Hardware requirements#
Micro USB cable
FRDM-RW612 board
Personal Computer
Board settings#
No special settings are required.
Prepare the Demo#
Connect a micro USB cable between the PC host and the MCU-Link USB port (J10) on the board.
Open a serial terminal with the following settings:
115200 baud rate
8 data bits
No parity
One stop bit
No flow control
Download the program to the target board.
Launch the debugger in your IDE to begin running the example.
Running the demo#
When the demo runs successfully, the terminal will display similar information like the following:
mbedTLS version 2.28.5 fsys=260000000 Using following implementations: SHA: ELS HW accelerated SHA256 and SHA512 AES: ELS HW accelerated AES GCM: ELS HW accelerated DES: Software implementation Asymmetric cryptography: PKC HW accelerated MD5 test #1: passed MD5 test #2: passed MD5 test #3: passed MD5 test #4: passed MD5 test #5: passed MD5 test #6: passed MD5 test #7: passed
SHA-1 test #1: passed SHA-1 test #2: passed SHA-1 test #3: passed
SHA-224 test #1: passed SHA-224 test #2: passed SHA-224 test #3: passed SHA-256 test #1: passed SHA-256 test #2: passed SHA-256 test #3: passed
SHA-384 test #1: passed SHA-384 test #2: passed SHA-384 test #3: passed SHA-512 test #1: passed SHA-512 test #2: passed SHA-512 test #3: passed
AES note: built-in implementation. AES-ECB-128 (dec): passed AES-ECB-128 (enc): passed AES-ECB-192 (dec): passed AES-ECB-192 (enc): passed AES-ECB-256 (dec): passed AES-ECB-256 (enc): passed
AES-CBC-128 (dec): passed AES-CBC-128 (enc): passed AES-CBC-192 (dec): passed AES-CBC-192 (enc): passed AES-CBC-256 (dec): passed AES-CBC-256 (enc): passed
AES-CFB128-128 (dec): passed AES-CFB128-128 (enc): passed AES-CFB128-192 (dec): passed AES-CFB128-192 (enc): passed AES-CFB128-256 (dec): passed AES-CFB128-256 (enc): passed
AES-OFB-128 (dec): passed AES-OFB-128 (enc): passed AES-OFB-192 (dec): passed AES-OFB-192 (enc): passed AES-OFB-256 (dec): passed AES-OFB-256 (enc): passed
AES-CTR-128 (dec): passed AES-CTR-128 (enc): passed AES-CTR-128 (dec): passed AES-CTR-128 (enc): passed AES-CTR-128 (dec): passed AES-CTR-128 (enc): passed
AES-XTS-128 (dec): passed AES-XTS-128 (enc): passed AES-XTS-128 (dec): passed AES-XTS-128 (enc): passed AES-XTS-128 (dec): passed AES-XTS-128 (enc): passed
GCM note: built-in implementation. AES-GCM-128 #0 (enc): passed AES-GCM-128 #0 (dec): passed AES-GCM-128 #0 split (enc): passed AES-GCM-128 #0 split (dec): passed AES-GCM-128 #1 (enc): passed AES-GCM-128 #1 (dec): passed AES-GCM-128 #1 split (enc): passed AES-GCM-128 #1 split (dec): passed AES-GCM-128 #2 (enc): passed AES-GCM-128 #2 (dec): passed AES-GCM-128 #2 split (enc): passed AES-GCM-128 #2 split (dec): passed AES-GCM-128 #3 (enc): passed AES-GCM-128 #3 (dec): passed AES-GCM-128 #3 split (enc): passed AES-GCM-128 #3 split (dec): passed AES-GCM-128 #4 (enc): passed AES-GCM-128 #4 (dec): passed AES-GCM-128 #4 split (enc): passed AES-GCM-128 #4 split (dec): passed AES-GCM-128 #5 (enc): passed AES-GCM-128 #5 (dec): passed