ack:2309 - Too many bonded comps of type "IOB" found to fit this device.
But it indeed comes down to basic circuit design. You may want to consider a serial protocol (SPI or something) to pump in the data for your matrix. 2500 elements wide isn't going to work well with parallel load. ack:18 - The design is too large for the given device and package. package my_package is
constant pp:integer:=96;
constant p:integer:=96;
constant z:integer:=2;
constant max_value:integer:=96;
--------------------------------------------------------------------
type matrix1xN is array (1 to 2304) of integer range -127 to 2304;
--------------------------------------------------------------------
subtype int is integer range -127 to 127;
type matrix7xz is array (1 to 0007,1 to z) of int ;
type matrix24xz is array (1 to 0024,1 to z) of int ;
type matrix1x1152i is array (1 to 0048) of int ;
--type matrix1x1152b is array (1 to 1152) of bit_vector(2 downto 0);
type matrix1x1152 is array (1 to 1152) of bit;
type matrix1x1152b8 is array (1 to 1152) of bit_vector(1 to 8);
type matrix1x24 is array (1 to 0024) of int ;
type matrix1x8 is array (1 to 0008) of int ;
type matrix1x7 is array (1 to 0007) of int ;
type matrix1x6 is array (1 to 0006) of int ;
type matrix1x4 is array (1 to 0004) of int ;
type matrix1x2 is array (1 to 0002) of int ;
type array_H is array (1 to 0024) of int ;
type matrix12x8 is array (1 to 0012) of matrix1x8;
type matrix96x8 is array (1 to 0096) of matrix1x8;
type matrix96x1 is array (1 to 0096) of int;
type matrix1x8sign is array (1 to 0008) of integer range -1 to 1;
type matrix96x8sign is array (1 to 0096) of matrix1x8sign;
type matrix1x96sign is array (1 to 0096) of integer range -1 to 1;
type matrix1x96b is array (1 to 0096) of bit_vector(2 downto 0);
type matrix1152x1 is array (1 to 0012) of matrix96x1;
type matrix1152x8 is array (1 to 0012) of matrix96x8;
type matrix1152x8sign is array (1 to 0012) of matrix96x8sign;
type matrix1x1152sign is array (1 to 0012) of matrix1x96sign;
type matrix1x1152b is array (1 to 0012) of matrix1x96b;
end ldpc_package;
library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use work.my_package.all;
entity col_index_96 is
port(sum:in int;clk_external,clk,reset:in bit;H,col_each_rowblock: in matrix1x8;col_index_nonzero:out matrix1x8
--clk_external:in bit
);
end;
architecture behave of col_index_96 is
signal i:int:=1;
begin
process(clk,reset,clk_external)
variable s:int ;variable b:integer;variable i:integer range 0 to 7;
variable col_index_nonzero_i:integer range 1 to 2304;variable a:integer range 0 to 1;
begin
if reset ='1' then
s:=0;i:=0;
else
if (clk 'event and clk='1' )then
if i=7 then
i:=0;s:=0;--multiple_sign:=1;
else
i:=i+1;
end if;
s:=col_each_rowblock(i+1)+sum-1;
b:=(col_each_rowblock(i+1)+sum-1)-H(i+1);
if b>0 then
a:=1;
else
a:=0;
end if;
case a is
when 0 => col_index_nonzero_i := s;
when others =>col_index_nonzero_i:=s-96;
end case;
col_index_nonzero(i+1)<=col_index_nonzero_i;
end if;
end if;
end process;
end;