diff options
| author | Pavel V. Shatov (Meister) <meisterpaul1@yandex.ru> | 2019-10-03 16:40:25 +0300 |
|---|---|---|
| committer | Pavel V. Shatov (Meister) <meisterpaul1@yandex.ru> | 2019-10-03 16:40:25 +0300 |
| commit | affada8d5da7426d22035360c3674ab3b3311ab5 (patch) | |
| tree | a3db075dc03033db45e3ad5279badf2da48b4566 | |
| parent | 0b4b42da734c1164b65a334351274f946b2d4dcb (diff) | |
Reworked storage architecture (moved I/O memory to a separate module, since there's
only one instance of input/output values, while storage manager has dual storage space
for P and Q multipliers).
Started working on microcoded layer, added input operation and modular multiplication.
| -rw-r--r-- | rtl/modexpng_core_top.v | 1009 | ||||
| -rw-r--r-- | rtl/modexpng_io_block.v | 158 | ||||
| -rw-r--r-- | rtl/modexpng_io_manager.v | 527 | ||||
| -rw-r--r-- | rtl/modexpng_microcode.vh | 54 | ||||
| -rw-r--r-- | rtl/modexpng_parameters.vh | 37 | ||||
| -rw-r--r-- | rtl/modexpng_recombinator_block.v | 6 | ||||
| -rw-r--r-- | rtl/modexpng_reductor.v | 139 | ||||
| -rw-r--r-- | rtl/modexpng_sdp_36k_x16_x32_wrapper.v | 6 | ||||
| -rw-r--r-- | rtl/modexpng_sdp_36k_x18_wrapper.v | 67 | ||||
| -rw-r--r-- | rtl/modexpng_sdp_36k_x18_wrapper_xilinx.v (renamed from rtl/modexpng_sdp_36k_wrapper.v) | 2 | ||||
| -rw-r--r-- | rtl/modexpng_storage_block.v | 139 | ||||
| -rw-r--r-- | rtl/modexpng_storage_manager.v | 56 | ||||
| -rw-r--r-- | rtl/modexpng_tdp_36k_x16_x32_wrapper.v | 18 | ||||
| -rw-r--r-- | rtl/modexpng_uop_rom.v | 37 |
14 files changed, 2035 insertions, 220 deletions
diff --git a/rtl/modexpng_core_top.v b/rtl/modexpng_core_top.v index e834d37..eb6826c 100644 --- a/rtl/modexpng_core_top.v +++ b/rtl/modexpng_core_top.v @@ -3,7 +3,9 @@ module modexpng_core_top clk, clk_bus, rst, next, valid, - word_index_last, + crt_mode, + word_index_last_n, + word_index_last_pq, bus_cs, bus_we, bus_addr, @@ -16,26 +18,1011 @@ module modexpng_core_top // Headers // `include "modexpng_parameters.vh" + `include "modexpng_microcode.vh" // // Ports // - input clk; - input clk_bus; + input clk; + input clk_bus; - input rst; + input rst; - input next; - output valid; + input next; + output valid; + + input crt_mode; + + input [ OP_ADDR_W -1:0] word_index_last_n; + input [ OP_ADDR_W -1:0] word_index_last_pq; + + input bus_cs; + input bus_we; + input [2 + BANK_ADDR_W + BUS_OP_ADDR_W -1:0] bus_addr; + input [ BUS_DATA_W -1:0] bus_data_wr; + output [ BUS_DATA_W -1:0] bus_data_rd; + + + // + // UOP_FSM + // + localparam [1:0] UOP_FSM_STATE_IDLE = 2'b00; + localparam [1:0] UOP_FSM_STATE_FETCH = 2'b01; + localparam [1:0] UOP_FSM_STATE_DECODE = 2'b10; + localparam [1:0] UOP_FSM_STATE_BUSY = 2'b11; + + reg [1:0] uop_fsm_state = UOP_FSM_STATE_IDLE; + reg [1:0] uop_fsm_state_next; + + + // + // UOP ROM + // + reg [UOP_ADDR_W -1:0] uop_addr; + wire [UOP_W -1:0] uop_data; + wire [UOP_OPCODE_W -1:0] uop_data_opcode = uop_data[UOP_W -1-: UOP_OPCODE_W]; + wire [UOP_CRT_W -1:0] uop_data_crt = uop_data[UOP_W -UOP_OPCODE_W -1-: UOP_CRT_W ]; + wire [UOP_NPQ_W -1:0] uop_data_npq = uop_data[UOP_W -UOP_OPCODE_W -UOP_CRT_W -1-: UOP_NPQ_W ]; + wire [UOP_AUX_W -1:0] uop_data_aux = uop_data[UOP_W -UOP_OPCODE_W -UOP_CRT_W -UOP_NPQ_W -1-: UOP_AUX_W ]; + wire [UOP_LADDER_W -1:0] uop_data_ladder = uop_data[UOP_W -UOP_OPCODE_W -UOP_CRT_W -UOP_NPQ_W -UOP_AUX_W -1-: UOP_LADDER_W]; + wire [BANK_ADDR_W -1:0] uop_data_sel_wide_in = uop_data[UOP_W -UOP_OPCODE_W -UOP_CRT_W -UOP_NPQ_W -UOP_AUX_W -UOP_LADDER_W -1-: BANK_ADDR_W ]; + wire [BANK_ADDR_W -1:0] uop_data_sel_narrow_in = uop_data[UOP_W -UOP_OPCODE_W -UOP_CRT_W -UOP_NPQ_W -UOP_AUX_W -UOP_LADDER_W -1*BANK_ADDR_W -1-: BANK_ADDR_W ]; + wire [BANK_ADDR_W -1:0] uop_data_sel_wide_out = uop_data[UOP_W -UOP_OPCODE_W -UOP_CRT_W -UOP_NPQ_W -UOP_AUX_W -UOP_LADDER_W -2*BANK_ADDR_W -1-: BANK_ADDR_W ]; + wire [BANK_ADDR_W -1:0] uop_data_sel_narrow_out = uop_data[UOP_W -UOP_OPCODE_W -UOP_CRT_W -UOP_NPQ_W -UOP_AUX_W -UOP_LADDER_W -3*BANK_ADDR_W -1-: BANK_ADDR_W ]; + + wire uop_opcode_is_stop = uop_data_opcode == UOP_OPCODE_STOP; + wire uop_opcode_is_io = (uop_data_opcode == UOP_OPCODE_INPUT_TO_WIDE ) || + (uop_data_opcode == UOP_OPCODE_INPUT_TO_NARROW ) || + (uop_data_opcode == UOP_OPCODE_OUTPUT_FROM_NARROW) ; + wire uop_opcode_is_mmm = uop_data_opcode == UOP_OPCODE_MODULAR_MULTIPLY; + + wire [UOP_ADDR_W -1:0] uop_addr_offset = crt_mode ? UOP_ADDR_OFFSET_USING_CRT : UOP_ADDR_OFFSET_WITHOUT_CRT; + wire [UOP_ADDR_W -1:0] uop_addr_next = uop_addr + 1'b1; + + modexpng_uop_rom uop_rom + ( + .clk (clk), + .addr (uop_addr), + .data (uop_data) + ); + + + // + // UOP ROM Address Logic + // + + always @(posedge clk) + // + if (uop_fsm_state_next == UOP_FSM_STATE_FETCH) + uop_addr <= (uop_fsm_state == UOP_FSM_STATE_IDLE) ? uop_addr_offset : uop_addr_next; + + + // + // Storage Interfaces (X, Y) + // + wire wr_wide_xy_ena_x; + wire [BANK_ADDR_W -1:0] wr_wide_xy_bank_x; + wire [ OP_ADDR_W -1:0] wr_wide_xy_addr_x; + wire [ WORD_EXT_W -1:0] wr_wide_x_din_x; + wire [ WORD_EXT_W -1:0] wr_wide_y_din_x; + + wire wr_narrow_xy_ena_x; + wire [BANK_ADDR_W -1:0] wr_narrow_xy_bank_x; + wire [ OP_ADDR_W -1:0] wr_narrow_xy_addr_x; + wire [ WORD_EXT_W -1:0] wr_narrow_x_din_x; + wire [ WORD_EXT_W -1:0] wr_narrow_y_din_x; + + wire rd_wide_xy_ena_x; + wire rd_wide_xy_ena_aux_x; + wire [ BANK_ADDR_W -1:0] rd_wide_xy_bank_x; + wire [ BANK_ADDR_W -1:0] rd_wide_xy_bank_aux_x; + wire [NUM_MULTS_HALF * OP_ADDR_W -1:0] rd_wide_xy_addr_x; + wire [ OP_ADDR_W -1:0] rd_wide_xy_addr_aux_x; + wire [NUM_MULTS_HALF * WORD_EXT_W -1:0] rd_wide_x_dout_x; + wire [NUM_MULTS_HALF * WORD_EXT_W -1:0] rd_wide_y_dout_x; + wire [ WORD_EXT_W -1:0] rd_wide_x_dout_aux_x; + wire [ WORD_EXT_W -1:0] rd_wide_y_dout_aux_x; + + wire rd_narrow_xy_ena_x; + wire [ BANK_ADDR_W -1:0] rd_narrow_xy_bank_x; + wire [ OP_ADDR_W -1:0] rd_narrow_xy_addr_x; + wire [ WORD_EXT_W -1:0] rd_narrow_x_dout_x; + wire [ WORD_EXT_W -1:0] rd_narrow_y_dout_x; + + wire ext_wide_xy_ena_x; + wire [BANK_ADDR_W -1:0] ext_wide_xy_bank_x; + wire [ OP_ADDR_W -1:0] ext_wide_xy_addr_x; + wire [ WORD_EXT_W -1:0] ext_wide_x_din_x; + wire [ WORD_EXT_W -1:0] ext_wide_y_din_x; + + wire ext_narrow_xy_ena_x; + wire [BANK_ADDR_W -1:0] ext_narrow_xy_bank_x; + wire [ OP_ADDR_W -1:0] ext_narrow_xy_addr_x; + wire [ WORD_EXT_W -1:0] ext_narrow_x_din_x; + wire [ WORD_EXT_W -1:0] ext_narrow_y_din_x; + + wire wr_wide_xy_ena_y; + wire [BANK_ADDR_W -1:0] wr_wide_xy_bank_y; + wire [ OP_ADDR_W -1:0] wr_wide_xy_addr_y; + wire [ WORD_EXT_W -1:0] wr_wide_x_din_y; + wire [ WORD_EXT_W -1:0] wr_wide_y_din_y; + + wire wr_narrow_xy_ena_y; + wire [BANK_ADDR_W -1:0] wr_narrow_xy_bank_y; + wire [ OP_ADDR_W -1:0] wr_narrow_xy_addr_y; + wire [ WORD_EXT_W -1:0] wr_narrow_x_din_y; + wire [ WORD_EXT_W -1:0] wr_narrow_y_din_y; + + wire rd_wide_xy_ena_y; + wire rd_wide_xy_ena_aux_y; + wire [ BANK_ADDR_W -1:0] rd_wide_xy_bank_y; + wire [ BANK_ADDR_W -1:0] rd_wide_xy_bank_aux_y; + wire [NUM_MULTS_HALF * OP_ADDR_W -1:0] rd_wide_xy_addr_y; + wire [ OP_ADDR_W -1:0] rd_wide_xy_addr_aux_y; + wire [NUM_MULTS_HALF * WORD_EXT_W -1:0] rd_wide_x_dout_y; + wire [NUM_MULTS_HALF * WORD_EXT_W -1:0] rd_wide_y_dout_y; + wire [ WORD_EXT_W -1:0] rd_wide_x_dout_aux_y; + wire [ WORD_EXT_W -1:0] rd_wide_y_dout_aux_y; + + wire rd_narrow_xy_ena_y; + wire [ BANK_ADDR_W -1:0] rd_narrow_xy_bank_y; + wire [ OP_ADDR_W -1:0] rd_narrow_xy_addr_y; + wire [ WORD_EXT_W -1:0] rd_narrow_x_dout_y; + wire [ WORD_EXT_W -1:0] rd_narrow_y_dout_y; + + wire ext_wide_xy_ena_y; + wire [BANK_ADDR_W -1:0] ext_wide_xy_bank_y; + wire [ OP_ADDR_W -1:0] ext_wide_xy_addr_y; + wire [ WORD_EXT_W -1:0] ext_wide_x_din_y; + wire [ WORD_EXT_W -1:0] ext_wide_y_din_y; + + wire ext_narrow_xy_ena_y; + wire [BANK_ADDR_W -1:0] ext_narrow_xy_bank_y; + wire [ OP_ADDR_W -1:0] ext_narrow_xy_addr_y; + wire [ WORD_EXT_W -1:0] ext_narrow_x_din_y; + wire [ WORD_EXT_W -1:0] ext_narrow_y_din_y; + + + // + // Recombinator Interfaces (X, Y) + // + wire [BANK_ADDR_W -1:0] rcmb_wide_xy_bank_x; + wire [ OP_ADDR_W -1:0] rcmb_wide_xy_addr_x; + wire [ WORD_EXT_W -1:0] rcmb_wide_x_dout_x; + wire [ WORD_EXT_W -1:0] rcmb_wide_y_dout_x; + wire rcmb_wide_xy_valid_x; + + wire [BANK_ADDR_W -1:0] rcmb_narrow_xy_bank_x; + wire [ OP_ADDR_W -1:0] rcmb_narrow_xy_addr_x; + wire [ WORD_EXT_W -1:0] rcmb_narrow_x_dout_x; + wire [ WORD_EXT_W -1:0] rcmb_narrow_y_dout_x; + wire rcmb_narrow_xy_valid_x; + + wire [BANK_ADDR_W -1:0] rcmb_final_xy_bank_x; + wire [ OP_ADDR_W -1:0] rcmb_final_xy_addr_x; + wire [ WORD_EXT_W -1:0] rcmb_final_x_dout_x; + wire [ WORD_EXT_W -1:0] rcmb_final_y_dout_x; + wire rcmb_final_xy_valid_x; - input bus_cs; - input bus_we; - input [4 * (BANK_ADDR_W + BUS_OP_ADDR_W) -1:0] bus_addr; - input [ BUS_DATA_W -1:0] bus_data_wr; - output [ BUS_DATA_W -1:0] bus_data_rd; + wire [BANK_ADDR_W -1:0] rcmb_wide_xy_bank_y; + wire [ OP_ADDR_W -1:0] rcmb_wide_xy_addr_y; + wire [ WORD_EXT_W -1:0] rcmb_wide_x_dout_y; + wire [ WORD_EXT_W -1:0] rcmb_wide_y_dout_y; + wire rcmb_wide_xy_valid_y; + + wire [BANK_ADDR_W -1:0] rcmb_narrow_xy_bank_y; + wire [ OP_ADDR_W -1:0] rcmb_narrow_xy_addr_y; + wire [ WORD_EXT_W -1:0] rcmb_narrow_x_dout_y; + wire [ WORD_EXT_W -1:0] rcmb_narrow_y_dout_y; + wire rcmb_narrow_xy_valid_y; + + wire [BANK_ADDR_W -1:0] rcmb_final_xy_bank_y; + wire [ OP_ADDR_W -1:0] rcmb_final_xy_addr_y; + wire [ WORD_EXT_W -1:0] rcmb_final_x_dout_y; + wire [ WORD_EXT_W -1:0] rcmb_final_y_dout_y; + wire rcmb_final_xy_valid_y; + + + // + // Reductor Interfaces (X, Y) + // + wire [BANK_ADDR_W -1:0] rdct_wide_xy_bank_x; + wire [ OP_ADDR_W -1:0] rdct_wide_xy_addr_x; + wire [ WORD_EXT_W -1:0] rdct_wide_x_dout_x; + wire [ WORD_EXT_W -1:0] rdct_wide_y_dout_x; + wire rdct_wide_xy_valid_x; + + wire [BANK_ADDR_W -1:0] rdct_narrow_xy_bank_x; + wire [ OP_ADDR_W -1:0] rdct_narrow_xy_addr_x; + wire [ WORD_EXT_W -1:0] rdct_narrow_x_dout_x; + wire [ WORD_EXT_W -1:0] rdct_narrow_y_dout_x; + wire rdct_narrow_xy_valid_x; + + wire [BANK_ADDR_W -1:0] rdct_wide_xy_bank_y; + wire [ OP_ADDR_W -1:0] rdct_wide_xy_addr_y; + wire [ WORD_EXT_W -1:0] rdct_wide_x_dout_y; + wire [ WORD_EXT_W -1:0] rdct_wide_y_dout_y; + wire rdct_wide_xy_valid_y; + + wire [BANK_ADDR_W -1:0] rdct_narrow_xy_bank_y; + wire [ OP_ADDR_W -1:0] rdct_narrow_xy_addr_y; + wire [ WORD_EXT_W -1:0] rdct_narrow_x_dout_y; + wire [ WORD_EXT_W -1:0] rdct_narrow_y_dout_y; + wire rdct_narrow_xy_valid_y; + + + // + // Storage Blocks (X, Y) + // + modexpng_storage_block storage_block_x + ( + .clk (clk), + .rst (rst), + + .wr_wide_xy_ena (wr_wide_xy_ena_x), + .wr_wide_xy_bank (wr_wide_xy_bank_x), + .wr_wide_xy_addr (wr_wide_xy_addr_x), + .wr_wide_x_din (wr_wide_x_din_x), + .wr_wide_y_din (wr_wide_y_din_x), + + .wr_narrow_xy_ena (wr_narrow_xy_ena_x), + .wr_narrow_xy_bank (wr_narrow_xy_bank_x), + .wr_narrow_xy_addr (wr_narrow_xy_addr_x), + .wr_narrow_x_din (wr_narrow_x_din_x), + .wr_narrow_y_din (wr_narrow_y_din_x), + + .rd_wide_xy_ena (rd_wide_xy_ena_x), + .rd_wide_xy_ena_aux (rd_wide_xy_ena_aux_x), + .rd_wide_xy_bank (rd_wide_xy_bank_x), + .rd_wide_xy_bank_aux (rd_wide_xy_bank_aux_x), + .rd_wide_xy_addr (rd_wide_xy_addr_x), + .rd_wide_xy_addr_aux (rd_wide_xy_addr_aux_x), + .rd_wide_x_dout (rd_wide_x_dout_x), + .rd_wide_y_dout (rd_wide_y_dout_x), + .rd_wide_x_dout_aux (rd_wide_x_dout_aux_x), + .rd_wide_y_dout_aux (rd_wide_y_dout_aux_x), + + .rd_narrow_xy_ena (rd_narrow_xy_ena_x), + .rd_narrow_xy_bank (rd_narrow_xy_bank_x), + .rd_narrow_xy_addr (rd_narrow_xy_addr_x), + .rd_narrow_x_dout (rd_narrow_x_dout_x), + .rd_narrow_y_dout (rd_narrow_y_dout_x) + ); + + modexpng_storage_block storage_block_y + ( + .clk (clk), + .rst (rst), + + .wr_wide_xy_ena (wr_wide_xy_ena_y), + .wr_wide_xy_bank (wr_wide_xy_bank_y), + .wr_wide_xy_addr (wr_wide_xy_addr_y), + .wr_wide_x_din (wr_wide_x_din_y), + .wr_wide_y_din (wr_wide_y_din_y), + + .wr_narrow_xy_ena (wr_narrow_xy_ena_y), + .wr_narrow_xy_bank (wr_narrow_xy_bank_y), + .wr_narrow_xy_addr (wr_narrow_xy_addr_y), + .wr_narrow_x_din (wr_narrow_x_din_y), + .wr_narrow_y_din (wr_narrow_y_din_y), + + .rd_wide_xy_ena (rd_wide_xy_ena_y), + .rd_wide_xy_ena_aux (rd_wide_xy_ena_aux_y), + .rd_wide_xy_bank (rd_wide_xy_bank_y), + .rd_wide_xy_bank_aux (rd_wide_xy_bank_aux_y), + .rd_wide_xy_addr (rd_wide_xy_addr_y), + .rd_wide_xy_addr_aux (rd_wide_xy_addr_aux_y), + .rd_wide_x_dout (rd_wide_x_dout_y), + .rd_wide_y_dout (rd_wide_y_dout_y), + .rd_wide_x_dout_aux (rd_wide_x_dout_aux_y), + .rd_wide_y_dout_aux (rd_wide_y_dout_aux_y), + + .rd_narrow_xy_ena (rd_narrow_xy_ena_y), + .rd_narrow_xy_bank (rd_narrow_xy_bank_y), + .rd_narrow_xy_addr (rd_narrow_xy_addr_y), + .rd_narrow_x_dout (rd_narrow_x_dout_y), + .rd_narrow_y_dout (rd_narrow_y_dout_y) + ); + + + // + // Storage Managers (X, Y) + // + modexpng_storage_manager storage_manager_x + ( + .clk (clk), + .rst (rst), + + .wr_wide_xy_ena (wr_wide_xy_ena_x), + .wr_wide_xy_bank (wr_wide_xy_bank_x), + .wr_wide_xy_addr (wr_wide_xy_addr_x), + .wr_wide_x_din (wr_wide_x_din_x), + .wr_wide_y_din (wr_wide_y_din_x), + + .wr_narrow_xy_ena (wr_narrow_xy_ena_x), + .wr_narrow_xy_bank (wr_narrow_xy_bank_x), + .wr_narrow_xy_addr (wr_narrow_xy_addr_x), + .wr_narrow_x_din (wr_narrow_x_din_x), + .wr_narrow_y_din (wr_narrow_y_din_x), + + .ext_wide_xy_ena (ext_wide_xy_ena_x), + .ext_wide_xy_bank (ext_wide_xy_bank_x), + .ext_wide_xy_addr (ext_wide_xy_addr_x), + .ext_wide_x_din (ext_wide_x_din_x), + .ext_wide_y_din (ext_wide_y_din_x), + + .ext_narrow_xy_ena (ext_narrow_xy_ena_x), + .ext_narrow_xy_bank (ext_narrow_xy_bank_x), + .ext_narrow_xy_addr (ext_narrow_xy_addr_x), + .ext_narrow_x_din (ext_narrow_x_din_x), + .ext_narrow_y_din (ext_narrow_y_din_x), + + .rcmb_wide_xy_bank (rcmb_wide_xy_bank_x), + .rcmb_wide_xy_addr (rcmb_wide_xy_addr_x), + .rcmb_wide_x_din (rcmb_wide_x_dout_x), + .rcmb_wide_y_din (rcmb_wide_y_dout_x), + .rcmb_wide_xy_ena (rcmb_wide_xy_valid_x), + + .rcmb_narrow_xy_bank (rcmb_narrow_xy_bank_x), + .rcmb_narrow_xy_addr (rcmb_narrow_xy_addr_x), + .rcmb_narrow_x_din (rcmb_narrow_x_dout_x), + .rcmb_narrow_y_din (rcmb_narrow_y_dout_x), + .rcmb_narrow_xy_ena (rcmb_narrow_xy_valid_x), + + .rdct_wide_xy_bank (rdct_wide_xy_bank_x), + .rdct_wide_xy_addr (rdct_wide_xy_addr_x), + .rdct_wide_x_din (rdct_wide_x_dout_x), // TODO: maybe just rename to {x|y}_x, since that's an + .rdct_wide_y_din (rdct_wide_y_dout_x), // internal signal?? + .rdct_wide_xy_valid (rdct_wide_xy_valid_x), + + .rdct_narrow_xy_bank (rdct_narrow_xy_bank_x), + .rdct_narrow_xy_addr (rdct_narrow_xy_addr_x), + .rdct_narrow_x_din (rdct_narrow_x_dout_x), + .rdct_narrow_y_din (rdct_narrow_y_dout_x), + .rdct_narrow_xy_valid (rdct_narrow_xy_valid_x) + ); + + modexpng_storage_manager storage_manager_y + ( + .clk (clk), + .rst (rst), + + .wr_wide_xy_ena (wr_wide_xy_ena_y), + .wr_wide_xy_bank (wr_wide_xy_bank_y), + .wr_wide_xy_addr (wr_wide_xy_addr_y), + .wr_wide_x_din (wr_wide_x_din_y), + .wr_wide_y_din (wr_wide_y_din_y), + + .wr_narrow_xy_ena (wr_narrow_xy_ena_y), + .wr_narrow_xy_bank (wr_narrow_xy_bank_y), + .wr_narrow_xy_addr (wr_narrow_xy_addr_y), + .wr_narrow_x_din (wr_narrow_x_din_y), + .wr_narrow_y_din (wr_narrow_y_din_y), + + .ext_wide_xy_ena (ext_wide_xy_ena_y), + .ext_wide_xy_bank (ext_wide_xy_bank_y), + .ext_wide_xy_addr (ext_wide_xy_addr_y), + .ext_wide_x_din (ext_wide_x_din_y), + .ext_wide_y_din (ext_wide_y_din_y), + + .ext_narrow_xy_ena (ext_narrow_xy_ena_y), + .ext_narrow_xy_bank (ext_narrow_xy_bank_y), + .ext_narrow_xy_addr (ext_narrow_xy_addr_y), + .ext_narrow_x_din (ext_narrow_x_din_y), + .ext_narrow_y_din (ext_narrow_y_din_y), + + .rcmb_wide_xy_bank (rcmb_wide_xy_bank_y), + .rcmb_wide_xy_addr (rcmb_wide_xy_addr_y), + .rcmb_wide_x_din (rcmb_wide_x_dout_y), + .rcmb_wide_y_din (rcmb_wide_y_dout_y), + .rcmb_wide_xy_ena (rcmb_wide_xy_valid_y), + + .rcmb_narrow_xy_bank (rcmb_narrow_xy_bank_y), + .rcmb_narrow_xy_addr (rcmb_narrow_xy_addr_y), + .rcmb_narrow_x_din (rcmb_narrow_x_dout_y), + .rcmb_narrow_y_din (rcmb_narrow_y_dout_y), + .rcmb_narrow_xy_ena (rcmb_narrow_xy_valid_y), + + .rdct_wide_xy_bank (rdct_wide_xy_bank_y), + .rdct_wide_xy_addr (rdct_wide_xy_addr_y), + .rdct_wide_x_din (rdct_wide_x_dout_y), + .rdct_wide_y_din (rdct_wide_y_dout_y), + .rdct_wide_xy_valid (rdct_wide_xy_valid_y), + + .rdct_narrow_xy_bank (rdct_narrow_xy_bank_y), + .rdct_narrow_xy_addr (rdct_narrow_xy_addr_y), + .rdct_narrow_x_din (rdct_narrow_x_dout_y), + .rdct_narrow_y_din (rdct_narrow_y_dout_y), + .rdct_narrow_xy_valid (rdct_narrow_xy_valid_y) + + ); + + + // + // IO Block + // + wire io_in_1_en; + wire [BANK_ADDR_W + OP_ADDR_W -1:0] io_in_1_addr; + wire [ WORD_W -1:0] io_in_1_dout; + wire io_in_2_en; + wire [BANK_ADDR_W + OP_ADDR_W -1:0] io_in_2_addr; + wire [ WORD_W -1:0] io_in_2_dout; + wire io_out_en; + wire io_out_we; + wire [BANK_ADDR_W + OP_ADDR_W -1:0] io_out_addr; + wire [ WORD_W -1:0] io_out_din; + + // TODO: Separate reset for clock domains (core/bus)??? + + modexpng_io_block io_block + ( + .clk (clk), + .clk_bus (clk_bus), + + .rst (rst), + + .bus_cs (bus_cs), + .bus_we (bus_we), + .bus_addr (bus_addr), + .bus_data_wr (bus_data_wr), + .bus_data_rd (bus_data_rd), + + .in_1_en (io_in_1_en), + .in_1_addr (io_in_1_addr), + .in_1_dout (io_in_1_dout), + + .in_2_en (io_in_2_en), + .in_2_addr (io_in_2_addr), + .in_2_dout (io_in_2_dout), + + .out_en (io_out_en), + .out_we (io_out_we), + .out_addr (io_out_addr), + .out_din (io_out_din) + ); + + + // + // IO Manager + // + reg io_mgr_ena = 1'b0; + wire io_mgr_rdy; + reg [UOP_CRT_W -1:0] io_mgr_sel_crt; + reg [UOP_AUX_W -1:0] io_mgr_sel_aux; + reg [BANK_ADDR_W -1:0] io_mgr_sel_in; + reg [BANK_ADDR_W -1:0] io_mgr_sel_out; + reg [OP_ADDR_W -1:0] io_mgr_word_index_last; + reg [UOP_OPCODE_W -1:0] io_mgr_opcode; + + modexpng_io_manager io_manager + ( + .clk (clk), + .rst (rst), + + .ena (io_mgr_ena), + .rdy (io_mgr_rdy), + + .sel_crt (io_mgr_sel_crt), + .sel_aux (io_mgr_sel_aux), + .sel_in (io_mgr_sel_in), + .sel_out (io_mgr_sel_out), + + .opcode (io_mgr_opcode), + + .word_index_last (io_mgr_word_index_last), + + .ext_wide_xy_ena_x (ext_wide_xy_ena_x), + .ext_wide_xy_bank_x (ext_wide_xy_bank_x), + .ext_wide_xy_addr_x (ext_wide_xy_addr_x), + .ext_wide_x_din_x (ext_wide_x_din_x), + .ext_wide_y_din_x (ext_wide_y_din_x), + + .ext_narrow_xy_ena_x (ext_narrow_xy_ena_x), + .ext_narrow_xy_bank_x (ext_narrow_xy_bank_x), + .ext_narrow_xy_addr_x (ext_narrow_xy_addr_x), + .ext_narrow_x_din_x (ext_narrow_x_din_x), + .ext_narrow_y_din_x (ext_narrow_y_din_x), + + .ext_wide_xy_ena_y (ext_wide_xy_ena_y), + .ext_wide_xy_bank_y (ext_wide_xy_bank_y), + .ext_wide_xy_addr_y (ext_wide_xy_addr_y), + .ext_wide_x_din_y (ext_wide_x_din_y), + .ext_wide_y_din_y (ext_wide_y_din_y), + + .ext_narrow_xy_ena_y (ext_narrow_xy_ena_y), + .ext_narrow_xy_bank_y (ext_narrow_xy_bank_y), + .ext_narrow_xy_addr_y (ext_narrow_xy_addr_y), + .ext_narrow_x_din_y (ext_narrow_x_din_y), + .ext_narrow_y_din_y (ext_narrow_y_din_y), + + .io_in_1_en (io_in_1_en), + .io_in_1_addr (io_in_1_addr), + .io_in_1_dout (io_in_1_dout), + + .io_in_2_en (io_in_2_en), + .io_in_2_addr (io_in_2_addr), + .io_in_2_dout (io_in_2_dout), + + .io_out_en (io_out_en), + .io_out_we (io_out_we), + .io_out_addr (io_out_addr), + .io_out_din (io_out_din) + ); + + + // + // Multipliers (X, Y) + // + reg mmm_ena_x = 1'b0; + reg mmm_ena_y = 1'b0; + wire mmm_ena = mmm_ena_x & mmm_ena_y; + + wire mmm_rdy_x; + wire mmm_rdy_y; + wire mmm_rdy = mmm_rdy_x & mmm_rdy_y; + + reg [OP_ADDR_W -1:0] mmm_word_index_last_x; + reg [OP_ADDR_W -1:0] mmm_word_index_last_y; + + reg [OP_ADDR_W -1:0] mmm_word_index_last_minus1_x; + reg [OP_ADDR_W -1:0] mmm_word_index_last_minus1_y; + + reg mmm_ladder_mode_x; + reg mmm_ladder_mode_y; + + reg [BANK_ADDR_W -1:0] mmm_sel_wide_in_x; + reg [BANK_ADDR_W -1:0] mmm_sel_wide_in_y; + reg [BANK_ADDR_W -1:0] mmm_sel_narrow_in_x; + reg [BANK_ADDR_W -1:0] mmm_sel_narrow_in_y; + + wire rdct_ena_x; + wire rdct_ena_y; + wire rdct_rdy_x; + wire rdct_rdy_y; + + modexpng_mmm_dual mmm_x + ( + .clk (clk), + .rst (rst), + + .ena (mmm_ena_x), + .rdy (mmm_rdy_x), + + .ladder_mode (mmm_ladder_mode_x), + .word_index_last (mmm_word_index_last_x), + .word_index_last_minus1 (mmm_word_index_last_minus1_x), + + .sel_wide_in (mmm_sel_wide_in_x), + .sel_narrow_in (mmm_sel_narrow_in_x), + + .rd_wide_xy_ena (rd_wide_xy_ena_x), + .rd_wide_xy_ena_aux (rd_wide_xy_ena_aux_x), + .rd_wide_xy_bank (rd_wide_xy_bank_x), + .rd_wide_xy_bank_aux (rd_wide_xy_bank_aux_x), + .rd_wide_xy_addr (rd_wide_xy_addr_x), + .rd_wide_xy_addr_aux (rd_wide_xy_addr_aux_x), + .rd_wide_x_dout (rd_wide_x_dout_x), + .rd_wide_y_dout (rd_wide_y_dout_x), + .rd_wide_x_dout_aux (rd_wide_x_dout_aux_x), + .rd_wide_y_dout_aux (rd_wide_y_dout_aux_x), + + .rd_narrow_xy_ena (rd_narrow_xy_ena_x), + .rd_narrow_xy_bank (rd_narrow_xy_bank_x), + .rd_narrow_xy_addr (rd_narrow_xy_addr_x), + .rd_narrow_x_dout (rd_narrow_x_dout_x), + .rd_narrow_y_dout (rd_narrow_y_dout_x), + + .rcmb_wide_xy_bank (rcmb_wide_xy_bank_x), + .rcmb_wide_xy_addr (rcmb_wide_xy_addr_x), + .rcmb_wide_x_dout (rcmb_wide_x_dout_x), + .rcmb_wide_y_dout (rcmb_wide_y_dout_x), + .rcmb_wide_xy_valid (rcmb_wide_xy_valid_x), + + .rcmb_narrow_xy_bank (rcmb_narrow_xy_bank_x), + .rcmb_narrow_xy_addr (rcmb_narrow_xy_addr_x), + .rcmb_narrow_x_dout (rcmb_narrow_x_dout_x), + .rcmb_narrow_y_dout (rcmb_narrow_y_dout_x), + .rcmb_narrow_xy_valid (rcmb_narrow_xy_valid_x), + + .rcmb_xy_bank (rcmb_final_xy_bank_x), + .rcmb_xy_addr (rcmb_final_xy_addr_x), + .rcmb_x_dout (rcmb_final_x_dout_x), + .rcmb_y_dout (rcmb_final_y_dout_x), + .rcmb_xy_valid (rcmb_final_xy_valid_x), + + .rdct_ena (rdct_ena_x), + .rdct_rdy (rdct_rdy_x) + ); + + modexpng_mmm_dual mmm_y + ( + .clk (clk), + .rst (rst), + + .ena (mmm_ena_y), + .rdy (mmm_rdy_y), + + .ladder_mode (mmm_ladder_mode_y), + .word_index_last (mmm_word_index_last_y), + .word_index_last_minus1 (mmm_word_index_last_minus1_y), + + .sel_wide_in (mmm_sel_wide_in_y), + .sel_narrow_in (mmm_sel_narrow_in_y), + + .rd_wide_xy_ena (rd_wide_xy_ena_y), + .rd_wide_xy_ena_aux (rd_wide_xy_ena_aux_y), + .rd_wide_xy_bank (rd_wide_xy_bank_y), + .rd_wide_xy_bank_aux (rd_wide_xy_bank_aux_y), + .rd_wide_xy_addr (rd_wide_xy_addr_y), + .rd_wide_xy_addr_aux (rd_wide_xy_addr_aux_y), + .rd_wide_x_dout (rd_wide_x_dout_y), + .rd_wide_y_dout (rd_wide_y_dout_y), + .rd_wide_x_dout_aux (rd_wide_x_dout_aux_y), + .rd_wide_y_dout_aux (rd_wide_y_dout_aux_y), + + .rd_narrow_xy_ena (rd_narrow_xy_ena_y), + .rd_narrow_xy_bank (rd_narrow_xy_bank_y), + .rd_narrow_xy_addr (rd_narrow_xy_addr_y), + .rd_narrow_x_dout (rd_narrow_x_dout_y), + .rd_narrow_y_dout (rd_narrow_y_dout_y), + + .rcmb_wide_xy_bank (rcmb_wide_xy_bank_y), + .rcmb_wide_xy_addr (rcmb_wide_xy_addr_y), + .rcmb_wide_x_dout (rcmb_wide_x_dout_y), + .rcmb_wide_y_dout (rcmb_wide_y_dout_y), + .rcmb_wide_xy_valid (rcmb_wide_xy_valid_y), + + .rcmb_narrow_xy_bank (rcmb_narrow_xy_bank_y), + .rcmb_narrow_xy_addr (rcmb_narrow_xy_addr_y), + .rcmb_narrow_x_dout (rcmb_narrow_x_dout_y), + .rcmb_narrow_y_dout (rcmb_narrow_y_dout_y), + .rcmb_narrow_xy_valid (rcmb_narrow_xy_valid_y), + + .rcmb_xy_bank (rcmb_final_xy_bank_y), + .rcmb_xy_addr (rcmb_final_xy_addr_y), + .rcmb_x_dout (rcmb_final_x_dout_y), + .rcmb_y_dout (rcmb_final_y_dout_y), + .rcmb_xy_valid (rcmb_final_xy_valid_y), + + .rdct_ena (rdct_ena_y), + .rdct_rdy (rdct_rdy_y) + ); + + // + // Reductors (X, Y) + // + reg [ OP_ADDR_W -1:0] rdct_word_index_last_x; + reg [ OP_ADDR_W -1:0] rdct_word_index_last_y; + + reg [BANK_ADDR_W -1:0] rdct_sel_wide_out_x; + reg [BANK_ADDR_W -1:0] rdct_sel_narrow_out_x; + + reg [BANK_ADDR_W -1:0] rdct_sel_wide_out_y; + reg [BANK_ADDR_W -1:0] rdct_sel_narrow_out_y; + + modexpng_reductor reductor_x + ( + .clk (clk), + .rst (rst), + + .ena (rdct_ena_x), + .rdy (rdct_rdy_x), + + .word_index_last (rdct_word_index_last_x), + + .sel_wide_out (rdct_sel_wide_out_x), + .sel_narrow_out (rdct_sel_narrow_out_x), + + .rd_wide_xy_addr_aux (rd_wide_xy_addr_aux_x), + .rd_wide_xy_bank_aux (rd_wide_xy_bank_aux_x), + .rd_wide_x_dout_aux (rd_wide_x_dout_aux_x), + .rd_wide_y_dout_aux (rd_wide_y_dout_aux_x), + + .rcmb_final_xy_bank (rcmb_final_xy_bank_x), + .rcmb_final_xy_addr (rcmb_final_xy_addr_x), + .rcmb_final_x_dout (rcmb_final_x_dout_x), + .rcmb_final_y_dout (rcmb_final_y_dout_x), + .rcmb_final_xy_valid (rcmb_final_xy_valid_x), + + .rdct_wide_xy_bank (rdct_wide_xy_bank_x), + .rdct_wide_xy_addr (rdct_wide_xy_addr_x), + .rdct_wide_x_dout (rdct_wide_x_dout_x), + .rdct_wide_y_dout (rdct_wide_y_dout_x), + .rdct_wide_xy_valid (rdct_wide_xy_valid_x), + + .rdct_narrow_xy_bank (rdct_narrow_xy_bank_x), + .rdct_narrow_xy_addr (rdct_narrow_xy_addr_x), + .rdct_narrow_x_dout (rdct_narrow_x_dout_x), + .rdct_narrow_y_dout (rdct_narrow_y_dout_x), + .rdct_narrow_xy_valid (rdct_narrow_xy_valid_x) + ); + + modexpng_reductor reductor_y + ( + .clk (clk), + .rst (rst), + + .ena (rdct_ena_y), + .rdy (rdct_rdy_y), + + .word_index_last (rdct_word_index_last_y), + + .sel_wide_out (rdct_sel_wide_out_y), + .sel_narrow_out (rdct_sel_narrow_out_y), + + .rd_wide_xy_addr_aux (rd_wide_xy_addr_aux_y), + .rd_wide_xy_bank_aux (rd_wide_xy_bank_aux_y), + .rd_wide_x_dout_aux (rd_wide_x_dout_aux_y), + .rd_wide_y_dout_aux (rd_wide_y_dout_aux_y), + + .rcmb_final_xy_bank (rcmb_final_xy_bank_y), + .rcmb_final_xy_addr (rcmb_final_xy_addr_y), + .rcmb_final_x_dout (rcmb_final_x_dout_y), + .rcmb_final_y_dout (rcmb_final_y_dout_y), + .rcmb_final_xy_valid (rcmb_final_xy_valid_y), + + .rdct_wide_xy_bank (rdct_wide_xy_bank_y), + .rdct_wide_xy_addr (rdct_wide_xy_addr_y), + .rdct_wide_x_dout (rdct_wide_x_dout_y), + .rdct_wide_y_dout (rdct_wide_y_dout_y), + .rdct_wide_xy_valid (rdct_wide_xy_valid_y), + + .rdct_narrow_xy_bank (rdct_narrow_xy_bank_y), + .rdct_narrow_xy_addr (rdct_narrow_xy_addr_y), + .rdct_narrow_x_dout (rdct_narrow_x_dout_y), + .rdct_narrow_y_dout (rdct_narrow_y_dout_y), + .rdct_narrow_xy_valid (rdct_narrow_xy_valid_y) + ); + + + // + // uOP Completion Detector + // + reg uop_exit_from_busy; + + always @* begin + // + uop_exit_from_busy = 0; + // + if (uop_opcode_is_io) uop_exit_from_busy = ~io_mgr_ena & io_mgr_rdy; + if (uop_opcode_is_mmm) uop_exit_from_busy = ~mmm_ena & mmm_rdy; + //if (uop_data_opcode_is_add) uop_exit_from_busy = ~mod_add_ena & mod_add_rdy; + //if (uop_data_opcode_is_sub) uop_exit_from_busy = ~mod_sub_ena & mod_sub_rdy; + // + end + + + // + // uOP Trigger Logic + // + always @(posedge clk) + // + if (rst) begin + io_mgr_ena <= 1'b0; + mmm_ena_x <= 1'b0; + mmm_ena_y <= 1'b0; + end else begin + io_mgr_ena <= uop_fsm_state == UOP_FSM_STATE_DECODE ? uop_opcode_is_io : 1'b0; + mmm_ena_x <= uop_fsm_state == UOP_FSM_STATE_DECODE ? uop_opcode_is_mmm : 1'b0; + mmm_ena_y <= uop_fsm_state == UOP_FSM_STATE_DECODE ? uop_opcode_is_mmm : 1'b0; + end + + // + // Parameters + // + always @(posedge clk) + // + if (uop_fsm_state == UOP_FSM_STATE_DECODE) begin + // + io_mgr_opcode <= uop_data_opcode; + // + case (uop_data_opcode) + // + UOP_OPCODE_INPUT_TO_WIDE: begin + io_mgr_sel_crt <= uop_data_crt; + io_mgr_sel_aux <= uop_data_aux; + io_mgr_sel_in <= uop_data_sel_narrow_in; + io_mgr_sel_out <= uop_data_sel_wide_out; + end + // + UOP_OPCODE_INPUT_TO_NARROW: begin + io_mgr_sel_crt <= uop_data_crt; + io_mgr_sel_aux <= uop_data_aux; + io_mgr_sel_in <= uop_data_sel_narrow_in; + io_mgr_sel_out <= uop_data_sel_narrow_out; + end + // + UOP_OPCODE_MODULAR_MULTIPLY: begin + // + case (uop_data_ladder) + UOP_LADDER_00: {mmm_ladder_mode_x, mmm_ladder_mode_y} <= 2'b00; + UOP_LADDER_11: {mmm_ladder_mode_x, mmm_ladder_mode_y} <= 2'b11; + UOP_LADDER_D: {mmm_ladder_mode_x, mmm_ladder_mode_y} <= 2'bXX; + UOP_LADDER_PQ: {mmm_ladder_mode_x, mmm_ladder_mode_y} <= 2'bXX; + endcase + // + {mmm_sel_wide_in_x, mmm_sel_wide_in_y } <= {2{uop_data_sel_wide_in }}; + {mmm_sel_narrow_in_x, mmm_sel_narrow_in_y } <= {2{uop_data_sel_narrow_in }}; + {rdct_sel_wide_out_x, rdct_sel_wide_out_y } <= {2{uop_data_sel_wide_out }}; + {rdct_sel_narrow_out_x, rdct_sel_narrow_out_y} <= {2{uop_data_sel_narrow_out}}; + + // + end + // + endcase + // + end + + // + // Length + // + wire [OP_ADDR_W -1:0] word_index_last_n_minus1 = word_index_last_n - 1'b1; + wire [OP_ADDR_W -1:0] word_index_last_pq_minus1 = word_index_last_pq - 1'b1; + + wire uop_npq_is_n = uop_data_npq == UOP_NPQ_N; + + always @(posedge clk) + // + if (uop_fsm_state == UOP_FSM_STATE_DECODE) begin + // + case (uop_data_opcode) + // + UOP_OPCODE_INPUT_TO_WIDE, + UOP_OPCODE_INPUT_TO_NARROW: io_mgr_word_index_last <= uop_npq_is_n ? word_index_last_n : word_index_last_pq; + // + UOP_OPCODE_MODULAR_MULTIPLY: begin + {mmm_word_index_last_x, mmm_word_index_last_y } <= {2{uop_npq_is_n ? word_index_last_n : word_index_last_pq }}; + {mmm_word_index_last_minus1_x, mmm_word_index_last_minus1_y} <= {2{uop_npq_is_n ? word_index_last_n_minus1 : word_index_last_pq_minus1}}; + {rdct_word_index_last_x, rdct_word_index_last_y } <= {2{uop_npq_is_n ? word_index_last_n : word_index_last_pq }}; + end + // + endcase + // + end + + + + // + // FSM Process + // + always @(posedge clk) + // + if (rst) uop_fsm_state <= UOP_FSM_STATE_IDLE; + else uop_fsm_state <= uop_fsm_state_next; + + + // + // FSM Transition Logic + // + always @* begin + // + case (uop_fsm_state) + UOP_FSM_STATE_IDLE: uop_fsm_state_next = next ? UOP_FSM_STATE_FETCH : UOP_FSM_STATE_IDLE; + UOP_FSM_STATE_FETCH: uop_fsm_state_next = UOP_FSM_STATE_DECODE ; + UOP_FSM_STATE_DECODE: uop_fsm_state_next = uop_opcode_is_stop ? UOP_FSM_STATE_IDLE : UOP_FSM_STATE_BUSY; + UOP_FSM_STATE_BUSY: uop_fsm_state_next = uop_exit_from_busy ? UOP_FSM_STATE_FETCH : UOP_FSM_STATE_BUSY; + endcase + // + end + + + // + // Ready Flag Logic + // + reg valid_reg = 1'b1; + assign valid = valid_reg; + + always @(posedge clk) + // + if (rst) valid_reg <= 1'b1; + else case (uop_fsm_state) + UOP_FSM_STATE_IDLE: valid_reg <= ~next; + UOP_FSM_STATE_DECODE: valid_reg <= uop_opcode_is_stop; + endcase + + + + // + // BEGIN DEBUG + // + integer i; + always @(posedge clk) + // + if ((uop_fsm_state == UOP_FSM_STATE_DECODE) && uop_opcode_is_stop) begin + // + $display("STOP - BANKS DUMP FOLLOWS"); + // + // X.X + // + $write(" "); for (i=0; i<64; i=i+1) $write("[ %3d ] ", i); $write("\n"); + $write("X.X.NARROW.A: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.narrow_bram_x.mem[0*256+i]); $write("\n"); + $write("X.X.NARROW.B: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.narrow_bram_x.mem[1*256+i]); $write("\n"); + $write("X.X.NARROW.C: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.narrow_bram_x.mem[2*256+i]); $write("\n"); + $write("X.X.NARROW.D: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.narrow_bram_x.mem[3*256+i]); $write("\n"); + $write("X.X.NARROW.E: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.narrow_bram_x.mem[4*256+i]); $write("\n"); + $write("X.X.NARROW.COEFF: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.narrow_bram_x.mem[5*256+i]); $write("\n"); + $write("X.X.NARROW.Q: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.narrow_bram_x.mem[6*256+i]); $write("\n"); + $write("X.X.NARROW.EXT: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.narrow_bram_x.mem[7*256+i]); $write("\n"); + $write(" "); for (i=0; i<64; i=i+1) $write(" ------ "); $write("\n"); + $write("X.X.WIDE.A: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.gen_wide_bram[0].wide_bram_x.mem[0*256+i]); $write("\n"); + $write("X.X.WIDE.B: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.gen_wide_bram[0].wide_bram_x.mem[1*256+i]); $write("\n"); + $write("X.X.WIDE.C: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.gen_wide_bram[0].wide_bram_x.mem[2*256+i]); $write("\n"); + $write("X.X.WIDE.D: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.gen_wide_bram[0].wide_bram_x.mem[3*256+i]); $write("\n"); + $write("X.X.WIDE.E: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.gen_wide_bram[0].wide_bram_x.mem[4*256+i]); $write("\n"); + $write("X.X.WIDE.N: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.gen_wide_bram[0].wide_bram_x.mem[5*256+i]); $write("\n"); + $write("X.X.WIDE.L: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.gen_wide_bram[0].wide_bram_x.mem[6*256+i]); $write("\n"); + $write("X.X.WIDE.H: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.gen_wide_bram[0].wide_bram_x.mem[7*256+i]); $write("\n"); + // + // X.Y + // + $write(" "); for (i=0; i<64; i=i+1) $write("[ %3d ] ", i); $write("\n"); + $write("X.Y.NARROW.A: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.narrow_bram_y.mem[0*256+i]); $write("\n"); + $write("X.Y.NARROW.B: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.narrow_bram_y.mem[1*256+i]); $write("\n"); + $write("X.Y.NARROW.C: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.narrow_bram_y.mem[2*256+i]); $write("\n"); + $write("X.Y.NARROW.D: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.narrow_bram_y.mem[3*256+i]); $write("\n"); + $write("X.Y.NARROW.E: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.narrow_bram_y.mem[4*256+i]); $write("\n"); + $write("X.Y.NARROW.COEFF: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.narrow_bram_y.mem[5*256+i]); $write("\n"); + $write("X.Y.NARROW.Q: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.narrow_bram_y.mem[6*256+i]); $write("\n"); + $write("X.Y.NARROW.EXT: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.narrow_bram_y.mem[7*256+i]); $write("\n"); + $write(" "); for (i=0; i<64; i=i+1) $write(" ------ "); $write("\n"); + $write("X.Y.WIDE.A: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.gen_wide_bram[0].wide_bram_y.mem[0*256+i]); $write("\n"); + $write("X.Y.WIDE.B: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.gen_wide_bram[0].wide_bram_y.mem[1*256+i]); $write("\n"); + $write("X.Y.WIDE.C: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.gen_wide_bram[0].wide_bram_y.mem[2*256+i]); $write("\n"); + $write("X.Y.WIDE.D: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.gen_wide_bram[0].wide_bram_y.mem[3*256+i]); $write("\n"); + $write("X.Y.WIDE.E: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.gen_wide_bram[0].wide_bram_y.mem[4*256+i]); $write("\n"); + $write("X.Y.WIDE.N: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.gen_wide_bram[0].wide_bram_y.mem[5*256+i]); $write("\n"); + $write("X.Y.WIDE.L: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.gen_wide_bram[0].wide_bram_y.mem[6*256+i]); $write("\n"); + $write("X.Y.WIDE.H: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_x.gen_wide_bram[0].wide_bram_y.mem[7*256+i]); $write("\n"); + // + // Y.X + // + $write(" "); for (i=0; i<64; i=i+1) $write("[ %3d ] ", i); $write("\n"); + $write("Y.X.NARROW.A: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.narrow_bram_x.mem[0*256+i]); $write("\n"); + $write("Y.X.NARROW.B: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.narrow_bram_x.mem[1*256+i]); $write("\n"); + $write("Y.X.NARROW.C: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.narrow_bram_x.mem[2*256+i]); $write("\n"); + $write("Y.X.NARROW.D: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.narrow_bram_x.mem[3*256+i]); $write("\n"); + $write("Y.X.NARROW.E: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.narrow_bram_x.mem[4*256+i]); $write("\n"); + $write("Y.X.NARROW.COEFF: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.narrow_bram_x.mem[5*256+i]); $write("\n"); + $write("Y.X.NARROW.Q: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.narrow_bram_x.mem[6*256+i]); $write("\n"); + $write("Y.X.NARROW.EXT: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.narrow_bram_x.mem[7*256+i]); $write("\n"); + $write(" "); for (i=0; i<64; i=i+1) $write(" ------ "); $write("\n"); + $write("Y.X.WIDE.A: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.gen_wide_bram[0].wide_bram_x.mem[0*256+i]); $write("\n"); + $write("Y.X.WIDE.B: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.gen_wide_bram[0].wide_bram_x.mem[1*256+i]); $write("\n"); + $write("Y.X.WIDE.C: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.gen_wide_bram[0].wide_bram_x.mem[2*256+i]); $write("\n"); + $write("Y.X.WIDE.D: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.gen_wide_bram[0].wide_bram_x.mem[3*256+i]); $write("\n"); + $write("Y.X.WIDE.E: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.gen_wide_bram[0].wide_bram_x.mem[4*256+i]); $write("\n"); + $write("Y.X.WIDE.N: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.gen_wide_bram[0].wide_bram_x.mem[5*256+i]); $write("\n"); + $write("Y.X.WIDE.L: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.gen_wide_bram[0].wide_bram_x.mem[6*256+i]); $write("\n"); + $write("Y.X.WIDE.H: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.gen_wide_bram[0].wide_bram_x.mem[7*256+i]); $write("\n"); + // + // Y.Y + // + $write(" "); for (i=0; i<64; i=i+1) $write("[ %3d ] ", i); $write("\n"); + $write("Y.Y.NARROW.A: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.narrow_bram_y.mem[0*256+i]); $write("\n"); + $write("Y.Y.NARROW.B: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.narrow_bram_y.mem[1*256+i]); $write("\n"); + $write("Y.Y.NARROW.C: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.narrow_bram_y.mem[2*256+i]); $write("\n"); + $write("Y.Y.NARROW.D: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.narrow_bram_y.mem[3*256+i]); $write("\n"); + $write("Y.Y.NARROW.E: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.narrow_bram_y.mem[4*256+i]); $write("\n"); + $write("Y.Y.NARROW.COEFF: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.narrow_bram_y.mem[5*256+i]); $write("\n"); + $write("Y.Y.NARROW.Q: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.narrow_bram_y.mem[6*256+i]); $write("\n"); + $write("Y.Y.NARROW.EXT: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.narrow_bram_y.mem[7*256+i]); $write("\n"); + $write(" "); for (i=0; i<64; i=i+1) $write(" ------ "); $write("\n"); + $write("Y.Y.WIDE.A: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.gen_wide_bram[0].wide_bram_y.mem[0*256+i]); $write("\n"); + $write("Y.Y.WIDE.B: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.gen_wide_bram[0].wide_bram_y.mem[1*256+i]); $write("\n"); + $write("Y.Y.WIDE.C: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.gen_wide_bram[0].wide_bram_y.mem[2*256+i]); $write("\n"); + $write("Y.Y.WIDE.D: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.gen_wide_bram[0].wide_bram_y.mem[3*256+i]); $write("\n"); + $write("Y.Y.WIDE.E: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.gen_wide_bram[0].wide_bram_y.mem[4*256+i]); $write("\n"); + $write("Y.Y.WIDE.N: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.gen_wide_bram[0].wide_bram_y.mem[5*256+i]); $write("\n"); + $write("Y.Y.WIDE.L: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.gen_wide_bram[0].wide_bram_y.mem[6*256+i]); $write("\n"); + $write("Y.Y.WIDE.H: "); for (i=0; i<64; i=i+1) $write("0x%05x ", storage_block_y.gen_wide_bram[0].wide_bram_y.mem[7*256+i]); $write("\n"); // + end + + // + // END DEBUG + // endmodule diff --git a/rtl/modexpng_io_block.v b/rtl/modexpng_io_block.v new file mode 100644 index 0000000..68d13c4 --- /dev/null +++ b/rtl/modexpng_io_block.v @@ -0,0 +1,158 @@ +module modexpng_io_block +( + clk, clk_bus, rst, + + bus_cs, + bus_we, + bus_addr, + bus_data_wr, + bus_data_rd, + + in_1_en, + in_1_addr, + in_1_dout, + + in_2_en, + in_2_addr, + in_2_dout, + + out_en, + out_we, + out_addr, + out_din +); + + // + // Headers + // + `include "modexpng_parameters.vh" + + + // + // Ports + // + input clk; + input clk_bus; + input rst; + + input bus_cs; + input bus_we; + input [2 + BANK_ADDR_W + BUS_OP_ADDR_W -1:0] bus_addr; + input [ BUS_DATA_W -1:0] bus_data_wr; + output [ BUS_DATA_W -1:0] bus_data_rd; + + input in_1_en; + input [ BANK_ADDR_W + OP_ADDR_W -1:0] in_1_addr; + output [ WORD_W -1:0] in_1_dout; + + input in_2_en; + input [ BANK_ADDR_W + OP_ADDR_W -1:0] in_2_addr; + output [ WORD_W -1:0] in_2_dout; + + input out_en; + input out_we; + input [ BANK_ADDR_W + OP_ADDR_W -1:0] out_addr; + input [ WORD_W -1:0] out_din; + + + // + // Internal Registers + // + reg in_1_reg_en = 1'b0; + reg in_2_reg_en = 1'b0; + + always @(posedge clk) + // + if (rst) begin + in_1_reg_en <= 1'b0; + in_2_reg_en <= 1'b0; + end else begin + in_1_reg_en <= in_1_en; + in_2_reg_en <= in_2_en; + end + + + // + // INPUT, OUTPUT Storage Buffers + // + wire [ 2 -1:0] bus_addr_msb = bus_addr[BANK_ADDR_W + BUS_OP_ADDR_W +: 2]; + wire [BANK_ADDR_W + BUS_OP_ADDR_W -1:0] bus_addr_lsb = bus_addr[BANK_ADDR_W + BUS_OP_ADDR_W -1:0]; + reg [ 2 -1:0] bus_addr_msb_dly; + wire [ BUS_DATA_W -1:0] bus_data_rd_input_1; + wire [ BUS_DATA_W -1:0] bus_data_rd_output; + + wire bus_data_wr_input_1 = bus_data_wr && (bus_addr_msb == 2'd0); + wire bus_data_wr_input_2 = bus_data_wr && (bus_addr_msb == 2'd1); + + /* INPUT_1 */ + modexpng_tdp_36k_x16_x32_wrapper bram_input_1 + ( + .clk (clk), // core clock + .clk_bus (clk_bus), // bus clock + + .ena (bus_cs), // bus side read-write + .wea (bus_data_wr_input_1), // + .addra (bus_addr_lsb), // + .dina (bus_data_wr), // + .douta (bus_data_rd_input_1), // + + .enb (in_1_en), // core side read-only + .regceb (in_1_reg_en), // + .addrb (in_1_addr), // + .doutb (in_1_dout) // + ); + + + /* INPUT_2 */ + modexpng_sdp_36k_x16_x32_wrapper bram_input_2 + ( + .clk (clk), // core clock + .clk_bus (clk_bus), // bus clock + + .ena (bus_cs), // bus side write-only + .wea (bus_data_wr_input_2), // + .addra (bus_addr_lsb), // + .dina (bus_data_wr), // + + .enb (in_2_en), // core side read-only + .regceb (in_2_reg_en), // + .addrb (in_2_addr), // + .doutb (in_2_dout) // + ); + + + /* OUTPUT */ + modexpng_sdp_36k_x32_x16_wrapper bram_output + ( + .clk (clk), // core clock + .clk_bus (clk_bus), // bus clock + + .ena (out_en), // core side write-only + .wea (out_we), // + .addra (out_addr), // + .dina (out_din), // + + .enb (bus_cs), // bus side read-only + .addrb (bus_addr_lsb), // + .doutb (bus_data_rd_output) // + ); + + reg [31: 0] bus_data_rd_mux; + assign bus_data_rd = bus_data_rd_mux; + + always @(posedge clk_bus) + bus_addr_msb_dly <= bus_addr_msb; + + always @(*) + // + case (bus_addr_msb_dly) + // + 2'd0: bus_data_rd_mux = bus_data_rd_input_1; + 2'd1: bus_data_rd_mux = 32'hDEADC0DE; + 2'd2: bus_data_rd_mux = bus_data_rd_output; + 2'd3: bus_data_rd_mux = 32'hDEADC0DE; + // + endcase + +endmodule + diff --git a/rtl/modexpng_io_manager.v b/rtl/modexpng_io_manager.v new file mode 100644 index 0000000..81f582f --- /dev/null +++ b/rtl/modexpng_io_manager.v @@ -0,0 +1,527 @@ +module modexpng_io_manager +( + clk, + rst, + + ena, + rdy, + + sel_crt, + sel_aux, + sel_in, + sel_out, + + opcode, + + word_index_last, + + ext_wide_xy_ena_x, + ext_wide_xy_bank_x, + ext_wide_xy_addr_x, + ext_wide_x_din_x, + ext_wide_y_din_x, + + ext_narrow_xy_ena_x, + ext_narrow_xy_bank_x, + ext_narrow_xy_addr_x, + ext_narrow_x_din_x, + ext_narrow_y_din_x, + + ext_wide_xy_ena_y, + ext_wide_xy_bank_y, + ext_wide_xy_addr_y, + ext_wide_x_din_y, + ext_wide_y_din_y, + + ext_narrow_xy_ena_y, + ext_narrow_xy_bank_y, + ext_narrow_xy_addr_y, + ext_narrow_x_din_y, + ext_narrow_y_din_y, + + io_in_1_en, + io_in_1_addr, + io_in_1_dout, + + io_in_2_en, + io_in_2_addr, + io_in_2_dout, + + io_out_en, + io_out_we, + io_out_addr, + io_out_din +); + + // + // Headers + // + `include "modexpng_parameters.vh" + `include "modexpng_microcode.vh" + + + // + // Ports + // + input clk; + input rst; + + input ena; + output rdy; + + input [ UOP_CRT_W -1:0] sel_crt; + input [ UOP_AUX_W -1:0] sel_aux; + input [ BANK_ADDR_W -1:0] sel_in; + input [ BANK_ADDR_W -1:0] sel_out; + + input [ UOP_OPCODE_W -1:0] opcode; + + input [ OP_ADDR_W -1:0] word_index_last; + + output ext_wide_xy_ena_x; + output [ BANK_ADDR_W -1:0] ext_wide_xy_bank_x; + output [ OP_ADDR_W -1:0] ext_wide_xy_addr_x; + output [ WORD_EXT_W -1:0] ext_wide_x_din_x; + output [ WORD_EXT_W -1:0] ext_wide_y_din_x; + + output ext_narrow_xy_ena_x; + output [ BANK_ADDR_W -1:0] ext_narrow_xy_bank_x; + output [ OP_ADDR_W -1:0] ext_narrow_xy_addr_x; + output [ WORD_EXT_W -1:0] ext_narrow_x_din_x; + output [ WORD_EXT_W -1:0] ext_narrow_y_din_x; + + output ext_wide_xy_ena_y; + output [ BANK_ADDR_W -1:0] ext_wide_xy_bank_y; + output [ OP_ADDR_W -1:0] ext_wide_xy_addr_y; + output [ WORD_EXT_W -1:0] ext_wide_x_din_y; + output [ WORD_EXT_W -1:0] ext_wide_y_din_y; + + output ext_narrow_xy_ena_y; + output [ BANK_ADDR_W -1:0] ext_narrow_xy_bank_y; + output [ OP_ADDR_W -1:0] ext_narrow_xy_addr_y; + output [ WORD_EXT_W -1:0] ext_narrow_x_din_y; + output [ WORD_EXT_W -1:0] ext_narrow_y_din_y; + + output io_in_1_en; + output [BANK_ADDR_W + OP_ADDR_W -1:0] io_in_1_addr; + input [ WORD_W -1:0] io_in_1_dout; + + output io_in_2_en; + output [BANK_ADDR_W + OP_ADDR_W -1:0] io_in_2_addr; + input [ WORD_W -1:0] io_in_2_dout; + + output io_out_en; + output io_out_we; + output [BANK_ADDR_W + OP_ADDR_W -1:0] io_out_addr; + output [ WORD_W -1:0] io_out_din; + + + // + // FSM Declaration + // + localparam [2:0] IO_FSM_STATE_IDLE = 3'b000; + localparam [2:0] IO_FSM_STATE_LATENCY_PRE1 = 3'b001; + localparam [2:0] IO_FSM_STATE_LATENCY_PRE2 = 3'b010; + localparam [2:0] IO_FSM_STATE_BUSY = 3'b011; + localparam [2:0] IO_FSM_STATE_EXTRA = 3'b100; + localparam [2:0] IO_FSM_STATE_LATENCY_POST1 = 3'b101; + localparam [2:0] IO_FSM_STATE_LATENCY_POST2 = 3'b110; + + reg [2:0] io_fsm_state = IO_FSM_STATE_IDLE; + reg [2:0] io_fsm_state_next; + + + // + // Control Signals + // + reg in_1_en = 1'b0; + reg [BANK_ADDR_W -1:0] in_1_addr_bank; + reg [ OP_ADDR_W -1:0] in_1_addr_op; + + reg in_2_en = 1'b0; + reg [BANK_ADDR_W -1:0] in_2_addr_bank; + reg [ OP_ADDR_W -1:0] in_2_addr_op; + + reg out_en = 1'b0; + reg out_we; + reg [BANK_ADDR_W -1:0] out_addr_bank; + reg [ OP_ADDR_W -1:0] out_addr_op; + reg [ WORD_W -1:0] out_din; + + + // + // Control Signals + // + reg wide_xy_ena_x = 1'b0; + reg [BANK_ADDR_W -1:0] wide_xy_bank_x; + reg [ OP_ADDR_W -1:0] wide_xy_addr_x; + reg [ WORD_EXT_W -1:0] wide_x_din_x; + reg [ WORD_EXT_W -1:0] wide_y_din_x; + + reg narrow_xy_ena_x = 1'b0; + reg [BANK_ADDR_W -1:0] narrow_xy_bank_x; + reg [ OP_ADDR_W -1:0] narrow_xy_addr_x; + reg [ WORD_EXT_W -1:0] narrow_x_din_x; + reg [ WORD_EXT_W -1:0] narrow_y_din_x; + + reg wide_xy_ena_y = 1'b0; + reg [BANK_ADDR_W -1:0] wide_xy_bank_y; + reg [ OP_ADDR_W -1:0] wide_xy_addr_y; + reg [ WORD_EXT_W -1:0] wide_x_din_y; + reg [ WORD_EXT_W -1:0] wide_y_din_y; + + reg narrow_xy_ena_y = 1'b0; + reg [BANK_ADDR_W -1:0] narrow_xy_bank_y; + reg [ OP_ADDR_W -1:0] narrow_xy_addr_y; + reg [ WORD_EXT_W -1:0] narrow_x_din_y; + reg [ WORD_EXT_W -1:0] narrow_y_din_y; + + + // + // Mapping + // + assign io_in_1_en = in_1_en; + assign io_in_1_addr = {in_1_addr_bank, in_1_addr_op}; + + assign io_in_2_en = in_2_en; + assign io_in_2_addr = {in_2_addr_bank, in_2_addr_op}; + + assign io_out_en = out_en; + assign io_out_we = out_we; + assign io_out_addr = {out_addr_bank, out_addr_op}; + assign io_out_din = out_din; + + + // + // Mapping + // + assign ext_wide_xy_ena_x = wide_xy_ena_x; + assign ext_wide_xy_bank_x = wide_xy_bank_x; + assign ext_wide_xy_addr_x = wide_xy_addr_x; + assign ext_wide_x_din_x = wide_x_din_x; + assign ext_wide_y_din_x = wide_y_din_x; + + assign ext_narrow_xy_ena_x = narrow_xy_ena_x; + assign ext_narrow_xy_bank_x = narrow_xy_bank_x; + assign ext_narrow_xy_addr_x = narrow_xy_addr_x; + assign ext_narrow_x_din_x = narrow_x_din_x; + assign ext_narrow_y_din_x = narrow_y_din_x; + + assign ext_wide_xy_ena_y = wide_xy_ena_y; + assign ext_wide_xy_bank_y = wide_xy_bank_y; + assign ext_wide_xy_addr_y = wide_xy_addr_y; + assign ext_wide_x_din_y = wide_x_din_y; + assign ext_wide_y_din_y = wide_y_din_y; + + assign ext_narrow_xy_ena_y = narrow_xy_ena_y; + assign ext_narrow_xy_bank_y = narrow_xy_bank_y; + assign ext_narrow_xy_addr_y = narrow_xy_addr_y; + assign ext_narrow_x_din_y = narrow_x_din_y; + assign ext_narrow_y_din_y = narrow_y_din_y; + + + // + // Delays + // + reg [ OP_ADDR_W -1:0] in_1_addr_op_dly1; + reg [ OP_ADDR_W -1:0] in_1_addr_op_dly2; + reg [ OP_ADDR_W -1:0] in_2_addr_op_dly1; + reg [ OP_ADDR_W -1:0] in_2_addr_op_dly2; + + always @(posedge clk) begin + // + {in_1_addr_op_dly2, in_1_addr_op_dly1} <= {in_1_addr_op_dly1, in_1_addr_op}; + {in_2_addr_op_dly2, in_2_addr_op_dly1} <= {in_2_addr_op_dly1, in_2_addr_op}; + // + end + + + // + // Handy Wires + // + wire opcode_is_input = (opcode == UOP_OPCODE_INPUT_TO_WIDE) || (opcode == UOP_OPCODE_INPUT_TO_NARROW); + + wire opcode_is_wide = (opcode == UOP_OPCODE_INPUT_TO_WIDE ); + wire opcode_is_narrow = (opcode == UOP_OPCODE_INPUT_TO_NARROW); + + wire sel_in_needs_extra = (sel_in == BANK_IN_1_N_COEFF); + + wire sel_crt_is_x = sel_crt == UOP_CRT_X; + wire sel_crt_is_y = sel_crt == UOP_CRT_Y; + + wire sel_aux_is_1 = sel_aux == UOP_AUX_1; + wire sel_aux_is_2 = sel_aux == UOP_AUX_2; + + wire in_1_addr_op_is_last; + wire in_2_addr_op_is_last; + + wire in_1_addr_next_op_is_last; + wire in_2_addr_next_op_is_last; + + + // + // Enable Logic + // + always @(posedge clk) + // + if (rst) begin + in_1_en <= 1'b0; + in_2_en <= 1'b0; + out_en <= 1'b0; + end else case (io_fsm_state_next) + // + IO_FSM_STATE_LATENCY_PRE1, + IO_FSM_STATE_LATENCY_PRE2, + IO_FSM_STATE_BUSY: begin + in_1_en <= opcode_is_input && sel_aux_is_1; + in_2_en <= opcode_is_input && sel_aux_is_2; + end + // + IO_FSM_STATE_EXTRA: begin + in_1_en <= opcode_is_input && sel_aux_is_1 && sel_in_needs_extra; + in_2_en <= 1'b0; + end + // + default: begin + in_1_en <= 1'b0; + in_2_en <= 1'b0; + end + // + endcase + + // + // Enable Logic + // + always @(posedge clk) + // + if (rst) begin + // + wide_xy_ena_x <= 1'b0; + wide_xy_ena_y <= 1'b0; + narrow_xy_ena_x <= 1'b0; + narrow_xy_ena_y <= 1'b0; + // + end else case (io_fsm_state) + // + IO_FSM_STATE_BUSY, + IO_FSM_STATE_EXTRA, + IO_FSM_STATE_LATENCY_POST1: begin + wide_xy_ena_x <= opcode_is_wide && sel_crt_is_x; + wide_xy_ena_y <= opcode_is_wide && sel_crt_is_y; + narrow_xy_ena_x <= opcode_is_narrow && sel_crt_is_x; + narrow_xy_ena_y <= opcode_is_narrow && sel_crt_is_y; + end + // + IO_FSM_STATE_LATENCY_POST2: begin + wide_xy_ena_x <= 1'b0; + wide_xy_ena_y <= 1'b0; + narrow_xy_ena_x <= opcode_is_narrow && sel_crt_is_x && sel_in_needs_extra; + narrow_xy_ena_y <= opcode_is_narrow && sel_crt_is_y && sel_in_needs_extra; + end + // + default: begin + wide_xy_ena_x <= 1'b0; + wide_xy_ena_y <= 1'b0; + narrow_xy_ena_x <= 1'b0; + narrow_xy_ena_y <= 1'b0; + end + // + endcase + + + // + // Data Logic + // + wire [WORD_EXT_W -1:0] io_in_dout_mux = {{(WORD_EXT_W-WORD_W){1'b0}}, sel_aux_is_1 ? io_in_1_dout : io_in_2_dout}; + + always @(posedge clk) begin + // + wide_x_din_x <= WORD_EXT_DNC; + wide_y_din_x <= WORD_EXT_DNC; + wide_x_din_y <= WORD_EXT_DNC; + wide_y_din_y <= WORD_EXT_DNC; + narrow_x_din_x <= WORD_EXT_DNC; + narrow_y_din_x <= WORD_EXT_DNC; + narrow_x_din_y <= WORD_EXT_DNC; + narrow_y_din_y <= WORD_EXT_DNC; + // + case (io_fsm_state) + // + IO_FSM_STATE_BUSY, + IO_FSM_STATE_EXTRA, + IO_FSM_STATE_LATENCY_POST1: begin + if (opcode_is_wide && sel_crt_is_x) {wide_x_din_x, wide_y_din_x} <= {2{io_in_dout_mux}}; + if (opcode_is_wide && sel_crt_is_y) {wide_x_din_y, wide_y_din_y} <= {2{io_in_dout_mux}}; + if (opcode_is_narrow && sel_crt_is_x) {narrow_x_din_x, narrow_y_din_x} <= {2{io_in_dout_mux}}; + if (opcode_is_narrow && sel_crt_is_y) {narrow_x_din_y, narrow_y_din_y} <= {2{io_in_dout_mux}}; + end + // + IO_FSM_STATE_LATENCY_POST2: begin + if (opcode_is_narrow && sel_crt_is_x && sel_in_needs_extra) {narrow_x_din_x, narrow_y_din_x} <= {2{io_in_dout_mux}}; + if (opcode_is_narrow && sel_crt_is_y && sel_in_needs_extra) {narrow_x_din_y, narrow_y_din_y} <= {2{io_in_dout_mux}}; + end + // + endcase + // + end + + + // + // Address Logic + // + wire [OP_ADDR_W -1:0] in_addr_op_dly2_mux = + sel_aux_is_1 ? in_1_addr_op_dly2 : in_2_addr_op_dly2; + + always @(posedge clk) begin + // + {wide_xy_bank_x, wide_xy_addr_x } <= {BANK_DNC, OP_ADDR_DNC}; + {wide_xy_bank_y, wide_xy_addr_y } <= {BANK_DNC, OP_ADDR_DNC}; + {narrow_xy_bank_x, narrow_xy_addr_x} <= {BANK_DNC, OP_ADDR_DNC}; + {narrow_xy_bank_y, narrow_xy_addr_y} <= {BANK_DNC, OP_ADDR_DNC}; + // + case (io_fsm_state) + // + IO_FSM_STATE_BUSY, + IO_FSM_STATE_EXTRA, + IO_FSM_STATE_LATENCY_POST1: begin + if (opcode_is_wide && sel_crt_is_x) {wide_xy_bank_x, wide_xy_addr_x } <= {sel_out, in_addr_op_dly2_mux}; + if (opcode_is_wide && sel_crt_is_y) {wide_xy_bank_y, wide_xy_addr_y } <= {sel_out, in_addr_op_dly2_mux}; + if (opcode_is_narrow && sel_crt_is_x) {narrow_xy_bank_x, narrow_xy_addr_x} <= {sel_out, in_addr_op_dly2_mux}; + if (opcode_is_narrow && sel_crt_is_y) {narrow_xy_bank_y, narrow_xy_addr_y} <= {sel_out, in_addr_op_dly2_mux}; + end + // + IO_FSM_STATE_LATENCY_POST2: begin + if (opcode_is_narrow && sel_crt_is_x && sel_in_needs_extra) {narrow_xy_bank_x, narrow_xy_addr_x} <= {BANK_NARROW_EXT, OP_ADDR_EXT_COEFF}; + if (opcode_is_narrow && sel_crt_is_y && sel_in_needs_extra) {narrow_xy_bank_y, narrow_xy_addr_y} <= {BANK_NARROW_EXT, OP_ADDR_EXT_COEFF}; + end + // + endcase + // + end + + + // + // Address Logic + // + reg [BANK_ADDR_W + OP_ADDR_W -1:0] in_1_addr_next; + reg [BANK_ADDR_W + OP_ADDR_W -1:0] in_2_addr_next; + reg [BANK_ADDR_W + OP_ADDR_W -1:0] out_addr_next; + + wire [OP_ADDR_W -1:0] in_1_addr_next_op = in_1_addr_next[OP_ADDR_W -1:0]; + wire [OP_ADDR_W -1:0] in_2_addr_next_op = in_2_addr_next[OP_ADDR_W -1:0]; + wire [OP_ADDR_W -1:0] out_addr_next_op = out_addr_next [OP_ADDR_W -1:0]; + + assign in_1_addr_op_is_last = in_1_addr_op == word_index_last; + assign in_2_addr_op_is_last = in_2_addr_op == word_index_last; + + assign in_1_addr_next_op_is_last = in_1_addr_next_op == word_index_last; + assign in_2_addr_next_op_is_last = in_2_addr_next_op == word_index_last; + + always @(posedge clk) + // + case (io_fsm_state_next) + // + IO_FSM_STATE_LATENCY_PRE1: begin + // + {in_1_addr_bank, in_1_addr_op} <= {sel_in, OP_ADDR_ZERO}; + {in_2_addr_bank, in_2_addr_op} <= {sel_in, OP_ADDR_ZERO}; + {out_addr_bank, out_addr_op } <= {sel_out, OP_ADDR_ZERO}; + // + in_1_addr_next <= {sel_in, OP_ADDR_ONE}; + in_2_addr_next <= {sel_in, OP_ADDR_ONE}; + out_addr_next <= {sel_out, OP_ADDR_ONE}; + // + end + // + IO_FSM_STATE_LATENCY_PRE2, + IO_FSM_STATE_BUSY: begin + // + {in_1_addr_bank, in_1_addr_op} <= in_1_addr_next; + {in_2_addr_bank, in_2_addr_op} <= in_2_addr_next; + {out_addr_bank, out_addr_op } <= out_addr_next; + // + in_1_addr_next <= in_1_addr_next + 1'b1; + in_2_addr_next <= in_2_addr_next + 1'b1; + out_addr_next <= out_addr_next + 1'b1; + // + end + // + IO_FSM_STATE_EXTRA: + // + if (opcode_is_input && sel_aux_is_1 && (sel_in == BANK_IN_1_N_COEFF)) begin + // + {in_1_addr_bank, in_1_addr_op} <= in_1_addr_next; + // + in_1_addr_next <= in_1_addr_next + 1'b1; + // + end + // + endcase + + + + // + // FSM Process + // + always @(posedge clk) + // + if (rst) io_fsm_state <= IO_FSM_STATE_IDLE; + else io_fsm_state <= io_fsm_state_next; + + + // + // Busy Exit Logic + // + reg io_fsm_done = 1'b0; + + always @(posedge clk) begin + // + io_fsm_done <= 1'b0; + // + if (io_fsm_state == IO_FSM_STATE_BUSY) begin + // + if (opcode_is_input) begin + if (sel_aux_is_1 && in_1_addr_next_op_is_last) io_fsm_done <= 1'b1; + if (sel_aux_is_2 && in_2_addr_next_op_is_last) io_fsm_done <= 1'b1; + end + + end + // + end + + + // + // FSM Transition Logic + // + always @* begin + // + case (io_fsm_state) + IO_FSM_STATE_IDLE: io_fsm_state_next = ena ? IO_FSM_STATE_LATENCY_PRE1 : IO_FSM_STATE_IDLE ; + IO_FSM_STATE_LATENCY_PRE1: io_fsm_state_next = IO_FSM_STATE_LATENCY_PRE2 ; + IO_FSM_STATE_LATENCY_PRE2: io_fsm_state_next = IO_FSM_STATE_BUSY ; + IO_FSM_STATE_BUSY: io_fsm_state_next = io_fsm_done ? IO_FSM_STATE_EXTRA : IO_FSM_STATE_BUSY ; + IO_FSM_STATE_EXTRA: io_fsm_state_next = IO_FSM_STATE_LATENCY_POST1 ; + IO_FSM_STATE_LATENCY_POST1: io_fsm_state_next = IO_FSM_STATE_LATENCY_POST2 ; + IO_FSM_STATE_LATENCY_POST2: io_fsm_state_next = IO_FSM_STATE_IDLE ; + endcase + // + end + + + // + // Ready Logic + // + reg rdy_reg = 1'b1; + + assign rdy = rdy_reg; + + always @(posedge clk) + // + if (rst) rdy_reg <= 1'b1; + else case (io_fsm_state) + IO_FSM_STATE_IDLE: rdy_reg <= ~ena; + IO_FSM_STATE_LATENCY_POST2: rdy_reg <= 1'b1; + endcase + + +endmodule diff --git a/rtl/modexpng_microcode.vh b/rtl/modexpng_microcode.vh new file mode 100644 index 0000000..af21391 --- /dev/null +++ b/rtl/modexpng_microcode.vh @@ -0,0 +1,54 @@ +localparam UOP_OPCODE_W = 4; +localparam UOP_CRT_W = 1; +localparam UOP_NPQ_W = 1; +localparam UOP_AUX_W = 1; +localparam UOP_LADDER_W = 1; +localparam UOP_SEL_W = 4 * BANK_ADDR_W; + +localparam UOP_ADDR_W = 6; // 64 instructions + +localparam [UOP_ADDR_W -1:0] UOP_ADDR_OFFSET_USING_CRT = 6'd0; +localparam [UOP_ADDR_W -1:0] UOP_ADDR_OFFSET_WITHOUT_CRT = 6'd31; + + +// 4 1 1 1 2 4*3=12 +localparam UOP_W = UOP_OPCODE_W + UOP_CRT_W + UOP_NPQ_W + UOP_AUX_W + UOP_LADDER_W + UOP_SEL_W; +// [20:17] [16] [15] [14] [13:12] [11:9][8:6][5:3][2:0] + +// OPCODE +localparam [UOP_OPCODE_W -1:0] UOP_OPCODE_STOP = 4'd0; + +localparam [UOP_OPCODE_W -1:0] UOP_OPCODE_INPUT_TO_WIDE = 4'd1; +localparam [UOP_OPCODE_W -1:0] UOP_OPCODE_INPUT_TO_NARROW = 4'd2; + +localparam [UOP_OPCODE_W -1:0] UOP_OPCODE_OUTPUT_FROM_NARROW = 4'd3; + +//localparam [UOP_OPCODE_W -1:0] UOP_OPCODE_COPY_CRT_Y2X = 4'd0; + +localparam [UOP_OPCODE_W -1:0] UOP_OPCODE_MODULAR_MULTIPLY = 4'd8; + +// CRT +localparam [UOP_CRT_W -1:0] UOP_CRT_X = 1'b0; +localparam [UOP_CRT_W -1:0] UOP_CRT_Y = 1'b1; +localparam [UOP_CRT_W -1:0] UOP_CRT_DNC = 1'bX; + +// NPQ +localparam [UOP_NPQ_W -1:0] UOP_NPQ_N = 1'b0; +localparam [UOP_NPQ_W -1:0] UOP_NPQ_PQ = 1'b1; +localparam [UOP_NPQ_W -1:0] UOP_NPQ_DNC = 1'bX; + +// AUX +localparam [UOP_AUX_W -1:0] UOP_AUX_1 = 1'b0; +localparam [UOP_AUX_W -1:0] UOP_AUX_2 = 1'b1; +localparam [UOP_AUX_W -1:0] UOP_AUX_DNC = 1'bX; + +// LADDER +localparam [UOP_LADDER_W -1:0] UOP_LADDER_00 = 2'b00; +localparam [UOP_LADDER_W -1:0] UOP_LADDER_11 = 2'b11; +localparam [UOP_LADDER_W -1:0] UOP_LADDER_D = 2'b01; +localparam [UOP_LADDER_W -1:0] UOP_LADDER_PQ = 2'b10; +localparam [UOP_LADDER_W -1:0] UOP_LADDER_DNC = 2'bXX; + + +// SEL +localparam [UOP_SEL_W -1:0] UOP_SEL_DNC_ALL = {4{BANK_DNC}}; diff --git a/rtl/modexpng_parameters.vh b/rtl/modexpng_parameters.vh index 6d63735..25fafb4 100644 --- a/rtl/modexpng_parameters.vh +++ b/rtl/modexpng_parameters.vh @@ -14,14 +14,16 @@ function integer cryptech_clog2; // endfunction +localparam MAX_OP_W = 4096; + localparam WORD_W = 16; localparam WORD_EXT_W = 18; localparam MAC_W = 47; -localparam BUS_DATA_W = 32; +localparam BUS_DATA_W = 32; localparam BUS_OP_ADDR_W = cryptech_clog2(MAX_OP_W / BUS_DATA_W); -localparam MAX_OP_W = 4096; + localparam BANK_ADDR_W = 3; localparam OP_ADDR_W = cryptech_clog2(MAX_OP_W / WORD_W); @@ -55,20 +57,41 @@ localparam [BANK_ADDR_W-1:0] BANK_RCMB_ML = 3'd0; localparam [BANK_ADDR_W-1:0] BANK_RCMB_MH = 3'd1; localparam [BANK_ADDR_W-1:0] BANK_RCMB_EXT = 3'd2; // [0] -> MH' -localparam [BANK_ADDR_W-1:0] BANK_DONT_CARE = {BANK_ADDR_W{1'bX}}; +localparam [BANK_ADDR_W-1:0] BANK_IN_1_M = 3'd0; +localparam [BANK_ADDR_W-1:0] BANK_IN_1_N = 3'd1; +localparam [BANK_ADDR_W-1:0] BANK_IN_1_N_FACTOR = 3'd2; +localparam [BANK_ADDR_W-1:0] BANK_IN_1_N_COEFF = 3'd3;/* +localparam [BANK_ADDR_W-1:0] BANK_IN_1_EXT = 3'd4; // [0] -> N_COEFF'*/ +localparam [BANK_ADDR_W-1:0] BANK_IN_1_X = 3'd5; +localparam [BANK_ADDR_W-1:0] BANK_IN_1_Y = 3'd6; + +localparam [BANK_ADDR_W-1:0] BANK_IN_2_D = 3'd0; +localparam [BANK_ADDR_W-1:0] BANK_IN_2_P = 3'd1; +localparam [BANK_ADDR_W-1:0] BANK_IN_2_P_FACTOR = 3'd2; +localparam [BANK_ADDR_W-1:0] BANK_IN_2_P_COEFF = 3'd3; +localparam [BANK_ADDR_W-1:0] BANK_IN_2_Q = 3'd4; +localparam [BANK_ADDR_W-1:0] BANK_IN_2_Q_FACTOR = 3'd5; +localparam [BANK_ADDR_W-1:0] BANK_IN_2_Q_COEFF = 3'd6; +localparam [BANK_ADDR_W-1:0] BANK_IN_2_QINV = 3'd7; + +localparam [BANK_ADDR_W-1:0] BANK_OUT_S = 3'd0; +localparam [BANK_ADDR_W-1:0] BANK_OUT_XM = 3'd1; +localparam [BANK_ADDR_W-1:0] BANK_OUT_YM = 3'd2; + +localparam [BANK_ADDR_W-1:0] BANK_DNC = {BANK_ADDR_W{1'bX}}; localparam [OP_ADDR_W-1:0] OP_ADDR_EXT_COEFF = 0; localparam [OP_ADDR_W-1:0] OP_ADDR_EXT_Q = 1; localparam [OP_ADDR_W-1:0] OP_ADDR_ZERO = {OP_ADDR_W{1'b0}}; localparam [OP_ADDR_W-1:0] OP_ADDR_ONE = {{(OP_ADDR_W-1){1'b0}}, 1'b1}; -localparam [OP_ADDR_W-1:0] OP_ADDR_DONT_CARE = {OP_ADDR_W{1'bX}}; +localparam [OP_ADDR_W-1:0] OP_ADDR_DNC = {OP_ADDR_W{1'bX}}; localparam [WORD_W-1:0] WORD_NULL = {WORD_W{1'b0}}; localparam [WORD_EXT_W-1:0] WORD_EXT_NULL = {WORD_EXT_W{1'b0}}; -localparam [WORD_EXT_W-1:0] WORD_EXT_DONT_CARE = {WORD_EXT_W{1'bX}}; +localparam [WORD_EXT_W-1:0] WORD_EXT_DNC = {WORD_EXT_W{1'bX}}; -localparam [MAC_INDEX_W-1:0] MAC_INDEX_DONT_CARE = {MAC_INDEX_W{1'bX}}; +localparam [MAC_INDEX_W-1:0] MAC_INDEX_DNC = {MAC_INDEX_W{1'bX}}; -localparam [NUM_MULTS-1:0] MULT_BITMAP_ZEROES = {NUM_MULTS{1'b0}};
