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MPA_wrapper.vhd
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MPA_wrapper.vhd
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----------------------------------------------------------------------------------
-- Company:
-- Engineer:
--
-- Create Date: 11:03:44 06/26/2015
-- Design Name:
-- Module Name: MPA_wrapper - Behavioral
-- Project Name:
-- Target Devices:
-- Tool versions:
-- Description:
--
-- Dependencies:
--
-- Revision:
-- Revision 0.01 - File Created
-- Additional Comments:
--
----------------------------------------------------------------------------------
library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use work.ipbus.all;
use work.fmc_package.all;
--! xilinx packages
-- Uncomment the following library declaration if using
-- arithmetic functions with Signed or Unsigned values
--use IEEE.NUMERIC_STD.ALL;
-- Uncomment the following library declaration if instantiating
-- any Xilinx primitives in this code.
library UNISIM;
use UNISIM.VComponents.all;
entity MPA_wrapper is
Port ( clk125 : in STD_LOGIC;
beam_clk : in STD_LOGIC;
beam_data : in STD_LOGIC;
reset : in STD_LOGIC;
fmc1_clk1_M2C_p : in std_logic;
fmc1_clk1_M2C_n : in std_logic;
fmc1_io_pin : inout fmc_io_pin_type;
fmc2_io_pin : inout fmc_io_pin_type;
ipb_clk : in STD_LOGIC;
ipb_miso_o : out ipb_rbus;
ipb_mosi_i : in ipb_wbus;
LED : out STD_LOGIC_VECTOR(1 downto 0)
);
end MPA_wrapper;
architecture Behavioral of MPA_wrapper is
COMPONENT MPA_top
PORT(
clk125 : IN std_logic;
beam_clk : IN std_logic;
beam_data : IN std_logic;
hitOR_p : IN std_logic;
hitOR_n : IN std_logic;
conf_din_p : IN std_logic;
conf_din_n : IN std_logic;
read_din_p : IN std_logic;
read_din_n : IN std_logic;
mem_p : IN std_logic_vector(5 downto 0);
mem_n : IN std_logic_vector(5 downto 0);
util_din_p : IN std_logic;
util_din_n : IN std_logic;
strip_strobe_in_p : IN std_logic_vector(5 downto 0);
strip_strobe_in_n : IN std_logic_vector(5 downto 0);
strip_data_in_p : IN std_logic_vector(23 downto 0);
strip_data_in_n : IN std_logic_vector(23 downto 0);
ipb_clk : IN std_logic;
ipb_write : IN std_logic;
ipb_strobe : IN std_logic;
ipb_addr : IN std_logic_vector(15 downto 0);
ipb_wdata : IN std_logic_vector(31 downto 0);
led : OUT std_logic_vector(1 to 2);
shutter_p : OUT std_logic;
shutter_n : OUT std_logic;
calstrobe_p : OUT std_logic;
calstrobe_n : OUT std_logic;
conf_en_p : OUT std_logic;
conf_en_n : OUT std_logic;
conf_clk_p : OUT std_logic;
conf_clk_n : OUT std_logic;
conf_dout_p : OUT std_logic;
conf_dout_n : OUT std_logic;
read_clk_p : OUT std_logic;
read_clk_n : OUT std_logic;
read_dout_p : OUT std_logic;
read_dout_n : OUT std_logic;
enutil_p : OUT std_logic;
enutil_n : OUT std_logic;
util_clk_p : OUT std_logic;
util_clk_n : OUT std_logic;
util_dout_p : OUT std_logic;
util_dout_n : OUT std_logic;
clk160_p : OUT std_logic;
clk160_n : OUT std_logic;
strip_strobe_out_p : OUT std_logic_vector(5 downto 0);
strip_strobe_out_n : OUT std_logic_vector(5 downto 0);
