359 lines
18 KiB
VHDL
359 lines
18 KiB
VHDL
library ieee;
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use ieee.std_logic_1164.all;
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use work.sim_switcher_pkg.all;
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------------------------------------------------------------
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entity sim_mux is
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port (
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reg_sim_modemnum : arr_modnum_t(0 to 7);
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sim_rst_o : out std_logic_vector(7 downto 0);
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mod_simrst_i : in std_logic_vector(7 downto 0);
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sim_clk_o : out std_logic_vector(7 downto 0);
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mod_clk_i : in std_logic_vector(7 downto 0);
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mod_detect_o : out std_logic_vector(3 downto 0);
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sim_detect_i : in std_logic_vector(7 downto 0);
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sw_mod_data_i : out std_logic_vector(7 downto 0); -- For switched tri-state buffer there are input and output part of
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mod_data_i : in std_logic_vector(7 downto 0); -- the lines which are switched transparently, thus ports
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mod_data_o : out std_logic_vector(7 downto 0); -- sw_mod_data_i is actual output and sw_mod_data_o is
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sw_mod_data_o : in std_logic_vector(7 downto 0) -- actual input. Please, don't be confused.
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);
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end entity sim_mux;
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------------------------------------------------------------
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architecture arch of sim_mux is
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begin
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-- Switch lines of SIM according to connected MODEM
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sim_rst_o(0) <= mod_simrst_i(0) when reg_sim_modemnum(0) = 0
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else mod_simrst_i(1) when reg_sim_modemnum(0) = 1
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else mod_simrst_i(2) when reg_sim_modemnum(0) = 2
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else mod_simrst_i(3) when reg_sim_modemnum(0) = 3
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else mod_simrst_i(4) when reg_sim_modemnum(0) = 4
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else mod_simrst_i(5) when reg_sim_modemnum(0) = 5
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else mod_simrst_i(6) when reg_sim_modemnum(0) = 6
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else mod_simrst_i(7) when reg_sim_modemnum(0) = 7
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else 'Z';
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sim_rst_o(1) <= mod_simrst_i(0) when reg_sim_modemnum(1) = 0
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else mod_simrst_i(1) when reg_sim_modemnum(1) = 1
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else mod_simrst_i(2) when reg_sim_modemnum(1) = 2
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else mod_simrst_i(3) when reg_sim_modemnum(1) = 3
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else mod_simrst_i(4) when reg_sim_modemnum(1) = 4
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else mod_simrst_i(5) when reg_sim_modemnum(1) = 5
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else mod_simrst_i(6) when reg_sim_modemnum(1) = 6
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else mod_simrst_i(7) when reg_sim_modemnum(1) = 7
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else 'Z';
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sim_rst_o(2) <= mod_simrst_i(0) when reg_sim_modemnum(2) = 0
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else mod_simrst_i(1) when reg_sim_modemnum(2) = 1
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else mod_simrst_i(2) when reg_sim_modemnum(2) = 2
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else mod_simrst_i(3) when reg_sim_modemnum(2) = 3
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else mod_simrst_i(4) when reg_sim_modemnum(2) = 4
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else mod_simrst_i(5) when reg_sim_modemnum(2) = 5
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else mod_simrst_i(6) when reg_sim_modemnum(2) = 6
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else mod_simrst_i(7) when reg_sim_modemnum(2) = 7
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else 'Z';
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sim_rst_o(3) <= mod_simrst_i(0) when reg_sim_modemnum(3) = 0
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else mod_simrst_i(1) when reg_sim_modemnum(3) = 1
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else mod_simrst_i(2) when reg_sim_modemnum(3) = 2
