Power management

S145 SoftDevice

S145 SoftDevice Specification
Revision history
Product overview
Application programming interface
Events - SoftDevice to application
Error handling
SoftDevice Manager
SoftDevice enable and disable
Clock source
Power management
Memory isolation
System on Chip library
System on Chip resource requirements
Hardware peripherals
Application signals – software interrupts
SVC number ranges
External and miscellaneous requirements
NVM API
Bluetooth Low Energy protocol stack
Bluetooth Low Energy features
Limitations on procedure concurrency
Bluetooth Low Energy role configuration
Radio notification
SoftDevice information structure
SoftDevice memory usage
Memory resource map and usage
Memory resource requirements
Attribute table size
Role configuration
Security configuration
Vendor specific UUID counts
Scheduling
Interrupt model and processor availability
Exception model
Interrupt forwarding to the SoftDevice
Interrupt priority levels
Processor usage patterns and availability
NVM API processor usage patterns
Radio Timeslot API processor usage patterns
Bluetooth Low Energy processor usage patterns
Bluetooth Low Energy Advertiser (Broadcaster) processor usage
Bluetooth Low Energy peripheral connection processor usage
Bluetooth Low Energy scanner and initiator processor usage
Bluetooth Low Energy central connection processor usage
Interrupt latency when using multiple modules and roles
Bluetooth Low Energy data throughput
Bluetooth Low Energy power profiles
Advertising event
Peripheral connection event
Scanning event
Central connection event
SoftDevice identification and revision scheme
Glossary
Recommended reading
Legal notices

The application must use the hardware abstraction (Common Microcontroller Software Interface Standard (CMSIS)) interfaces for power management directly.

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