| ►802.15.4 radio driver | |
| 802.15.4 driver ACK timeout support | ACK timeout feature |
| ►802.15.4 driver CSMA-CA support | CSMA-CA procedure |
| 802.15.4 driver CSMA-CA support | CSMA-CA procedure |
| 802.15.4 driver SWI management | SWI manager for the 802.15.4 driver |
| ►802.15.4 driver configuration | Configuration of the 802.15.4 radio driver for nRF SoCs |
| ACK timeout feature configuration | |
| CSMA/CA procedure configuration | |
| Information Elements configuration | |
| Interframe spacing feature configuration | |
| Miscellaneous options | |
| Radio driver configuration | |
| Security configuration | |
| Statistics configuration | |
| Transmission start notification feature configuration | |
| Transmit Timestamp configuration | |
| 802.15.4 driver critical section | Critical section used with requests to the 802.15.4 driver |
| 802.15.4 driver notification | Notifications to the next higher layer triggered from the 802.15.4 radio driver |
| 802.15.4 driver request | Requests to the driver triggered from the MAC layer |
| ACK timeout procedure | |
| Auto ACK management | |
| CCA configuration management | |
| CSMA-CA procedure | |
| Compiler compatibility macros | Compiler compatibility macros for the 802.15.4 radio driver |
| Delayed transmission and reception window features | Delayed transmission or receive window |
| Driver memory management | |
| Functions to request FSM transitions | |
| Hooks for the 802.15.4 driver core | Hooks for the 802.15.4 driver core module |
| Incoming frame filter API | Module that implements the incoming frame filter API |
| Inter-frame spacing feature | |
| Promiscuous mode | |
| RSSI measurement function | RSSI calculations used internally in the 802.15.4 driver |
| Radio driver Information Element data injection feature. | Information element writer module |
| Radio driver MAC security feature. | |
| Radio driver run-time capabilities feature. | |
| Random Abstraction Layer for the 802.15.4 driver | Module that defines the pseudo-random number generator Abstraction Layer |
| Setting addresses and PAN ID of the device | |
| Statistics and measurements | |
| Test modes | |
| Type definitions used in the 802.15.4 driver | Definitions of types used in the 802.15.4 driver |
| Utils definitions for byte ordering used in the 802.15.4 driver | Definitions of utils for byte ordering used in the 802.15.4 driver |
| Utils definitions used in the 802.15.4 driver | Definitions of utils used in the 802.15.4 driver |
| Wifi Coex feature | |
| AT commands interface | Modem library AT commands interface |
| Assert messages for MPSL library | |
| Assert messages for SoftDevice Controller | |
| Bootloader API | API for modem bootloader (Full DFU) |
| CAN HAL | Hardware access layer for managing the CAN peripheral |
| Calls to higher layer | |
| CryptoCell PAL platform dependent types | |
| CryptoCell general base error codes | |
| ►DECT NR+ interface | Application interface for DECT NR+ |
| DECT MAC function and function parameter declarations. | NRF Modem DECT MAC functions and function parameters |
| Definitions for DECT MAC callbacks. | NRF Modem DECT MAC callback parameters |
| ►Definitions for operation parameters. | NRF Modem DECT MAC definitions |
| Definitions for DECT MAC information elements. | NRF Modem DECT MAC information elements. |
| definitions for operation status. | NRF Modem DECT MAC status codes |
| DECT PHY interface | DECT PHY API |
| DECT clock sync interface | DECT clock sync API |
| ►Delta DFU API | API for Delta DFU |
| DFU errors | Delta DFU errors |
| EMMC HAL | Hardware access layer for managing the EMMC peripheral |
| Error codes for nRF NFC libraries. | Defines error codes that can be used in nRF NFC libraries |
| Functions to calculate data given by the driver | |
| ►GNSS API | API for accessing the GNSS module on the modem |
| A-GNSS data request bitmask values | Bitmask values for the data_flags member in the nrf_modem_gnss_agnss_data_frame |