\ No newline at end of file +localparam [NUM_MULTS-1:0] MULT_BITMAP_ZEROES = {NUM_MULTS{1'b0}}; diff --git a/rtl/modexpng_recombinator_block.v b/rtl/modexpng_recombinator_block.v index fe4ffb9..f698c18 100644 --- a/rtl/modexpng_recombinator_block.v +++ b/rtl/modexpng_recombinator_block.v @@ -959,19 +959,19 @@ module modexpng_recombinator_block task clear_wide; begin - _update_wide(BANK_DONT_CARE, OP_ADDR_DONT_CARE, WORD_EXT_DONT_CARE, WORD_EXT_DONT_CARE, 1'b0); + _update_wide(BANK_DNC, OP_ADDR_DNC, WORD_EXT_DNC, WORD_EXT_DNC, 1'b0); end endtask task clear_narrow; begin - _update_narrow(BANK_DONT_CARE, OP_ADDR_DONT_CARE, WORD_EXT_DONT_CARE, WORD_EXT_DONT_CARE, 1'b0); + _update_narrow(BANK_DNC, OP_ADDR_DNC, WORD_EXT_DNC, WORD_EXT_DNC, 1'b0); end endtask task clear_rdct; begin - _update_rdct(BANK_DONT_CARE, OP_ADDR_DONT_CARE, WORD_EXT_DONT_CARE, WORD_EXT_DONT_CARE, 1'b0); + _update_rdct(BANK_DNC, OP_ADDR_DNC, WORD_EXT_DNC, WORD_EXT_DNC, 1'b0); end endtask diff --git a/rtl/modexpng_reductor.v b/rtl/modexpng_reductor.v index aafb38c..a37333e 100644 --- a/rtl/modexpng_reductor.v +++ b/rtl/modexpng_reductor.v @@ -2,18 +2,14 @@ module modexpng_reductor ( clk, rst, ena, rdy, - //fsm_state_next, word_index_last, - //dsp_xy_ce_p, - //dsp_x_p, dsp_y_p, - //col_index, col_index_last, + sel_wide_out, sel_narrow_out, rd_wide_xy_addr_aux, rd_wide_xy_bank_aux, rd_wide_x_dout_aux, rd_wide_y_dout_aux, - //rcmb_wide_xy_bank, rcmb_wide_xy_addr, rcmb_wide_x_dout, rcmb_wide_y_dout, rcmb_wide_xy_valid, - rcmb_final_xy_bank, rcmb_final_xy_addr, rcmb_final_x_dout, rcmb_final_y_dout, rcmb_final_xy_valid, - rdct_final_xy_addr, rdct_final_x_dout, rdct_final_y_dout, rdct_final_xy_valid + rcmb_final_xy_bank, rcmb_final_xy_addr, rcmb_final_x_dout, rcmb_final_y_dout, rcmb_final_xy_valid, + rdct_wide_xy_bank, rdct_wide_xy_addr, rdct_wide_x_dout, rdct_wide_y_dout, rdct_wide_xy_valid, + rdct_narrow_xy_bank, rdct_narrow_xy_addr, rdct_narrow_x_dout, rdct_narrow_y_dout, rdct_narrow_xy_valid ); - // // Headers // @@ -31,7 +27,10 @@ module modexpng_reductor input [FSM_STATE_WIDTH-1:0] fsm_state_next;*/ input [7:0] word_index_last;/* input dsp_xy_ce_p; - *//* + */ + input [2:0] sel_wide_out; + input [2:0] sel_narrow_out; + /* input [9*47-1:0] dsp_x_p; input [9*47-1:0] dsp_y_p; input [ 4:0] col_index; @@ -51,11 +50,17 @@ module modexpng_reductor input [ 17:0] rcmb_final_y_dout; input rcmb_final_xy_valid; - output [ 7:0] rdct_final_xy_addr; - output [ 17:0] rdct_final_x_dout; - output [ 17:0] rdct_final_y_dout; - output rdct_final_xy_valid; + output [ 2:0] rdct_wide_xy_bank; + output [ 7:0] rdct_wide_xy_addr; + output [ 17:0] rdct_wide_x_dout; + output [ 17:0] rdct_wide_y_dout; + output rdct_wide_xy_valid; + output [ 2:0] rdct_narrow_xy_bank; + output [ 7:0] rdct_narrow_xy_addr; + output [ 17:0] rdct_narrow_x_dout; + output [ 17:0] rdct_narrow_y_dout; + output rdct_narrow_xy_valid; // // Ready @@ -178,41 +183,89 @@ module modexpng_reductor // // Reduction // - reg [ 7:0] rdct_xy_addr; - reg [ 17:0] rdct_x_dout; - reg [ 17:0] rdct_y_dout; - reg rdct_xy_valid = 1'b0; + reg [ 2:0] wide_xy_bank; + reg [ 7:0] wide_xy_addr; + reg [ 17:0] wide_x_dout; + reg [ 17:0] wide_y_dout; + reg wide_xy_valid = 1'b0; - assign rdct_final_xy_addr = rdct_xy_addr; - assign rdct_final_x_dout = rdct_x_dout; - assign rdct_final_y_dout = rdct_y_dout; - assign rdct_final_xy_valid = rdct_xy_valid; + reg [ 2:0] narrow_xy_bank; + reg [ 7:0] narrow_xy_addr; + reg [ 17:0] narrow_x_dout; + reg [ 17:0] narrow_y_dout; + reg narrow_xy_valid = 1'b0; - task _update_rdct; + assign rdct_wide_xy_bank = wide_xy_bank; + assign rdct_wide_xy_addr = wide_xy_addr; + assign rdct_wide_x_dout = wide_x_dout; + assign rdct_wide_y_dout = wide_y_dout; + assign rdct_wide_xy_valid = wide_xy_valid; + + assign rdct_narrow_xy_bank = narrow_xy_bank; + assign rdct_narrow_xy_addr = narrow_xy_addr; + assign rdct_narrow_x_dout = narrow_x_dout; + assign rdct_narrow_y_dout = narrow_y_dout; + assign rdct_narrow_xy_valid = narrow_xy_valid; + + task _update_rdct_wide; + input [ 2:0] bank; input [ 7:0] addr; input [17:0] dout_x; input [17:0] dout_y; input valid; begin - rdct_xy_addr <= addr; - rdct_x_dout <= dout_x; - rdct_y_dout <= dout_y; - rdct_xy_valid <= valid; + wide_xy_bank <= bank; + wide_xy_addr <= addr; + wide_x_dout <= dout_x; + wide_y_dout <= dout_y; + wide_xy_valid <= valid; end endtask - task set_rdct; + task _update_rdct_narrow; + input [ 2:0] bank; input [ 7:0] addr; input [17:0] dout_x; input [17:0] dout_y; + input valid; begin - _update_rdct(addr, dout_x, dout_y, 1'b1); + narrow_xy_bank <= bank; + narrow_xy_addr <= addr; + narrow_x_dout <= dout_x; + narrow_y_dout <= dout_y; + narrow_xy_valid <= valid; end endtask - task clear_rdct; + task set_rdct_wide; + input [ 2:0] bank; + input [ 7:0] addr; + input [17:0] dout_x; + input [17:0] dout_y; begin - _update_rdct(8'hXX, {18{1'bX}}, {18{1'bX}}, 1'b0); + _update_rdct_wide(bank, addr, dout_x, dout_y, 1'b1); + end + endtask + + task set_rdct_narrow; + input [ 2:0] bank; + input [ 7:0] addr; + input [17:0] dout_x; + input [17:0] dout_y; + begin + _update_rdct_narrow(bank, addr, dout_x, dout_y, 1'b1); + end + endtask + + task clear_rdct_wide; + begin + _update_rdct_wide(3'bXXX, 8'hXX, {18{1'bX}}, {18{1'bX}}, 1'b0); + end + endtask + + task clear_rdct_narrow; + begin + _update_rdct_narrow(3'bXXX, 8'hXX, {18{1'bX}}, {18{1'bX}}, 1'b0); end endtask @@ -232,23 +285,31 @@ module modexpng_reductor // always @(posedge clk) // - if (rst) clear_rdct; - else begin + if (rst) begin + clear_rdct_wide; + clear_rdct_narrow; + end else begin // - clear_rdct; + clear_rdct_wide; + clear_rdct_narrow; // if (rcmb_xy_valid_dly3) // case (rcmb_xy_bank_dly3) BANK_RCMB_MH: - if (rcmb_xy_addr_dly3 == 8'd1) - set_rdct(8'd0, sum_rdct_x_carry, sum_rdct_y_carry); - else if (rcmb_xy_addr_dly3 > 8'd1) - set_rdct(rcmb_xy_addr_dly3 - 1'b1, sum_rdct_x, sum_rdct_y); + if (rcmb_xy_addr_dly3 == 8'd1) begin + set_rdct_wide (sel_wide_out, 8'd0, sum_rdct_x_carry, sum_rdct_y_carry); + set_rdct_narrow(sel_narrow_out, 8'd0, sum_rdct_x_carry, sum_rdct_y_carry); + end else if (rcmb_xy_addr_dly3 > 8'd1) begin + set_rdct_wide (sel_wide_out, rcmb_xy_addr_dly3 - 1'b1, sum_rdct_x, sum_rdct_y); + set_rdct_narrow(sel_narrow_out, rcmb_xy_addr_dly3 - 1'b1, sum_rdct_x, sum_rdct_y); + end - BANK_RCMB_EXT: - set_rdct(word_index_last, rcmb_x_dout_dly3, rcmb_y_dout_dly3); + BANK_RCMB_EXT: begin + set_rdct_wide (sel_wide_out, word_index_last, rcmb_x_dout_dly3, rcmb_y_dout_dly3); + set_rdct_narrow(sel_narrow_out, word_index_last, rcmb_x_dout_dly3, rcmb_y_dout_dly3); + end endcase // diff --git a/rtl/modexpng_sdp_36k_x16_x32_wrapper.v b/rtl/modexpng_sdp_36k_x16_x32_wrapper.v index 69c5383..4c6fe46 100644 --- a/rtl/modexpng_sdp_36k_x16_x32_wrapper.v +++ b/rtl/modexpng_sdp_36k_x16_x32_wrapper.v @@ -25,7 +25,7 @@ module modexpng_sdp_36k_x16_x32_wrapper input ena; input wea; input [BANK_ADDR_W + BUS_OP_ADDR_W -1:0] addra; - input [ BUD_DATA_W -1:0] dina; + input [ BUS_DATA_W -1:0] dina; input enb; input regceb; @@ -42,10 +42,10 @@ module modexpng_sdp_36k_x16_x32_wrapper .BRAM_SIZE ("36Kb"), - .WRITE_WIDTH (BUD_DATA_W), + .WRITE_WIDTH (BUS_DATA_W), .READ_WIDTH (WORD_W), - .DO_REG (0), + .DO_REG (1), .WRITE_MODE ("READ_FIRST"), .SRVAL (72'h000000000000000000), diff --git a/rtl/modexpng_sdp_36k_x18_wrapper.v b/rtl/modexpng_sdp_36k_x18_wrapper.v new file mode 100644 index 0000000..ded9425 --- /dev/null +++ b/rtl/modexpng_sdp_36k_x18_wrapper.v @@ -0,0 +1,67 @@ +module modexpng_sdp_36k_x18_wrapper +( + clk, + + ena, wea, + addra, dina, + + enb, regceb, + addrb, doutb +); + + + // + // Headers + // + `include "modexpng_parameters.vh" + + + // + // Ports + // + input clk; + + input ena; + input wea; + input [BANK_ADDR_W + OP_ADDR_W -1:0] addra; + input [ WORD_EXT_W -1:0] dina; + + input enb; + input regceb; + input [BANK_ADDR_W + OP_ADDR_W -1:0] addrb; + output [ WORD_EXT_W -1:0] doutb; + + // + // Memory + // + reg [WORD_EXT_W -1:0] mem[0:2**(BANK_ADDR_W+OP_ADDR_W)-1]; + + // + // Write Port + // + always @(posedge clk) + // + if (ena && wea) + mem[addra] <= dina; + + // + // Read Port + // + reg [WORD_EXT_W -1:0] doutb_reg1; + reg [WORD_EXT_W -1:0] doutb_reg2; + + assign doutb = doutb_reg2; + + always @(posedge clk) + // + if (enb) + doutb_reg1 <= mem[addrb]; + + always @(posedge clk) + // + if (regceb) + doutb_reg2 <= doutb_reg1; + + + +endmodule diff --git a/rtl/modexpng_sdp_36k_wrapper.v b/rtl/modexpng_sdp_36k_x18_wrapper_xilinx.v index 433ee55..b9e40ae 100644 --- a/rtl/modexpng_sdp_36k_wrapper.v +++ b/rtl/modexpng_sdp_36k_x18_wrapper_xilinx.v @@ -1,4 +1,4 @@ -module modexpng_sdp_36k_wrapper +module modexpng_sdp_36k_x18_wrapper ( clk, diff --git a/rtl/modexpng_storage_block.v b/rtl/modexpng_storage_block.v index d5b9b24..f1d5ae2 100644 --- a/rtl/modexpng_storage_block.v +++ b/rtl/modexpng_storage_block.v @@ -29,26 +29,7 @@ module modexpng_storage_block rd_narrow_xy_bank, rd_narrow_xy_addr, rd_narrow_x_dout, - rd_narrow_y_dout, - - bus_cs, - bus_we, - bus_addr, - bus_data_wr, - bus_data_rd, - - in_1_en, - in_1_addr, - in_1_dout, - - in_2_en, - in_2_addr, - in_2_dout, - - out_en, - out_we, - out_addr, - out_din + rd_narrow_y_dout ); // @@ -93,25 +74,6 @@ module modexpng_storage_block output [ WORD_EXT_W -1:0] rd_narrow_x_dout; output [ WORD_EXT_W -1:0] rd_narrow_y_dout; - input bus_cs; - input bus_we; - input [2 + BANK_ADDR_W + BUS_OP_ADDR_W -1:0] bus_addr; - input [ BUS_DATA_W -1:0] bus_data_wr; - output [ BUS_DATA_W -1:0] bus_data_rd; - - input in_1_en; - input [ BANK_ADDR_W + OP_ADDR_W -1:0] in_1_addr; - output [ WORD_W -1:0] in_1_dout; - - input in_2_en; - input [ BANK_ADDR_W + OP_ADDR_W -1:0] in_2_addr; - output [ WORD_W -1:0] in_2_dout; - - input out_en; - input out_we; - input [ BANK_ADDR_W + OP_ADDR_W -1:0] out_addr; - input [ WORD_W -1:0] out_din; - // // Internal Registers @@ -119,8 +81,6 @@ module modexpng_storage_block reg rd_wide_xy_reg_ena = 1'b0; reg rd_wide_xy_reg_ena_aux = 1'b0; reg rd_narrow_xy_reg_ena = 1'b0; - reg in_1_reg_en = 1'b0; - reg in_2_reg_en = 1'b0; always @(posedge clk) // @@ -128,14 +88,10 @@ module modexpng_storage_block rd_wide_xy_reg_ena <= 1'b0; rd_wide_xy_reg_ena_aux <= 1'b0; rd_narrow_xy_reg_ena <= 1'b0; - in_1_reg_en <= 1'b0; - in_2_reg_en <= 1'b0; end else begin rd_wide_xy_reg_ena <= rd_wide_xy_ena; rd_wide_xy_reg_ena_aux <= rd_wide_xy_ena_aux; rd_narrow_xy_reg_ena <= rd_narrow_xy_ena; - in_1_reg_en <= in_1_en; - in_2_reg_en <= in_2_en; end // @@ -161,7 +117,7 @@ module modexpng_storage_block // assign rd_wide_xy_offset[z] = {1'b0, rd_wide_xy_bank, rd_wide_xy_addr[z*OP_ADDR_W +: OP_ADDR_W]}; // - modexpng_sdp_36k_wrapper wide_bram_x + modexpng_sdp_36k_x18_wrapper wide_bram_x ( .clk (clk), @@ -176,7 +132,7 @@ module modexpng_storage_block .doutb (rd_wide_x_dout[z*WORD_EXT_W +: WORD_EXT_W]) ); // - modexpng_sdp_36k_wrapper wide_bram_y + modexpng_sdp_36k_x18_wrapper wide_bram_y ( .clk (clk), @@ -197,7 +153,7 @@ module modexpng_storage_block // // Auxilary Storage // - modexpng_sdp_36k_wrapper wide_bram_x_aux + modexpng_sdp_36k_x18_wrapper wide_bram_x_aux ( .clk (clk), @@ -212,7 +168,7 @@ module modexpng_storage_block .doutb (rd_wide_x_dout_aux) ); // - modexpng_sdp_36k_wrapper wide_bram_y_aux + modexpng_sdp_36k_x18_wrapper wide_bram_y_aux ( .clk (clk), @@ -230,7 +186,7 @@ module modexpng_storage_block // // "Narrow" Storage // - modexpng_sdp_36k_wrapper narrow_bram_x + modexpng_sdp_36k_x18_wrapper narrow_bram_x ( .clk (clk), @@ -245,7 +201,7 @@ module modexpng_storage_block .doutb (rd_narrow_x_dout) ); - modexpng_sdp_36k_wrapper narrow_bram_y + modexpng_sdp_36k_x18_wrapper narrow_bram_y ( .clk (clk), @@ -260,87 +216,6 @@ module modexpng_storage_block .doutb (rd_narrow_y_dout) ); - // - // INPUT, OUTPUT Storage Buffers - // - wire [ 2 -1:0] bus_addr_msb = bus_addr[BANK_ADDR_W + BUS_OP_ADDR_W +: 2]; - wire [BANK_ADDR_W + BUS_OP_ADDR_W -1:0] bus_addr_lsb = bus_addr[BANK_ADDR_W + BUS_OP_ADDR_W -1:0]; - reg [ 2 -1:0] bus_addr_msb_dly; - wire [ BUS_DATA_W -1:0] bus_data_rd_input_1; - wire [ BUS_DATA_W -1:0] bus_data_rd_output; - - wire bus_data_wr_input_1 = bus_data_wr && (bus_addr_msb == 2'd0); - wire bus_data_wr_input_2 = bus_data_wr && (bus_addr_msb == 2'd1); - - /* INPUT_1 */ - modexpng_sdp_36k_x16_x32_wrapper bram_input_1 - ( - .clk (clk), // core clock - .clk_bus (clk_bus), // bus clock - - .ena (bus_cs), // bus side read-write - .wea (bus_data_wr_input_1), // - .addra (bus_addr_lsb), // - .dina (bus_data_wr), // - .douta (bus_data_rd_input_1), // - - .enb (in_1_en), // core side read-only - .regceb (in_1_reg_en), // - .addrb (in_1_addr), // - .doutb (in_1_dout) // - ); - - - /* INPUT_2 */ - modexpng_sdp_36k_x16_x32_wrapper bram_input_2 - ( - .clk (clk), // core clock - .clk_bus (clk_bus), // bus clock - - .ena (bus_cs), // bus side write-only - .wea (bus_data_wr_input_2), // - .addra (bus_addr_lsb), // - .dina (bus_data_wr), // - - .enb (in_2_en), // core side read-only - .regceb (in_2_reg_en), // - .addrb (in_2_addr), // - .doutb (in_2_dout) // - ); - - - /* OUTPUT */ - modexpng_sdp_36k_x32_x16_wrapper bram_output - ( - .clk (clk), // core clock - .clk_bus (clk_bus), // bus clock - - .ena (out_en), // core side write-only - .wea (out_we), // - .addra (out_addr), // - .dina (out_din), // - - .enb (bus_cs), // bus side read-only - .addrb (bus_addr_lsb), // - .doutb (bus_data_rd_output) // - ); - - reg [31: 0] bus_data_rd_mux; - assign bus_data_rd = bus_data_rd_mux; - - always @(posedge clk_bus) - bus_addr_msb_dly <= bus_addr_msb; - - always @(*) - // - case (bus_addr_msb_dly) - // - 2'd0: bus_data_rd_mux = bus_data_rd_input_1; - 2'd1: bus_data_rd_mux = 32'hDEADC0DE; - 2'd2: bus_data_rd_mux = bus_data_rd_output; - 2'd3: bus_data_rd_mux = 32'hDEADC0DE; - // - endcase endmodule diff --git a/rtl/modexpng_storage_manager.v b/rtl/modexpng_storage_manager.v index e5ac83f..6b34bed 100644 --- a/rtl/modexpng_storage_manager.v +++ b/rtl/modexpng_storage_manager.v @@ -36,7 +36,19 @@ module modexpng_storage_manager rcmb_narrow_xy_bank, rcmb_narrow_xy_addr, rcmb_narrow_x_din, - rcmb_narrow_y_din + rcmb_narrow_y_din, + + rdct_wide_xy_bank, + rdct_wide_xy_addr, + rdct_wide_x_din, + rdct_wide_y_din, + rdct_wide_xy_valid, + + rdct_narrow_xy_bank, + rdct_narrow_xy_addr, + rdct_narrow_x_din, + rdct_narrow_y_din, + rdct_narrow_xy_valid ); @@ -76,18 +88,30 @@ module modexpng_storage_manager input [ WORD_EXT_W -1:0] ext_narrow_x_din; input [ WORD_EXT_W -1:0] ext_narrow_y_din; - input rcmb_wide_xy_ena; - input [ BANK_ADDR_W -1:0] rcmb_wide_xy_bank; + input rcmb_wide_xy_ena; + input [BANK_ADDR_W -1:0] rcmb_wide_xy_bank; input [ 7:0] rcmb_wide_xy_addr; input [17:0] rcmb_wide_x_din; input [17:0] rcmb_wide_y_din; - input rcmb_narrow_xy_ena; - input [ BANK_ADDR_W -1:0] rcmb_narrow_xy_bank; + input rcmb_narrow_xy_ena; + input [BANK_ADDR_W -1:0] rcmb_narrow_xy_bank; input [ 7:0] rcmb_narrow_xy_addr; input [17:0] rcmb_narrow_x_din; input [17:0] rcmb_narrow_y_din; + input [ 2:0] rdct_wide_xy_bank; + input [ 7:0] rdct_wide_xy_addr; + input [ 17:0] rdct_wide_x_din; + input [ 17:0] rdct_wide_y_din; + input rdct_wide_xy_valid; + + input [ 2:0] rdct_narrow_xy_bank; + input [ 7:0] rdct_narrow_xy_addr; + input [ 17:0] rdct_narrow_x_din; + input [ 17:0] rdct_narrow_y_din; + input rdct_narrow_xy_valid; + reg wr_wide_xy_ena_reg = 1'b0; reg [BANK_ADDR_W -1:0] wr_wide_xy_bank_reg; reg [ OP_ADDR_W -1:0] wr_wide_xy_addr_reg; @@ -152,35 +176,37 @@ module modexpng_storage_manager task disable_wide; begin - _update_wide(1'b0, BANK_DONT_CARE, OP_ADDR_DONT_CARE, WORD_EXT_DONT_CARE, WORD_EXT_DONT_CARE); + _update_wide(1'b0, BANK_DNC, OP_ADDR_DNC, WORD_EXT_DNC, WORD_EXT_DNC); end endtask task disable_narrow; begin - _update_narrow(1'b0, BANK_DONT_CARE, OP_ADDR_DONT_CARE, WORD_EXT_DONT_CARE, WORD_EXT_DONT_CARE); + _update_narrow(1'b0, BANK_DNC, OP_ADDR_DNC, WORD_EXT_DNC, WORD_EXT_DNC); end endtask always @(posedge clk) // - if (rst) disable_wide; + if (rst) disable_wide; else begin // - if (ext_wide_xy_ena) enable_wide(ext_wide_xy_bank, ext_wide_xy_addr, ext_wide_x_din, ext_wide_y_din); - else if (rcmb_wide_xy_ena) enable_wide(rcmb_wide_xy_bank, rcmb_wide_xy_addr, rcmb_wide_x_din, rcmb_wide_y_din); - else disable_wide; + if (ext_wide_xy_ena) enable_wide(ext_wide_xy_bank, ext_wide_xy_addr, ext_wide_x_din, ext_wide_y_din); + else if (rcmb_wide_xy_ena) enable_wide(rcmb_wide_xy_bank, rcmb_wide_xy_addr, rcmb_wide_x_din, rcmb_wide_y_din); + else if (rdct_wide_xy_valid) enable_wide(rdct_wide_xy_bank, rdct_wide_xy_addr, rdct_wide_x_din, rdct_wide_y_din); + else disable_wide; // end always @(posedge clk) // - if (rst) disable_narrow; + if (rst) disable_narrow; else begin // - if (ext_narrow_xy_ena) enable_narrow(ext_narrow_xy_bank, ext_narrow_xy_addr, ext_narrow_x_din, ext_narrow_y_din); - else if (rcmb_narrow_xy_ena) enable_narrow(rcmb_narrow_xy_bank, rcmb_narrow_xy_addr, rcmb_narrow_x_din, rcmb_narrow_y_din); - else disable_narrow; + if (ext_narrow_xy_ena) enable_narrow(ext_narrow_xy_bank, ext_narrow_xy_addr, ext_narrow_x_din, ext_narrow_y_din); + else if (rcmb_narrow_xy_ena) enable_narrow(rcmb_narrow_xy_bank, rcmb_narrow_xy_addr, rcmb_narrow_x_din, rcmb_narrow_y_din); + else if (rdct_narrow_xy_valid) enable_narrow(rdct_narrow_xy_bank, rdct_narrow_xy_addr, rdct_narrow_x_din, rdct_narrow_y_din); + else disable_narrow; // end diff --git a/rtl/modexpng_tdp_36k_x16_x32_wrapper.v b/rtl/modexpng_tdp_36k_x16_x32_wrapper.v index 37a5cbc..40930f3 100644 --- a/rtl/modexpng_tdp_36k_x16_x32_wrapper.v +++ b/rtl/modexpng_tdp_36k_x16_x32_wrapper.v @@ -1,4 +1,4 @@ -module modexpng_sdp_36k_x16_x32_wrapper +module modexpng_tdp_36k_x16_x32_wrapper ( clk, clk_bus, @@ -25,8 +25,8 @@ module modexpng_sdp_36k_x16_x32_wrapper input ena; input wea; input [BANK_ADDR_W + BUS_OP_ADDR_W -1:0] addra; - input [ BUD_DATA_W -1:0] dina; - output [ BUD_DATA_W -1:0] douta; + input [ BUS_DATA_W -1:0] dina; + output [ BUS_DATA_W -1:0] douta; input enb; input regceb; @@ -42,8 +42,8 @@ module modexpng_sdp_36k_x16_x32_wrapper .DEVICE ("7SERIES"), .BRAM_SIZE ("36Kb"), - .WRITE_WIDTH_A (BUD_DATA_W), - .READ_WIDTH_A (BUD_DATA_W), + .WRITE_WIDTH_A (BUS_DATA_W), + .READ_WIDTH_A (BUS_DATA_W), .WRITE_WIDTH_B (WORD_W), .READ_WIDTH_B (WORD_W), @@ -61,7 +61,7 @@ module modexpng_sdp_36k_x16_x32_wrapper .INIT_B (36'h000000000), .INIT_FILE ("NONE"), - .SIM_COLLISION_CHECK ("NONE"), + .SIM_COLLISION_CHECK ("NONE") ) BRAM_TDP_MACRO_inst ( @@ -72,9 +72,9 @@ module modexpng_sdp_36k_x16_x32_wrapper .ENA (ena), .REGCEA (1'b0), .WEA ({4{wea}}), - .ADDRA (), - .DIA (), - .DOA (), + .ADDRA (addra), + .DIA (dina), + .DOA (douta), .CLKB (clk), .ENB (enb), diff --git a/rtl/modexpng_uop_rom.v b/rtl/modexpng_uop_rom.v new file mode 100644 index 0000000..d0b6253 --- /dev/null +++ b/rtl/modexpng_uop_rom.v @@ -0,0 +1,37 @@ +module modexpng_uop_rom +( + clk, + addr, + data +); + + `include "modexpng_parameters.vh" + `include "modexpng_microcode.vh" + + input wire clk; + input wire [UOP_ADDR_W -1:0] addr; + output reg [UOP_W -1:0] data; + + always @(posedge clk) + // + case (addr) + 6'd00: data <= {UOP_OPCODE_INPUT_TO_WIDE, UOP_CRT_X, UOP_NPQ_N, UOP_AUX_1, UOP_LADDER_DNC, BANK_DNC, BANK_IN_1_N, BANK_WIDE_N, BANK_DNC }; + 6'd01: data <= {UOP_OPCODE_INPUT_TO_WIDE, UOP_CRT_Y, UOP_NPQ_N, UOP_AUX_1, UOP_LADDER_DNC, BANK_DNC, BANK_IN_1_N, BANK_WIDE_N, BANK_DNC }; + 6'd02: data <= {UOP_OPCODE_INPUT_TO_WIDE, UOP_CRT_X, UOP_NPQ_N, UOP_AUX_1, UOP_LADDER_DNC, BANK_DNC, BANK_IN_1_X, BANK_WIDE_A, BANK_DNC }; + 6'd03: data <= {UOP_OPCODE_INPUT_TO_WIDE, UOP_CRT_Y, UOP_NPQ_N, UOP_AUX_1, UOP_LADDER_DNC, BANK_DNC, BANK_IN_1_Y, BANK_WIDE_A, BANK_DNC }; + 6'd04: data <= {UOP_OPCODE_INPUT_TO_WIDE, UOP_CRT_X, UOP_NPQ_N, UOP_AUX_1, UOP_LADDER_DNC, BANK_DNC, BANK_IN_1_M, BANK_WIDE_E, BANK_DNC }; + 6'd05: data <= {UOP_OPCODE_INPUT_TO_WIDE, UOP_CRT_Y, UOP_NPQ_N, UOP_AUX_1, UOP_LADDER_DNC, BANK_DNC, BANK_IN_1_M, BANK_WIDE_E, BANK_DNC }; + + 6'd06: data <= {UOP_OPCODE_INPUT_TO_NARROW, UOP_CRT_X, UOP_NPQ_N, UOP_AUX_1, UOP_LADDER_DNC, BANK_DNC, BANK_IN_1_N_COEFF, BANK_DNC, BANK_NARROW_COEFF}; + 6'd07: data <= {UOP_OPCODE_INPUT_TO_NARROW, UOP_CRT_Y, UOP_NPQ_N, UOP_AUX_1, UOP_LADDER_DNC, BANK_DNC, BANK_IN_1_N_COEFF, BANK_DNC, BANK_NARROW_COEFF}; + 6'd08: data <= {UOP_OPCODE_INPUT_TO_NARROW, UOP_CRT_X, UOP_NPQ_N, UOP_AUX_1, UOP_LADDER_DNC, BANK_DNC, BANK_IN_1_N_FACTOR, BANK_DNC, BANK_NARROW_A }; + 6'd09: data <= {UOP_OPCODE_INPUT_TO_NARROW, UOP_CRT_Y, UOP_NPQ_N, UOP_AUX_1, UOP_LADDER_DNC, BANK_DNC, BANK_IN_1_N_FACTOR, BANK_DNC, BANK_NARROW_A }; + 6'd10: data <= {UOP_OPCODE_INPUT_TO_NARROW, UOP_CRT_X, UOP_NPQ_N, UOP_AUX_1, UOP_LADDER_DNC, BANK_DNC, BANK_IN_1_M, BANK_DNC, BANK_NARROW_E }; + 6'd11: data <= {UOP_OPCODE_INPUT_TO_NARROW, UOP_CRT_Y, UOP_NPQ_N, UOP_AUX_1, UOP_LADDER_DNC, BANK_DNC, BANK_IN_1_M, BANK_DNC, BANK_NARROW_E }; + + 6'd12: data <= {UOP_OPCODE_MODULAR_MULTIPLY, UOP_CRT_DNC, UOP_NPQ_N, UOP_AUX_DNC, UOP_LADDER_11, BANK_WIDE_A, BANK_NARROW_A, BANK_WIDE_B, BANK_NARROW_B }; + + default: data <= {UOP_OPCODE_STOP, UOP_CRT_DNC, UOP_NPQ_DNC, UOP_AUX_DNC, UOP_LADDER_DNC, UOP_SEL_DNC_ALL}; + endcase + +endmodule |