Ameba IoT Docs
  • SoCs
  • Modules
  • DevBoards
  • Solutions
  • Wi-Fi
  • FreeRTOS
    • F00: SDK Introduction
    • F01: GCC Build Environment
    • F02: Debug
    • F03: Build System
    • F04: SDK Example
    • F05: Flash & RAM Layout
    • F06: User Config
    • F07: AT Commands
    • F08: Virtual File System
    • F09: Flash Translation Layer
    • F10: Heap Debug
    • F20: Memory Management & Cache
    • F21: Boot Process
    • F22: OTA
    • F23: OTPC
    • F24: Chip Enable
    • F25: Inter Processor Communication
    • F26: Pin Multiplexing
    • F27: GPIO & Pin Control
    • F28: Power Saving 🔒
    • F29: BOD
    • F30: True Random Number Generator
    • F31: Image Protection (RSIP) 🔒
    • F32: Secure Boot 🔒
    • F33: Secure Processing Environment (SPE) 🔒
    • F34: Secure Image Protection (RDP) 🔒
    • F36: HUK Derivation 🔒
      • Overview
      • Key Derivation Process
      • HUK OTP
      • HUK Derivation Method
    • F37: SWD Protection 🔒
    • F38: Lifecycle 🔒
    • F39: Crypto Engine
    • F40: ECC/RSA
    • F51: DMA Controller
    • F52: PSRAM
    • F53: Thermal Sensor
    • F54: ADC
    • F55: IR
    • F70: Multimedia
    • F80: Mass Production
    • F90: USB Host & Device
  • Linux
  • Zephyr
  • HiFi DSP
  • AI
  • Tools
  • Ecosystem
  • Contact
  • User Manual
Ameba IoT Docs
×
Products

All SoCs

RTL8721Dx RTL8720E RTL8726E RTL8713E RTL8730E RTL8721F

Select SoC via Features

HiFi DSP Series

HiFi DSP Series

RTL8726E RTL8713E

Cortex-A Linux Series

Cortex-A Linux Series

RTL8730E

Display Series

Display Series

RTL8721Dx RTL8730E RTL8721F

Audio Series

Audio Series

RTL8726E RTL8713E RTL8730E

Wi-Fi 6 + BLE Series

Wi-Fi 6 + BLE Series

RTL8720E RTL8726E RTL8713E

Wi-Fi 2.4G/5G + BLE Seriess

Wi-Fi 2.4G/5G + BLE Series

RTL8721Dx RTL8730E RTL8721F

Wi-Fi + Classic BT Series

Wi-Fi + Classic BT Series

RTL8726E RTL8713E RTL8730E

Wi-Fi R-MESH Series

Wi-Fi R-MESH Series

RTL8721Dx RTL8721F

Select SoC via Applications

IoT Control

IoT Control

RTL8721Dx RTL8720E RTL8721F

Design Center

Application Note

FreeRTOS Linux DSP Zephyr

Wi-Fi Guide

Wi-Fi Guide

Wi-Fi Basic Wi-Fi API Wi-Fi Card Mode Wi-Fi R-Mesh Wi-Fi CSI Wi-Fi Zephyr Wi-Fi CAST

SDK

FreeRTOS SDK Linux SDK Zephyr SDK

Advanced Features

AT Command USB Low-Power Multimedia Audio LVGL-GUI

AI Voice

AI Voice

AFE (Audio Front End) KWS (Keyword Spotting) VAD (Voice Activity Detection) ASR (Automatic Speech Recognition)

Tools

LOG Tool Flash Program Tool Flash Program Tool(1toN) Wi-Fi RF Test Tool BT RF Test Tool
  • SoCs
  • Modules
  • DevBoards
  • Solutions
  • Wi-Fi
  • FreeRTOS
    • F00: SDK Introduction
    • F01: GCC Build Environment
    • F02: Debug
    • F03: Build System
    • F04: SDK Example
    • F05: Flash & RAM Layout
    • F06: User Config
    • F07: AT Commands
    • F08: Virtual File System
    • F09: Flash Translation Layer
    • F10: Heap Debug
    • F20: Memory Management & Cache
    • F21: Boot Process
    • F22: OTA
    • F23: OTPC
    • F24: Chip Enable
    • F25: Inter Processor Communication
    • F26: Pin Multiplexing
    • F27: GPIO & Pin Control
    • F28: Power Saving 🔒
    • F29: BOD
    • F30: True Random Number Generator
    • F31: Image Protection (RSIP) 🔒
    • F32: Secure Boot 🔒
    • F33: Secure Processing Environment (SPE) 🔒
    • F34: Secure Image Protection (RDP) 🔒
    • F36: HUK Derivation 🔒
      • Overview
      • Key Derivation Process
      • HUK OTP
      • HUK Derivation Method
    • F37: SWD Protection 🔒
    • F38: Lifecycle 🔒
    • F39: Crypto Engine
    • F40: ECC/RSA
    • F51: DMA Controller
    • F52: PSRAM
    • F53: Thermal Sensor
    • F54: ADC
    • F55: IR
    • F70: Multimedia
    • F80: Mass Production
    • F90: USB Host & Device
  • Linux
  • Zephyr
  • HiFi DSP
  • AI
  • Tools
  • Ecosystem
  • Contact
  • User Manual

HUK Derivation

  • Overview
  • Key Derivation Process
  • HUK OTP
  • HUK Derivation Method
English
登录 注册 修改密码 退出
×

修改密码

×

用户登录

Copyright © 瑞晟微电子(苏州)有限公司 2025. All Rights Reserved.
苏ICP备10062199号-13