RSSI Update

This commit is contained in:
JefferyLi0903 2022-06-29 13:15:53 +08:00
parent da2100d054
commit 0a7e321de1
44 changed files with 891586 additions and 877212 deletions

View File

@ -29,4 +29,11 @@ set_pin_assignment { seg[4] } { LOCATION = A7; IOSTANDARD = LVCMOS33; }
set_pin_assignment { seg[5] } { LOCATION = B5; IOSTANDARD = LVCMOS33; } set_pin_assignment { seg[5] } { LOCATION = B5; IOSTANDARD = LVCMOS33; }
set_pin_assignment { seg[6] } { LOCATION = A8; IOSTANDARD = LVCMOS33; } set_pin_assignment { seg[6] } { LOCATION = A8; IOSTANDARD = LVCMOS33; }
set_pin_assignment { seg[7] } { LOCATION = C8; IOSTANDARD = LVCMOS33; } set_pin_assignment { seg[7] } { LOCATION = C8; IOSTANDARD = LVCMOS33; }
set_pin_assignment { col[0] } { LOCATION = E11; IOSTANDARD = LVTTL33; }
set_pin_assignment { col[1] } { LOCATION = D11; IOSTANDARD = LVTTL33; }
set_pin_assignment { col[2] } { LOCATION = C11; IOSTANDARD = LVTTL33; }
set_pin_assignment { col[3] } { LOCATION = F10; IOSTANDARD = LVTTL33; }
set_pin_assignment { row[0] } { LOCATION = E10; IOSTANDARD = LVTTL33; }
set_pin_assignment { row[1] } { LOCATION = C10; IOSTANDARD = LVTTL33; }
set_pin_assignment { row[2] } { LOCATION = F9; IOSTANDARD = LVTTL33; }
set_pin_assignment { row[3] } { LOCATION = D9; IOSTANDARD = LVTTL33; }

