LCD size, resolution, LVDS interface, GUI customization, VGA output, parameter modules, and software structure can all affect the final product design.
This Q&A gives a practical overview of some common questions buyers may ask when evaluating a patient monitor OEM/ODM platform: whether different LCDs can be used, how the board supports display output, what customization is possible, and which core measurement technologies are included.
For product managers, engineering teams, and medical device companies planning a customized monitor project, these questions can help make the early technical discussion clearer.
In OEM/ODM development, a clear requirement list is often the first step to reducing communication risk and improving development efficiency.
For patient monitor OEM/ODM projects, buyers often focus not only on parameters, but also on platform flexibility.
Can the board support different LCD sizes?
Can the GUI be customized?
Is the software already integrated?
What technical limits should be checked before development?
Below are some common questions about our patient monitor OEM/ODM platform.
Q1: Is 1024 x 800 the native or fixed resolution? Can the board support other resolutions?
The maximum supported resolution is up to 1920 x 1080.
Common resolutions such as 800 x 480, 800 x 600, 1024 x 600, and 1024 x 768 can be supported.
For a new LCD selection, we recommend checking the LCD datasheet first to confirm compatibility.
Q2: What LVDS interface does the board use?
The board has a 30-pin LVDS interface.
For our own LCD solution, only 20 pins are used.
If customers plan to use their own LCD, the pin definition and datasheet should be provided for evaluation.
Q3: Can customers use their own 12.1-inch, 14-inch, or 15-inch LCD?
Yes.
Customers can use their own LCD, but we need the LCD sample and datasheet for evaluation before confirmation.
This helps avoid compatibility issues during product development.
Q4: Does the board directly drive the LCD, or is an additional LCD controller required?
The board can directly drive compatible LCDs.
However, this depends on the specific LCD model. Some LCDs may require an additional driver or controller solution.
So before confirming the LCD, please provide the LCD datasheet for technical review.
Q5: Is VGA output simultaneous with LVDS?
VGA output requires an additional VGA board supported by the main board.
If VGA output is needed, please mention this before placing orders so the correct configuration can be arranged.
Q6: What operating system and GUI software does the platform use?
The platform uses Linux + Qt.
This provides a stable software environment for the patient monitor interface.
Q7: Is the GUI stored directly on the PCBA?
Yes.
The GUI is stored directly on the PCBA.
Q8: Is this a complete OEM platform with multiparameter measurement module, ARM main board, and GUI/software?
Yes.
The platform can support ODM development, including the multiparameter measurement module, ARM main board, and GUI/software integration.
Q9: Can the GUI, startup logo, brand name, and patient monitor interface be customized?
Yes.
GUI, startup logo, brand name, and interface customization can be supported based on project requirements.
Q10: Can you provide SDK, source code, or customization tools for the GUI and ARM system?
The source code or original code is not available.
GUI and interface customization can be handled through ODM cooperation based on confirmed requirements.
Q11: What temperature sensor types are supported?
The platform supports 10K series and 2.25K series temperature sensors.
Q12: What SpO2 technology is used?
The platform uses our own digital SpO2 technology, with anti-motion and low-perfusion measurement support.
Q13: What is the pulse rate measurement and alarm range?
The pulse rate measurement and alarm range is 20 to 250 bpm.
Q14: What NIBP measuring method is used?
NIBP measurement uses the oscillometry method.
Q15: What is the price for 100, 500, or 1,000 units?
Pricing depends on the final design requirements, configuration, LCD choice, customization scope, and order quantity.
For accurate tier pricing, customers should provide a detailed requirement list first.
Conclusion
For patient monitor OEM/ODM projects, technical compatibility should be confirmed early.
LCD size, resolution, LVDS interface, GUI customization, VGA output, and parameter configuration all need to be reviewed before moving into production.
A clear technical requirement list helps both teams reduce development risk and move faster from evaluation to final product design.
