[DEVICE]
Family = lc4k;
PartType = LC4256V;
Package = 100TQFP;
PartNumber = LC4256V-3T100C;
Speed = -3;
Operating_condition = COM;
EN_Segment = Yes;
Pin_MC_1to1 = No;
Default_Device_Io_Types=LVCMOS18,-;
Voltage = 3.3;

[REVISION]
RCS = "$Header $";
Parent = lc4k256v.lci;
Design = ;
DATE = 01/04/2006;
TIME = 17:25:09;
Source_Format = EDIF;
Type = ;
Pre_Fit_Time = ;

[IGNORE ASSIGNMENTS]
Pin_Assignments = No;
Pin_Keep_Block = No;
Pin_Keep_Segment = No;
Group_Assignments = No;
Macrocell_Assignments = No;
Macrocell_Keep_Block = No;
Macrocell_Keep_Segment = No;
Pin_Reservation = No;
Block_Reservation = No;
Segment_Reservation = No;
Timing_Constraints = No;
IO_Types = No;

[CLEAR ASSIGNMENTS]
Pin_Assignments = No;
Pin_Keep_Block = No;
Pin_Keep_Segment = No;
Group_Assignments = No;
Macrocell_Assignments = No;
Macrocell_Keep_Block = No;
Macrocell_Keep_Segment = No;
Pin_Reservation = No;
Block_Reservation = No;
Segment_Reservation = No;
Timing_Constraints = No;
IO_Types = No;

[BACKANNOTATE ASSIGNMENTS]
Pin_Assignment = Yes;
Pin_Block = No;
Pin_Macrocell_Block = No;
Routing = No;
Io_Types = No;

[GLOBAL CONSTRAINTS]
Max_Fanin = 24;
Max_PTerm_Split = 80;
Max_PTerm_Collapse = 16;
Max_Pin_Percent = 100;
Max_Macrocell_Percent = 100;
Max_GLB_Input_Percent = 100;
Logic_Reduction = Yes;
XOR_Synthesis = Yes;
Keep_XOR = No;
DT_Synthesis = Yes;
Node_Collapse = Yes;
Nodes_collapsing_mode = FMAX;
Fmax_Logic_Level = 1;
Use_CE = Yes;
Use_Internal_COM_FB = Yes;
Set_Reset_Swap = No;
Clock_Optimize = No;
EN_Set_Reset_Dont_Care = No;
TOE_AS_IO = No;
Set_Reset_Dont_Care = No;
EN_In_Reg_Optimize = No;
In_Reg_Optimize = Yes;
Run_Time = 0;
Routing_Attempts = 2;
Balanced_Partitioning = Yes;
Spread_Placement = Yes;
Usercode = ;
Usercode_Format = HEX;
Vcc = ;
Dual_Function_Macrocell = 1;
Global_PTOE = Yes;
Hard_Fast_Bypass = No;
Fitter_Effort_Level = LOW;
Auto_buffering_for_high_glb_fanin = Off;
Auto_buffering_for_low_bonded_io = Off;
User_max_glb_fanin = 36;
Adjust_input_assignments = Off;