File diff suppressed because it is too large Load Diff

View File

@ -114,109 +114,286 @@ ARM Macro Assembler Page 2
79 00000048 00000000 DCD Demodulated_Data_Dump_Done 79 00000048 00000000 DCD Demodulated_Data_Dump_Done
; IRQ2 Handler ; IRQ2 Handler
80 0000004C 00000000 DCD RSSI_Scan_Done ; IRQ3 Handler 80 0000004C 00000000 DCD RSSI_Scan_Done ; IRQ3 Handler
81 00000050 81 00000050 00000000 DCD KEY15_Handler ; IRQ4 Handler
82 00000050 82 00000054 00000000 DCD KEY14_Handler ; IRQ5 Handler
83 00000050 83 00000058 00000000 DCD KEY13_Handler ; IRQ6 Handler
84 00000050 AREA |.text|, CODE, READONLY 84 0000005C 00000000 DCD KEY12_Handler ; IRQ7 Handler
85 00000000 85 00000060 00000000 DCD KEY11_Handler ; IRQ8 Handler
86 00000000 86 00000064 00000000 DCD KEY10_Handler ; IRQ9 Handler
87 00000000 ; Reset Handler 87 00000068 00000000 DCD KEY9_Handler ; IRQ10 Handler
88 00000000 88 0000006C 00000000 DCD KEY8_Handler ; IRQ11 Handler
89 00000000 Reset_Handler 89 00000070 00000000 DCD KEY7_Handler ; IRQ12 Handler
PROC 90 00000074 00000000 DCD KEY6_Handler ; IRQ13 Handler
90 00000000 GLOBAL Reset_Handler 91 00000078 00000000 DCD KEY5_Handler ; IRQ14 Handler
91 00000000 ENTRY 92 0000007C 00000000 DCD KEY4_Handler ; IRQ15 Handler
92 00000000 IMPORT __main 93 00000080 00000000 DCD KEY3_Handler ; IRQ16 Handler
93 00000000 480D LDR R0, =__main 94 00000084 00000000 DCD KEY2_Handler ; IRQ17 Handler
ARM Macro Assembler Page 3 ARM Macro Assembler Page 3
94 00000002 4680 MOV R8, R0 95 00000088 00000000 DCD KEY1_Handler ; IRQ18 Handler
95 00000004 46C1 MOV R9, R8 96 0000008C 00000000 DCD KEY0_Handler ; IRQ19 Handler
96 00000006 F7FF FFFE BL __main 97 00000090
97 0000000A ENDP 98 00000090
98 0000000A 99 00000090
99 0000000A 100 00000090 AREA |.text|, CODE, READONLY
100 0000000A 101 00000000
101 0000000A Demodulated_Data_Dump_Done 102 00000000
103 00000000 ; Reset Handler
104 00000000
105 00000000 Reset_Handler
PROC PROC
102 0000000A 106 00000000 GLOBAL Reset_Handler
103 0000000A EXPORT Demodulated_Data_Dump_Done 107 00000000 ENTRY
104 0000000A IMPORT UARTFM_Demodulated_Data_Dump_Do 108 00000000 IMPORT __main
109 00000000 482D LDR R0, =__main
110 00000002 4680 MOV R8, R0
111 00000004 46C1 MOV R9, R8
112 00000006 F7FF FFFE BL __main
113 0000000A ENDP
114 0000000A
115 0000000A
116 0000000A
117 0000000A Demodulated_Data_Dump_Done
PROC
118 0000000A
119 0000000A EXPORT Demodulated_Data_Dump_Done
120 0000000A IMPORT UARTFM_Demodulated_Data_Dump_Do
ne_Handler ne_Handler
105 0000000A B507 PUSH {R0,R1,R2,LR} 121 0000000A B507 PUSH {R0,R1,R2,LR}
106 0000000C F7FF FFFE BL UARTFM_Demodulated_Data_Dump_Do 122 0000000C F7FF FFFE BL UARTFM_Demodulated_Data_Dump_Do
ne_Handler ne_Handler
107 00000010 BD07 POP {R0,R1,R2,PC} 123 00000010 BD07 POP {R0,R1,R2,PC}
108 00000012 ENDP 124 00000012 ENDP
109 00000012 125 00000012
110 00000012 FM_IQ_Dump_Done 126 00000012 FM_IQ_Dump_Done
PROC PROC
111 00000012 127 00000012
112 00000012 128 00000012
113 00000012 EXPORT FM_IQ_Dump_Done 129 00000012 EXPORT FM_IQ_Dump_Done
114 00000012 IMPORT UARTFM_IQ_Dump_Done_Handler 130 00000012 IMPORT UARTFM_IQ_Dump_Done_Handler
115 00000012 B507 PUSH {R0,R1,R2,LR} 131 00000012 B507 PUSH {R0,R1,R2,LR}
116 00000014 F7FF FFFE BL UARTFM_IQ_Dump_Done_Handler 132 00000014 F7FF FFFE BL UARTFM_IQ_Dump_Done_Handler
117 00000018 BD07 POP {R0,R1,R2,PC} 133 00000018 BD07 POP {R0,R1,R2,PC}
118 0000001A ENDP 134 0000001A ENDP
119 0000001A 135 0000001A
120 0000001A 136 0000001A
121 0000001A 137 0000001A
122 0000001A UART_Handler 138 0000001A UART_Handler
PROC PROC
123 0000001A EXPORT UART_Handler [WEAK] 139 0000001A EXPORT UART_Handler [WEAK]
124 0000001A IMPORT UARTHandle 140 0000001A IMPORT UARTHandle
125 0000001A B507 PUSH {R0,R1,R2,LR} 141 0000001A B507 PUSH {R0,R1,R2,LR}
126 0000001C F7FF FFFE BL UARTHandle 142 0000001C F7FF FFFE BL UARTHandle
127 00000020 BD07 POP {R0,R1,R2,PC} 143 00000020 BD07 POP {R0,R1,R2,PC}
128 00000022 ENDP 144 00000022 ENDP
129 00000022 145 00000022
130 00000022 146 00000022
131 00000022 RSSI_Scan_Done 147 00000022 RSSI_Scan_Done
PROC
132 00000022 EXPORT RSSI_Scan_Done [WEAK
]
133 00000022 IMPORT RSSIScanHandler
134 00000022 B507 PUSH {R0,R1,R2,LR}
135 00000024 F7FF FFFE BL RSSIScanHandler
136 00000028 BD07 POP {R0,R1,R2,PC}
137 0000002A ENDP
138 0000002A
139 0000002A
140 0000002A 00 00 ALIGN 4
141 0000002C
142 0000002C IF :DEF:__MICROLIB
149 0000002C
150 0000002C IMPORT __use_two_region_memory
151 0000002C EXPORT __user_initial_stackheap
ARM Macro Assembler Page 4 ARM Macro Assembler Page 4
152 0000002C PROC
153 0000002C __user_initial_stackheap 148 00000022 EXPORT RSSI_Scan_Done [WEAK
154 0000002C ]
155 0000002C 4803 LDR R0, = Heap_Mem 149 00000022 IMPORT RSSIScanHandler
156 0000002E 4904 LDR R1, =(Stack_Mem + Stack_Size) 150 00000022 B507 PUSH {R0,R1,R2,LR}
157 00000030 4A04 LDR R2, = (Heap_Mem + Heap_Size) 151 00000024 F7FF FFFE BL RSSIScanHandler
158 00000032 4B05 LDR R3, = Stack_Mem 152 00000028 BD07 POP {R0,R1,R2,PC}
159 00000034 4770 BX LR 153 0000002A ENDP
160 00000036 154 0000002A
161 00000036 00 00 ALIGN 155 0000002A KEY0_Handler
162 00000038 PROC
163 00000038 ENDIF 156 0000002A EXPORT KEY0_Handler [WEAK]
164 00000038 157 0000002A IMPORT KEY0
165 00000038 END 158 0000002A B507 PUSH {R0,R1,R2,LR}
159 0000002C F7FF FFFE BL KEY0
160 00000030 BD07 POP {R0,R1,R2,PC}
161 00000032 ENDP
162 00000032
163 00000032 KEY1_Handler
PROC
164 00000032 EXPORT KEY1_Handler [WEAK]
165 00000032 IMPORT KEY1
166 00000032 B507 PUSH {R0,R1,R2,LR}
167 00000034 F7FF FFFE BL KEY1
168 00000038 BD07 POP {R0,R1,R2,PC}
169 0000003A ENDP
170 0000003A
171 0000003A KEY2_Handler
PROC
172 0000003A EXPORT KEY2_Handler [WEAK]
173 0000003A IMPORT KEY2
174 0000003A B507 PUSH {R0,R1,R2,LR}
175 0000003C F7FF FFFE BL KEY2
176 00000040 BD07 POP {R0,R1,R2,PC}
177 00000042 ENDP
178 00000042
179 00000042 KEY3_Handler
PROC
180 00000042 EXPORT KEY3_Handler [WEAK]
181 00000042 IMPORT KEY3
182 00000042 B507 PUSH {R0,R1,R2,LR}
183 00000044 F7FF FFFE BL KEY3
184 00000048 BD07 POP {R0,R1,R2,PC}
185 0000004A ENDP
186 0000004A
187 0000004A KEY4_Handler
PROC
188 0000004A EXPORT KEY4_Handler [WEAK]
189 0000004A IMPORT KEY4
190 0000004A B507 PUSH {R0,R1,R2,LR}
191 0000004C F7FF FFFE BL KEY4
192 00000050 BD07 POP {R0,R1,R2,PC}
193 00000052 ENDP
194 00000052
195 00000052 KEY5_Handler
PROC
196 00000052 EXPORT KEY5_Handler [WEAK]
197 00000052 IMPORT KEY5
198 00000052 B507 PUSH {R0,R1,R2,LR}
ARM Macro Assembler Page 5
199 00000054 F7FF FFFE BL KEY5
200 00000058 BD07 POP {R0,R1,R2,PC}
201 0000005A ENDP
202 0000005A
203 0000005A KEY6_Handler
PROC
204 0000005A EXPORT KEY6_Handler [WEAK]
205 0000005A IMPORT KEY6
206 0000005A B507 PUSH {R0,R1,R2,LR}
207 0000005C F7FF FFFE BL KEY6
208 00000060 BD07 POP {R0,R1,R2,PC}
209 00000062 ENDP
210 00000062
211 00000062 KEY7_Handler
PROC
212 00000062 EXPORT KEY7_Handler [WEAK]
213 00000062 IMPORT KEY7
214 00000062 B507 PUSH {R0,R1,R2,LR}
215 00000064 F7FF FFFE BL KEY7
216 00000068 BD07 POP {R0,R1,R2,PC}
217 0000006A ENDP
218 0000006A
219 0000006A KEY8_Handler
PROC
220 0000006A EXPORT KEY8_Handler [WEAK]
221 0000006A IMPORT KEY8
222 0000006A B507 PUSH {R0,R1,R2,LR}
223 0000006C F7FF FFFE BL KEY8
224 00000070 BD07 POP {R0,R1,R2,PC}
225 00000072 ENDP
226 00000072
227 00000072 KEY9_Handler
PROC
228 00000072 EXPORT KEY9_Handler [WEAK]
229 00000072 IMPORT KEY9
230 00000072 B507 PUSH {R0,R1,R2,LR}
231 00000074 F7FF FFFE BL KEY9
232 00000078 BD07 POP {R0,R1,R2,PC}
233 0000007A ENDP
234 0000007A
235 0000007A KEY10_Handler
PROC
236 0000007A EXPORT KEY10_Handler [WEAK]
237 0000007A IMPORT KEY10
238 0000007A B507 PUSH {R0,R1,R2,LR}
239 0000007C F7FF FFFE BL KEY10
240 00000080 BD07 POP {R0,R1,R2,PC}
241 00000082 ENDP
242 00000082
243 00000082 KEY11_Handler
PROC
244 00000082 EXPORT KEY11_Handler [WEAK]
245 00000082 IMPORT KEY11
246 00000082 B507 PUSH {R0,R1,R2,LR}
247 00000084 F7FF FFFE BL KEY11
248 00000088 BD07 POP {R0,R1,R2,PC}
249 0000008A ENDP
250 0000008A
251 0000008A KEY12_Handler
ARM Macro Assembler Page 6
PROC
252 0000008A EXPORT KEY12_Handler [WEAK]
253 0000008A IMPORT KEY12
254 0000008A B507 PUSH {R0,R1,R2,LR}
255 0000008C F7FF FFFE BL KEY12
256 00000090 BD07 POP {R0,R1,R2,PC}
257 00000092 ENDP
258 00000092
259 00000092 KEY13_Handler
PROC
260 00000092 EXPORT KEY13_Handler [WEAK]
261 00000092 IMPORT KEY13
262 00000092 B507 PUSH {R0,R1,R2,LR}
263 00000094 F7FF FFFE BL KEY13
264 00000098 BD07 POP {R0,R1,R2,PC}
265 0000009A ENDP
266 0000009A
267 0000009A KEY14_Handler
PROC
268 0000009A EXPORT KEY14_Handler [WEAK]
269 0000009A IMPORT KEY14
270 0000009A B507 PUSH {R0,R1,R2,LR}
271 0000009C F7FF FFFE BL KEY14
272 000000A0 BD07 POP {R0,R1,R2,PC}
273 000000A2 ENDP
274 000000A2
275 000000A2 KEY15_Handler
PROC
276 000000A2 EXPORT KEY15_Handler [WEAK]
277 000000A2 IMPORT KEY15
278 000000A2 B507 PUSH {R0,R1,R2,LR}
279 000000A4 F7FF FFFE BL KEY15
280 000000A8 BD07 POP {R0,R1,R2,PC}
281 000000AA ENDP
282 000000AA
283 000000AA 00 00 ALIGN 4
284 000000AC
285 000000AC IF :DEF:__MICROLIB
292 000000AC
293 000000AC IMPORT __use_two_region_memory
294 000000AC EXPORT __user_initial_stackheap
295 000000AC
296 000000AC __user_initial_stackheap
297 000000AC
298 000000AC 4803 LDR R0, = Heap_Mem
299 000000AE 4904 LDR R1, =(Stack_Mem + Stack_Size)
300 000000B0 4A04 LDR R2, = (Heap_Mem + Heap_Size)
301 000000B2 4B05 LDR R3, = Stack_Mem
302 000000B4 4770 BX LR
303 000000B6
304 000000B6 00 00 ALIGN
305 000000B8
306 000000B8 ENDIF
307 000000B8
308 000000B8 END
00000000 00000000
00000000 00000000
00000400 00000400
00000400 00000400
ARM Macro Assembler Page 7
00000000 00000000
Command Line: --debug --xref --diag_suppress=9931 --cpu=Cortex-M0 --apcs=interw Command Line: --debug --xref --diag_suppress=9931 --cpu=Cortex-M0 --apcs=interw
ork --depend=.\startup_cmsdk_cm0.d -o.\startup_cmsdk_cm0.o -IC:\Users\JefferyLi ork --depend=.\startup_cmsdk_cm0.d -o.\startup_cmsdk_cm0.o -IC:\Users\JefferyLi
@ -244,8 +421,8 @@ Symbol: Stack_Mem
Definitions Definitions
At line 36 in file ..\src\startup_CMSDK_CM0.s At line 36 in file ..\src\startup_CMSDK_CM0.s
Uses Uses
At line 156 in file ..\src\startup_CMSDK_CM0.s At line 299 in file ..\src\startup_CMSDK_CM0.s
At line 158 in file ..\src\startup_CMSDK_CM0.s At line 301 in file ..\src\startup_CMSDK_CM0.s
__initial_sp 00000400 __initial_sp 00000400
@ -276,8 +453,8 @@ Symbol: Heap_Mem
Definitions Definitions
At line 48 in file ..\src\startup_CMSDK_CM0.s At line 48 in file ..\src\startup_CMSDK_CM0.s
Uses Uses
At line 155 in file ..\src\startup_CMSDK_CM0.s At line 298 in file ..\src\startup_CMSDK_CM0.s
At line 157 in file ..\src\startup_CMSDK_CM0.s At line 300 in file ..\src\startup_CMSDK_CM0.s
__heap_base 00000000 __heap_base 00000000
@ -329,7 +506,7 @@ Relocatable symbols
Symbol: .text Symbol: .text
Definitions Definitions
At line 84 in file ..\src\startup_CMSDK_CM0.s At line 100 in file ..\src\startup_CMSDK_CM0.s
Uses Uses
None None
Comment: .text unused Comment: .text unused
@ -337,52 +514,52 @@ Demodulated_Data_Dump_Done 0000000A
Symbol: Demodulated_Data_Dump_Done Symbol: Demodulated_Data_Dump_Done
Definitions Definitions
At line 101 in file ..\src\startup_CMSDK_CM0.s At line 117 in file ..\src\startup_CMSDK_CM0.s
Uses Uses
At line 79 in file ..\src\startup_CMSDK_CM0.s At line 79 in file ..\src\startup_CMSDK_CM0.s
At line 103 in file ..\src\startup_CMSDK_CM0.s At line 119 in file ..\src\startup_CMSDK_CM0.s
FM_IQ_Dump_Done 00000012 FM_IQ_Dump_Done 00000012
Symbol: FM_IQ_Dump_Done Symbol: FM_IQ_Dump_Done
Definitions Definitions
At line 110 in file ..\src\startup_CMSDK_CM0.s At line 126 in file ..\src\startup_CMSDK_CM0.s
Uses Uses
At line 78 in file ..\src\startup_CMSDK_CM0.s At line 78 in file ..\src\startup_CMSDK_CM0.s
At line 113 in file ..\src\startup_CMSDK_CM0.s At line 129 in file ..\src\startup_CMSDK_CM0.s