| A-GNSS data type enumerator | Use these values to indicate the type of A-GNSS data written using nrf_modem_gnss_agnss_write |
| Bitmask values for flags in the PVT notification | Bitmask values for the flags member in the nrf_modem_gnss_pvt_data_frame |
| Data type enumerator | Use these values to indicate the type of data read using nrf_modem_gnss_read |
| Delete bitmask values | Bitmask values to be used as an argument for function nrf_modem_gnss_nv_data_delete |
| Dynamics mode enumerator | Dynamics mode values to be used as an argument for function nrf_modem_gnss_dyn_mode_change |
| Event type enumerator | Event types that trigger the handler function |
| GNSS signal IDs | Used to indicate the GNSS signal type |
| GNSS signal bitmask values | Use these bitmask values to enable different GNSS signals |
| GNSS system IDs | Used to indicate the GNSS system type |
| NMEA string bitmask values | Use these bitmask values to enable different type of NMEA output strings |
| NMEA talker mode enumerator | Use these values to select the used NMEA talker mode |
| Power save mode enumerator | Use these values to select which power save mode GNSS should use. This only affects continuous navigation mode. When GNSS engages duty-cycled tracking, it only tracks for 20% of time and spends the rest of the time in sleep. The different modes control how aggressively GNSS engages duty-cycled tracking, but the duty-cycling itself is the same with both modes |
| QZSS NMEA mode enumerator | Use these values to select if QZSS satellites are reported in NMEA sentences or not |
| Satellite flags bitmask values | Bitmask values for the flags member in the SV elements in the PVT notification struct |
| Sleep timing source enumerator | Used to select which sleep timing source GNSS uses |
| Use case bitmask values | Use these bit values to select which use case mode GNSS should use. A use case mode is a combination of the values of all of the bits |
| Gazell Link Layer | Gazell Link Layer Application Programming Interface (API) |
| Gazell Link Layer constants | |
| Gazell Link Layer glue | |
| Global Error Codes | Global Error definitions |
| Integer values for getaddrinfo errors | Defines integer values for getaddrinfo errors |
| Interrupt handlers | |
| LC3 | |
| LC3_translation | |
| Modem Library RPC transport glue | |
| ►Modem library | Application interface offered for management of the Modem library |
| Limits of the Modem library. | Modem library constants |
| Modem DFU | |
| Modem fault handling | |
| Shared memory configuration. | |
| Modem library OS glue | |
| ►Modem library socket API | Application interface for nRF sockets |
| DTLS Connection ID settings | Allowed values for DTLS connection ID setting socket option NRF_SO_SEC_DTLS_CID |
| DTLS Connection ID statuses | Allowed values for DTLS connection ID status socket option NRF_SO_SEC_DTLS_CID_STATUS |
| DTLS Fragmentation extension options | Allowed values for DTLS Fragmentation extension socket option NRF_SO_SEC_DTLS_FRAG_EXT |
| DTLS handshake timeout values | Allowed timeout values for DTLS handshake timeout socket option according to RFC6347 section 4.2.4.1. Default is 123 seconds. (https://tools.ietf.org/html/rfc6347#section-4.2.4.1) |
| File descriptor control option commands | API commands used to control the behaviour of IP sockets using nrf_fcntl() |
| File descriptor control option flags | Flags used to control the behaviour of IP sockets using nrf_fcntl() |
| Generic socket options | Socket options used with IP sockets |
| Invalid security tag | Designated value that represents an invalid |
| Limits of the Modem library. | Modem library constants |
| Role for the socket connection | Allowed roles for the socket connection NRF_SO_SEC_ROLE |
| Security tags for decrypting TLS traffic | Reserved security tags used for decrypting TLS traffic using Nordic tools |
| Socket address resolution API | Address resolution utility functions |
| ►Socket enumerators | Enumerated values that is used as input arguments to multiple socket functions |
