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-explain how the system is designed to be resilient to possible noise, if applicable
How is the system designed to be resilient to potential noise interference?
Our system is meticulously engineered to ensure high resilience and reliable performance, even in the presence of noise and environmental interferences that could affect electronic components and data communication. Here is how we address noise mitigation across different parts of our system:
Sensor Resilience: Sensors are critical to our system's operation and are rigorously tested to ensure their resilience to noise. They have undergone comprehensive Electromagnetic Compatibility (EMC) testing in accordance with the IEC 60601-1-2 standard, demonstrating that they are not susceptible to noise interference from other devices, nor do they generate noise that could affect other systems. These tests ensure that the sensors maintain their functionality and accuracy, even in environments with high levels of electronic noise.
Communication with Mobile Devices: Communication between the sensors and mobile devices is established using Bluetooth 5.0, chosen for its advanced noise mitigation capabilities. In dense environments, where many devices operate on the 2.4 GHz frequency, both Bluetooth and Wi-Fi connections can be impacted. However, Bluetooth 5.0 and Wi-Fi incorporates robust techniques such as channel hopping and other mitigation strategies to maintain stable and reliable communication. These techniques are detailed in our wireless coexistence document, which describes how our system minimizes interference and maintains the integrity of transmitted data.
In summary, our system leverages a combination of tested and proven hardware, advanced communication technologies, and robust data transmission protocols to ensure that noise interference is minimized and that system operation remains stable and reliable, regardless of environmental conditions.
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