RSSI_Scan_Done 00000022 KEY0_Handler 0000002A
Symbol: RSSI_Scan_Done Symbol: KEY0_Handler
Definitions Definitions
At line 131 in file ..\src\startup_CMSDK_CM0.s At line 155 in file ..\src\startup_CMSDK_CM0.s
Uses Uses
At line 80 in file ..\src\startup_CMSDK_CM0.s At line 96 in file ..\src\startup_CMSDK_CM0.s
At line 132 in file ..\src\startup_CMSDK_CM0.s At line 156 in file ..\src\startup_CMSDK_CM0.s
Reset_Handler 00000000 KEY10_Handler 0000007A
Symbol: Reset_Handler Symbol: KEY10_Handler
Definitions Definitions
At line 89 in file ..\src\startup_CMSDK_CM0.s At line 235 in file ..\src\startup_CMSDK_CM0.s
Uses Uses
At line 62 in file ..\src\startup_CMSDK_CM0.s At line 86 in file ..\src\startup_CMSDK_CM0.s
At line 90 in file ..\src\startup_CMSDK_CM0.s At line 236 in file ..\src\startup_CMSDK_CM0.s
UART_Handler 0000001A KEY11_Handler 00000082
Symbol: UART_Handler Symbol: KEY11_Handler
Definitions Definitions
At line 122 in file ..\src\startup_CMSDK_CM0.s At line 243 in file ..\src\startup_CMSDK_CM0.s
Uses Uses
At line 77 in file ..\src\startup_CMSDK_CM0.s At line 85 in file ..\src\startup_CMSDK_CM0.s
At line 123 in file ..\src\startup_CMSDK_CM0.s At line 244 in file ..\src\startup_CMSDK_CM0.s
__user_initial_stackheap 0000002C KEY12_Handler 0000008A
Symbol: __user_initial_stackheap Symbol: KEY12_Handler
Definitions Definitions
At line 153 in file ..\src\startup_CMSDK_CM0.s At line 251 in file ..\src\startup_CMSDK_CM0.s
Uses Uses
@ -390,9 +567,165 @@ Symbol: __user_initial_stackheap
ARM Macro Assembler Page 2 Alphabetic symbol ordering ARM Macro Assembler Page 2 Alphabetic symbol ordering
Relocatable symbols Relocatable symbols
At line 151 in file ..\src\startup_CMSDK_CM0.s At line 84 in file ..\src\startup_CMSDK_CM0.s
At line 252 in file ..\src\startup_CMSDK_CM0.s
KEY13_Handler 00000092
Symbol: KEY13_Handler
Definitions
At line 259 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 83 in file ..\src\startup_CMSDK_CM0.s
At line 260 in file ..\src\startup_CMSDK_CM0.s
KEY14_Handler 0000009A
Symbol: KEY14_Handler
Definitions
At line 267 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 82 in file ..\src\startup_CMSDK_CM0.s
At line 268 in file ..\src\startup_CMSDK_CM0.s
KEY15_Handler 000000A2
Symbol: KEY15_Handler
Definitions
At line 275 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 81 in file ..\src\startup_CMSDK_CM0.s
At line 276 in file ..\src\startup_CMSDK_CM0.s
KEY1_Handler 00000032
Symbol: KEY1_Handler
Definitions
At line 163 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 95 in file ..\src\startup_CMSDK_CM0.s
At line 164 in file ..\src\startup_CMSDK_CM0.s
KEY2_Handler 0000003A
Symbol: KEY2_Handler
Definitions
At line 171 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 94 in file ..\src\startup_CMSDK_CM0.s
At line 172 in file ..\src\startup_CMSDK_CM0.s
KEY3_Handler 00000042
Symbol: KEY3_Handler
Definitions
At line 179 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 93 in file ..\src\startup_CMSDK_CM0.s
At line 180 in file ..\src\startup_CMSDK_CM0.s
KEY4_Handler 0000004A
ARM Macro Assembler Page 3 Alphabetic symbol ordering
Relocatable symbols
Symbol: KEY4_Handler
Definitions
At line 187 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 92 in file ..\src\startup_CMSDK_CM0.s
At line 188 in file ..\src\startup_CMSDK_CM0.s
KEY5_Handler 00000052
Symbol: KEY5_Handler
Definitions
At line 195 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 91 in file ..\src\startup_CMSDK_CM0.s
At line 196 in file ..\src\startup_CMSDK_CM0.s
KEY6_Handler 0000005A
Symbol: KEY6_Handler
Definitions
At line 203 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 90 in file ..\src\startup_CMSDK_CM0.s
At line 204 in file ..\src\startup_CMSDK_CM0.s
KEY7_Handler 00000062
Symbol: KEY7_Handler
Definitions
At line 211 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 89 in file ..\src\startup_CMSDK_CM0.s
At line 212 in file ..\src\startup_CMSDK_CM0.s
KEY8_Handler 0000006A
Symbol: KEY8_Handler
Definitions
At line 219 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 88 in file ..\src\startup_CMSDK_CM0.s
At line 220 in file ..\src\startup_CMSDK_CM0.s
KEY9_Handler 00000072
Symbol: KEY9_Handler
Definitions
At line 227 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 87 in file ..\src\startup_CMSDK_CM0.s
At line 228 in file ..\src\startup_CMSDK_CM0.s
RSSI_Scan_Done 00000022
Symbol: RSSI_Scan_Done
Definitions
At line 147 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 80 in file ..\src\startup_CMSDK_CM0.s
ARM Macro Assembler Page 4 Alphabetic symbol ordering
Relocatable symbols
At line 148 in file ..\src\startup_CMSDK_CM0.s
Reset_Handler 00000000
Symbol: Reset_Handler
Definitions
At line 105 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 62 in file ..\src\startup_CMSDK_CM0.s
At line 106 in file ..\src\startup_CMSDK_CM0.s
UART_Handler 0000001A
Symbol: UART_Handler
Definitions
At line 138 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 77 in file ..\src\startup_CMSDK_CM0.s
At line 139 in file ..\src\startup_CMSDK_CM0.s
__user_initial_stackheap 000000AC
Symbol: __user_initial_stackheap
Definitions
At line 296 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 294 in file ..\src\startup_CMSDK_CM0.s
Comment: __user_initial_stackheap used once Comment: __user_initial_stackheap used once
7 symbols 23 symbols
@ -406,7 +739,7 @@ Symbol: Heap_Size
At line 44 in file ..\src\startup_CMSDK_CM0.s At line 44 in file ..\src\startup_CMSDK_CM0.s
Uses Uses
At line 48 in file ..\src\startup_CMSDK_CM0.s At line 48 in file ..\src\startup_CMSDK_CM0.s
At line 157 in file ..\src\startup_CMSDK_CM0.s At line 300 in file ..\src\startup_CMSDK_CM0.s
Stack_Size 00000400 Stack_Size 00000400
@ -415,7 +748,7 @@ Symbol: Stack_Size
At line 33 in file ..\src\startup_CMSDK_CM0.s At line 33 in file ..\src\startup_CMSDK_CM0.s
Uses Uses
At line 36 in file ..\src\startup_CMSDK_CM0.s At line 36 in file ..\src\startup_CMSDK_CM0.s
At line 156 in file ..\src\startup_CMSDK_CM0.s At line 299 in file ..\src\startup_CMSDK_CM0.s
2 symbols 2 symbols
@ -424,54 +757,200 @@ Symbol: Stack_Size
ARM Macro Assembler Page 1 Alphabetic symbol ordering ARM Macro Assembler Page 1 Alphabetic symbol ordering
External symbols External symbols
KEY0 00000000
Symbol: KEY0
Definitions
At line 157 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 159 in file ..\src\startup_CMSDK_CM0.s
Comment: KEY0 used once
KEY1 00000000
Symbol: KEY1
Definitions
At line 165 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 167 in file ..\src\startup_CMSDK_CM0.s
Comment: KEY1 used once
KEY10 00000000
Symbol: KEY10
Definitions
At line 237 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 239 in file ..\src\startup_CMSDK_CM0.s
Comment: KEY10 used once
KEY11 00000000
Symbol: KEY11
Definitions
At line 245 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 247 in file ..\src\startup_CMSDK_CM0.s
Comment: KEY11 used once
KEY12 00000000
Symbol: KEY12
Definitions
At line 253 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 255 in file ..\src\startup_CMSDK_CM0.s
Comment: KEY12 used once
KEY13 00000000
Symbol: KEY13
Definitions
At line 261 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 263 in file ..\src\startup_CMSDK_CM0.s
Comment: KEY13 used once
KEY14 00000000
Symbol: KEY14
Definitions
At line 269 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 271 in file ..\src\startup_CMSDK_CM0.s
Comment: KEY14 used once
KEY15 00000000
Symbol: KEY15
ARM Macro Assembler Page 2 Alphabetic symbol ordering
External symbols
Definitions
At line 277 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 279 in file ..\src\startup_CMSDK_CM0.s
Comment: KEY15 used once
KEY2 00000000
Symbol: KEY2
Definitions
At line 173 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 175 in file ..\src\startup_CMSDK_CM0.s
Comment: KEY2 used once
KEY3 00000000
Symbol: KEY3
Definitions
At line 181 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 183 in file ..\src\startup_CMSDK_CM0.s
Comment: KEY3 used once
KEY4 00000000
Symbol: KEY4
Definitions
At line 189 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 191 in file ..\src\startup_CMSDK_CM0.s
Comment: KEY4 used once
KEY5 00000000
Symbol: KEY5
Definitions
At line 197 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 199 in file ..\src\startup_CMSDK_CM0.s
Comment: KEY5 used once
KEY6 00000000
Symbol: KEY6
Definitions
At line 205 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 207 in file ..\src\startup_CMSDK_CM0.s
Comment: KEY6 used once
KEY7 00000000
Symbol: KEY7
Definitions
At line 213 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 215 in file ..\src\startup_CMSDK_CM0.s
Comment: KEY7 used once
KEY8 00000000
Symbol: KEY8
Definitions
At line 221 in file ..\src\startup_CMSDK_CM0.s
Uses
ARM Macro Assembler Page 3 Alphabetic symbol ordering
External symbols
At line 223 in file ..\src\startup_CMSDK_CM0.s
Comment: KEY8 used once
KEY9 00000000
Symbol: KEY9
Definitions
At line 229 in file ..\src\startup_CMSDK_CM0.s
Uses
At line 231 in file ..\src\startup_CMSDK_CM0.s
Comment: KEY9 used once
RSSIScanHandler 00000000 RSSIScanHandler 00000000
Symbol: RSSIScanHandler Symbol: RSSIScanHandler
Definitions Definitions
At line 133 in file ..\src\startup_CMSDK_CM0.s At line 149 in file ..\src\startup_CMSDK_CM0.s
Uses Uses
At line 135 in file ..\src\startup_CMSDK_CM0.s At line 151 in file ..\src\startup_CMSDK_CM0.s
Comment: RSSIScanHandler used once Comment: RSSIScanHandler used once
UARTFM_Demodulated_Data_Dump_Done_Handler 00000000 UARTFM_Demodulated_Data_Dump_Done_Handler 00000000
Symbol: UARTFM_Demodulated_Data_Dump_Done_Handler Symbol: UARTFM_Demodulated_Data_Dump_Done_Handler
Definitions Definitions
At line 104 in file ..\src\startup_CMSDK_CM0.s At line 120 in file ..\src\startup_CMSDK_CM0.s
Uses Uses
At line 106 in file ..\src\startup_CMSDK_CM0.s At line 122 in file ..\src\startup_CMSDK_CM0.s
Comment: UARTFM_Demodulated_Data_Dump_Done_Handler used once Comment: UARTFM_Demodulated_Data_Dump_Done_Handler used once
UARTFM_IQ_Dump_Done_Handler 00000000 UARTFM_IQ_Dump_Done_Handler 00000000
Symbol: UARTFM_IQ_Dump_Done_Handler Symbol: UARTFM_IQ_Dump_Done_Handler
Definitions Definitions
At line 114 in file ..\src\startup_CMSDK_CM0.s At line 130 in file ..\src\startup_CMSDK_CM0.s
Uses Uses
At line 116 in file ..\src\startup_CMSDK_CM0.s At line 132 in file ..\src\startup_CMSDK_CM0.s
Comment: UARTFM_IQ_Dump_Done_Handler used once Comment: UARTFM_IQ_Dump_Done_Handler used once
UARTHandle 00000000 UARTHandle 00000000
Symbol: UARTHandle Symbol: UARTHandle
Definitions Definitions
At line 124 in file ..\src\startup_CMSDK_CM0.s At line 140 in file ..\src\startup_CMSDK_CM0.s
Uses Uses
At line 126 in file ..\src\startup_CMSDK_CM0.s At line 142 in file ..\src\startup_CMSDK_CM0.s
Comment: UARTHandle used once Comment: UARTHandle used once
__main 00000000 __main 00000000
Symbol: __main Symbol: __main
Definitions Definitions
At line 92 in file ..\src\startup_CMSDK_CM0.s At line 108 in file ..\src\startup_CMSDK_CM0.s
Uses Uses
At line 93 in file ..\src\startup_CMSDK_CM0.s At line 109 in file ..\src\startup_CMSDK_CM0.s
At line 96 in file ..\src\startup_CMSDK_CM0.s At line 112 in file ..\src\startup_CMSDK_CM0.s
__use_two_region_memory 00000000 __use_two_region_memory 00000000
Symbol: __use_two_region_memory Symbol: __use_two_region_memory
Definitions Definitions
At line 150 in file ..\src\startup_CMSDK_CM0.s At line 293 in file ..\src\startup_CMSDK_CM0.s
Uses Uses
None None
Comment: __use_two_region_memory unused Comment: __use_two_region_memory unused
6 symbols
361 symbols in table
ARM Macro Assembler Page 4 Alphabetic symbol ordering
External symbols
22 symbols
393 symbols in table

