driving functions, supporting intelligent driving.
Technical Specifications:
Smaller Footprint: Compared to traditional rearview mirrors, the CMS system's cameras and displays occupy less space.
Improved Aerodynamics: Reduces wind resistance and noise, enhancing vehicle fuel efficiency.
Strong Anti-Interference Capability: Less affected by low visibility conditions such as rain, snow, and fog, providing clearer images.
Support for Autonomous Driving: Cameras can collect environmental data for autonomous driving functions, enhancing driving safety.
Hardware Architecture:
CPU:
Model: Cortex-A55/G2.0GHz * 4
Function: Provides powerful processing capabilities and supports multiple peripheral connections.
Memory:
LPDDR4 32: Ensures smooth system operation.
eMMC 32: Provides sufficient storage space.
Interfaces:
USB OTG: Supports connections with various USB devices.
RV CAM: Connects to external cameras.
ETH: Provides Ethernet connection.
CAN: Supports CAN bus communication.
LIN: Supports LIN bus communication.
Displays:
Supports connections to multiple displays, including L-CMS Panel, R-CMS Panel, F-CMS Panel, etc.
Main Control Platforms:
Model Comparison:
X9E: Basic model, suitable for basic CMS applications.
X9M: Medium performance, suitable for moderately complex CMS applications.
X9H: High performance, suitable for complex CMS applications.
X9HP: Top performance, suitable for high-end CMS applications.
Technical Specifications:
CPU DMIPS(K): Ranges from 10 to 41~51, offering different processing capabilities.
GPU GFLOPS: Ranges from 40 to 140, providing varying graphics processing capabilities.
Video Processing Capability: Supports video processing from 1080p to 4Kp30.
Memory Interface: Supports LPDDR4/4x and DDR4.
Security/Encryption: Supports encryption technologies such as AES/SHARSAECC.
Power: Ranges from 4W to 6.5W, adapting to different power consumption requirements.
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