strip_data_out_p : OUT std_logic_vector(23 downto 0);
strip_data_out_n : OUT std_logic_vector(23 downto 0);
ipb_rdata : OUT std_logic_vector(31 downto 0);
ipb_ack : OUT std_logic;
probe_p : OUT std_logic;
probe_n : OUT std_logic;
probe_en : OUT std_logic;
busy_p : OUT std_logic;
busy_n : OUT std_logic;
busy_en : OUT std_logic;
tel_busy_p : IN std_logic;
tel_busy_n : IN std_logic
);
END COMPONENT;
signal mem_p : std_logic_vector(5 downto 0) := (others =>'0');
signal mem_n : std_logic_vector(5 downto 0) := (others =>'0');
signal strip_strobe_in_p : std_logic_vector(5 downto 0) := (others =>'0');
signal strip_strobe_in_n : std_logic_vector(5 downto 0) := (others =>'0');
signal strip_strobe_out_p : std_logic_vector(5 downto 0) := (others =>'0');
signal strip_strobe_out_n : std_logic_vector(5 downto 0) := (others =>'0');
signal strip_data_in_p : std_logic_vector(23 downto 0) := (others =>'0');
signal strip_data_in_n : std_logic_vector(23 downto 0) := (others =>'0');
signal strip_data_out_p : std_logic_vector(23 downto 0) := (others =>'0');
signal strip_data_out_n : std_logic_vector(23 downto 0) := (others =>'0');
begin
mem_p(0) <= fmc1_io_pin.hb_p(20);
mem_n(0) <= fmc1_io_pin.hb_n(20);
mem_p(1) <= fmc1_io_pin.hb_p(17);
mem_n(1) <= fmc1_io_pin.hb_n(17);
mem_p(2) <= fmc1_io_pin.hb_p(18);
mem_n(2) <= fmc1_io_pin.hb_n(18);
mem_p(3) <= fmc1_io_pin.hb_p(14);
mem_n(3) <= fmc1_io_pin.hb_n(14);
mem_p(4) <= fmc1_io_pin.hb_p(15);
mem_n(4) <= fmc1_io_pin.hb_n(15);
mem_p(5) <= fmc1_io_pin.hb_p(13);
mem_n(5) <= fmc1_io_pin.hb_n(13);
strip_strobe_in_p(0) <= fmc1_io_pin.hb_p(16);
strip_strobe_in_n(0) <= fmc1_io_pin.hb_n(16);
strip_strobe_in_p(1) <= fmc1_io_pin.hb_p(6);
strip_strobe_in_n(1) <= fmc1_io_pin.hb_n(6);
strip_strobe_in_p(2) <= fmc1_io_pin.hb_p(4);
strip_strobe_in_n(2) <= fmc1_io_pin.hb_n(4);
strip_strobe_in_p(3) <= fmc1_io_pin.ha_p(21);
strip_strobe_in_n(3) <= fmc1_io_pin.ha_n(21);
strip_strobe_in_p(4) <= fmc1_io_pin.la_p(10);
strip_strobe_in_n(4) <= fmc1_io_pin.la_n(10);
strip_strobe_in_p(5) <= fmc1_io_pin.ha_p(11);
strip_strobe_in_n(5) <= fmc1_io_pin.ha_n(11);
strip_data_in_p(0) <= fmc1_io_pin.hb_p(19);
strip_data_in_n(0) <= fmc1_io_pin.hb_n(19);
strip_data_in_p(1) <= fmc1_io_pin.hb_p(10);
strip_data_in_n(1) <= fmc1_io_pin.hb_n(10);
strip_data_in_p(2) <= fmc1_io_pin.hb_p(12);
strip_data_in_n(2) <= fmc1_io_pin.hb_n(12);
strip_data_in_p(3) <= fmc1_io_pin.hb_p(11);
strip_data_in_n(3) <= fmc1_io_pin.hb_n(11);
strip_data_in_p(4) <= fmc1_io_pin.hb_p(8);
strip_data_in_n(4) <= fmc1_io_pin.hb_n(8);
strip_data_in_p(5) <= fmc1_io_pin.hb_p(7);
strip_data_in_n(5) <= fmc1_io_pin.hb_n(7);
strip_data_in_p(6) <= fmc1_io_pin.hb_p(9);
strip_data_in_n(6) <= fmc1_io_pin.hb_n(9);
strip_data_in_p(7) <= fmc1_io_pin.hb_p(0);
strip_data_in_n(7) <= fmc1_io_pin.hb_n(0);
strip_data_in_p(8) <= fmc1_io_pin.hb_p(1);
strip_data_in_n(8) <= fmc1_io_pin.hb_n(1);
strip_data_in_p(9) <= fmc1_io_pin.hb_p(5);
strip_data_in_n(9) <= fmc1_io_pin.hb_n(5);