[LOCATION ASSIGNMENTS]
// Block A
LED_7_=pin,94,-,A,12;
LED_6_=pin,93,-,A,10;
LED_5_=pin,92,-,A,9;
nx1083=node,-,-,A,0;
nx1161=node,-,-,A,5;
ni_nires_reg_new_cnt_0_=node,-,-,A,7;
ni_nires_reg_old_cnt_0_=node,-,-,A,3;
ni_nires_reg_old_cnt_1_=node,-,-,A,4;
ni_nires_reg_data_out_10_=node,-,-,A,11;
ni_nires_reg_data_out_13_=node,-,-,A,13;
nx1719=node,-,-,A,6;
ni_nires_reg_data_out_17_=node,-,-,A,14;
nx1743=node,-,-,A,1;
nx1770=node,-,-,A,2;
ni_nires_reg_data_out_4_=node,-,-,A,15;
// Block B
SCL=pin,99,-,B,0;
SDA=pin,100,-,B,15;
nx599=node,-,-,B,12;
nx1435=node,-,-,B,1;
ID_1_3_=node,-,-,B,6;
ID_1_2_=node,-,-,B,4;
ID_1_1_=node,-,-,B,5;
ID_1_0_=node,-,-,B,8;
ID_1_4_=node,-,-,B,2;
ID_1_6_=node,-,-,B,7;
ID_1_5_=node,-,-,B,9;
ID_3_6_=node,-,-,B,10;
nx1738=node,-,-,B,3;
// Block C
NI_STR=pin,6,-,C,2;
reset_n=pin,3,-,C,12;
SD2ANL=pin,4,-,C,10;
ix1547=node,-,-,C,2;
ix1553=node,-,-,C,3;
ni_nires_reg_gray_cnt_1_=node,-,-,C,6;
ni_nires_reg_gray_cnt_0_=node,-,-,C,7;
ni_nires_reg_data3pos_3_=node,-,-,C,8;
ni_nires_reg_data2pos_7_=node,-,-,C,9;
ni_nires_reg_data3pos_7_=node,-,-,C,11;
ni_nires_reg_data0pos_7_=node,-,-,C,12;
ni_nires_reg_data2pos_9_=node,-,-,C,13;
ni_nires_reg_data3pos_9_=node,-,-,C,14;
ni_nires_reg_data0pos_9_=node,-,-,C,15;
ni_nires_reg_data1pos_9_=node,-,-,C,0;
ni_nires_reg_data_out_0_=node,-,-,C,4;
ni_nires_reg_data1neg_6_=node,-,-,C,5;
// Block D
NI_D_8_=pin,9,-,D,10;
NI_D_9_=pin,8,-,D,12;
NI_D_7_=pin,10,-,D,6;
NI_D_6_=pin,11,-,D,4;
ni_reg_ce_prty_bit_neg=node,-,-,D,13;
nx1189=node,-,-,D,10;
ID_0_3_=node,-,-,D,0;
ID_0_2_=node,-,-,D,2;
ID_0_1_=node,-,-,D,4;
ID_0_0_=node,-,-,D,6;
ID_0_7_=node,-,-,D,7;
ID_0_6_=node,-,-,D,8;
ID_0_5_=node,-,-,D,9;
ID_0_4_=node,-,-,D,3;
nx1387=node,-,-,D,15;
nx1474=node,-,-,D,14;
nx1578=node,-,-,D,11;
nx1922=node,-,-,D,1;
nx1946=node,-,-,D,5;
// Block E
NI_D_5_=pin,14,-,E,4;
NI_D_4_=pin,15,-,E,6;
NI_D_3_=pin,16,-,E,10;
NI_D_2_=pin,17,-,E,12;
ni_nires_reg_data_out_8_=node,-,-,E,5;
ni_nires_reg_data2neg_8_=node,-,-,E,9;
ni_nires_reg_data3neg_8_=node,-,-,E,10;
ni_nires_reg_data0neg_8_=node,-,-,E,11;
ni_nires_reg_data1neg_8_=node,-,-,E,12;
ni_nires_reg_data_out_9_=node,-,-,E,6;
ni_nires_reg_data_out_11_=node,-,-,E,7;
ni_nires_reg_data2neg_3_=node,-,-,E,13;
ni_nires_reg_data3neg_3_=node,-,-,E,14;
ni_nires_reg_data0neg_3_=node,-,-,E,15;
ni_nires_reg_data1neg_3_=node,-,-,E,0;
ni_nires_reg_data2neg_4_=node,-,-,E,1;
ni_nires_reg_data3neg_4_=node,-,-,E,2;
ni_nires_reg_data0neg_4_=node,-,-,E,3;
ni_nires_reg_data1neg_4_=node,-,-,E,4;
ni_nires_reg_data_out_7_=node,-,-,E,8;
// Block F
NI_D_1_=pin,19,-,F,2;
NI_D_0_=pin,20,-,F,6;
ni_nires_reg_data2pos_0_=node,-,-,F,10;
ni_nires_reg_data3pos_0_=node,-,-,F,11;
