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Projects Cryptographic Algorithm Validation Program

Cryptographic Algorithm Validation Program CAVP

Implementation Name
KW45 and K32W148 using EdgeLock Secure Enclave, Core Profile - SHA2 (SHA)
Description
The KW45 and K32W148 have a three-core architecture that integrates a 96 MHz application core, a dedicated radio core and an isolated EdgeLock Secure Enclave, Core Profile (ELE). The ELE enables advanced security features such as key generation and storage, secure lifecycle management, secure boot and cryptographic acceleration in a protected execution environment. Supports KW45B41Z82AFTA, KW45B41Z83AFTA, KW45B41Z82AFPA, KW45B41Z83AFPA, KW45B41Z52AFTA, KW45B41Z53AFTA, KW45B41Z52AFPA, KW45B41Z53AFPA, KW45Z41082AFTA, KW45Z41083AFTA, KW45Z41082AFPA, KW45Z41083AFPA, KW45Z41052AFTA, KW45Z41053AFTA, KW45Z41052AFPA, KW45Z41053AFPA, K32W1480VFTBT, K32W1480VFTBR The following cipher implementation is covered: SHA.
Version
EdgeLock Secure Enclave ROM v1.2.1
Type
FIRMWARE
Vendor
NXP Semiconductors
60 High Tech Campus
Eindhoven, North Brabant 5656
Netherlands
cybersecurity.certification@nxp.com
Contacts
NXP Cybersecurity Certification Team
cybersecurity.certification@nxp.com
+31402729999

A5073

   First Validated: 2/12/2024
Operating Environment Algorithm Capabilities
ELE on NXP Semiconductors Multiprotocol MCUs KW45 and K32W148 Expand
    		SHA2-224 Expand
    ELE on NXP Semiconductors Multiprotocol MCUs KW45 and K32W148 Expand
      		SHA2-256 Expand
      ELE on NXP Semiconductors Multiprotocol MCUs KW45 and K32W148 Expand
        		SHA2-384 Expand
        ELE on NXP Semiconductors Multiprotocol MCUs KW45 and K32W148 Expand
          		SHA2-512 Expand

          Created October 05, 2016, Updated March 16, 2023