noc_l4_priv_l4_priv_filter Address Map

Module Instance	Base Address	End Address
`noc_l4_priv_l4_priv_filter`	`0xFFD11000`	`0xFFD110FF`

Important: To prevent indeterminate system behavior, reserved areas of memory must not be accessed by software or hardware. Any area of the memory map that is not explicitly defined as a register space or accessible memory is considered reserved.

Register	Offset	Width	Access	Reset Value	Description
`l4_priv`	`0x0`	`32`	`RW`	`0x0`	This register controls access to various Peripherals depending on the privilege setting. By default, all slaves will be assumed as Privileged. To allow non-Privileged access to a slave, the corresponding bit for the slave must be set. Once set, both Privilege and non-Privileged transactions are allowed to the Slave. Note that the privilege filter only checks for transaction Privilege level, transaction Security is left to Firewalls. Firewalls therefore may still block transaction to Peripherals depending on Security configurations.
`l4_priv_set`	`0x4`	`32`	`WO`	`0x0`	Sets Region Enable field when written with 1
`l4_priv_clear`	`0x8`	`32`	`WO`	`0x0`	Clears Region Enable field when written with 1

Offset

Width

Access

Reset Value

Description

l4_priv

0x0

32

RW

0x0

This register controls access to various Peripherals depending on the privilege setting. By default, all slaves will be assumed as Privileged. To allow non-Privileged access to a slave, the corresponding bit for the slave must be set. Once set, both Privilege and non-Privileged transactions are allowed to the Slave. Note that the privilege filter only checks for transaction Privilege level, transaction Security is left to Firewalls. Firewalls therefore may still block transaction to Peripherals depending on Security configurations.

l4_priv_set

0x4

32

WO

0x0

Sets Region Enable field when written with 1

l4_priv_clear

0x8

32

WO

0x0

Clears Region Enable field when written with 1