MPHY
Scenario Solutions
connectivity for mobile devices
Julin's product SIDesigner can realize the internal connection of mobile devices: MPHY model is used for high-speed data transmission inside mobile devices such as smartphones, tablets, etc., e.g., connecting the application processor and various peripheral devices (e.g., camera modules, displays, memories, etc.).
SIDesigner loads the MPHY model and utilizes the high bandwidth characteristics of the MPHY model to enable MPHY to support the needs of high-speed data transmission within mobile devices, such as high-resolution images, high video frame rates, and so on.
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High-speed data transmissionMPHY model supports high-speed data transmission to meet the demand of mobile devices for data transmission speed.
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Connecting various devicesConnecting application processors and various peripheral devices to realize device interconnection.
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Improve device performanceHigh-speed data transmission improves the overall performance of the device, providing a smoother user experience.
transmission of future automotive electronics
Julin's product SIDesigner can realize the connection of various sensors (e.g. radar, camera, etc.) and in-vehicle entertainment systems in autonomous driving and intelligent vehicles, and realize high-speed data transmission.
There are many applications that need to handle large amounts of data in automotive electronic systems, such as Advanced Driver Assistance Systems (ADAS), autonomous driving systems, in-vehicle entertainment systems, etc. SIDesigner can realize these solutions by loading the MPHY model and utilizing it to support high-speed data transmission.
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High-speed sensor data transmission
Support high-speed data transmission of radar, camera and other sensors to improve ADAS and automatic driving performance.
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Smooth in-vehicle entertainment experience
Realize high-speed data transmission of in-vehicle entertainment system, providing smooth video and audio experience.
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Enhance car safety
High-speed data transmission ensures vehicle safety and enhances driving experience.
data transfer in industrial automation
Julin product SIDesigner can be used in industrial automation in industrial robots, automated production lines and other scenarios, can provide high-speed control and data transmission solutions.
In industrial automation, equipment and systems are often in complex environments, with high requirements for signal transmission reliability. Julin product SIDesigner adopts differential lines for transmission by loading MPHY model. This transmission method can improve the anti-interference ability of the signal and enhance the reliability of transmission, thus realizing high-speed control and data transmission solutions for industrial robots and automated production lines.
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High-speed control command transmission
Realize high-speed control of industrial robots and automation equipment to improve production efficiency.
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Reliable data transmission
Differential line transmission improves signal anti-interference ability and ensures the reliability of data transmission.
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Enhance productivity
High-speed data transmission and control improves the overall efficiency of industrial automation system.
Validation for High Definition Images
Julin's SIDesigner is used in the field of camera and imaging systems, such as professional camera equipment, surveillance cameras, drone cameras, vehicle cameras, etc. for high-quality image data transmission.
SIDesigner supports high-speed data transmission by loading the MPHY model and utilizing it to achieve peak transmission rates of 11.6 Gbps for a single channel, and up to 46.4 Gbps at four channels.This high-speed data transmission capability is critical for camera and imaging systems, especially when dealing with applications such as high-resolution images, high-frame-rate video, etc. It ensures real-time and efficient data transmission. This ensures real-time, efficient data transfer.
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High-speed image data transmission
Support high-speed image data transmission to meet the needs of high-resolution and high-frame-rate video.
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High-quality image presentation
High-speed transmission ensures the integrity and clarity of image data, improving image quality.
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Wide range of application scenarios
Suitable for professional photography equipment, surveillance cameras, drone cameras and other application scenarios.
Transfer Validation for Medical Imaging
SIDesigner can be used for remote medical monitoring, such as secure transmission of patients' physiological data, such as ECG, blood pressure, etc., allowing doctors to remotely monitor patients' health status, detect abnormalities in time and make diagnosis and treatment. Medical data sharing allows secure sharing of patients' electronic medical records, examination reports and other medical data between different medical institutions, which helps doctors to fully understand the condition and make correct diagnosis.
SIDesigner supports real-time transmission of high-resolution images by loading the MPHY model and utilizing the characteristics of the MPHY model to support high-resolution image transmission, ensuring that doctors can obtain clear and detailed image information. As medical technology continues to advance and the amount of data generated by medical imaging devices continues to increase, the MPHY model's high-speed data transmission capability can support real-time transmission of large amounts of data to meet the needs of medical imaging systems for data transmission bandwidth.
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Real-time physiological data transmission
Safe transmission of high-resolution physiological data to realize remote medical monitoring.
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Efficient medical data sharing
Realize safe sharing of medical data and promote medical information interoperability.
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Enhance medical efficiency
Real-time data transmission helps doctors find abnormalities in time and improve diagnostic efficiency.
SIDesigner Key Advantages
A SI simulation platform with TRUE-SPICE level accuracy!
Full range of modeling support.
High-speed parallel interface.
Traditional signal integrity simulation.
Wide range of industry applications.
Powerful secondary programming capabilities.