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else mod_simrst_i(3) when reg_sim_modemnum(3) = 3
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else mod_simrst_i(4) when reg_sim_modemnum(3) = 4
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else mod_simrst_i(5) when reg_sim_modemnum(3) = 5
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else mod_simrst_i(6) when reg_sim_modemnum(3) = 6
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else mod_simrst_i(7) when reg_sim_modemnum(3) = 7
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else 'Z';
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sim_rst_o(4) <= mod_simrst_i(0) when reg_sim_modemnum(4) = 0
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else mod_simrst_i(1) when reg_sim_modemnum(4) = 1
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else mod_simrst_i(2) when reg_sim_modemnum(4) = 2
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else mod_simrst_i(3) when reg_sim_modemnum(4) = 3
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else mod_simrst_i(4) when reg_sim_modemnum(4) = 4
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else mod_simrst_i(5) when reg_sim_modemnum(4) = 5
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else mod_simrst_i(6) when reg_sim_modemnum(4) = 6
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else mod_simrst_i(7) when reg_sim_modemnum(4) = 7
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else 'Z';
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sim_rst_o(5) <= mod_simrst_i(0) when reg_sim_modemnum(5) = 0
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else mod_simrst_i(1) when reg_sim_modemnum(5) = 1
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else mod_simrst_i(2) when reg_sim_modemnum(5) = 2
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else mod_simrst_i(3) when reg_sim_modemnum(5) = 3
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else mod_simrst_i(4) when reg_sim_modemnum(5) = 4
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else mod_simrst_i(5) when reg_sim_modemnum(5) = 5
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else mod_simrst_i(6) when reg_sim_modemnum(5) = 6
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else mod_simrst_i(7) when reg_sim_modemnum(5) = 7
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else 'Z';
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sim_rst_o(6) <= mod_simrst_i(0) when reg_sim_modemnum(6) = 0
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else mod_simrst_i(1) when reg_sim_modemnum(6) = 1
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else mod_simrst_i(2) when reg_sim_modemnum(6) = 2
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else mod_simrst_i(3) when reg_sim_modemnum(6) = 3
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else mod_simrst_i(4) when reg_sim_modemnum(6) = 4
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else mod_simrst_i(5) when reg_sim_modemnum(6) = 5
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else mod_simrst_i(6) when reg_sim_modemnum(6) = 6
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else mod_simrst_i(7) when reg_sim_modemnum(6) = 7
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else 'Z';
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sim_rst_o(7) <= mod_simrst_i(0) when reg_sim_modemnum(7) = 0
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else mod_simrst_i(1) when reg_sim_modemnum(7) = 1
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else mod_simrst_i(2) when reg_sim_modemnum(7) = 2
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else mod_simrst_i(3) when reg_sim_modemnum(7) = 3
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else mod_simrst_i(4) when reg_sim_modemnum(7) = 4
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else mod_simrst_i(5) when reg_sim_modemnum(7) = 5
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else mod_simrst_i(6) when reg_sim_modemnum(7) = 6
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else mod_simrst_i(7) when reg_sim_modemnum(7) = 7
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else 'Z';
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-- Switch CLK line of SIM according to connected MODEM
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sim_clk_o(0) <= mod_clk_i(0) when reg_sim_modemnum(0) = 0
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else mod_clk_i(1) when reg_sim_modemnum(0) = 1
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else mod_clk_i(2) when reg_sim_modemnum(0) = 2
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else mod_clk_i(3) when reg_sim_modemnum(0) = 3
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else mod_clk_i(4) when reg_sim_modemnum(0) = 4
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else mod_clk_i(5) when reg_sim_modemnum(0) = 5
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else mod_clk_i(6) when reg_sim_modemnum(0) = 6
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else mod_clk_i(7) when reg_sim_modemnum(0) = 7
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else 'Z';
