Merge branch 'master' of https://github.com/fpga-logi/logi-projects

fpga-logi · Mar 20, 2015 · e7b5254 · e7b5254
2 parents d4c140f + cb58a79
commit e7b5254
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diff --git a/logi-edu-test/hw/logipi/hdl/logi_edu_test.vhd b/logi-edu-test/hw/logipi/hdl/logi_edu_test.vhd
@@ -156,7 +156,8 @@ pll0 : clock_gen
     CLK_OUT1 => clk_100Mhz,
 	 CLK_OUT2 => clk_50Mhz,
     -- Status and control signals
-    LOCKED => clock_locked);
+    LOCKED => clock_locked
+	 );
 
 gls_clk <= clk_100Mhz;
 vga_clk <= clk_50Mhz;
@@ -264,7 +265,7 @@ gpio0 : wishbone_gpio
 			wbs_cycle      => intercon_gpio0_wbm_cycle, 
 			--MAP GPIO TO IO PI											 TEST1-OUT	TEST1-DIR EXPECT-PORT TEST1-REVERSE = INVERTED FROM TEST1
 			gpio(7) =>PMOD4(7),		--NES_DATA1       PMOD4(7)		0			0				1
-			gpio(6) =>PMOD4(6),			--PWM1            PMOD4(6)		0			0				1
+			gpio(6) =>PMOD4(6),		--PWM1            PMOD4(6)		0			0				1
 			gpio(5) =>PMOD4(5),		--PS2D_1          PMOD4(5)		0			0				1
 			gpio(4) =>PMOD4(4),		--PS2C_1          PMOD4(4)		1			1				0
 			gpio(3) =>PMOD4(3),		--NES_DAT2        PMOD4(3)		0			0				1
@@ -288,24 +289,24 @@ sseg0 : wishbone_7seg4x
 			wbs_ack        => intercon_sseg0_wbm_ack,    
 			wbs_cycle      => intercon_sseg0_wbm_cycle, 
 
-			sseg_edu_cathode_out => sseg_edu_cathode_out,
-			sseg_edu_anode_out => sseg_edu_anode_out
+			sseg_cathode_out => sseg_edu_cathode_out,
+			sseg_anode_out => sseg_edu_anode_out
 	 );
 
-	PMOD2(4) <= sseg_edu_cathode_out(0); -- cathode 0
-	PMOD2(0) <= sseg_edu_cathode_out(1); -- cathode 1
-	PMOD2(2) <= sseg_edu_cathode_out(2); -- cathode 2
-	PMOD2(3) <= sseg_edu_cathode_out(3); -- cathode 3
-	PMOD2(1) <= sseg_edu_cathode_out(4); -- cathode 4
+	PMOD2(5) <= sseg_edu_cathode_out(0); -- cathode 0
+	PMOD2(1) <= sseg_edu_cathode_out(1); -- cathode 1
+	PMOD3(0) <= sseg_edu_cathode_out(2); -- cathode 2
+	PMOD3(1) <= sseg_edu_cathode_out(3); -- cathode 3
+	PMOD2(2) <= sseg_edu_cathode_out(4); -- cathode 4
 
-	PMOD3(5) <= sseg_edu_anode_out(0); --A
-	PMOD3(4) <= sseg_edu_anode_out(1); --B
-	PMOD3(1) <= sseg_edu_anode_out(2); --C
-	PMOD2(5) <= sseg_edu_anode_out(3); --D
-	PMOD2(6) <= sseg_edu_anode_out(4); --E
-	PMOD3(6) <= sseg_edu_anode_out(5); --F
-	PMOD3(0) <= sseg_edu_anode_out(6); --G
-	PMOD2(7) <= sseg_edu_anode_out(7); --DP
+	PMOD3(6) <= sseg_edu_anode_out(0); --A
+	PMOD3(5) <= sseg_edu_anode_out(1); --B
+	PMOD3(3) <= sseg_edu_anode_out(2); --C
+	PMOD2(6) <= sseg_edu_anode_out(3); --D
+	PMOD2(7) <= sseg_edu_anode_out(4); --E
+	PMOD3(7) <= sseg_edu_anode_out(5); --F
+	PMOD3(2) <= sseg_edu_anode_out(6); --G
+	PMOD3(4) <= sseg_edu_anode_out(7); --DP
 
