Intelligent Medical Mainboard Enhances Safety and Stability in Medical Device Manufacturing

User Background:

The user is a medical device manufacturer focused on the research and development and production of medical equipment. The company requires an intelligent medical mainboard to facilitate better development and upgrading of medical devices.

Challenges:

1.Traditional medical device mainboards are limited by low performance and single-functionality, failing to meet doctors' needs.
2.Doctors need real-time observation of medical device data and imagery during surgeries for better diagnosis and treatment.
3.The manufacturer must ensure the safety and stability of medical devices.

Solution:

lanodo Technology provides an intelligent medical mainboard featuring an Android smart system. It supports a 4-core A53, 1.3GHz processor, compatible with 3~10” high-definition displays, and supports touchscreens, cameras, and various functionalities. The mainboard also supports multiple interfaces, including SPI, I2C, UART, USB, MIC, SPK, motor, ADC detection, buttons, LED indicators, etc., facilitating secondary development for manufacturers. Additionally, it supports wireless communication functions like WIFI and BT and supports backup batteries and a wide voltage input range of 4.2-17V, catering to diverse manufacturer needs.

To ensure the safety and stability of medical equipment, the mainboard incorporates several security mechanisms. It supports OTA remote software upgrading for the latest version maintenance. Additionally, it features data encryption and transmission encryption to protect data within medical devices from unauthorized access. The mainboard also supports secure booting and recovery mechanisms, ensuring system stability and safety. Lastly, it includes various testing and calibration functionalities to ensure the accuracy and stability of medical devices.