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@ -22,43 +22,29 @@ Dialog DLL: TARMCM1.DLL V1.14.4.0
<h2>Project:</h2> <h2>Project:</h2>
D:\Documents\MMC\keil\MMC.uvprojx D:\Documents\MMC\keil\MMC.uvprojx
Project File Date: 06/25/2022 Project File Date: 06/29/2022
<h2>Output:</h2> <h2>Output:</h2>
*** Using Compiler 'V5.06 update 7 (build 960)', folder: 'D:\Keil_v5\ARM\ARMCC\Bin' *** Using Compiler 'V5.06 update 7 (build 960)', folder: 'D:\Keil_v5\ARM\ARMCC\Bin'
Rebuild target 'Target 1' Rebuild target 'Target 1'
assembling startup_CMSDK_CM0.s... assembling startup_CMSDK_CM0.s...
compiling main.c... compiling main.c...
..\src\code_def.h(72): warning: #1-D: last line of file ends without a newline
void RSSI_scan_cmd(void);
..\src\main.c(11): warning: #177-D: variable "string" was declared but never referenced
char string[32] = {0};
..\src\main.c(13): warning: #177-D: variable "MSI_SPI_Data" was declared but never referenced
unsigned int MSI_SPI_Data= 0;
..\src\main.c(14): warning: #177-D: variable "ChannelControlDisplay" was declared but never referenced
ChannelControlType ChannelControlDisplay;
..\src\main.c: 4 warnings, 0 errors
compiling auxiliary.c... compiling auxiliary.c...
..\src\code_def.h(72): warning: #1-D: last line of file ends without a newline
void RSSI_scan_cmd(void);
..\src\auxiliary.c(9): warning: #550-D: variable "isNegative" was set but never used ..\src\auxiliary.c(9): warning: #550-D: variable "isNegative" was set but never used
int isNegative = 0; int isNegative = 0;
..\src\auxiliary.c: 2 warnings, 0 errors ..\src\auxiliary.c: 1 warning, 0 errors
compiling code_def.c...
..\src\code_def.h(72): warning: #1-D: last line of file ends without a newline
void RSSI_scan_cmd(void);
..\src\code_def.c: 1 warning, 0 errors
compiling channelSelection_control.c... compiling channelSelection_control.c...
..\src\code_def.h(72): warning: #1-D: last line of file ends without a newline compiling code_def.c...
void RSSI_scan_cmd(void); ..\src\code_def.c(228): warning: #177-D: variable "j" was declared but never referenced
..\src\channelSelection_control.c: 1 warning, 0 errors int j;
..\src\code_def.c: 1 warning, 0 errors
linking... linking...
.\MMC.axf: Warning: L6305W: Image does not have an entry point. (Not specified or not set due to multiple choices.) .\MMC.axf: Warning: L6305W: Image does not have an entry point. (Not specified or not set due to multiple choices.)
Program Size: Code=10492 RO-data=176 RW-data=40 ZI-data=10664 Program Size: Code=12384 RO-data=240 RW-data=40 ZI-data=10920
Finished: 0 information, 1 warning and 0 error messages. Finished: 0 information, 1 warning and 0 error messages.
After Build - User command #1: fromelf -cvf .\MMC.axf --vhx --32x1 -o MMC.hex After Build - User command #1: fromelf -cvf .\MMC.axf --vhx --32x1 -o MMC.hex
After Build - User command #2: fromelf -cvf .\MMC.axf -o MMC.txt After Build - User command #2: fromelf -cvf .\MMC.axf -o MMC.txt
".\MMC.axf" - 0 Error(s), 9 Warning(s). ".\MMC.axf" - 0 Error(s), 3 Warning(s).
<h2>Software Packages used:</h2> <h2>Software Packages used:</h2>