 
 -- following code tests the audio out.
@@ -338,16 +339,16 @@ PMOD1(3) <= vga_hsync ;
 PMOD1(7) <= vga_vsync ;	
 PMOD1(0) <= vga_red(2);		
 PMOD1(4) <= vga_red(1);		
-PMOD3(7) <= vga_red(0); 	
+PMOD2(4) <= vga_red(0); 	
 PMOD1(1) <= vga_green(2);	
 PMOD1(5) <= vga_green(1);	
-PMOD3(3) <= vga_green(0);	
+PMOD2(3) <= vga_green(0);	
 PMOD1(2) <= vga_blue(2);	
 PMOD1(6) <= vga_blue(1);	
-PMOD3(2) <= vga_blue(0);	
+PMOD2(0) <= vga_blue(0);	
 
 
-LED(0) <=  sseg_edu_cathode_out(0);
+LED(0) <= sseg_edu_cathode_out(0);
 LED(1) <= PB(0) ;
 
 end Behavioral;

diff --git a/logi-edu-test/hw/logipi/hdl/logipi_r1_1_edu.ucf b/logi-edu-test/hw/logipi/hdl/logipi_r1_1_edu.ucf
@@ -0,0 +1,104 @@
+##========================================================
+##    Pin assignments
+##    Logi-Pi - Pong Chu book compatible - (work in progress)
+##   	- Intended for use the the Logi-Pi and EDU expansion 
+##========================================================
+
+##========================================================
+NET "clk" TNM_NET = clk;
+TIMESPEC TS_clk = PERIOD "clk" 50 MHz HIGH 50%;
+
+##========================================================
+## clock and reset
+##========================================================
+NET "clk"    LOC = P85;
+
+##========================================================
+## Buttons
+##========================================================
+NET "btn_n<0>"   LOC = P102;	
+NET "btn_n<1>"   LOC = P101;
+#NET "reset_n"  	LOC = P101;	#--reset needs to be moved around depending on application, use sw or button
+
+##=========================================================
+### 2 slide switches
+##==========================================================			
+NET "sw<0>"  LOC = P99;
+NET "sw<1>"  LOC = P100;
+
+#========================================================
+# 2 discrete LEDs
+#========================================================
+NET "led<0>"  LOC = P105	;
+NET "led<1>"  LOC = P104	;
+
+###========================================================
+### VGA outputs
+###========================================================
+NET "red<0>"  LOC = P116 	| DRIVE=24 | SLEW=FAST		;	//!P2_7
+NET "red<1>"  LOC = P88 	| DRIVE=24 | SLEW=FAST		;	//P1_7
+NET "red<2>"  LOC = P5 	| DRIVE=24 | SLEW=FAST		;		//P1_1
+
+NET "green<0>"  LOC = P123 | DRIVE=24 | SLEW=FAST		;	//!P2_4	
+NET "green<1>"  LOC = P92 | DRIVE=24 | SLEW=FAST		;	//P1_8
+NET "green<2>"  LOC = P2 	| DRIVE=24 | SLEW=FAST		;	//P1_2
+
+NET "blue<0>"  LOC = P124 | DRIVE=24 | SLEW=FAST		;	//!P2_1 
+NET "blue<1>"  LOC = P93 	| DRIVE=24 | SLEW=FAST		;	//P1_9
+NET "blue<2>"  LOC = P1 	| DRIVE=24 | SLEW=FAST		;	//P1_3
+
+NET "vsync"   LOC = P94 	| DRIVE=24 | SLEW=FAST		;	//P1_10
+NET "hsync"   LOC = P16  	| DRIVE=24 | SLEW=FAST		;	//P1_4	
+
+
+
+##========================================================
+## NES controller pins
+##========================================================
+NET "nes_clk"  	LOC = P111	|	IOSTANDARD = LVCMOS33;		#PMOD4_2
+NET "nes_lat"  	LOC = P124	|	IOSTANDARD = LVCMOS33;		#PMOD4_3
