Does Cortex-A35 processor support ARMv8 cryptographic extensions?
Could you elaborate on the cryptographic capabilities of the Cortex-A35 processor and whether it supports the ARMv8 cryptographic extensions? Given that the Cortex-A35 is touted as a highly efficient processor based on the ARMv8-A architecture, I'm curious about its encryption functionalities. The ARMv8-A architecture is known for its 64-bit and 32-bit computing abilities as well as comprehensive encryption features. Does the Cortex-A35 leverage these cryptographic extensions to provide robust security for its intended applications in mobile and embedded devices? I'd appreciate a concise yet informative response outlining its cryptographic support.
What are ARMv8 crypto extensions?
Could you elaborate on the ARMv8 crypto extensions? As a cryptocurrency and finance professional, I'm curious about how these extensions enhance the processing capabilities for cryptographic operations. Specifically, what new instructions do they introduce, and how do they impact performance and efficiency in terms of executing cryptographic algorithms? Additionally, how are these extensions relevant to the financial industry, especially in the context of secure transactions and data protection?