EFR32xG22-Power-Consumption-Optimization | Peripheral | Bluetooth LE | v2.13 | Silicon Labs // Code Examples //Applications ... With temperature variations, PLFRCO(LFRCO in precision mode) will autonomously run ... Using LFXO instead of PLFRCO will reduce the current consumption.

Tech Talks: Wake Bluetooth from Deep Sleep Using and RF Signal 2.4GHz Protocol Field Day RF Transfer of Power ... docs.silabs.com https://docs.silabs.com/bluetooth/latest/code-examples/stack-features/system-and-performance/waking-from-deep-sleep-using-rf- ...

Advertising and Scanning with LE Coded PHY | Advertising & Scanning | Bluetooth LE | v2.13 | Silicon Labs // Bluetooth LE//Version 2.13 // Code Examples //Stack Features //Advertising & Scanning ... One of the new features added in Bluetooth 5 is the LE coded PHY, which enables longer range ...

Using Energy Modes with Bluetooth Stack | System & Performance | Bluetooth LE | v2.13 | Silicon Labs Energy Management Unit (EMU) ensures that only actively needed peripherals are running and consuming ... With sleep driver the EM2 Deep sleep mode can be disabled (/blocked) temporarily by ...

SPP (Serial Port Profile) over BLE | Applications | Bluetooth LE | v2.13 | Silicon Labs Training ... Register ... To keep the code as short and simple as possible, the features are minimal. ... For more details on power management, see Using Energy Modes with Bluetooth Stack.