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@ -173,12 +173,12 @@
<Ww> <Ww>
<count>4</count> <count>4</count>
<WinNumber>1</WinNumber> <WinNumber>1</WinNumber>
<ItemText>i </ItemText> <ItemText>rssilist[rssi_index].RSSI</ItemText>
</Ww> </Ww>
<Ww> <Ww>
<count>5</count> <count>5</count>
<WinNumber>1</WinNumber> <WinNumber>1</WinNumber>
<ItemText>rssilist[rssi_index].RSSI</ItemText> <ItemText>channelcontrollist</ItemText>
</Ww> </Ww>
</WatchWindow1> </WatchWindow1>
<Tracepoint> <Tracepoint>

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@ -1,21 +1,21 @@
Dependencies for Project 'MMC', Target 'Target 1': (DO NOT MODIFY !) Dependencies for Project 'MMC', Target 'Target 1': (DO NOT MODIFY !)
CompilerVersion: 5060960::V5.06 update 7 (build 960)::.\ARMCC CompilerVersion: 5060960::V5.06 update 7 (build 960)::.\ARMCC
F (..\src\auxiliary.c)(0x6288D9F3)(-c --cpu Cortex-M0 -D__EVAL -g -O0 --apcs=interwork --split_sections -IC:\Users\JefferyLi\AppData\Local\Arm\Packs\Keil\V2M-MPS2_CMx_BSP\1.8.0\Device\CMSDK_CM0\Include -D__UVISION_VERSION="536" -DCMSDK_CM0 -o .\auxiliary.o --omf_browse .\auxiliary.crf --depend .\auxiliary.d) F (..\src\auxiliary.c)(0x6288D9F3)(-c --cpu Cortex-M0 -D__EVAL -g -O0 --apcs=interwork --split_sections -IC:\Users\JefferyLi\AppData\Local\Arm\Packs\Keil\V2M-MPS2_CMx_BSP\1.8.0\Device\CMSDK_CM0\Include -D__UVISION_VERSION="536" -DCMSDK_CM0 -o .\auxiliary.o --omf_browse .\auxiliary.crf --depend .\auxiliary.d)
I (..\src\code_def.h)(0x62B7A918) I (..\src\code_def.h)(0x62BB11B0)
I (D:\Keil_v5\ARM\ARMCC\include\stdint.h)(0x6025237E) I (D:\Keil_v5\ARM\ARMCC\include\stdint.h)(0x6025237E)
I (D:\Keil_v5\ARM\ARMCC\include\string.h)(0x6025237E) I (D:\Keil_v5\ARM\ARMCC\include\string.h)(0x6025237E)
F (..\src\code_def.c)(0x62B7F1D8)(-c --cpu Cortex-M0 -D__EVAL -g -O0 --apcs=interwork --split_sections -IC:\Users\JefferyLi\AppData\Local\Arm\Packs\Keil\V2M-MPS2_CMx_BSP\1.8.0\Device\CMSDK_CM0\Include -D__UVISION_VERSION="536" -DCMSDK_CM0 -o .\code_def.o --omf_browse .\code_def.crf --depend .\code_def.d) F (..\src\code_def.c)(0x62BBD34E)(-c --cpu Cortex-M0 -D__EVAL -g -O0 --apcs=interwork --split_sections -IC:\Users\JefferyLi\AppData\Local\Arm\Packs\Keil\V2M-MPS2_CMx_BSP\1.8.0\Device\CMSDK_CM0\Include -D__UVISION_VERSION="536" -DCMSDK_CM0 -o .\code_def.o --omf_browse .\code_def.crf --depend .\code_def.d)
I (..\src\code_def.h)(0x62B7A918) I (..\src\code_def.h)(0x62BB11B0)
I (D:\Keil_v5\ARM\ARMCC\include\stdint.h)(0x6025237E) I (D:\Keil_v5\ARM\ARMCC\include\stdint.h)(0x6025237E)
I (D:\Keil_v5\ARM\ARMCC\include\string.h)(0x6025237E) I (D:\Keil_v5\ARM\ARMCC\include\string.h)(0x6025237E)
I (D:\Keil_v5\ARM\ARMCC\include\math.h)(0x60252378) I (D:\Keil_v5\ARM\ARMCC\include\math.h)(0x60252378)
F (..\src\code_def.h)(0x62B7A918)() F (..\src\code_def.h)(0x62BB11B0)()
F (..\src\main.c)(0x62B7DAD7)(-c --cpu Cortex-M0 -D__EVAL -g -O0 --apcs=interwork --split_sections -IC:\Users\JefferyLi\AppData\Local\Arm\Packs\Keil\V2M-MPS2_CMx_BSP\1.8.0\Device\CMSDK_CM0\Include -D__UVISION_VERSION="536" -DCMSDK_CM0 -o .\main.o --omf_browse .\main.crf --depend .\main.d) F (..\src\main.c)(0x62B85C66)(-c --cpu Cortex-M0 -D__EVAL -g -O0 --apcs=interwork --split_sections -IC:\Users\JefferyLi\AppData\Local\Arm\Packs\Keil\V2M-MPS2_CMx_BSP\1.8.0\Device\CMSDK_CM0\Include -D__UVISION_VERSION="536" -DCMSDK_CM0 -o .\main.o --omf_browse .\main.crf --depend .\main.d)
I (..\src\code_def.h)(0x62B7A918) I (..\src\code_def.h)(0x62BB11B0)
I (D:\Keil_v5\ARM\ARMCC\include\stdint.h)(0x6025237E) I (D:\Keil_v5\ARM\ARMCC\include\stdint.h)(0x6025237E)
I (D:\Keil_v5\ARM\ARMCC\include\string.h)(0x6025237E) I (D:\Keil_v5\ARM\ARMCC\include\string.h)(0x6025237E)
F (..\src\startup_CMSDK_CM0.s)(0x62B69773)(--cpu Cortex-M0 --pd "__EVAL SETA 1" -g --apcs=interwork -IC:\Users\JefferyLi\AppData\Local\Arm\Packs\Keil\V2M-MPS2_CMx_BSP\1.8.0\Device\CMSDK_CM0\Include --pd "__UVISION_VERSION SETA 536" --pd "CMSDK_CM0 SETA 1" --list .\listings\startup_cmsdk_cm0.lst --xref -o .\startup_cmsdk_cm0.o --depend .\startup_cmsdk_cm0.d) F (..\src\startup_CMSDK_CM0.s)(0x62B85B7A)(--cpu Cortex-M0 --pd "__EVAL SETA 1" -g --apcs=interwork -IC:\Users\JefferyLi\AppData\Local\Arm\Packs\Keil\V2M-MPS2_CMx_BSP\1.8.0\Device\CMSDK_CM0\Include --pd "__UVISION_VERSION SETA 536" --pd "CMSDK_CM0 SETA 1" --list .\listings\startup_cmsdk_cm0.lst --xref -o .\startup_cmsdk_cm0.o --depend .\startup_cmsdk_cm0.d)
F (..\src\channelSelection_control.c)(0x62B7014F)(-c --cpu Cortex-M0 -D__EVAL -g -O0 --apcs=interwork --split_sections -IC:\Users\JefferyLi\AppData\Local\Arm\Packs\Keil\V2M-MPS2_CMx_BSP\1.8.0\Device\CMSDK_CM0\Include -D__UVISION_VERSION="536" -DCMSDK_CM0 -o .\channelselection_control.o --omf_browse .\channelselection_control.crf --depend .\channelselection_control.d) F (..\src\channelSelection_control.c)(0x62BBB5B7)(-c --cpu Cortex-M0 -D__EVAL -g -O0 --apcs=interwork --split_sections -IC:\Users\JefferyLi\AppData\Local\Arm\Packs\Keil\V2M-MPS2_CMx_BSP\1.8.0\Device\CMSDK_CM0\Include -D__UVISION_VERSION="536" -DCMSDK_CM0 -o .\channelselection_control.o --omf_browse .\channelselection_control.crf --depend .\channelselection_control.d)
I (..\src\code_def.h)(0x62B7A918) I (..\src\code_def.h)(0x62BB11B0)
I (D:\Keil_v5\ARM\ARMCC\include\stdint.h)(0x6025237E) I (D:\Keil_v5\ARM\ARMCC\include\stdint.h)(0x6025237E)
I (D:\Keil_v5\ARM\ARMCC\include\string.h)(0x6025237E) I (D:\Keil_v5\ARM\ARMCC\include\string.h)(0x6025237E)

16
keil/MMC_sct.Bak Normal file
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@ -0,0 +1,16 @@
; *************************************************************
; *** Scatter-Loading Description File generated by uVision ***
; *************************************************************
LR_IROM1 0x00000000 0x00100000 { ; load region size_region
ER_IROM1 0x00000000 0x00100000 { ; load address = execution address
*.o (RESET, +First)
*(InRoot$$Sections)
.ANY (+RO)
.ANY (+XO)
}
RW_IRAM1 0x20000000 0x00100000 { ; RW data
.ANY (+RW +ZI)
}
}

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@ -2,7 +2,7 @@
<Project Version="1" Path="D:/Documents/MMC/project"> <Project Version="1" Path="D:/Documents/MMC/project">
<Project_Created_Time>2022-06-25 10:35:14</Project_Created_Time> <Project_Created_Time>2022-06-25 10:35:14</Project_Created_Time>
<TD_Version>5.0.43066</TD_Version> <TD_Version>5.0.43066</TD_Version>
<UCode>00011001</UCode> <UCode>11111100</UCode>
<Name>MMC</Name> <Name>MMC</Name>
<HardWare> <HardWare>
<Family>EG4</Family> <Family>EG4</Family>
@ -226,6 +226,14 @@
<Attr Name="CompileOrder" Val="29"/> <Attr Name="CompileOrder" Val="29"/>
</FileInfo> </FileInfo>
</File> </File>
<File Path="../rtl/peripherals/KeyScan.v">
<FileInfo>
<Attr Name="UsedInSyn" Val="true"/>
<Attr Name="UsedInP&R" Val="true"/>
<Attr Name="BelongTo" Val="design_1"/>
<Attr Name="CompileOrder" Val="30"/>
</FileInfo>
</File>
</Verilog> </Verilog>
<Header> <Header>
<File Path="../rtl/topmodule/header.vh"> <File Path="../rtl/topmodule/header.vh">
@ -291,7 +299,7 @@
<Configurations> <Configurations>
</Configurations> </Configurations>
<Project_Settings> <Project_Settings>
<Step_Last_Change>2022-06-26 14:36:01.445</Step_Last_Change> <Step_Last_Change>2022-06-29 12:53:13.536</Step_Last_Change>
<Current_Step>60</Current_Step> <Current_Step>60</Current_Step>
<Step_Status>true</Step_Status> <Step_Status>true</Step_Status>
</Project_Settings> </Project_Settings>

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@ -2,22 +2,22 @@ standard
***Report Model: CortexM0_SoC*** ***Report Model: CortexM0_SoC***
IO Statistics IO Statistics
#IO 31 #IO 39
#input 4 #input 8
#output 26 #output 30
#inout 1 #inout 1
LUT Statistics LUT Statistics
#Total_luts 9608 #Total_luts 9828
#lut4 7075 #lut4 7291
#lut5 1631 #lut5 1581
#lut6 0 #lut6 0
#lut5_mx41 0 #lut5_mx41 0
#lut4_alu1b 902 #lut4_alu1b 956
Utilization Statistics Utilization Statistics
#lut 9608 out of 19600 49.02% #lut 9828 out of 19600 50.14%
#reg 1921 out of 19600 9.80% #reg 2074 out of 19600 10.58%
#le 0 #le 0
#dsp 26 out of 29 89.66% #dsp 26 out of 29 89.66%
#bram 32 out of 64 50.00% #bram 32 out of 64 50.00%
@ -26,7 +26,7 @@ Utilization Statistics
#bram32k 0 out of 16 0.00% #bram32k 0 out of 16 0.00%
#dram 1040 #dram 1040
#adc 1 out of 1 100.00% #adc 1 out of 1 100.00%
#pad 31 out of 186 16.67% #pad 39 out of 186 20.97%
#ireg 0 #ireg 0
#oreg 0 #oreg 0
#treg 0 #treg 0
@ -36,9 +36,9 @@ Report Hierarchy Area:
+------------------------------------------------------------------------------+ +------------------------------------------------------------------------------+
|Instance |Module |lut |ripple |seq |bram |dsp | |Instance |Module |lut |ripple |seq |bram |dsp |
+------------------------------------------------------------------------------+ +------------------------------------------------------------------------------+
|top |CortexM0_SoC |8706 |902 |1921 |32 |26 | |top |CortexM0_SoC |8872 |956 |2074 |32 |26 |
| FM_Display |FM_Display |180 |90 |81 |0 |0 | | FM_Display |FM_Display |180 |90 |81 |0 |0 |
| FM_HW |FM_HW |3473 |595 |391 |0 |23 | | FM_HW |FM_HW |3473 |595 |391 |0 |23 |
| FM_Demodulation |FM_Demodulation |12 |422 |268 |0 |22 | | FM_Demodulation |FM_Demodulation |12 |422 |268 |0 |22 |
| u_logic |cortexm0ds_logic |4719 |173 |1301 |0 |3 | | u_logic |cortexm0ds_logic |4791 |173 |1317 |0 |3 |
+------------------------------------------------------------------------------+ +------------------------------------------------------------------------------+

