Achronix Speedster22i User Macro Guide - Manual (Page 198)

Multipliers BMACC56
Speedster22i Macro Cell Library Achronix Semiconductor Proprietary PAGE 181
.ce_mask_adda(user_ce_mask_adda),
.ce_dout(user_ce_dout),
.rst_a(user_rst_a),
.rst_b(user_rst_b),
.rst_sub(user_rst_sub),
.rst_cin(user_rst_cin),
.rst_mask_adda(user_rst_mask_adda),
.rst_dout(user_rst_dout),
.cascade_in(user_cascade_in),
.clk(user_clk),
.dout(user_dout),
.cout(user_cout),
.cascade_out(user_cascade_out));
BMACC56 VHDL Instantiation Template
------------- ACHRONIX LIBRARY ------------
library speedster22i;
use speedster22i.components.all;
------------- DONE ACHRONIX LIBRARY ---------
-- Component Instantiation
BMACC56_instance_name : BMACC56
generic map (init_a => X”0000000”;
init_b => X”0000000”;
init_sub => ‘0’;
init_cin => ‘0’;
init_mask_adda => ‘0’;
init_dout => X”00000000000000”;
init_cout => ‘0’;
rst_value_a => X”0000000”;
rst_value_b => X”0000000”;
rst_value_sub => ‘0’;
rst_value_cin => ‘0’;
rst_value_mask_adda => ‘0’;
rst_value_dout => X”00000000000000”;
rst_value_cout => ‘0’;
regce_priority_a => “regce”;
regce_priority_b => “regce”;
regce_priority_sub => “regce”;
regce_priority_cin => “regce”;
regce_priority_mask_adda => “regce”;
regce_priority_dout => “regce”;
reg_a => ‘0’;
reg_b => ‘0’;