AN 759: Using Secure Boot in Intel® Arria® 10 SoC Devices

Download
ID 683060
Date 3/29/2021
Public
Document Table of Contents

Appendix B: Frequently Asked Questions

Table 4.  Frequently Asked Questions (FAQs) Summary Table
Topic
What are the secure configurations for HPS JTAG debug and access?
Can the HPS perform decryption of the boot image instead of the FPGA CSS?
What happens if the first stage boot ROM is unsuccessful in authenticating the second-stage boot loader?
Can you use the first-stage root key as the subsequent stage root key?
When the second-stage image is authenticated, is the image header only copied to on-chip RAM for authentication?
Can the AES encryption key be updated by the HPS using JTAG hosting?
How does U-Boot (SSBL) authenticate next stage boot images?
Which elliptical cryptography is used for boot image signing and authentication?
How do I generate a signing key pair?
Where can I store the signing keys for second-stage boot loader authentication?
What type of cryptography is used for boot image encryption and decryption?
What FPGA locations are available for AES key storage?
How do I generate an AES key to encrypt a boot image?
How is secure boot defined within the Intel Arria 10 SoC product family?
What security choices are available for the second-stage boot image or user software?
Where is the authentication of the boot image performed?
How can I configure the Intel Arria 10 SoC device so that it always performs authentication or authentication and decryption?
How can I program the key authentication key (KAK) into the Intel Arria 10 SoC device?
How can I configure the second stage boot loader image for the correct authentication signing key type?
How do I configure the second-stage boot loader image for encryption using the pre-generated AES key?
Is the ECDSA private and public key pair that is used for signing the boot image also used for authentication of the FPGA image?

Did you find the information on this page useful?

Characters remaining:

Feedback Message