block/RSA:
  description: RSA (Rivest Shamir Adleman) Accelerator.
  items:
  - name: M_MEM
    description: Represents M.
    array:
      len: 32
      stride: 4
    byte_offset: 0
  - name: Z_MEM
    description: Represents Z.
    array:
      len: 32
      stride: 4
    byte_offset: 512
  - name: Y_MEM
    description: Represents Y.
    array:
      len: 32
      stride: 4
    byte_offset: 1024
  - name: X_MEM
    description: Represents X.
    array:
      len: 32
      stride: 4
    byte_offset: 1536
  - name: M_PRIME
    byte_offset: 2048
    fieldset: M_PRIME
  - name: MODEXP_MODE
    byte_offset: 2052
    fieldset: MODEXP_MODE
  - name: MODEXP_START
    byte_offset: 2056
    fieldset: MODEXP_START
  - name: MULT_MODE
    byte_offset: 2060
    fieldset: MULT_MODE
  - name: MULT_START
    byte_offset: 2064
    fieldset: MULT_START
  - name: INTERRUPT
    byte_offset: 2068
    fieldset: INTERRUPT
  - name: CLEAN
    byte_offset: 2072
    fieldset: CLEAN
fieldset/CLEAN:
  fields:
  - name: CLEAN
    description: This bit will read 1 once the memory initialization is completed.
    bit_offset: 0
    bit_size: 1
fieldset/INTERRUPT:
  fields:
  - name: INTERRUPT
    description: RSA interrupt status register. Will read 1 once an operation has completed.
    bit_offset: 0
    bit_size: 1
fieldset/MODEXP_MODE:
  fields:
  - name: MODEXP_MODE
    description: This register contains the mode of modular exponentiation.
    bit_offset: 0
    bit_size: 3
fieldset/MODEXP_START:
  fields:
  - name: MODEXP_START
    description: Write 1 to start modular exponentiation.
    bit_offset: 0
    bit_size: 1
fieldset/MULT_MODE:
  fields:
  - name: MULT_MODE
    description: This register contains the mode of modular multiplication and multiplication.
    bit_offset: 0
    bit_size: 4
fieldset/MULT_START:
  fields:
  - name: MULT_START
    description: Write 1 to start modular multiplication or multiplication.
    bit_offset: 0
    bit_size: 1
fieldset/M_PRIME:
  fields:
  - name: M_PRIME
    description: This register contains M’.
    bit_offset: 0
    bit_size: 8