output_remap

Remap AXI transactions onto target addresses selected by a per-region offset table.

remap_ctrl_i carries per-region PeakRDL outs. REGION_BASE is subtracted from every AW and AR address, and bits [IDX_START +: RemapIndexW] of the result select a region. If that region is valid, the address becomes its offset bits [55:IDX_START] above the base-relative bits below IDX_START; otherwise the original address passes through unchanged. The module is combinational. When USER_OVERRIDE_EN is set, USER_OVERRIDE_VAL replaces the AW, AR and W user fields of every transaction.

Parameters

Table 1. Parameters
Name	Type	Default	Description
`NUM_REGIONS`	`int unsigned`	`8`	Number of remap regions.
`REGION_BASE`	`int unsigned`	`0`	Byte address subtracted from AW and AR addresses before indexing.
`IDX_START`	`int unsigned`	`20`	Address bit where the region index begins; each region spans 2**IDX_START bytes.
`USER_OVERRIDE_EN`	`bit`	`1'b1`	Replace the AW, AR and W user fields on every transaction.
`USER_OVERRIDE_VAL`	`user_ovrd_t`	`'0`	AxUSER value when overriding.
`RemapIndexW`	`int unsigned`	`$clog2(NUM_REGIONS)`	Region-index width.

Ports

Table 2. Ports
Name	Direction	Type	Description
`clk_i`	input	`logic`	System clock; unused.
`rst_ni`	input	`logic`	Async reset, active-low; unused.
`test_en_i`	input	`logic`	DFT test enable; unused.
`remap_ctrl_i`	input	`output_remap_reg_pkg::output_remap__out_t`	Per-region PeakRDL configuration; only REGION.region_attrs.offset and .valid are used.
`axi_req_i`	input	`axi_req_t`	Pre-remap AXI request.
`axi_resp_o`	output	`axi_resp_t`	Pre-remap AXI response.
`axi_remapped_req_o`	output	`axi_req_t`	Post-remap AXI request.
`axi_remapped_resp_i`	input	`axi_resp_t`	Post-remap AXI response.