Documentation sets
  • nRF Connect SDK
  • nrfx
  • nrfxlib
  • Zephyr Project
  • MCUboot
  • Trusted Firmware-M
  • Matter
  • Kconfig Reference
nRF Connect SDK
2.1.1

Contents

  • About the nRF Connect SDK
  • Glossary
  • Getting started
  • Development model
  • Application development
    • Board support
    • Pin control
    • Build and configuration system
    • Optimizing application
      • Memory footprint optimization
      • Power optimization
    • Bootloaders and Device Firmware Updates
    • Logging in nRF Connect SDK
    • Multi-image builds
    • Testing with Unity and CMock
    • Running applications with Trusted Firmware-M
    • Working with RF front-end modules
    • Adding Wi-Fi Coexistence support to short-range radio applications
    • Using external components
  • Security
  • Working with nRF91 Series
  • Working with nRF70 Series
  • Working with nRF53 Series
  • Working with nRF52 Series
  • Using nRF Cloud with the nRF Connect SDK
  • Protocols
  • Applications
  • Samples
  • Drivers
  • Libraries
  • Scripts
  • Release notes
  • Software maturity levels
  • About this documentation
nRF Connect SDK
  • »
  • Application development »
  • Optimizing application
  • View page source

Optimizing application

The following user guides show how you can optimize your application.

Subpages:

  • Memory footprint optimization
    • General recommendations
    • Bluetooth
    • Gazell
    • Matter
    • NFC
    • Thread
    • Zigbee
  • Power optimization
    • Disabling serial logging
    • Idle current due to other peripherals
    • Cellular applications
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© Copyright 2019-2022, Nordic Semiconductor. Last updated on Oct 20, 2022.

nRF Connect SDK
nRF Connect SDK
nrfx
nrfxlib
Zephyr Project
MCUboot
Trusted Firmware-M
Matter
Kconfig Reference