strip_data_in_p(10) <= fmc1_io_pin.hb_p(2);
strip_data_in_n(10) <= fmc1_io_pin.hb_n(2);
strip_data_in_p(11) <= fmc1_io_pin.hb_p(3);
strip_data_in_n(11) <= fmc1_io_pin.hb_n(3);
strip_data_in_p(12) <= fmc1_io_pin.ha_p(18);
strip_data_in_n(12) <= fmc1_io_pin.ha_n(18);
strip_data_in_p(13) <= fmc1_io_pin.la_p(11);
strip_data_in_n(13) <= fmc1_io_pin.la_n(11);
strip_data_in_p(14) <= fmc1_io_pin.ha_p(17);
strip_data_in_n(14) <= fmc1_io_pin.ha_n(17);
strip_data_in_p(15) <= fmc1_io_pin.la_p(12);
strip_data_in_n(15) <= fmc1_io_pin.la_n(12);
strip_data_in_p(16) <= fmc1_io_pin.la_p(9);
strip_data_in_n(16) <= fmc1_io_pin.la_n(9);
strip_data_in_p(17) <= fmc1_io_pin.ha_p(12);
strip_data_in_n(17) <= fmc1_io_pin.ha_n(12);
strip_data_in_p(18) <= fmc1_io_pin.ha_p(10);
strip_data_in_n(18) <= fmc1_io_pin.ha_n(10);
strip_data_in_p(19) <= fmc1_io_pin.ha_p(13);
strip_data_in_n(19) <= fmc1_io_pin.ha_n(13);
strip_data_in_p(20) <= fmc1_io_pin.ha_p(8);
strip_data_in_n(20) <= fmc1_io_pin.ha_n(8);
strip_data_in_p(21) <= fmc1_io_pin.ha_p(6);
strip_data_in_n(21) <= fmc1_io_pin.ha_n(6);
strip_data_in_p(22) <= fmc1_io_pin.la_p(3);
strip_data_in_n(22) <= fmc1_io_pin.la_n(3);
strip_data_in_p(23) <= fmc1_io_pin.ha_p(7);
strip_data_in_n(23) <= fmc1_io_pin.ha_n(7);
fmc1_io_pin.la_p(32) <= strip_strobe_out_p(0);
fmc1_io_pin.la_n(32) <= strip_strobe_out_n(0);
fmc1_io_pin.la_p(29) <= strip_strobe_out_p(1);
fmc1_io_pin.la_n(29) <= strip_strobe_out_n(1);
fmc1_io_pin.la_p(17) <= strip_strobe_out_p(2);
fmc1_io_pin.la_n(17) <= strip_strobe_out_n(2);
fmc1_io_pin.la_p(28) <= strip_strobe_out_p(3);
fmc1_io_pin.la_n(28) <= strip_strobe_out_n(3);
fmc1_io_pin.la_p(15) <= strip_strobe_out_p(4);
fmc1_io_pin.la_n(15) <= strip_strobe_out_n(4);
fmc1_io_pin.la_p(4) <= strip_strobe_out_p(5);
fmc1_io_pin.la_n(4) <= strip_strobe_out_n(5);
fmc1_io_pin.hb_p(21) <= strip_data_out_p(0);
fmc1_io_pin.hb_n(21) <= strip_data_out_n(0);
fmc1_io_pin.la_p(33) <= strip_data_out_p(1);
fmc1_io_pin.la_n(33) <= strip_data_out_n(1);
fmc1_io_pin.la_p(30) <= strip_data_out_p(2);
fmc1_io_pin.la_n(30) <= strip_data_out_n(2);
fmc1_io_pin.la_p(31) <= strip_data_out_p(3);
fmc1_io_pin.la_n(31) <= strip_data_out_n(3);
fmc1_io_pin.la_p(24) <= strip_data_out_p(4);
fmc1_io_pin.la_n(24) <= strip_data_out_n(4);
fmc1_io_pin.la_p(25) <= strip_data_out_p(5);
fmc1_io_pin.la_n(25) <= strip_data_out_n(5);
fmc1_io_pin.la_p(26) <= strip_data_out_p(6);
fmc1_io_pin.la_n(26) <= strip_data_out_n(6);
fmc1_io_pin.la_p(21) <= strip_data_out_p(7);
fmc1_io_pin.la_n(21) <= strip_data_out_n(7);
fmc1_io_pin.la_p(16) <= strip_data_out_p(8);
fmc1_io_pin.la_n(16) <= strip_data_out_n(8);
fmc1_io_pin.la_p(7) <= strip_data_out_p(9);
fmc1_io_pin.la_n(7) <= strip_data_out_n(9);
fmc1_io_pin.ha_p(5) <= strip_data_out_p(10);
fmc1_io_pin.ha_n(5) <= strip_data_out_n(10);
fmc1_io_pin.la_p(0) <= strip_data_out_p(11);
fmc1_io_pin.la_n(0) <= strip_data_out_n(11);
fmc1_io_pin.la_p(27) <= strip_data_out_p(12);
fmc1_io_pin.la_n(27) <= strip_data_out_n(12);
fmc1_io_pin.la_p(22) <= strip_data_out_p(13);