+NET "nes1_dat"    LOC = P133	|	IOSTANDARD = LVCMOS33;	#PMOD4_10
+NET "nes2_dat"  	LOC = P123	|	IOSTANDARD = LVCMOS33;	#PMOD4_4
+
+##========================================================
+## PS2 port 1
+##========================================================
+NET "ps2c_1" LOC=P115;	##PMOD4-7
+NET "ps2d_1" LOC=P114;	##PMOD4-8
+
+##========================================================
+## PS2 port 2
+##========================================================
+NET "ps2c_2" LOC=P124	;	##PMOD3_3	#!PMOD2_1
+NET "ps2d_2" LOC=P116	;	##PMOD3_10  #!PMOD2_7
+
+# This controls segments from 0:3 right to left 
+#========================================================
+# 4-digit time-multiplexed 7-segment LED display
+#========================================================
+# This is from 3-0 right to left
+# digit enable					
+NET "an<3>"  LOC = 	P144	;	#p3_2	 !
+NET "an<2>"  LOC = 	P142	;  #p3_1	!
+NET "an<1>"  LOC = 	P15	;  #p2_2	!
+NET "an<0>"  LOC = 	P14	;  #p2_8	!
+#NET "an_l"   LOC =   P141	;	#p2_2	 !???
+
+# This is wired low bit = a , etc.  the book code is reversed order.
+# 7-segment led segments
+NET "sseg<0>"  LOC = P118	; 	# segment a			p3_9
+NET "sseg<1>"  LOC = P119	; 	# segment b			p3_8
+NET "sseg<2>"  LOC = P137	; 	# segment c			p3_4
+NET "sseg<3>"  LOC = P143	; 	# segment d			p2_9
+NET "sseg<4>"  LOC = P140	; 	# segment e			p2_10
+NET "sseg<5>"  LOC = P117	; 	# segment f 		p3_10
+NET "sseg<6>"  LOC = P138	; 	# segment g			p3_3
+NET "sseg<7>"  LOC = P139	; 	# decimal point 	p3_10	
+
+#========================================================
+# UART for Rpi
+# TX = FGPA TX  = Host RX				
+# RX = FPGA RX  = Host TX				
+#========================================================
+#NET "rx" 				LOC= "P83" 			| IOSTANDARD = LVTTL;	#Pi output FPGA input		#Shared with Arduino TX
+#NET "tx" 				LOC= "P82" 			| IOSTANDARD = LVTTL;	#Pi input FPGA output		#Shared with Arduino RX
diff --git a/logi-edu-test/hw/logipi/hdl/logipi_r1_5.ucf b/logi-edu-test/hw/logipi/hdl/logipi_r1_5.ucf
@@ -0,0 +1,153 @@
+##############################################################################
+# Timing Constraints #
+##############################################################################
+
+##### Grouping Constraints #####
+NET OSC_FPGA TNM_NET = clk50_grp;
+#NET DRAM_CLK TNM_NET = clk100_grp;
+NET SYS_SPI_SCK TNM_NET = clk32_grp;
+
+##### Clock Period Constraints #####
+TIMESPEC TS_PER_CLK50 = PERIOD "clk50_grp" 20.0 ns ;
+#TIMESPEC TS_PER_CLK100 = PERIOD "clk100_grp" 10.0 ns;
+TIMESPEC TS_PER_CLK32 = PERIOD "clk32_grp" 20.0 ns;
+#PIN "sys_clocks_gen/clkout2_buf.O" CLOCK_DEDICATED_ROUTE = FALSE;
+NET "SYS_SPI_SCK" CLOCK_DEDICATED_ROUTE = FALSE;
+
+##############################################################################
+# Pin LOC Constraints #
+##############################################################################
+NET "OSC_FPGA"      	LOC = "P85" 		| IOSTANDARD = LVTTL;
+
+#Peripherals#############################################################