| Socket family | |
| Socket option levels enumerator | |
| Socket protocols | Protocol numbers from IANA/BSD |
| Socket send/recv flags | |
| Socket type | |
| Socket option levels enumerator | |
| Socket option values for RAI | Release Assistance Indication (RAI) NRF_SO_RAI |
| Socket polling API | Data types and defines for use with nrf_poll() |
| Socket send callback option parameters | |
| Socket send/recv flags | |
| TLS Cipher suites | Allowed IANA cipher suites for the nRF modem |
| TLS peer verification options | Allowed TLS peer verification options NRF_SO_SEC_PEER_VERIFY |
| TLS session cache options | Allowed options for the TLS session cache NRF_SO_SEC_SESSION_CACHE |
| ►TLS socket | TLS socket API |
| DTLS Connection ID settings | Allowed values for DTLS connection ID setting socket option NRF_SO_SEC_DTLS_CID |
| DTLS Connection ID statuses | Allowed values for DTLS connection ID status socket option NRF_SO_SEC_DTLS_CID_STATUS |
| DTLS Fragmentation extension options | Allowed values for DTLS Fragmentation extension socket option NRF_SO_SEC_DTLS_FRAG_EXT |
| DTLS handshake timeout values | Allowed timeout values for DTLS handshake timeout socket option according to RFC6347 section 4.2.4.1. Default is 123 seconds. (https://tools.ietf.org/html/rfc6347#section-4.2.4.1) |
| Invalid security tag | Designated value that represents an invalid |
| Role for the socket connection | Allowed roles for the socket connection NRF_SO_SEC_ROLE |
| Security tags for decrypting TLS traffic | Reserved security tags used for decrypting TLS traffic using Nordic tools |
| TLS Cipher suites | Allowed IANA cipher suites for the nRF modem |
| TLS peer verification options | Allowed TLS peer verification options NRF_SO_SEC_PEER_VERIFY |
| TLS session cache options | Allowed options for the TLS session cache NRF_SO_SEC_SESSION_CACHE |
| TLS/DTLS Handshake statuses | Allowed values for TLS/DTLS handshake status socket option NRF_SO_SEC_HANDSHAKE_STATUS |
| TLS/DTLS Handshake statuses | Allowed values for TLS/DTLS handshake status socket option NRF_SO_SEC_HANDSHAKE_STATUS |
| nRF Socket interface | |
| Modem library trace interface | API for handling modem traces |
| ►Multiprotocol Service Layer interface | |
| MPSL API for configuration of a System Power Manager external to the MPSL. | |
| MPSL Clock interface | |
| ►MPSL Protocol interface for Power Amplifier (PA) and Low Noise Amplifier (LNA). | |
| Initialization API of MPSL FEM | |
| MPSL Front End Module Common Configuration parts | |
| MPSL Front End Module common TWI configuration | |
| MPSL Front-End Module power model APIs | |
| MPSL Simple GPIO Front End Module Configuration | |
| MPSL datatypes for handling Front-End Modules | |
| MPSL nRF21540 GPIO Front End Module Configuration | |
| MPSL nRF21540 GPIO Front End Module Protocol API Extension. | |
| MPSL nRF21540 GPIO/SPI Front End Module Configuration | |
| MPSL nRF21540 GPIO/SPI Front End Module Protocol API Extension. | |
| MPSL nRF21540 common Front End Module Configuration | |
| MPSL nRF2240 Front End Module Configuration | |
| MPSL nRF2240 Front End Module Protocol API Extension. | |
| ►MPSL Protocol interface for radio coexistence interface. | |
| MPSL protocol interface abstraction for coexistence module | |
| MPSL Radio Notification interface | |
| MPSL TX Power interface | |
| MPSL Temperature Sensor interface | |
| MPSL dynamic PPI/DPPI allocation API | |
| MPSL hardware resources API | |
| MPSL low-latency callbacks | |
| MPSL protocol API for managing fixed DPPI channels | |
| MPSL timeslot interface | |
| ►NFC Type 2 Tag | Implementation of NFC Type 2 Tag |
| NFC tag 2 type emulation library | The T2T emulation library interface |
| ►NFC Type 4 Tag | Implementation of NFC Type 4 Tag |
| NFC tag 4 type emulation library | The T4T emulation library interface |
| ►Nfc_api | |
| Platform-specific module for NFC | Platform-specific module for Near Field Communication Tag (NFCT) |