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@ -1,6 +1,6 @@
<?xml version="1.0" encoding="UTF-8"?> <?xml version="1.0" encoding="UTF-8"?>
<All_Bram_Infos> <All_Bram_Infos>
<Ucode>00011001</Ucode> <Ucode>11111100</Ucode>
<AL_PHY_BRAM> <AL_PHY_BRAM>
<INST_1> <INST_1>
<rid>0X0004</rid> <rid>0X0004</rid>
@ -1002,11 +1002,11 @@
<is_debuggable>y</is_debuggable> <is_debuggable>y</is_debuggable>
<is_initialize>n</is_initialize> <is_initialize>n</is_initialize>
<model_type>AL_PHY_BRAM32K</model_type> <model_type>AL_PHY_BRAM32K</model_type>
<name>auto_chipwatcher_0_logicbram_4096x53_sub_000000_000</name> <name>auto_chipwatcher_0_logicbram_4096x48_sub_000000_000</name>
<width_a>8</width_a> <width_a>8</width_a>
<width_b>8</width_b> <width_b>8</width_b>
<logic_name>auto_chipwatcher_0_logicbram</logic_name> <logic_name>auto_chipwatcher_0_logicbram</logic_name>
<logic_width>53</logic_width> <logic_width>48</logic_width>
<logic_depth>4096</logic_depth> <logic_depth>4096</logic_depth>
<sub_bid_info> <sub_bid_info>
<address_offset>0</address_offset> <address_offset>0</address_offset>
@ -1014,7 +1014,7 @@
<depth>4096</depth> <depth>4096</depth>
<width>8</width> <width>8</width>
<num_section>1</num_section> <num_section>1</num_section>
<section_size>53</section_size> <section_size>48</section_size>
<width_per_section>8</width_per_section> <width_per_section>8</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section> <bytes_in_per_section>1</bytes_in_per_section>
<working_mode> <working_mode>
@ -1033,11 +1033,11 @@
<is_debuggable>y</is_debuggable> <is_debuggable>y</is_debuggable>
<is_initialize>n</is_initialize> <is_initialize>n</is_initialize>
<model_type>AL_PHY_BRAM32K</model_type> <model_type>AL_PHY_BRAM32K</model_type>
<name>auto_chipwatcher_0_logicbram_4096x53_sub_000000_008</name> <name>auto_chipwatcher_0_logicbram_4096x48_sub_000000_008</name>
<width_a>8</width_a> <width_a>8</width_a>
<width_b>8</width_b> <width_b>8</width_b>
<logic_name>auto_chipwatcher_0_logicbram</logic_name> <logic_name>auto_chipwatcher_0_logicbram</logic_name>
<logic_width>53</logic_width> <logic_width>48</logic_width>
<logic_depth>4096</logic_depth> <logic_depth>4096</logic_depth>
<sub_bid_info> <sub_bid_info>
<address_offset>0</address_offset> <address_offset>0</address_offset>
@ -1045,7 +1045,7 @@
<depth>4096</depth> <depth>4096</depth>
<width>8</width> <width>8</width>
<num_section>1</num_section> <num_section>1</num_section>
<section_size>53</section_size> <section_size>48</section_size>
<width_per_section>8</width_per_section> <width_per_section>8</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section> <bytes_in_per_section>1</bytes_in_per_section>
<working_mode> <working_mode>
@ -1064,11 +1064,11 @@
<is_debuggable>y</is_debuggable> <is_debuggable>y</is_debuggable>
<is_initialize>n</is_initialize> <is_initialize>n</is_initialize>
<model_type>AL_PHY_BRAM32K</model_type> <model_type>AL_PHY_BRAM32K</model_type>
<name>auto_chipwatcher_0_logicbram_4096x53_sub_000000_016</name> <name>auto_chipwatcher_0_logicbram_4096x48_sub_000000_016</name>
<width_a>8</width_a> <width_a>8</width_a>
<width_b>8</width_b> <width_b>8</width_b>
<logic_name>auto_chipwatcher_0_logicbram</logic_name> <logic_name>auto_chipwatcher_0_logicbram</logic_name>
<logic_width>53</logic_width> <logic_width>48</logic_width>
<logic_depth>4096</logic_depth> <logic_depth>4096</logic_depth>
<sub_bid_info> <sub_bid_info>
<address_offset>0</address_offset> <address_offset>0</address_offset>
@ -1076,7 +1076,7 @@
<depth>4096</depth> <depth>4096</depth>
<width>8</width> <width>8</width>
<num_section>1</num_section> <num_section>1</num_section>
<section_size>53</section_size> <section_size>48</section_size>
<width_per_section>8</width_per_section> <width_per_section>8</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section> <bytes_in_per_section>1</bytes_in_per_section>
<working_mode> <working_mode>
@ -1095,11 +1095,11 @@
<is_debuggable>y</is_debuggable> <is_debuggable>y</is_debuggable>
<is_initialize>n</is_initialize> <is_initialize>n</is_initialize>
<model_type>AL_PHY_BRAM32K</model_type> <model_type>AL_PHY_BRAM32K</model_type>
<name>auto_chipwatcher_0_logicbram_4096x53_sub_000000_024</name> <name>auto_chipwatcher_0_logicbram_4096x48_sub_000000_024</name>
<width_a>8</width_a> <width_a>8</width_a>
<width_b>8</width_b> <width_b>8</width_b>
<logic_name>auto_chipwatcher_0_logicbram</logic_name> <logic_name>auto_chipwatcher_0_logicbram</logic_name>
<logic_width>53</logic_width> <logic_width>48</logic_width>
<logic_depth>4096</logic_depth> <logic_depth>4096</logic_depth>
<sub_bid_info> <sub_bid_info>
<address_offset>0</address_offset> <address_offset>0</address_offset>
@ -1107,7 +1107,7 @@
<depth>4096</depth> <depth>4096</depth>
<width>8</width> <width>8</width>
<num_section>1</num_section> <num_section>1</num_section>
<section_size>53</section_size> <section_size>48</section_size>
<width_per_section>8</width_per_section> <width_per_section>8</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section> <bytes_in_per_section>1</bytes_in_per_section>
<working_mode> <working_mode>
@ -1126,11 +1126,11 @@
<is_debuggable>y</is_debuggable> <is_debuggable>y</is_debuggable>
<is_initialize>n</is_initialize> <is_initialize>n</is_initialize>
<model_type>AL_PHY_BRAM32K</model_type> <model_type>AL_PHY_BRAM32K</model_type>
<name>auto_chipwatcher_0_logicbram_4096x53_sub_000000_032</name> <name>auto_chipwatcher_0_logicbram_4096x48_sub_000000_032</name>
<width_a>8</width_a> <width_a>8</width_a>
<width_b>8</width_b> <width_b>8</width_b>
<logic_name>auto_chipwatcher_0_logicbram</logic_name> <logic_name>auto_chipwatcher_0_logicbram</logic_name>
<logic_width>53</logic_width> <logic_width>48</logic_width>
<logic_depth>4096</logic_depth> <logic_depth>4096</logic_depth>
<sub_bid_info> <sub_bid_info>
<address_offset>0</address_offset> <address_offset>0</address_offset>
@ -1138,7 +1138,7 @@
<depth>4096</depth> <depth>4096</depth>
<width>8</width> <width>8</width>
<num_section>1</num_section> <num_section>1</num_section>
<section_size>53</section_size> <section_size>48</section_size>
<width_per_section>8</width_per_section> <width_per_section>8</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section> <bytes_in_per_section>1</bytes_in_per_section>
<working_mode> <working_mode>
@ -1157,11 +1157,11 @@
<is_debuggable>y</is_debuggable> <is_debuggable>y</is_debuggable>
<is_initialize>n</is_initialize> <is_initialize>n</is_initialize>
<model_type>AL_PHY_BRAM32K</model_type> <model_type>AL_PHY_BRAM32K</model_type>
<name>auto_chipwatcher_0_logicbram_4096x53_sub_000000_040</name> <name>auto_chipwatcher_0_logicbram_4096x48_sub_000000_040</name>
<width_a>8</width_a> <width_a>8</width_a>
<width_b>8</width_b> <width_b>8</width_b>
<logic_name>auto_chipwatcher_0_logicbram</logic_name> <logic_name>auto_chipwatcher_0_logicbram</logic_name>
<logic_width>53</logic_width> <logic_width>48</logic_width>
<logic_depth>4096</logic_depth> <logic_depth>4096</logic_depth>
<sub_bid_info> <sub_bid_info>
<address_offset>0</address_offset> <address_offset>0</address_offset>
@ -1169,7 +1169,7 @@
<depth>4096</depth> <depth>4096</depth>
<width>8</width> <width>8</width>
<num_section>1</num_section> <num_section>1</num_section>
<section_size>53</section_size> <section_size>48</section_size>
<width_per_section>8</width_per_section> <width_per_section>8</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section> <bytes_in_per_section>1</bytes_in_per_section>
<working_mode> <working_mode>
@ -1182,36 +1182,5 @@
</working_mode> </working_mode>
</sub_bid_info> </sub_bid_info>
</INST_6> </INST_6>
<INST_7>
<rid>0X003C</rid>
<wid>0X003C</wid>
<is_debuggable>y</is_debuggable>
<is_initialize>n</is_initialize>
<model_type>AL_PHY_BRAM32K</model_type>
<name>auto_chipwatcher_0_logicbram_4096x53_sub_000000_048</name>
<width_a>8</width_a>
<width_b>8</width_b>
<logic_name>auto_chipwatcher_0_logicbram</logic_name>
<logic_width>53</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>48</data_offset>
<depth>4096</depth>
<width>5</width>
<num_section>1</num_section>
<section_size>53</section_size>
<width_per_section>5</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>113</mode_type>
<width>8</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_7>
</AL_PHY_BRAM32K> </AL_PHY_BRAM32K>
</All_Bram_Infos> </All_Bram_Infos>