+NET "LED<0>"       		LOC = "P105" 		| IOSTANDARD = LVTTL;		#SHARED WITH ARD_D6
+NET "LED<1>"       		LOC = "P104" 		| IOSTANDARD = LVTTL;		#SHARED WITH ARD_D7
+NET "PB<0>"        		LOC = "P102" 		| IOSTANDARD = LVTTL;
+NET "PB<1>"        		LOC = "P101" 		| IOSTANDARD = LVTTL;
+#NET "SW<0>"        		LOC = "P99" 		| IOSTANDARD = LVTTL;
+#NET "SW<1>"        		LOC = "P100" 		| IOSTANDARD = LVTTL;
+
+
+##SATA###########################################################################
+#NET "SATA_D1_P"			LOC = "P127"		| IOSTANDARD = LVDS_33;
+#NET "SATA_D1_N"			LOC = "P126"		| IOSTANDARD = LVDS_33;
+#NET "SATA_D2_P"			LOC = "P121"		| IOSTANDARD = LVDS_33;
+#NET "SATA_D2_N"			LOC = "P120"		| IOSTANDARD = LVDS_33;
+#			
+##SDRAM#########################################################################
+#NET "SDRAM_CKE"			LOC = "P48"			| IOSTANDARD = LVTTL ;
+#NET "SDRAM_CLK"			LOC = "P50"			| IOSTANDARD = LVTTL | SLEW = FAST ;
+#NET "SDRAM_nCAS"		LOC = "P7"			| IOSTANDARD = LVTTL ;
+#NET "SDRAM_nRAS"		LOC = "P6"			| IOSTANDARD = LVTTL ;
+#NET "SDRAM_nWE"			LOC = "P8"			| IOSTANDARD = LVTTL ;
+##NET "DRAM_CS_N" #CS IS PULLED LOW TO SAVE ON PIN COUNT - Can be pulled high with solder jumper on bottom of board
+#NET "SDRAM_BA<0>"		LOC = "P26"			| IOSTANDARD = LVTTL ;
+#NET "SDRAM_BA<1>"		LOC = "P27"			| IOSTANDARD = LVTTL ;
+#NET "SDRAM_DQM<0>"		LOC = "P9"			| IOSTANDARD = LVTTL ;
+#NET "SDRAM_DQM<1>" 		LOC = "P67"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_ADDR<0>"		LOC = "P30"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_ADDR<1>"		LOC = "P32"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_ADDR<2>"		LOC = "P33"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_ADDR<3>"		LOC = "P34"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_ADDR<4>"		LOC = "P35"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_ADDR<5>"		LOC = "P40"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_ADDR<6>"		LOC = "P41"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_ADDR<7>"		LOC = "P43"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_ADDR<8>"		LOC = "P44"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_ADDR<9>"		LOC = "P45"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_ADDR<10>"	LOC = "P29"			| IOSTANDARD = LVTTL ;		
+#NET "SDRAM_ADDR<11>"	LOC = "P46"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_ADDR<12>"	LOC = "P47"			| IOSTANDARD = LVTTL ;		
+#NET "SDRAM_DQ<0>" 		LOC = "P24"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_DQ<1>" 		LOC = "P23"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_DQ<2>" 		LOC = "P22"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_DQ<3>" 		LOC = "P21"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_DQ<4>" 		LOC = "P17"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_DQ<5>" 		LOC = "P12"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_DQ<6>" 		LOC = "P11"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_DQ<7>" 		LOC = "P10"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_DQ<8>" 		LOC = "P66"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_DQ<9>" 		LOC = "P62"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_DQ<10>" 		LOC = "P61"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_DQ<11>" 		LOC = "P59"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_DQ<12>" 		LOC = "P58"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_DQ<13>"		LOC = "P57"			| IOSTANDARD = LVTTL ;		