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sim_clk_o(1) <= mod_clk_i(0) when reg_sim_modemnum(1) = 0
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else mod_clk_i(1) when reg_sim_modemnum(1) = 1
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else mod_clk_i(2) when reg_sim_modemnum(1) = 2
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else mod_clk_i(3) when reg_sim_modemnum(1) = 3
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else mod_clk_i(4) when reg_sim_modemnum(1) = 4
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else mod_clk_i(5) when reg_sim_modemnum(1) = 5
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else mod_clk_i(6) when reg_sim_modemnum(1) = 6
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else mod_clk_i(7) when reg_sim_modemnum(1) = 7
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else 'Z';
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sim_clk_o(2) <= mod_clk_i(0) when reg_sim_modemnum(2) = 0
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else mod_clk_i(1) when reg_sim_modemnum(2) = 1
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else mod_clk_i(2) when reg_sim_modemnum(2) = 2
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else mod_clk_i(3) when reg_sim_modemnum(2) = 3
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else mod_clk_i(4) when reg_sim_modemnum(2) = 4
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else mod_clk_i(5) when reg_sim_modemnum(2) = 5
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else mod_clk_i(6) when reg_sim_modemnum(2) = 6
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else mod_clk_i(7) when reg_sim_modemnum(2) = 7
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else 'Z';
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sim_clk_o(3) <= mod_clk_i(0) when reg_sim_modemnum(3) = 0
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else mod_clk_i(1) when reg_sim_modemnum(3) = 1
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else mod_clk_i(2) when reg_sim_modemnum(3) = 2
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else mod_clk_i(3) when reg_sim_modemnum(3) = 3
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else mod_clk_i(4) when reg_sim_modemnum(3) = 4
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else mod_clk_i(5) when reg_sim_modemnum(3) = 5
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else mod_clk_i(6) when reg_sim_modemnum(3) = 6
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else mod_clk_i(7) when reg_sim_modemnum(3) = 7
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else 'Z';
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sim_clk_o(4) <= mod_clk_i(0) when reg_sim_modemnum(4) = 0
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else mod_clk_i(1) when reg_sim_modemnum(4) = 1
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else mod_clk_i(2) when reg_sim_modemnum(4) = 2
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else mod_clk_i(3) when reg_sim_modemnum(4) = 3
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else mod_clk_i(4) when reg_sim_modemnum(4) = 4
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else mod_clk_i(5) when reg_sim_modemnum(4) = 5
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else mod_clk_i(6) when reg_sim_modemnum(4) = 6
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else mod_clk_i(7) when reg_sim_modemnum(4) = 7
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else 'Z';
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sim_clk_o(5) <= mod_clk_i(0) when reg_sim_modemnum(5) = 0
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else mod_clk_i(1) when reg_sim_modemnum(5) = 1
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else mod_clk_i(2) when reg_sim_modemnum(5) = 2
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else mod_clk_i(3) when reg_sim_modemnum(5) = 3
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else mod_clk_i(4) when reg_sim_modemnum(5) = 4
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else mod_clk_i(5) when reg_sim_modemnum(5) = 5
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else mod_clk_i(6) when reg_sim_modemnum(5) = 6
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else mod_clk_i(7) when reg_sim_modemnum(5) = 7
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else 'Z';
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sim_clk_o(6) <= mod_clk_i(0) when reg_sim_modemnum(6) = 0
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else mod_clk_i(1) when reg_sim_modemnum(6) = 1
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else mod_clk_i(2) when reg_sim_modemnum(6) = 2
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else mod_clk_i(3) when reg_sim_modemnum(6) = 3
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else mod_clk_i(4) when reg_sim_modemnum(6) = 4
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else mod_clk_i(5) when reg_sim_modemnum(6) = 5
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else mod_clk_i(6) when reg_sim_modemnum(6) = 6
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else mod_clk_i(7) when reg_sim_modemnum(6) = 7
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else 'Z';