View File

@ -2,30 +2,30 @@ standard
***Report Model: CortexM0_SoC*** ***Report Model: CortexM0_SoC***
IO Statistics IO Statistics
#IO 31 #IO 39
#input 4 #input 8
#output 26 #output 30
#inout 1 #inout 1
Utilization Statistics Utilization Statistics
#lut 17306 out of 19600 88.30% #lut 17402 out of 19600 88.79%
#reg 2390 out of 19600 12.19% #reg 2517 out of 19600 12.84%
#le 17629 #le 17610
#lut only 15239 out of 17629 86.44% #lut only 15093 out of 17610 85.71%
#reg only 323 out of 17629 1.83% #reg only 208 out of 17610 1.18%
#lut&reg 2067 out of 17629 11.72% #lut&reg 2309 out of 17610 13.11%
#dsp 26 out of 29 89.66% #dsp 26 out of 29 89.66%
#bram 32 out of 64 50.00% #bram 32 out of 64 50.00%
#bram9k 32 #bram9k 32
#fifo9k 0 #fifo9k 0
#bram32k 7 out of 16 43.75% #bram32k 6 out of 16 37.50%
#adc 1 out of 1 100.00% #adc 1 out of 1 100.00%
#pad 31 out of 186 16.67% #pad 39 out of 186 20.97%
#ireg 0 #ireg 0
#oreg 0 #oreg 0
#treg 0 #treg 0
#pll 2 out of 4 50.00% #pll 2 out of 4 50.00%
#gclk 13 out of 16 81.25% #gclk 14 out of 16 87.50%
Detailed IO Report Detailed IO Report
@ -35,6 +35,10 @@ Detailed IO Report
RXD INPUT F12 LVCMOS33 N/A PULLUP NONE RXD INPUT F12 LVCMOS33 N/A PULLUP NONE
SWCLK INPUT R2 LVCMOS33 N/A PULLUP NONE SWCLK INPUT R2 LVCMOS33 N/A PULLUP NONE
clk INPUT R7 LVCMOS33 N/A PULLUP NONE clk INPUT R7 LVCMOS33 N/A PULLUP NONE
col[3] INPUT F10 LVTTL33 N/A PULLUP NONE
col[2] INPUT C11 LVTTL33 N/A PULLUP NONE
col[1] INPUT D11 LVTTL33 N/A PULLUP NONE
col[0] INPUT E11 LVTTL33 N/A PULLUP NONE
LED[7] OUTPUT F16 LVCMOS33 8 NONE NONE LED[7] OUTPUT F16 LVCMOS33 8 NONE NONE
LED[6] OUTPUT E16 LVCMOS33 8 NONE NONE LED[6] OUTPUT E16 LVCMOS33 8 NONE NONE
LED[5] OUTPUT E13 LVCMOS33 8 NONE NONE LED[5] OUTPUT E13 LVCMOS33 8 NONE NONE
@ -49,6 +53,10 @@ Detailed IO Report
MSI_SDATA OUTPUT N9 LVCMOS33 8 NONE NONE MSI_SDATA OUTPUT N9 LVCMOS33 8 NONE NONE
TXD OUTPUT D12 LVCMOS33 8 NONE NONE TXD OUTPUT D12 LVCMOS33 8 NONE NONE
audio_pwm OUTPUT N8 LVCMOS33 8 NONE NONE audio_pwm OUTPUT N8 LVCMOS33 8 NONE NONE
row[3] OUTPUT D9 LVTTL33 8 NONE NONE
row[2] OUTPUT F9 LVTTL33 8 NONE NONE
row[1] OUTPUT C10 LVTTL33 8 NONE NONE
row[0] OUTPUT E10 LVTTL33 8 NONE NONE
seg[7] OUTPUT C8 LVCMOS33 8 NONE NONE seg[7] OUTPUT C8 LVCMOS33 8 NONE NONE
seg[6] OUTPUT A8 LVCMOS33 8 NONE NONE seg[6] OUTPUT A8 LVCMOS33 8 NONE NONE
seg[5] OUTPUT B5 LVCMOS33 8 NONE NONE seg[5] OUTPUT B5 LVCMOS33 8 NONE NONE
@ -67,20 +75,20 @@ Report Hierarchy Area:
+----------------------------------------------------------------------+ +----------------------------------------------------------------------+
|Instance |Module |le |lut |ripple |seq |bram |dsp | |Instance |Module |le |lut |ripple |seq |bram |dsp |
+----------------------------------------------------------------------+ +----------------------------------------------------------------------+
|top |CortexM0_SoC |17629 |16853 |453 |2390 |39 |26 | |top |CortexM0_SoC |17610 |16929 |473 |2517 |38 |26 |
+----------------------------------------------------------------------+ +----------------------------------------------------------------------+
DataNet Average Fanout: DataNet Average Fanout:
Index Fanout Nets Index Fanout Nets
#1 1 15409 #1 1 15657
#2 2 10176 #2 2 10209
#3 3 643 #3 3 657
#4 4 487 #4 4 524
#5 5-10 684 #5 5-10 653
#6 11-50 472 #6 11-50 473
#7 51-100 39 #7 51-100 36
#8 101-500 9 #8 101-500 9
#9 >500 18 #9 >500 18
Average 3.11 Average 3.09