| Nrf_cc310_bl | Common declarations for nrf_cc310_bl ECDSA verify APIs |
| ►Oberon cryptographic library | Highly optimized cryptographic algorithm implementation for Cortex-M0, Cortex-M4, and Cortex-M33. Created by Oberon, under distribution license with Nordic Semiconductor ASA |
| ►Asymmetric Signature | Digital signature algorithms based on elliptic curves or hash-based algorithms |
| ECDSA P-224 | Elliptic curve digital signature algorithm based on the NIST P-224 curve (aka secp224r1) |
| ECDSA P-256 | Elliptic curve digital signature algorithm based on the NIST P-256 curve (aka secp256r1) |
| ECDSA P-256 (Deterministic) | Elliptic curve digital signature algorithm based on the NIST P-256 curve (aka secp256r1) (deterministic variant) |
| ECDSA P-384 | Elliptic curve digital signature algorithm based on the NIST P-384 curve (aka secp384r1) |
| ECDSA P-521 | Elliptic curve digital signature algorithm based on the NIST P-521 curve (aka secp521r1) |
| ECDSA secp256k1 | Elliptic curve digital signature algorithm based on the NIST secp256k1 curve |
| EdDSA Ed25519 | Ed25519 algorithm, used for EdDSA without pre-hashing |
| EdDSA Ed25519ph | Ed25519ph algorithm, used for EdDSA with pre-hashing |
| EdDSA Ed448 | Ed448 algorithm, used for EdDSA without pre-hashing |
| EdDSA Ed448ph | Ed448ph algorithm, used for EdDSA with pre-hashing |
| LMS / HSS (SHA) | LMS and HSS are stateful signature algorithms (SHA hashing used) |
| LMS / HSS (SHAKE) | LMS and HSS are stateful signature algorithms (SHAKE hashing used) |
| ML-DSA-44 | ML-DSA-44 signature algorithm based on NIST PQC standard |
| ML-DSA-65 | ML-DSA-65 signature algorithm based on NIST PQC standard |
| ML-DSA-87 | ML-DSA-87 signature algorithm based on NIST PQC standard |
| XMSS / XMSS^MT (SHA) | XMSS and XMSS^MT are stateful signature algorithms (SHA hashing used) |
| XMSS / XMSS^MT (SHAKE) | XMSS and XMSS^MT are stateful signature algorithms (SHAKE hashing used) |
| ►Asymmetric Signature and Encryption (RSA Original API) | RSA public-key encryption and signature algorithm, original ocrypto API that supports 1024 and 2048 bit keys |
| RSA Keys | RSA key setup, for 1024 and 2048 bit keys |
| RSA Operations | RSA encryption/decryption and sign/verify algorithms, for 1024 and 2048 bit RSA keys |
| ►Asymmetric Signature and Encryption (RSA) | RSA public-key encryption and signature algorithm, API that supports flexible key sizes |
| RSA Operations | RSA encryption/decryption and sign/verify algorithms |
| RSA Padding | RSA padding for PKCS1 v1.5, OAEP and PSS |
| RSA Primitives | RSA primitives, including key setup |
| ►Authenticated Encryption with Associated Data (AEAD) | Encryption algorithms with authentication and support for additional data |
| AES-CCM | AES Counter Mode with CBC-MAC |
| AES-EAX | AES Encrypt-then-Authenticate-then-Translate |
| AES-GCM | AES Galois/Counter Mode |
| Ascon-AEAD128 | Ascon-AEAD is an authenticated encription algorithm designed for small devices |
| ChaCha20-Poly1305 | ChaCha20-Poly1305 and XChaCha20 algorithms |
| ChaCha20-Poly1305 | ChaCha20-Poly1305 and XChaCha20 algorithms |
| Constant-Time Functions | Timing-invariant helper functions |
| Context Types | Declaration of internal types used in public interfaces |
| ECC secp224r1 low-level APIs | Type declarations and APIs for low-level elliptic curve point operations based on the NIST secp224r1 curve |
| ECC secp256r1 low-level APIs | Type declarations and APIs for low-level elliptic curve point operations based on the NIST secp256r1 curve |
| ►Key Agreement / Key Encapsulation Mechanisms (KEM) | Key agreement algorithms based on elliptic curves |
| ECC X25519 | Elliptic curve Diffie-Hellman algorithm based on the Curve25519 curve |
| ECC X448 | Elliptic curve Diffie-Hellman algorithm based on the Curve448 curve |
| ECDH P-224 | Elliptic curve Diffie-Hellman algorithm based on the NIST P-224 curve (aka secp224r1) |
| ECDH P-256 | Elliptic curve Diffie-Hellman algorithm based on the NIST P-256 curve (aka secp256r1) |