fmc1_io_pin.la_n(22) <= strip_data_out_n(13);
fmc1_io_pin.la_p(18) <= strip_data_out_p(14);
fmc1_io_pin.la_n(18) <= strip_data_out_n(14);
fmc1_io_pin.la_p(19) <= strip_data_out_p(15);
fmc1_io_pin.la_n(19) <= strip_data_out_n(15);
fmc1_io_pin.ha_p(20) <= strip_data_out_p(16);
fmc1_io_pin.ha_n(20) <= strip_data_out_n(16);
fmc1_io_pin.ha_p(16) <= strip_data_out_p(17);
fmc1_io_pin.ha_n(16) <= strip_data_out_n(17);
fmc1_io_pin.la_p(5) <= strip_data_out_p(18);
fmc1_io_pin.la_n(5) <= strip_data_out_n(18);
fmc1_io_pin.la_p(6) <= strip_data_out_p(19);
fmc1_io_pin.la_n(6) <= strip_data_out_n(19);
fmc1_io_pin.ha_p(9) <= strip_data_out_p(20);
fmc1_io_pin.ha_n(9) <= strip_data_out_n(20);
fmc1_io_pin.la_p(1) <= strip_data_out_p(21);
fmc1_io_pin.la_n(1) <= strip_data_out_n(21);
fmc1_io_pin.ha_p(4) <= strip_data_out_p(22);
fmc1_io_pin.ha_n(4) <= strip_data_out_n(22);
fmc1_io_pin.ha_p(1) <= strip_data_out_p(23);
fmc1_io_pin.ha_n(1) <= strip_data_out_n(23);
i_MPA_top: MPA_top PORT MAP(
clk125 => clk125,
beam_clk => beam_clk,
beam_data => beam_data,
led => LED,
hitOR_p => fmc1_clk1_M2C_p,
hitOR_n => fmc1_clk1_M2C_n,
shutter_p => fmc1_io_pin.ha_p(19),
shutter_n => fmc1_io_pin.ha_n(19),
calstrobe_p => fmc1_io_pin.la_p(14),
calstrobe_n => fmc1_io_pin.la_n(14),
conf_en_p => fmc1_io_pin.ha_p(2),
conf_en_n => fmc1_io_pin.ha_n(2),
conf_clk_p => fmc1_io_pin.la_p(2),
conf_clk_n => fmc1_io_pin.la_n(2),
conf_din_p => fmc1_io_pin.ha_p(0),
conf_din_n => fmc1_io_pin.ha_n(0),
conf_dout_p => fmc1_io_pin.la_p(8),
conf_dout_n => fmc1_io_pin.la_n(8),
read_clk_p => fmc1_io_pin.la_p(13),
read_clk_n => fmc1_io_pin.la_n(13),
read_din_p => fmc1_io_pin.ha_p(3),
read_din_n => fmc1_io_pin.ha_n(3),
read_dout_p => fmc1_io_pin.ha_p(14),
read_dout_n => fmc1_io_pin.ha_n(14),
mem_p => mem_p,
mem_n => mem_n,
enutil_p => fmc1_io_pin.la_p(23),
enutil_n => fmc1_io_pin.la_n(23),
util_clk_p => fmc1_io_pin.ha_p(15),
util_clk_n => fmc1_io_pin.ha_n(15),
util_din_p => fmc1_io_pin.ha_p(23),
util_din_n => fmc1_io_pin.ha_n(23),
util_dout_p => fmc1_io_pin.la_p(20),
util_dout_n => fmc1_io_pin.la_n(20),
clk160_p => fmc1_io_pin.ha_p(22),
clk160_n => fmc1_io_pin.ha_n(22),
strip_strobe_in_p => strip_strobe_in_p,
strip_strobe_in_n => strip_strobe_in_n,
strip_data_in_p => strip_data_in_p,
strip_data_in_n => strip_data_in_n,
strip_strobe_out_p => strip_strobe_out_p,
strip_strobe_out_n => strip_strobe_out_n,
strip_data_out_p => strip_data_out_p,
strip_data_out_n => strip_data_out_n,
ipb_clk => ipb_clk,
ipb_write => ipb_mosi_i.ipb_write,
ipb_strobe => ipb_mosi_i.ipb_strobe,
ipb_addr => ipb_mosi_i.ipb_addr(15 downto 0),
ipb_wdata => ipb_mosi_i.ipb_wdata,
ipb_rdata => ipb_miso_o.ipb_rdata,
ipb_ack => ipb_miso_o.ipb_ack,
probe_p => fmc2_io_pin.la_p(29),
probe_n => fmc2_io_pin.la_n(29),
probe_en => fmc2_io_pin.la_p(30),
busy_p => fmc2_io_pin.la_p(28),
busy_n => fmc2_io_pin.la_n(28),
busy_en => fmc2_io_pin.la_n(24),
tel_busy_p => fmc2_io_pin.la_p(16),
tel_busy_n => fmc2_io_pin.la_n(16)
);
end Behavioral;