AES-GCM-128 #5 split (enc): passed AES-GCM-128 #5 split (dec): passed AES-GCM-192 #0 (enc): passed AES-GCM-192 #0 (dec): passed AES-GCM-192 #0 split (enc): passed AES-GCM-192 #0 split (dec): passed AES-GCM-192 #1 (enc): passed AES-GCM-192 #1 (dec): passed AES-GCM-192 #1 split (enc): passed AES-GCM-192 #1 split (dec): passed AES-GCM-192 #2 (enc): passed AES-GCM-192 #2 (dec): passed AES-GCM-192 #2 split (enc): passed AES-GCM-192 #2 split (dec): passed AES-GCM-192 #3 (enc): passed AES-GCM-192 #3 (dec): passed AES-GCM-192 #3 split (enc): passed AES-GCM-192 #3 split (dec): passed AES-GCM-192 #4 (enc): passed AES-GCM-192 #4 (dec): passed AES-GCM-192 #4 split (enc): passed AES-GCM-192 #4 split (dec): passed AES-GCM-192 #5 (enc): passed AES-GCM-192 #5 (dec): passed AES-GCM-192 #5 split (enc): passed AES-GCM-192 #5 split (dec): passed AES-GCM-256 #0 (enc): passed AES-GCM-256 #0 (dec): passed AES-GCM-256 #0 split (enc): passed AES-GCM-256 #0 split (dec): passed AES-GCM-256 #1 (enc): passed AES-GCM-256 #1 (dec): passed AES-GCM-256 #1 split (enc): passed AES-GCM-256 #1 split (dec): passed AES-GCM-256 #2 (enc): passed AES-GCM-256 #2 (dec): passed AES-GCM-256 #2 split (enc): passed AES-GCM-256 #2 split (dec): passed AES-GCM-256 #3 (enc): passed AES-GCM-256 #3 (dec): passed AES-GCM-256 #3 split (enc): passed AES-GCM-256 #3 split (dec): passed AES-GCM-256 #4 (enc): passed AES-GCM-256 #4 (dec): passed AES-GCM-256 #4 split (enc): passed AES-GCM-256 #4 split (dec): passed AES-GCM-256 #5 (enc): passed AES-GCM-256 #5 (dec): passed AES-GCM-256 #5 split (enc): passed AES-GCM-256 #5 split (dec): passed
CCM-AES #1: passed CCM-AES #2: passed CCM-AES #3: passed
AES 128 CMAC subkey #1: passed AES 128 CMAC subkey #2: passed AES 128 CMAC subkey #3: passed AES 128 CMAC subkey #4: passed AES 128 CMAC #1: passed AES 128 CMAC #2: passed AES 128 CMAC #3: passed AES 128 CMAC #4: passed AES 256 CMAC subkey #1: passed AES 256 CMAC subkey #2: passed AES 256 CMAC subkey #3: passed AES 256 CMAC subkey #4: passed AES 256 CMAC #1: passed AES 256 CMAC #2: passed AES 256 CMAC #3: passed AES 256 CMAC #4: passed AES CMAC 128 PRF #0: passed AES CMAC 128 PRF #1: passed AES CMAC 128 PRF #2: passed
Poly1305 test 0 passed Poly1305 test 1 passed
Base64 encoding test: passed Base64 decoding test: passed
MPI test #1 (mul_mpi): passed MPI test #2 (div_mpi): passed MPI test #3 (exp_mod): passed MPI test #4 (inv_mod): passed MPI test #5 (simple gcd): passed
RSA key validation: passed PKCS#1 encryption : passed PKCS#1 decryption : passed PKCS#1 data sign : passed PKCS#1 sig. verify: passed
X.509 certificate load: passed X.509 signature verify: passed
HMAC_DRBG (PR = True) : passed HMAC_DRBG (PR = False) : passed
ECP SW test #1 (constant op_count, base point G): passed ECP SW test #2 (constant op_count, other point): passed
ENTROPY test: passed
PBKDF2 (SHA1) #0: passed PBKDF2 (SHA1) #1: passed PBKDF2 (SHA1) #2: passed PBKDF2 (SHA1) #3: passed PBKDF2 (SHA1) #4: passed PBKDF2 (SHA1) #5: passed
Executed 17 test suites
[ All tests PASS ]