| ECDH P-384 | Elliptic curve Diffie-Hellman algorithm based on the NIST P-384 curve (aka secp384r1) |
| ECDH P-521 | Elliptic curve Diffie-Hellman algorithm based on the NIST P-521 curve (aka secp521r1) |
| ECDH secp256k1 | Elliptic curve Diffie-Hellman algorithm based on the NIST secp256k1 curve |
| ML-KEM-1024 | ML-KEM-1024 key encapsulation algorithm based on NIST PQC standard |
| ML-KEM-512 | ML-KEM-512 key encapsulation algorithm based on NIST PQC standard |
| ML-KEM-768 | ML-KEM-768 key encapsulation algorithm based on NIST PQC standard |
| ►Key Derivation | Key derivation algorithms |
| HKDF-SHA1 | HKDF algorithm based on HMAC-SHA1 |
| HKDF-SHA256 | HKDF algorithm based on HMAC-SHA256 |
| HKDF-SHA512 | HKDF algorithm based on HMAC-SHA512 |
| PBKDF2-AES-CMAC-PRF-128 | PBKDF2 algorithm based on AES-CMAC-PRF-128 |
| PBKDF2-HMAC-SHA1 | PBKDF2 algorithm based on HMAC-SHA1 |
| PBKDF2-HMAC-SHA256 | PBKDF2 algorithm based on HMAC-SHA256 |
| ►Key Wrap | Key wrap algorithms, with and without padding |
| AES Key Wrap | AES key wrap algorithm |
| ►Message Authentication Code (MAC) | MAC algorithms |
| AES-CMAC | AES Cipher-based Message Authentication Code algorithm |
| HMAC-SHA1 | HMAC algorithm based on SHA1 |
| HMAC-SHA256 | HMAC algorithm based on SHA256 |
| HMAC-SHA512 | HMAC algorithm based on SHA512 |
| KMAC-SHA3 | KMAC algorithm based on SHA3, with 128 and 256 bit security |
| Poly1305 | Poly1305 authentication algorithm |
| ►Message Digests (Hashes) | Hash algorithms |
| Ascon-Hash256 | Ascon-Hash is a cryptographic hash function designed for small devices |
| SHA1 | SHA1 algorithm, with 160 bit outputs |
| SHA224 | SHA224 algorithm, a member of the SHA2 family, with 224 bit outputs |
| SHA256 | SHA256 algorithm, a member of the SHA2 family, with 256 bit outputs |
| SHA3 | SHA3 algorithms, with 224, 256, 384 and 512 bit outputs |
| SHA384 | SHA384 algorithm, a member of the SHA2 family, with 384 bit outputs |
| SHA512 | SHA512 algorithm, a member of the SHA2 family, with 512 bit outputs |
| SHAKE | SHAKE algorithms, variants of SHA3 with variable output lengths, with 128 and 256 bit security |
| cSHAKE | CSHAKE variants of the SHA3 algorithms, with variable output lengths |
| ►Password-Authenticated Key Exchange (PAKE) | Key exchange algorithms based on password authentication |
| EC-JPAKE | EC-JPAKE algorithm based on P-256 |
| SPAKE2+ | SPAKE2+ algorithm based on P-256 |
| SRP | SRP (Secure Remote Password) algorithm based on SRP-6 3072 bit SHA512 |
| WPA3 SAE P-256 | SAE/SAE-H2E password based WPA3 authentication algorithm based on the NIST P-256 curve (aka secp256r1) |
| ►Unauthenticated Ciphers | Encryption algorithms without authentication |
| AES Key Sizes | Declaration of AES key sizes |
| AES-CBC | AES Cipher Block Chaining |
| AES-CBC-PKCS7 | AES Cipher Block Chaining with PKCS7 padding |
| AES-CTR | AES Counter Mode |
| AES-ECB | AES Electronic Codebook |
| ChaCha20 and XChaCha20 | ChaCha20 and XChaCha20 algorithms |
| Versioning | Version of ocrypto to be used in dependency management |
| QSPI2 HAL | Hardware access layer for managing the QSPI2 peripheral |
| ►RS capture API | API for accessing the RS capture module on the modem |
| RS capture status values. | RS capture status values |
| Soft CAN | Soft CAN driver |
| Soft eMMC | Soft eMMC driver |
| ►SoftDevice Controller API | |
| Integer values for errno | |
| Memory requirement defines | |
| ►SoftDevice Controller HCI Interface | |
| ►SoftDevice Controller HCI Interface for Controller & Baseband commands | |
| API | |
| Parameters | |
| Types | |
| ►SoftDevice Controller HCI Interface for Informational parameters | |
| API | |
| Parameters | |
| Types | |
| ►SoftDevice Controller HCI Interface for LE Controller commands | |
| API | |
| Events | |
| Parameters | |
| Types | |
| ►SoftDevice Controller HCI Interface for Link Control commands | |
| API | |
| Parameters | |
| Types | |
| ►SoftDevice Controller HCI Interface for Status parameters | |
