If I use the core generator to generate an IBERT for a Spartan 6 and try to= implement the example design the errors I'm getting I'm not understanding.= I'm assuming I'm not understanding the back box portion of the example des= ign. Module S6chipscope_ibert.v is in the project. Thanks in advance... He= re are the errors, followed by the example design:
ERROR:NgdBuild:604 - logical block 'U_S6CHIPSCOPE_IBERT' with type 'S6chipscope_ibert' could not be resolved. A pin name misspelling can ca= use this, a missing edif or ngc file, case mismatch between the block name a= nd the edif or ngc file name, or the misspelling of a type name. Symbol 'S6chipscope_ibert' is not supported in target 'spartan6'. ERROR:NgdBuild:604 - logical block 'U_ICON' with type 'chipscope_icon' coul= d not be resolved. A pin name misspelling can cause this, a missing edif or ng= c file, case mismatch between the block name and the edif or ngc file name= , or the misspelling of a type name. Symbol 'chipscope_icon' is not supported= in target 'spartan6'.
`timescale 1ns / 1ps //***************************** Module **************************** module example_S6chipscope_ibert ( //Input Declarations input GTP0_X0_Y0_RX_P_IPAD, input GTP0_X0_Y0_RX_N_IPAD, input GTP1_X0_Y0_RX_P_IPAD, input GTP1_X0_Y0_RX_N_IPAD, input SYSCLOCK_P_IPAD, input SYSCLOCK_N_IPAD, input REFCLK0_X0Y0_P_IPAD, input REFCLK0_X0Y0_N_IPAD, //Output Decalarations output GTP0_X0_Y0_TX_P_OPAD, output GTP0_X0_Y0_TX_N_OPAD, output GTP1_X0_Y0_TX_P_OPAD, output GTP1_X0_Y0_TX_N_OPAD
);
//local signals declaration wire refclk0_x0y0_i; wire ibert_sysclock; wire [35:0] CONTROL0; // Ibert Core Wrapper Instance S6chipscope_ibert U_S6CHIPSCOPE_IBERT ( .GTP0_X0_Y0_TX_P_OPAD(GTP0_X0_Y0_TX_P_OPAD), .GTP0_X0_Y0_TX_N_OPAD(GTP0_X0_Y0_TX_N_OPAD), .GTP1_X0_Y0_TX_P_OPAD(GTP1_X0_Y0_TX_P_OPAD), .GTP1_X0_Y0_TX_N_OPAD(GTP1_X0_Y0_TX_N_OPAD), .GTP0_X0_Y0_RX_P_IPAD(GTP0_X0_Y0_RX_P_IPAD), .GTP0_X0_Y0_RX_N_IPAD(GTP0_X0_Y0_RX_N_IPAD), .GTP1_X0_Y0_RX_P_IPAD(GTP1_X0_Y0_RX_P_IPAD), .GTP1_X0_Y0_RX_N_IPAD(GTP1_X0_Y0_RX_N_IPAD), .REFCLK0_X0Y0_I(refclk0_x0y0_i), .CONTROL(CONTROL0), .SYSCLOCK_I(ibert_sysclock) );
chipscope_icon U_ICON ( .CONTROL0(CONTROL0));
// GT Refclock Instances =20 IBUFDS U_TILE0_REFCLK0 ( .O(refclk0_x0y0_i), .I(REFCLK0_X0Y0_P_IPAD), .IB(REFCLK0_X0Y0_N_IPAD) ); =20 =20 // Sysclock Source IBUFDS U_SYSCLOCK_IBUFDS ( .O(ibert_sysclock), .I(SYSCLOCK_P_IPAD), .IB(SYSCLOCK_N_IPAD) );
endmodule
// Black box declaration module S6chipscope_ibert ( output GTP0_X0_Y0_TX_P_OPAD, output GTP0_X0_Y0_TX_N_OPAD, output GTP1_X0_Y0_TX_P_OPAD, output GTP1_X0_Y0_TX_N_OPAD, input GTP0_X0_Y0_RX_P_IPAD, input GTP0_X0_Y0_RX_N_IPAD, input GTP1_X0_Y0_RX_P_IPAD, input GTP1_X0_Y0_RX_N_IPAD, input REFCLK0_X0Y0_I, inout [35:0] CONTROL, input SYSCLOCK_I ); endmodule module chipscope_icon ( inout [35:0] CONTROL0); endmodule