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sim_clk_o(7) <= mod_clk_i(0) when reg_sim_modemnum(7) = 0
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else mod_clk_i(1) when reg_sim_modemnum(7) = 1
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else mod_clk_i(2) when reg_sim_modemnum(7) = 2
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else mod_clk_i(3) when reg_sim_modemnum(7) = 3
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else mod_clk_i(4) when reg_sim_modemnum(7) = 4
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else mod_clk_i(5) when reg_sim_modemnum(7) = 5
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else mod_clk_i(6) when reg_sim_modemnum(7) = 6
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else mod_clk_i(7) when reg_sim_modemnum(7) = 7
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else 'Z';
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-- Switch SIM DETECT line of SIM according to connected MODEM,
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mod_detect_o(0) <= sim_detect_i(0) when reg_sim_modemnum(0) = 0
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else sim_detect_i(1) when reg_sim_modemnum(1) = 0
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else sim_detect_i(2) when reg_sim_modemnum(2) = 0
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else sim_detect_i(3) when reg_sim_modemnum(3) = 0
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else sim_detect_i(4) when reg_sim_modemnum(4) = 0
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else sim_detect_i(5) when reg_sim_modemnum(5) = 0
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else sim_detect_i(6) when reg_sim_modemnum(6) = 0
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else sim_detect_i(7) when reg_sim_modemnum(7) = 0
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else 'Z';
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mod_detect_o(1) <= sim_detect_i(0) when reg_sim_modemnum(0) = 1
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else sim_detect_i(1) when reg_sim_modemnum(1) = 1
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else sim_detect_i(2) when reg_sim_modemnum(2) = 1
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else sim_detect_i(3) when reg_sim_modemnum(3) = 1
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else sim_detect_i(4) when reg_sim_modemnum(4) = 1
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else sim_detect_i(5) when reg_sim_modemnum(5) = 1
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else sim_detect_i(6) when reg_sim_modemnum(6) = 1
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else sim_detect_i(7) when reg_sim_modemnum(7) = 1
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else 'Z';
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mod_detect_o(2) <= sim_detect_i(0) when reg_sim_modemnum(0) = 2
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else sim_detect_i(1) when reg_sim_modemnum(1) = 2
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else sim_detect_i(2) when reg_sim_modemnum(2) = 2
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else sim_detect_i(3) when reg_sim_modemnum(3) = 2
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else sim_detect_i(4) when reg_sim_modemnum(4) = 2
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else sim_detect_i(5) when reg_sim_modemnum(5) = 2
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else sim_detect_i(6) when reg_sim_modemnum(6) = 2
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else sim_detect_i(7) when reg_sim_modemnum(7) = 2
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else 'Z';
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mod_detect_o(3) <= sim_detect_i(0) when reg_sim_modemnum(0) = 3
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else sim_detect_i(1) when reg_sim_modemnum(1) = 3
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else sim_detect_i(2) when reg_sim_modemnum(2) = 3
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else sim_detect_i(3) when reg_sim_modemnum(3) = 3
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else sim_detect_i(4) when reg_sim_modemnum(4) = 3
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else sim_detect_i(5) when reg_sim_modemnum(5) = 3
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else sim_detect_i(6) when reg_sim_modemnum(6) = 3
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else sim_detect_i(7) when reg_sim_modemnum(7) = 3
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else 'Z';
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sw_mod_data_i(0) <= mod_data_i(0) when reg_sim_modemnum(0) = 0
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else mod_data_i(1) when reg_sim_modemnum(0) = 1
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else mod_data_i(2) when reg_sim_modemnum(0) = 2
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else mod_data_i(3) when reg_sim_modemnum(0) = 3
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else mod_data_i(4) when reg_sim_modemnum(0) = 4
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else mod_data_i(5) when reg_sim_modemnum(0) = 5
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else mod_data_i(6) when reg_sim_modemnum(0) = 6