| API | |
| Parameters | |
| Types | |
| ►SoftDevice Controller HCI events | |
| Events | |
| Types | |
| SoftDevice Controller SoC Interface | |
| ►SoftDevice Controller Vendor Specific HCI Interface | |
| API | |
| Events | |
| Parameters | |
| Types | |
| SoftSIM API | API to mediate SoftSIM exchanges between Modem and application |
| ►Wi-Fi scan API | API for modem Wi-Fi scan functionality |
| Wi-Fi scan actions. | Bitmap definitions of scanning behaviour related special features |
| library compiler toolchain attributes | Modem library toolchain |
| nRF Distance Measurement interface | |
| nRF Fuel Gauge library | Algorithm for battery state-of-charge estimation ("fuel gauge") |
| ►nRF RPC (Remote Procedure Calls) module. | Module to call procedures on a remote processor |
| Common nRF RPC utility | Common utility macros used internally in nRF RPC |
| Error codes for nRF RPC. | Defies error codes that can be used in nRF RPC |
| Logging functionality for nRF PRC | Logging functionality for nRF PRC |
| OS-dependent functionality for nRF PRC | OS-dependent functionality for nRF PRC |
| zcbor serialization layer for nRF RPC. | A module that simplifies the usage of zcbor for serializing nRF RPC |
| nRF error numbers | NRF error numbers A list of error codes defined by IEEE Std 1003.1-2017 found at: https://pubs.opengroup.org/onlinepubs/9699919799/basedefs/errno.h.html |
| nrf_cc310_bl ECDSA verify common declarations | |
| nrf_cc310_bl ECDSA verify secp256r1 types | |
| nrf_cc310_bl Hash SHA-256 API | |
| ►nrf_cc3xx_platform APIs | Nrf_cc3xx_platform library containing cc3xx hardware initialization and entropy gathering APIs. The library also contains APIs and companion source-files to setup RTOS dependent mutex and abort functionality for the nrf_cc3xx_mbedcrypto library in Zephyr RTOS and FreeRTOS |
| nrf_cc3xx_platform SHA256 APIs | The nrf_cc3xx_platform_sha256 APIs provide functions for hashing data using SHA256 algorithm |
| nrf_cc3xx_platform abort APIs | The nrf_cc3xx_platform_entropy APIs provides callbacks to abort from nrf_cc3xx_platform and/or dependent libraries |
| nrf_cc3xx_platform ctr_drbg generation APIs | The nrf_cc3xx_platform_ctr_drbg APIs provide PRNG seeded by TRNG in accordance with NIST SP 800-90A: Recommendation for Random Number Generation Using Deterministic Random Bit Generators The generation of TRNG/PRNG data is using Arm CryptoCell cc3xx hardware acceleration |
| nrf_cc3xx_platform derived key APIs | The nrf_cc3xx_platform_derived_key APIs provide functions helping with encrypting/decrypting data using derived keys from the KMU/KDR |
| nrf_cc3xx_platform derived key APIs | The nrf_cc3xx_platform_shadow_key APIs provide functions helping with encrypting/decrypting data using derived keys from the KMU/KDR |
| nrf_cc3xx_platform entropy generation APIs | The nrf_cc3xx_platform_entropy APIs provides TRNG using Arm CC3xx hardware acceleration |
| nrf_cc3xx_platform hmac_drbg generation APIs | The nrf_cc3xx_platform_hmac_drbg APIs provide PRNG seeded by TRNG in accordance with NIST SP 800-90A: Recommendation for Random Number Generation Using Deterministic Random Bit Generators The generation of TRNG/PRNG data is using Arm CryptoCell cc3xx hardware acceleration |
| nrf_cc3xx_platform initialization APIs | The nrf_cc3xx_platform APIs provides functions related to initialization of the Arm CryptoCell cc3xx hardware accelerator for usage in nrf_cc3xx_platform and dependent libraries |
| nrf_cc3xx_platform kmu APIs | The nrf_cc3xx_platform_kmu APIs provides RTOS integration for storing keys in KMU hardware peripherals |
| nrf_cc3xx_platform mutex APIs | The nrf_cc3xx_platform_mutex APIs provides RTOS integration for mutex usage in nrf_cc3xx_platform and dependent libraries |
| nrf_cc3xx_platform shared defines | Nrf_cc3xx_platform shared defines and return codes |
| nrf_crypto_bl Hash common declarations | |
| sQSPI driver | Quad Serial Peripheral Interface soft peripheral (sQSPI) driver |
1.12.0