ni_nires_reg_data0pos_0_=node,-,-,F,12;
ni_nires_reg_data1pos_0_=node,-,-,F,13;
ni_nires_reg_data2pos_6_=node,-,-,F,14;
ni_nires_reg_data3pos_6_=node,-,-,F,15;
ni_nires_reg_data0pos_6_=node,-,-,F,0;
ni_nires_reg_data1pos_6_=node,-,-,F,1;
ni_nires_reg_data2neg_0_=node,-,-,F,3;
ni_nires_reg_data3neg_0_=node,-,-,F,4;
ni_nires_reg_data0neg_0_=node,-,-,F,5;
ni_nires_reg_data1neg_0_=node,-,-,F,6;
ni_nires_reg_data2neg_6_=node,-,-,F,7;
ni_nires_reg_data3neg_6_=node,-,-,F,8;
ni_nires_reg_data0neg_6_=node,-,-,F,9;
// Block G
DIS_JTG=pin,28,-,G,12;
jTCK=pin,30,-,G,6;
jTMS=pin,31,-,G,2;
ni_nires_reg_data_out_12_=node,-,-,G,11;
ni_nires_reg_data2pos_2_=node,-,-,G,0;
ni_nires_reg_data3pos_2_=node,-,-,G,1;
ni_nires_reg_data0pos_2_=node,-,-,G,2;
ni_nires_reg_data1pos_2_=node,-,-,G,3;
ni_nires_reg_data0pos_4_=node,-,-,G,4;
ni_nires_reg_data1pos_4_=node,-,-,G,5;
ni_nires_reg_data_out_16_=node,-,-,G,12;
ni_nires_reg_data2pos_8_=node,-,-,G,6;
ni_nires_reg_data3pos_8_=node,-,-,G,7;
ni_nires_reg_data0pos_8_=node,-,-,G,8;
ni_nires_reg_data1pos_8_=node,-,-,G,9;
ni_nires_reg_data_out_19_=node,-,-,G,13;
ni_nires_reg_data_out_5_=node,-,-,G,14;
ni_nires_reg_data_out_6_=node,-,-,G,15;
// Block H
jTDI=pin,34,-,H,12;
jTDO=pin,35,-,H,10;
ID_2_2_=node,-,-,H,4;
ID_2_1_=node,-,-,H,8;
ID_2_0_=node,-,-,H,13;
ID_2_3_=node,-,-,H,2;
ID_2_6_=node,-,-,H,14;
ID_2_5_=node,-,-,H,15;
ID_2_4_=node,-,-,H,6;
ID_3_2_=node,-,-,H,5;
ID_3_1_=node,-,-,H,9;
ID_3_0_=node,-,-,H,0;
ID_3_3_=node,-,-,H,3;
ID_3_5_=node,-,-,H,1;
ID_3_4_=node,-,-,H,7;
// Block I
TESTEN=pin,44,-,I,12;
LED_9_=pin,42,-,I,6;
LED_8_=pin,41,-,I,5;
LED_10_=pin,43,-,I,10;
j2c_reg_cmdreg_2_=node,-,-,I,14;
j2c_reg_creg1i_6_reg=node,-,-,I,0;
ni_nires_reg_valid=node,-,-,I,7;
j2c_reg_cmdreg_0_=node,-,-,I,1;
nx601=node,-,-,I,15;
j2c_reg_creg0i_4_=node,-,-,I,2;
j2c_reg_creg0i_6_=node,-,-,I,3;
ni_nires_reg_data_out_14_=node,-,-,I,8;
ni_nires_reg_data_out_15_=node,-,-,I,9;
ni_nires_reg_data_out_2_=node,-,-,I,11;
ni_nires_reg_data_out_3_=node,-,-,I,13;
// Block J
PRBSEN=pin,47,-,J,8;
LCKREFN=pin,48,-,J,9;
ENABLE=pin,49,-,J,10;
TX_ER=pin,50,-,J,12;
j2c_reg_creg1i_7_reg=node,-,-,J,0;
nx234=node,-,-,J,5;
ni_reg_ce_prty_bit_pos=node,-,-,J,11;
j2c_reg_cmdreg_3_=node,-,-,J,6;
j2c_reg_creg0i_7_=node,-,-,J,1;
j2c_reg_shreg_3_=node,-,-,J,15;
j2c_reg_creg0i_0_=node,-,-,J,2;
j2c_reg_creg0i_3_=node,-,-,J,3;
j2c_reg_creg0i_2_=node,-,-,J,4;
ni_nires_reg_data_out_18_=node,-,-,J,13;
ni_nires_reg_data_out_1_=node,-,-,J,14;
// Block K
TXD_14_=pin,56,-,K,8;
LOOPEN=pin,53,-,K,12;
TX_EN=pin,54,-,K,10;
TXD_15_=pin,55,-,K,7;
j2c_reg_cmdreg_1_=node,-,-,K,9;
ix1217=node,-,-,K,11;
ix1223=node,-,-,K,13;
ni_nires_reg_clear_n_i=node,-,-,K,4;