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else mod_data_i(7) when reg_sim_modemnum(0) = 7
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else '1';
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sw_mod_data_i(1) <= mod_data_i(0) when reg_sim_modemnum(1) = 0
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else mod_data_i(1) when reg_sim_modemnum(1) = 1
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else mod_data_i(2) when reg_sim_modemnum(1) = 2
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else mod_data_i(3) when reg_sim_modemnum(1) = 3
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else mod_data_i(4) when reg_sim_modemnum(1) = 4
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else mod_data_i(5) when reg_sim_modemnum(1) = 5
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else mod_data_i(6) when reg_sim_modemnum(1) = 6
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else mod_data_i(7) when reg_sim_modemnum(1) = 7
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else '1';
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sw_mod_data_i(2) <= mod_data_i(0) when reg_sim_modemnum(2) = 0
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else mod_data_i(1) when reg_sim_modemnum(2) = 1
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else mod_data_i(2) when reg_sim_modemnum(2) = 2
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else mod_data_i(3) when reg_sim_modemnum(2) = 3
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else mod_data_i(4) when reg_sim_modemnum(2) = 4
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else mod_data_i(5) when reg_sim_modemnum(2) = 5
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else mod_data_i(6) when reg_sim_modemnum(2) = 6
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else mod_data_i(7) when reg_sim_modemnum(2) = 7
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else '1';
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sw_mod_data_i(3) <= mod_data_i(0) when reg_sim_modemnum(3) = 0
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else mod_data_i(1) when reg_sim_modemnum(3) = 1
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else mod_data_i(2) when reg_sim_modemnum(3) = 2
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else mod_data_i(3) when reg_sim_modemnum(3) = 3
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else mod_data_i(4) when reg_sim_modemnum(3) = 4
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else mod_data_i(5) when reg_sim_modemnum(3) = 5
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else mod_data_i(6) when reg_sim_modemnum(3) = 6
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else mod_data_i(7) when reg_sim_modemnum(3) = 7
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else '1';
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sw_mod_data_i(4) <= mod_data_i(0) when reg_sim_modemnum(4) = 0
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else mod_data_i(1) when reg_sim_modemnum(4) = 1
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else mod_data_i(2) when reg_sim_modemnum(4) = 2
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else mod_data_i(3) when reg_sim_modemnum(4) = 3
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else mod_data_i(4) when reg_sim_modemnum(4) = 4
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else mod_data_i(5) when reg_sim_modemnum(4) = 5
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else mod_data_i(6) when reg_sim_modemnum(4) = 6
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else mod_data_i(7) when reg_sim_modemnum(4) = 7
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else '1';
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sw_mod_data_i(5) <= mod_data_i(0) when reg_sim_modemnum(5) = 0
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else mod_data_i(1) when reg_sim_modemnum(5) = 1
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else mod_data_i(2) when reg_sim_modemnum(5) = 2
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else mod_data_i(3) when reg_sim_modemnum(5) = 3
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else mod_data_i(4) when reg_sim_modemnum(5) = 4
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else mod_data_i(5) when reg_sim_modemnum(5) = 5
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else mod_data_i(6) when reg_sim_modemnum(5) = 6
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else mod_data_i(7) when reg_sim_modemnum(5) = 7
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else '1';
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sw_mod_data_i(6) <= mod_data_i(0) when reg_sim_modemnum(6) = 0
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else mod_data_i(1) when reg_sim_modemnum(6) = 1
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else mod_data_i(2) when reg_sim_modemnum(6) = 2
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else mod_data_i(3) when reg_sim_modemnum(6) = 3
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else mod_data_i(4) when reg_sim_modemnum(6) = 4
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else mod_data_i(5) when reg_sim_modemnum(6) = 5
