RED article 3.3 (d)

Dear Nordic,

As per the RED, article 3.3 www.intertek.com.hk/.../ item (d) radio equipment does not harm the network or its functioning nor misuse network resources, thereby causing an unacceptable degradation of service;

For good coverage and reliable BLE data connectivity, it is possible to configure the BLE devices to transmit data quite fast such that it might inadvertently affect the noise floor, thereby degradation of service.

Is there any limitations that you have come across where-in there are limitations for these BLE connection parameters from a network topology/deployment point of view such that item (d) is not affected? Although, I am not sure how network topology will be verified.

Thanks,
Tilak

Parents
  • The point about BLE transmission settings and their potential effect on network performance is important, particularly when considering reliable connectivity and compliance requirements. It would be useful to evaluate the practical impact through real-world testing rather than relying only on theoretical network configurations. For readers interested in broader technology and industry-related information, USA Mag Press articles may also provide useful perspectives on related developments. Ultimately, careful testing and appropriate configuration seem essential to avoid unnecessary interference while maintaining reliable BLE performance.

Reply
  • The point about BLE transmission settings and their potential effect on network performance is important, particularly when considering reliable connectivity and compliance requirements. It would be useful to evaluate the practical impact through real-world testing rather than relying only on theoretical network configurations. For readers interested in broader technology and industry-related information, USA Mag Press articles may also provide useful perspectives on related developments. Ultimately, careful testing and appropriate configuration seem essential to avoid unnecessary interference while maintaining reliable BLE performance.

Children
No Data
Related