j2c_reg_shreg_7_=node,-,-,K,14;
j2c_reg_shreg_4_=node,-,-,K,15;
j2c_reg_shreg_6_=node,-,-,K,0;
j2c_reg_creg0i_5_=node,-,-,K,1;
j2c_reg_creg0i_1_=node,-,-,K,2;
j2c_reg_shreg_0_=node,-,-,K,3;
ID_2_2__0=node,-,-,K,5;
// Block L
TXD_13_=pin,58,-,L,13;
TXD_12_=pin,59,-,L,10;
TXD_11_=pin,60,-,L,7;
TXD_10_=pin,61,-,L,5;
ni_reg_prty_bit_neg_r=node,-,-,L,1;
ni_nires_reg_data2pos_3_=node,-,-,L,9;
nx1613=node,-,-,L,4;
ni_nires_reg_data0pos_3_=node,-,-,L,11;
ni_nires_reg_data1pos_3_=node,-,-,L,12;
ni_nires_reg_data2pos_4_=node,-,-,L,14;
ni_nires_reg_data3pos_4_=node,-,-,L,0;
ni_nires_reg_data1pos_7_=node,-,-,L,3;
nx1782=node,-,-,L,6;
nx1808=node,-,-,L,8;
// Block M
clk=pin,66,-,M,10;
TXD_9_=pin,64,-,M,4;
TXD_8_=pin,65,-,M,13;
TXD_7_=pin,67,-,M,12;
ni_nires_reg_data2neg_2_=node,-,-,M,14;
ni_nires_reg_data3neg_2_=node,-,-,M,15;
ni_nires_reg_data0neg_2_=node,-,-,M,0;
ni_nires_reg_data1neg_2_=node,-,-,M,1;
ni_nires_reg_data2neg_5_=node,-,-,M,2;
ni_nires_reg_data3neg_5_=node,-,-,M,3;
ni_nires_reg_data0neg_5_=node,-,-,M,5;
ni_nires_reg_data1neg_5_=node,-,-,M,6;
ni_nires_reg_data2neg_7_=node,-,-,M,7;
ni_nires_reg_data3neg_7_=node,-,-,M,8;
ni_nires_reg_data0neg_7_=node,-,-,M,9;
ni_nires_reg_data1neg_7_=node,-,-,M,10;
// Block N
TXD_6_=pin,69,-,N,2;
TXD_5_=pin,70,-,N,13;
TXD_4_=pin,71,-,N,12;
TXD_3_=pin,72,-,N,14;
ni_nires_reg_data2neg_9_=node,-,-,N,15;
ni_nires_reg_data3neg_9_=node,-,-,N,0;
ni_nires_reg_data0neg_9_=node,-,-,N,1;
ni_nires_reg_data1neg_9_=node,-,-,N,3;
ni_nires_reg_gray_cntf_0_=node,-,-,N,4;
ni_nires_reg_gray_cntf_1_=node,-,-,N,5;
ni_nires_reg_new_cnt_1_=node,-,-,N,11;
ni_nires_reg_data2neg_1_=node,-,-,N,6;
ni_nires_reg_data3neg_1_=node,-,-,N,7;
ni_nires_reg_data0neg_1_=node,-,-,N,8;
ni_nires_reg_data1neg_1_=node,-,-,N,9;
// Block O
FAULT=pin,81,-,O,2;
TXD_2_=pin,78,-,O,12;
TXD_1_=pin,79,-,O,10;
TXD_0_=pin,80,-,O,6;
nx1113=node,-,-,O,7;
nx1129=node,-,-,O,2;
nx1165=node,-,-,O,3;
ni_reg_prty_bit_pos_r=node,-,-,O,0;
nx1519=node,-,-,O,14;
j2c_reg_shreg_1_=node,-,-,O,9;
j2c_reg_shreg_2_=node,-,-,O,11;
nx1601=node,-,-,O,13;
nx815=node,-,-,O,15;
nx923=node,-,-,O,1;
nx939=node,-,-,O,8;
nx1033=node,-,-,O,5;
// Block P
EN=pin,84,-,P,14;
j2c_reg_rstout_n_i=node,-,-,P,0;
j2c_bitcnt_2_=node,-,-,P,15;
j2c_bitcnt_1_=node,-,-,P,1;
j2c_bitcnt_0_=node,-,-,P,2;
j2c_reg_shreg_5_=node,-,-,P,3;
ni_nires_reg_data2pos_1_=node,-,-,P,4;
ni_nires_reg_data3pos_1_=node,-,-,P,5;
ni_nires_reg_data0pos_1_=node,-,-,P,6;
ni_nires_reg_data1pos_1_=node,-,-,P,7;
ni_nires_reg_data2pos_5_=node,-,-,P,8;
ni_nires_reg_data3pos_5_=node,-,-,P,9;
ni_nires_reg_data0pos_5_=node,-,-,P,10;
ni_nires_reg_data1pos_5_=node,-,-,P,11;
j2c_reg_rstout_n_i_0=node,-,-,P,12;
[PTOE ASSIGNMENTS]