+#NET "SDRAM_DQ<14>" 		LOC = "P56"			| IOSTANDARD = LVTTL ;	
+#NET "SDRAM_DQ<15>"		LOC = "P55"			| IOSTANDARD = LVTTL ;
+
+#PMOD1#############################################################################
+NET "PMOD1<0>" 			LOC = "P5" 			| IOSTANDARD = LVTTL;	#VGA_R2
+NET "PMOD1<1>" 			LOC = "P2" 			| IOSTANDARD = LVTTL;	#VGA_G2
+NET "PMOD1<2>" 			LOC = "P1" 			| IOSTANDARD = LVTTL;	#VGA_B2
+NET "PMOD1<3>" 			LOC = "P16" 		| IOSTANDARD = LVTTL;	#VGA_HS
+NET "PMOD1<4>"				LOC = "P88" 		| IOSTANDARD = LVTTL;	#VGA_R1
+NET "PMOD1<5>" 			LOC = "P92" 		| IOSTANDARD = LVTTL;	#VGA_G1
+NET "PMOD1<6>" 			LOC = "P93" 		| IOSTANDARD = LVTTL;	#VGA_B1
+NET "PMOD1<7>" 			LOC = "P94" 		| IOSTANDARD = LVTTL;	#VGA_VS
+#PMOD2#############################################################################
+NET "PMOD2<0>" 			LOC = "P142" 		| IOSTANDARD = LVTTL; 	#VGA_B0
+NET "PMOD2<1>" 			LOC = "P141" 		| IOSTANDARD = LVTTL;	#SSEG_A2
+NET "PMOD2<2>" 			LOC = "P15" 		| IOSTANDARD = LVTTL;	#SSEG_L
+NET "PMOD2<3>" 			LOC = "P14" 		| IOSTANDARD = LVTTL;	#VGA_G0
+NET "PMOD2<4>" 			LOC = "P144" 		| IOSTANDARD = LVTTL;	#VGA_R0
+NET "PMOD2<5>" 			LOC = "P143" 		| IOSTANDARD = LVTTL;	#SSEG_A1
+NET "PMOD2<6>" 			LOC = "P140" 		| IOSTANDARD = LVTTL;	#SSEG_D
+NET "PMOD2<7>" 			LOC = "P139" 		| IOSTANDARD = LVTTL;	#SSEG_E
+#PMOD3#############################################################################
+NET "PMOD3<0>" 			LOC = "P138" 		| IOSTANDARD = LVTTL; 	#SSEG_A3
+NET "PMOD3<1>" 			LOC = "P137" 		| IOSTANDARD = LVTTL;	#SSEG_A4
+NET "PMOD3<2>" 			LOC = "P124" 		| IOSTANDARD = LVTTL;	#SSEG_G
+NET "PMOD3<3>" 			LOC = "P123" 		| IOSTANDARD = LVTTL;	#SSEG_C
+NET "PMOD3<4>" 			LOC = "P119" 		| IOSTANDARD = LVTTL;	#SSEG_DP
+NET "PMOD3<5>" 			LOC = "P118" 		| IOSTANDARD = LVTTL;	#SSEG_B
+NET "PMOD3<6>" 			LOC = "P117" 		| IOSTANDARD = LVTTL;	#SSEG_A
+NET "PMOD3<7>" 			LOC = "P116" 		| IOSTANDARD = LVTTL;	#SSEG_F
+#PMOD4#############################################################################
+NET "PMOD4<0>" 			LOC = "P112" 		| IOSTANDARD = LVTTL;	#PWM2
+NET "PMOD4<1>" 			LOC = "P111" 		| IOSTANDARD = LVTTL;	#NES_CLK
+NET "PMOD4<2>" 			LOC = "P132" 		| IOSTANDARD = LVTTL;	#NES_LAT
+NET "PMOD4<3>" 			LOC = "P131" 		| IOSTANDARD = LVTTL;	#NES2_DAT
+NET "PMOD4<4>" 			LOC = "P115" 		| IOSTANDARD = LVTTL;	#PS2_1_CLK
+NET "PMOD4<5>" 			LOC = "P114" 		| IOSTANDARD = LVTTL;	#PS2_1_DAT
+NET "PMOD4<6>" 			LOC = "P134" 		| IOSTANDARD = LVTTL;	#PWM1
+NET "PMOD4<7>" 			LOC = "P133" 		| IOSTANDARD = LVTTL;	#NES1_DAT
+
+#PMOD4 LVDS CONSTRAINTS#############################################################
