espectre

Learn the difference between evaluation_interval and publish_interval in ESPectre for optimal motion detection and MQTT reporting to Home Assistant. Tune your device efficiently.

Configure BLE telemetry for ESPectre CSI streaming. Stream movement-threshold payloads with this complete guide. Learn how to set up BLE channels and characteristics.

Enable CV normalization for gain-invariant processing in ESPectre when CSI amplitudes vary due to hardware AGC or FFT gain. Disable it for fixed gain locks to maximize turbulence sensitivity.

Discover CV normalization in ESPectre. This gain invariant turbulence metric helps detect motion on ESP32 without hardware gain lock. Learn how it works.

Optimize your ESPectre lowpass filter by choosing the cutoff frequency between 5Hz and 20Hz. Learn how noise and motion speed impact this crucial setting.

Discover how motion_off_hits in Espectre lowers false negative rates. Learn how to prevent premature state changes and improve accuracy by understanding this key parameter.

Understand how segmentation_threshold and threshold_mode interact in Micro-ESPectre. Learn about fixed vs adaptive thresholds for motion detection and optimize sensitivity.

Tune hampel_threshold for noisy environments in Micro-ESPectre. Increase threshold to 6.0-7.0 and optionally window to 9 to remove interference while preserving motion signatures.

Discover the purpose of the Hampel filter in ESPectre. It effectively detects and removes outlier spikes from CSI turbulence data, ensuring accurate motion analysis and signal integrity.

Learn how to configure gain_lock_mode for ESP32 C3 in ESPectre firmware. Choose auto enabled or disabled settings for hardware gain lock or CV normalization.

Master gain_lock_mode configuration for ESP32 C6 in ESPectre. Learn about CV normalization fallback for hardware AGC lock limitations and optimize your setup.