[FAST BYPASS]
Default=NONE;
BYPASS=;

[ORP BYPASS]
default=NONE;

[INPUT REGISTERS]
Default=NONE;
;

[IO TYPES]
NI_D_8_=LVCMOS33,pin,-,-;
NI_D_9_=LVCMOS33,pin,-,-;
NI_D_7_=LVCMOS33,pin,-,-;
NI_STR=LVCMOS33,pin,-,-;
NI_D_6_=LVCMOS33,pin,-,-;
NI_D_5_=LVCMOS33,pin,-,-;
reset_n=LVCMOS33,pin,-,-;
NI_D_4_=LVCMOS33,pin,-,-;
clk=LVCMOS33,pin,-,-;
NI_D_3_=LVCMOS33,pin,-,-;
NI_D_2_=LVCMOS33,pin,-,-;
NI_D_1_=LVCMOS33,pin,-,-;
NI_D_0_=LVCMOS33,pin,-,-;
DIS_JTG=LVCMOS33,pin,-,-;
FAULT=LVCMOS33,pin,-,-;
jTCK=LVCMOS33,pin,-,-;
jTDI=LVCMOS33,pin,-,-;
jTMS=LVCMOS33,pin,-,-;
EN=LVCMOS33,pin,1,-;
TESTEN=LVCMOS33,pin,1,-;
SCL=LVCMOS33,pin,0,-;
SDA=LVCMOS33,pin,0,-;
jTDO=LVCMOS33,pin,0,-;
LED_9_=LVCMOS33,pin,1,-;
LED_8_=LVCMOS33,pin,1,-;
LED_10_=LVCMOS33,pin,1,-;
LED_7_=LVCMOS33,pin,0,-;
LED_6_=LVCMOS33,pin,0,-;
LED_5_=LVCMOS33,pin,0,-;
PRBSEN=LVCMOS33,pin,1,-;
LCKREFN=LVCMOS33,pin,1,-;
ENABLE=LVCMOS33,pin,1,-;
TXD_14_=LVCMOS33,pin,1,-;
LOOPEN=LVCMOS33,pin,1,-;
TXD_13_=LVCMOS33,pin,1,-;
TX_ER=LVCMOS33,pin,1,-;
TXD_12_=LVCMOS33,pin,1,-;
TX_EN=LVCMOS33,pin,1,-;
TXD_11_=LVCMOS33,pin,1,-;
TXD_10_=LVCMOS33,pin,1,-;
TXD_15_=LVCMOS33,pin,1,-;
TXD_9_=LVCMOS33,pin,1,-;
TXD_8_=LVCMOS33,pin,1,-;
TXD_7_=LVCMOS33,pin,1,-;
TXD_6_=LVCMOS33,pin,1,-;
SD2ANL=LVCMOS33,pin,0,-;
TXD_5_=LVCMOS33,pin,1,-;
TXD_4_=LVCMOS33,pin,1,-;
TXD_3_=LVCMOS33,pin,1,-;
TXD_2_=LVCMOS33,pin,1,-;
TXD_1_=LVCMOS33,pin,1,-;
TXD_0_=LVCMOS33,pin,1,-;

[PLL ASSIGNMENTS]

[RESOURCE RESERVATIONS]
layer=OFF;

[SLEWRATE]
SLOW=LED_5_,LED_6_,LED_7_,LED_8_,LED_9_,LED_10_,LOOPEN,PRBSEN,TESTEN,TX_ER,EN,ENABLE,LCKREFN,jTDO,SCL,SDA;
Default=FAST;

[PULLUP]
Default=UP;

[FITTER RESULTS]
I/O_pin_util = 81;
I/O_pin = 52;
Logic_PT_util = 60;
Logic_PT = 774;
Occupied_MC_util = 96;
Occupied_MC = 248;
Occupied_PT_util = 75;
Occupied_PT = 995;
GLB_input_util = 76;
GLB_input = 439;

[TIMING CONSTRAINTS]
layer=OFF;

[FITTER REPORT FORMAT]
Fitter_Options = Yes;
Pinout_Diagram = No;
Pinout_Listing = Yes;
Detailed_Block_Segment_Summary = Yes;
Input_Signal_List = Yes;
Output_Signal_List = Yes;
Bidir_Signal_List = Yes;
Node_Signal_List = Yes;
Signal_Fanout_List = Yes;
Block_Segment_Fanin_List = Yes;
Postfit_Eqn = Yes;
Page_Break = Yes;
Detailed = No;

[POWER]
Default=HIGH;

[SOURCE_CONSTRAINT_OPTION]

[HARDWARE DEVICE OPTIONS]
Zero_Hold_Time = No;
Signature_Word = ;
Pullup = No;
Slew_Rate = FAST;

[TIMING ANALYZER]
Last_source=;
Last_source_type=Fmax;