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else mod_data_i(6) when reg_sim_modemnum(6) = 6
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else mod_data_i(7) when reg_sim_modemnum(6) = 7
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else '1';
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sw_mod_data_i(7) <= mod_data_i(0) when reg_sim_modemnum(7) = 0
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else mod_data_i(1) when reg_sim_modemnum(7) = 1
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else mod_data_i(2) when reg_sim_modemnum(7) = 2
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else mod_data_i(3) when reg_sim_modemnum(7) = 3
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else mod_data_i(4) when reg_sim_modemnum(7) = 4
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else mod_data_i(5) when reg_sim_modemnum(7) = 5
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else mod_data_i(6) when reg_sim_modemnum(7) = 6
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else mod_data_i(7) when reg_sim_modemnum(7) = 7
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else '1';
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mod_data_o(0) <= sw_mod_data_o(0) when reg_sim_modemnum(0) = 0
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else sw_mod_data_o(1) when reg_sim_modemnum(1) = 0
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else sw_mod_data_o(2) when reg_sim_modemnum(2) = 0
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else sw_mod_data_o(3) when reg_sim_modemnum(3) = 0
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else sw_mod_data_o(4) when reg_sim_modemnum(4) = 0
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else sw_mod_data_o(5) when reg_sim_modemnum(5) = 0
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else sw_mod_data_o(6) when reg_sim_modemnum(6) = 0
|
|
else sw_mod_data_o(7) when reg_sim_modemnum(7) = 0
|
|
else 'Z';
|
|
mod_data_o(1) <= sw_mod_data_o(0) when reg_sim_modemnum(0) = 1
|
|
else sw_mod_data_o(1) when reg_sim_modemnum(1) = 1
|
|
else sw_mod_data_o(2) when reg_sim_modemnum(2) = 1
|
|
else sw_mod_data_o(3) when reg_sim_modemnum(3) = 1
|
|
else sw_mod_data_o(4) when reg_sim_modemnum(4) = 1
|
|
else sw_mod_data_o(5) when reg_sim_modemnum(5) = 1
|
|
else sw_mod_data_o(6) when reg_sim_modemnum(6) = 1
|
|
else sw_mod_data_o(7) when reg_sim_modemnum(7) = 1
|
|
else 'Z';
|
|
mod_data_o(2) <= sw_mod_data_o(0) when reg_sim_modemnum(0) = 2
|
|
else sw_mod_data_o(1) when reg_sim_modemnum(1) = 2
|
|
else sw_mod_data_o(2) when reg_sim_modemnum(2) = 2
|
|
else sw_mod_data_o(3) when reg_sim_modemnum(3) = 2
|
|
else sw_mod_data_o(4) when reg_sim_modemnum(4) = 2
|
|
else sw_mod_data_o(5) when reg_sim_modemnum(5) = 2
|
|
else sw_mod_data_o(6) when reg_sim_modemnum(6) = 2
|
|
else sw_mod_data_o(7) when reg_sim_modemnum(7) = 2
|
|
else 'Z';
|
|
mod_data_o(3) <= sw_mod_data_o(0) when reg_sim_modemnum(0) = 3
|
|
else sw_mod_data_o(1) when reg_sim_modemnum(1) = 3
|
|
else sw_mod_data_o(2) when reg_sim_modemnum(2) = 3
|
|
else sw_mod_data_o(3) when reg_sim_modemnum(3) = 3
|
|
else sw_mod_data_o(4) when reg_sim_modemnum(4) = 3
|
|
else sw_mod_data_o(5) when reg_sim_modemnum(5) = 3
|
|
else sw_mod_data_o(6) when reg_sim_modemnum(6) = 3
|
|
else sw_mod_data_o(7) when reg_sim_modemnum(7) = 3
|
|
else 'Z';
|
|
mod_data_o(4) <= sw_mod_data_o(0) when reg_sim_modemnum(0) = 4
|
|
else sw_mod_data_o(1) when reg_sim_modemnum(1) = 4
|
|
else sw_mod_data_o(2) when reg_sim_modemnum(2) = 4
|
|
else sw_mod_data_o(3) when reg_sim_modemnum(3) = 4
|
|
else sw_mod_data_o(4) when reg_sim_modemnum(4) = 4
|
|
else sw_mod_data_o(5) when reg_sim_modemnum(5) = 4
|
|
else sw_mod_data_o(6) when reg_sim_modemnum(6) = 4
|
|
else sw_mod_data_o(7) when reg_sim_modemnum(7) = 4
|
|
else 'Z';
|
|
mod_data_o(5) <= sw_mod_data_o(0) when reg_sim_modemnum(0) = 5
|
|
else sw_mod_data_o(1) when reg_sim_modemnum(1) = 5
|
|
else sw_mod_data_o(2) when reg_sim_modemnum(2) = 5
|
|
else sw_mod_data_o(3) when reg_sim_modemnum(3) = 5
|
|
else sw_mod_data_o(4) when reg_sim_modemnum(4) = 5
|
|
else sw_mod_data_o(5) when reg_sim_modemnum(5) = 5
|
|
else sw_mod_data_o(6) when reg_sim_modemnum(6) = 5
|
|
else sw_mod_data_o(7) when reg_sim_modemnum(7) = 5
|
|
else 'Z';
|
|
mod_data_o(6) <= sw_mod_data_o(0) when reg_sim_modemnum(0) = 6
|
|
else sw_mod_data_o(1) when reg_sim_modemnum(1) = 6
|
|
else sw_mod_data_o(2) when reg_sim_modemnum(2) = 6
|
|
else sw_mod_data_o(3) when reg_sim_modemnum(3) = 6
|
|
else sw_mod_data_o(4) when reg_sim_modemnum(4) = 6
|
|
else sw_mod_data_o(5) when reg_sim_modemnum(5) = 6
|
|
else sw_mod_data_o(6) when reg_sim_modemnum(6) = 6
|
|
else sw_mod_data_o(7) when reg_sim_modemnum(7) = 6
|
|
else 'Z';
|
|
mod_data_o(7) <= sw_mod_data_o(0) when reg_sim_modemnum(0) = 7
|
|
else sw_mod_data_o(1) when reg_sim_modemnum(1) = 7
|
|
else sw_mod_data_o(2) when reg_sim_modemnum(2) = 7
|
|
else sw_mod_data_o(3) when reg_sim_modemnum(3) = 7
|
|
else sw_mod_data_o(4) when reg_sim_modemnum(4) = 7
|
|
else sw_mod_data_o(5) when reg_sim_modemnum(5) = 7
|
|
else sw_mod_data_o(6) when reg_sim_modemnum(6) = 7
|
|
else sw_mod_data_o(7) when reg_sim_modemnum(7) = 7
|
|
else 'Z';
|
|
|
|
end architecture arch;
|