+#NET "P4_1_LVDS3_P" 		LOC = "P112" 		| IOSTANDARD = LVDS_33;
+#NET "P4_2_LVDS3_N" 		LOC = "P111" 		| IOSTANDARD = LVDS_33;
+#NET "P4_3_LVDS1_P" 		LOC = "P132" 		| IOSTANDARD = LVDS_33;
+#NET "P4_4_LVDS1_N" 		LOC = "P131" 		| IOSTANDARD = LVDS_33;
+#NET "P4_7_LVDS4_P" 		LOC = "P115" 		| IOSTANDARD = LVDS_33;
+#NET "P4_8_LVDS4_N" 		LOC = "P114" 		| IOSTANDARD = LVDS_33;
+#NET "P4_9_LVDS2_P" 		LOC = "P134" 		| IOSTANDARD = LVDS_33;
+#NET "P4_10_LVDS2_N"		LOC = "P133" 		| IOSTANDARD = LVDS_33;
+
+#RASPBERRY-PI CONNECTOR###############################################################
+NET "SYS_SPI_MOSI" 		LOC = "P80" 		| IOSTANDARD = LVTTL;			#Shared - Used to clk bitstream data to fpga / ARduino MOSI
+NET "SYS_SPI_MISO" 		LOC = "P75" 		| IOSTANDARD = LVTTL;
+NET "SYS_SPI_SCK" 			LOC = "P78" 		| IOSTANDARD = LVTTL;			#Shared - Used to clk bitstream data to fpga / ARduino SCK
+NET "RP_SPI_CE0N" 			LOC = "P79" 		| IOSTANDARD = LVTTL;
+#!##NET "RP_SPI_CE1N"			LOC = "P78"			| IOSTANDARD = LVTTL;
+#NET "SYS_SDA"				LOC = "P98" 		| IOSTANDARD = LVTTL;			#Shared with Arduino SDA
+#NET "SYS_SCL"				LOC = "P97" 		| IOSTANDARD = LVTTL;			#Shared with Arduino SCL
+#UART FROM RASPBERRY PI - As labelled in the Rpi (master) schematic 
+#NET "SYS_TX" 				LOC= "P83" 			| IOSTANDARD = LVTTL;	#Pi output FPGA input		#Shared with Arduino TX
+#NET "SYS_RX" 				LOC= "P82" 			| IOSTANDARD = LVTTL;	#Pi input FPGA output		#Shared with Arduino RX
+#NET "RP_GPIO_GCLK" 		LOC = "P95"			| IOSTANDARD = LVTTL;
+#NET "RP_GPIO_GEN2" 		LOC = "P81"			| IOSTANDARD = LVTTL;
+#NET "RP_GPIO_GEN3" 		LOC = "P80"			| IOSTANDARD = LVTTL;
+
+#ARDUINO HEADERS########################################################################
+#SYS_SCL																		#Shared with RPI i2c		
+#SYS_SDA																		#Shared with RPI i2c													
+#NET "ARD_SCK"				LOC= "P84"			| IOSTANDARD = LVTTL;			#D13
+#NET "ARD_MISO" 			LOC= "P87"			| IOSTANDARD = LVTTL;			#D12
+#NET "ARD_MOSI" 			LOC= "P51"			| IOSTANDARD = LVTTL;		   `#D11
+#NET "ARD_SS" 				LOC= "P74"			| IOSTANDARD = LVTTL;			#D10
+#NET "ARD_D9_FLSH_DI" 		LOC= "P64"			| IOSTANDARD = LVTTL;			#D9
+#NET "ARD_D8_FLSH_CS" 		LOC= "P38"			| IOSTANDARD = LVTTL;			#D8
+
+
+
+
+
diff --git a/logi-edu-test/hw/logipi/ise/ipcore_dir/clock_gen.xise b/logi-edu-test/hw/logipi/ise/ipcore_dir/clock_gen.xise
@@ -9,10 +9,10 @@
     <!-- along with the project source files, is sufficient to open and    -->
     <!-- implement in ISE Project Navigator.                               -->
     <!--                                                                   -->
-    <!-- Copyright (c) 1995-2012 Xilinx, Inc.  All rights reserved. -->
+    <!-- Copyright (c) 1995-2013 Xilinx, Inc.  All rights reserved. -->
   </header>
 
-  <version xil_pn:ise_version="14.1" xil_pn:schema_version="2"/>
+  <version xil_pn:ise_version="14.7" xil_pn:schema_version="2"/>
 
   <files>
     <file xil_pn:name="clock_gen/example_design/clock_gen_exdes.ucf" xil_pn:type="FILE_UCF"/>