File diff suppressed because it is too large Load Diff

View File

@ -1,368 +1,407 @@
eagle_s20 eagle_s20
12 22 609 18220 1000000000 9 0 12 22 687 18594 896242330 9 0
-10.879 0.249 CortexM0_SoC eagle_s20 BG256 Detail 8 1 -13.826 0.304 CortexM0_SoC eagle_s20 BG256 Detail 8 1
clock: DeriveClock clock: DeriveClock
12 1000000000 18220 4 12 896242330 18594 4
Setup check Setup check
22 3 22 3
Endpoint: FM_HW/FM_Dump_Data_IQ/reg0_b5|FM_HW/FM_Dump_Data_IQ/reg0_b3 Endpoint: FM_HW/FM_Dump_Data_IQ/reg0_b1|FM_HW/FM_Dump_Data_IQ/reg0_b4
22 -10.879000 40816291 3 22 -13.826000 48997858 3
Timing path: u_logic/_al_u2680|u_logic/Vzupw6_reg.clk->FM_HW/FM_Dump_Data_IQ/reg0_b5|FM_HW/FM_Dump_Data_IQ/reg0_b3 Timing path: u_logic/P5vpw6_reg.clk->FM_HW/FM_Dump_Data_IQ/reg0_b1|FM_HW/FM_Dump_Data_IQ/reg0_b4
u_logic/_al_u2680|u_logic/Vzupw6_reg.clk u_logic/P5vpw6_reg.clk
FM_HW/FM_Dump_Data_IQ/reg0_b5|FM_HW/FM_Dump_Data_IQ/reg0_b3 FM_HW/FM_Dump_Data_IQ/reg0_b1|FM_HW/FM_Dump_Data_IQ/reg0_b4
24 -10.879000 19.884000 30.763000 20 20 24 -13.826000 19.884000 33.710000 24 24
u_logic/Vzupw6 u_logic/_al_u4224|u_logic/_al_u121.c[0] u_logic/P5vpw6 cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b7|cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b6.b[0]
u_logic/Vo3ju6_lutinv u_logic/_al_u1992|u_logic/_al_u2497.a[0] u_logic/Llaow6_lutinv u_logic/_al_u1671|u_logic/_al_u2549.a[0]
u_logic/_al_u2497_o u_logic/_al_u2340|u_logic/_al_u2499.b[0] u_logic/_al_u2549_o u_logic/_al_u2551|u_logic/Fpnpw6_reg.a[1]
u_logic/_al_u2499_o u_logic/_al_u2508|u_logic/_al_u1569.a[1] u_logic/_al_u2551_o u_logic/_al_u2552.a[1]
u_logic/_al_u2508_o u_logic/_al_u2509|u_logic/_al_u4626.d[1] u_logic/_al_u2552_o u_logic/_al_u2556|u_logic/_al_u1730.a[1]
u_logic/_al_u2509_o u_logic/_al_u2510|u_logic/W8hbx6_reg.d[1] u_logic/_al_u2556_o u_logic/_al_u2563|u_logic/_al_u159.a[1]
u_logic/_al_u2510_o u_logic/_al_u2587|u_logic/L6lax6_reg.d[1] u_logic/_al_u2563_o u_logic/_al_u2564|u_logic/_al_u4431.d[1]
u_logic/_al_u2587_o u_logic/_al_u2588|u_logic/T5yax6_reg.b[1] u_logic/_al_u2564_o u_logic/_al_u2565|u_logic/_al_u2892.d[1]
u_logic/R0ghu6 u_logic/add2/ucin_al_u4737.b[0] u_logic/_al_u2565_o u_logic/_al_u2566|u_logic/_al_u2882.d[1]
u_logic/N5fpw6[3] u_logic/_al_u2550|u_logic/_al_u2560.d[0] u_logic/_al_u2566_o u_logic/_al_u2641|u_logic/_al_u2759.d[1]
u_logic/_al_u2560_o u_logic/_al_u2561|u_logic/_al_u2551.b[1] u_logic/Vtzhu6 u_logic/_al_u2643.d[0]
u_logic/_al_u2561_o u_logic/_al_u4281|RAMDATA_Interface/reg0_b2.b[0] u_logic/R0ghu6 u_logic/add2/ucin_al_u4809.b[0]
HADDR[4] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r79_c1_m0.c[1] u_logic/add2/c3 u_logic/add2/u3_al_u4810.fci
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i79_005 FM_HW/_al_u2796|FM_HW/_al_u3251.b[1] u_logic/N5fpw6[4] u_logic/_al_u4753|u_logic/_al_u2604.c[0]
FM_HW/_al_u2796_o FM_HW/_al_u2606|FM_HW/_al_u2797.c[0] u_logic/_al_u2604_o u_logic/_al_u2605|u_logic/Ibqpw6_reg.d[1]
FM_HW/_al_u2797_o FM_HW/_al_u2798.c[1] u_logic/_al_u2605_o u_logic/_al_u3990|RAMDATA_Interface/reg0_b3.b[0]
FM_HW/_al_u2798_o FM_HW/_al_u3903|FM_HW/_al_u2801.a[0] HADDR[5] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r478_c1_m0.d[0]
FM_HW/_al_u2801_o FM_HW/_al_u1343|FM_HW/_al_u2813.b[0] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i478_004 FM_HW/_al_u3089|FM_HW/_al_u3091.b[0]
FM_HW/_al_u2813_o FM_HW/FM_Demodulation/reg5_b113.b[0] FM_HW/_al_u3091_o FM_HW/_al_u3090|FM_HW/_al_u3092.c[0]
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_mux_b5/B7_0 FM_HW/FM_Dump_Data_IQ/reg0_b5|FM_HW/FM_Dump_Data_IQ/reg0_b3.a[1] FM_HW/_al_u3092_o FM_HW/_al_u2670|FM_HW/_al_u3093.b[0]
FM_HW/_al_u3093_o FM_HW/_al_u1562|FM_HW/_al_u3094.c[0]
FM_HW/_al_u3094_o FM_HW/_al_u3115.a[1]
FM_HW/_al_u3115_o FM_HW/_al_u1583|FM_HW/FM_Demodulation/reg5_b57.a[0]
FM_HW/_al_u3159_o FM_HW/FM_Dump_Data_IQ/reg0_b1|FM_HW/FM_Dump_Data_IQ/reg0_b4.a[0]
Timing path: u_logic/_al_u2680|u_logic/Vzupw6_reg.clk->FM_HW/FM_Dump_Data_IQ/reg0_b5|FM_HW/FM_Dump_Data_IQ/reg0_b3 Timing path: u_logic/P5vpw6_reg.clk->FM_HW/FM_Dump_Data_IQ/reg0_b1|FM_HW/FM_Dump_Data_IQ/reg0_b4
u_logic/_al_u2680|u_logic/Vzupw6_reg.clk u_logic/P5vpw6_reg.clk
FM_HW/FM_Dump_Data_IQ/reg0_b5|FM_HW/FM_Dump_Data_IQ/reg0_b3 FM_HW/FM_Dump_Data_IQ/reg0_b1|FM_HW/FM_Dump_Data_IQ/reg0_b4
89 -10.879000 19.884000 30.763000 20 20 97 -13.826000 19.884000 33.710000 24 24
u_logic/Vzupw6 u_logic/_al_u4224|u_logic/_al_u121.c[0] u_logic/P5vpw6 cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b7|cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b6.b[0]
u_logic/Vo3ju6_lutinv u_logic/_al_u1992|u_logic/_al_u2497.a[0] u_logic/Llaow6_lutinv u_logic/_al_u1671|u_logic/_al_u2549.a[0]
u_logic/_al_u2497_o u_logic/_al_u2340|u_logic/_al_u2499.b[0] u_logic/_al_u2549_o u_logic/_al_u2551|u_logic/Fpnpw6_reg.a[1]
u_logic/_al_u2499_o u_logic/_al_u2508|u_logic/_al_u1569.a[1] u_logic/_al_u2551_o u_logic/_al_u2552.a[0]
u_logic/_al_u2508_o u_logic/_al_u2509|u_logic/_al_u4626.d[1] u_logic/_al_u2552_o u_logic/_al_u2556|u_logic/_al_u1730.a[1]
u_logic/_al_u2509_o u_logic/_al_u2510|u_logic/W8hbx6_reg.d[1] u_logic/_al_u2556_o u_logic/_al_u2563|u_logic/_al_u159.a[1]
u_logic/_al_u2510_o u_logic/_al_u2587|u_logic/L6lax6_reg.d[1] u_logic/_al_u2563_o u_logic/_al_u2564|u_logic/_al_u4431.d[1]
u_logic/_al_u2587_o u_logic/_al_u2588|u_logic/T5yax6_reg.b[1] u_logic/_al_u2564_o u_logic/_al_u2565|u_logic/_al_u2892.d[1]
u_logic/R0ghu6 u_logic/add2/ucin_al_u4737.b[0] u_logic/_al_u2565_o u_logic/_al_u2566|u_logic/_al_u2882.d[1]
u_logic/N5fpw6[3] u_logic/_al_u2550|u_logic/_al_u2560.d[0] u_logic/_al_u2566_o u_logic/_al_u2641|u_logic/_al_u2759.d[1]
u_logic/_al_u2560_o u_logic/_al_u2561|u_logic/_al_u2551.b[1] u_logic/Vtzhu6 u_logic/_al_u2643.d[0]
u_logic/_al_u2561_o u_logic/_al_u4281|RAMDATA_Interface/reg0_b2.b[0] u_logic/R0ghu6 u_logic/add2/ucin_al_u4809.b[0]
HADDR[4] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r79_c1_m0.c[1] u_logic/add2/c3 u_logic/add2/u3_al_u4810.fci
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i79_005 FM_HW/_al_u2796|FM_HW/_al_u3251.b[1] u_logic/N5fpw6[4] u_logic/_al_u4753|u_logic/_al_u2604.c[0]
FM_HW/_al_u2796_o FM_HW/_al_u2606|FM_HW/_al_u2797.c[0] u_logic/_al_u2604_o u_logic/_al_u2605|u_logic/Ibqpw6_reg.d[1]
FM_HW/_al_u2797_o FM_HW/_al_u2798.c[0] u_logic/_al_u2605_o u_logic/_al_u3990|RAMDATA_Interface/reg0_b3.b[0]
FM_HW/_al_u2798_o FM_HW/_al_u3903|FM_HW/_al_u2801.a[0] HADDR[5] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r478_c1_m0.d[0]
FM_HW/_al_u2801_o FM_HW/_al_u1343|FM_HW/_al_u2813.b[0] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i478_004 FM_HW/_al_u3089|FM_HW/_al_u3091.b[0]
FM_HW/_al_u2813_o FM_HW/FM_Demodulation/reg5_b113.b[0] FM_HW/_al_u3091_o FM_HW/_al_u3090|FM_HW/_al_u3092.c[0]
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_mux_b5/B7_0 FM_HW/FM_Dump_Data_IQ/reg0_b5|FM_HW/FM_Dump_Data_IQ/reg0_b3.a[1] FM_HW/_al_u3092_o FM_HW/_al_u2670|FM_HW/_al_u3093.b[0]
FM_HW/_al_u3093_o FM_HW/_al_u1562|FM_HW/_al_u3094.c[0]
FM_HW/_al_u3094_o FM_HW/_al_u3115.a[1]
FM_HW/_al_u3115_o FM_HW/_al_u1583|FM_HW/FM_Demodulation/reg5_b57.a[0]
FM_HW/_al_u3159_o FM_HW/FM_Dump_Data_IQ/reg0_b1|FM_HW/FM_Dump_Data_IQ/reg0_b4.a[0]
Timing path: u_logic/_al_u2662|u_logic/Ufopw6_reg.clk->FM_HW/FM_Dump_Data_IQ/reg0_b5|FM_HW/FM_Dump_Data_IQ/reg0_b3 Timing path: u_logic/P5vpw6_reg.clk->FM_HW/FM_Dump_Data_IQ/reg0_b1|FM_HW/FM_Dump_Data_IQ/reg0_b4
u_logic/_al_u2662|u_logic/Ufopw6_reg.clk u_logic/P5vpw6_reg.clk
FM_HW/FM_Dump_Data_IQ/reg0_b5|FM_HW/FM_Dump_Data_IQ/reg0_b3 FM_HW/FM_Dump_Data_IQ/reg0_b1|FM_HW/FM_Dump_Data_IQ/reg0_b4
154 -10.864000 19.884000 30.748000 20 20 170 -13.826000 19.884000 33.710000 24 24
u_logic/Ufopw6 u_logic/_al_u4224|u_logic/_al_u121.d[0] u_logic/P5vpw6 cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b7|cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b6.b[0]
u_logic/Vo3ju6_lutinv u_logic/_al_u1992|u_logic/_al_u2497.a[0] u_logic/Llaow6_lutinv u_logic/_al_u1671|u_logic/_al_u2549.a[0]
u_logic/_al_u2497_o u_logic/_al_u2340|u_logic/_al_u2499.b[0] u_logic/_al_u2549_o u_logic/_al_u2551|u_logic/Fpnpw6_reg.a[1]
u_logic/_al_u2499_o u_logic/_al_u2508|u_logic/_al_u1569.a[1] u_logic/_al_u2551_o u_logic/_al_u2552.a[1]
u_logic/_al_u2508_o u_logic/_al_u2509|u_logic/_al_u4626.d[1] u_logic/_al_u2552_o u_logic/_al_u2556|u_logic/_al_u1730.a[1]
u_logic/_al_u2509_o u_logic/_al_u2510|u_logic/W8hbx6_reg.d[1] u_logic/_al_u2556_o u_logic/_al_u2563|u_logic/_al_u159.a[1]
u_logic/_al_u2510_o u_logic/_al_u2587|u_logic/L6lax6_reg.d[1] u_logic/_al_u2563_o u_logic/_al_u2564|u_logic/_al_u4431.d[1]
u_logic/_al_u2587_o u_logic/_al_u2588|u_logic/T5yax6_reg.b[1] u_logic/_al_u2564_o u_logic/_al_u2565|u_logic/_al_u2892.d[1]
u_logic/R0ghu6 u_logic/add2/ucin_al_u4737.b[0] u_logic/_al_u2565_o u_logic/_al_u2566|u_logic/_al_u2882.d[1]
u_logic/N5fpw6[3] u_logic/_al_u2550|u_logic/_al_u2560.d[0] u_logic/_al_u2566_o u_logic/_al_u2641|u_logic/_al_u2759.d[1]
u_logic/_al_u2560_o u_logic/_al_u2561|u_logic/_al_u2551.b[1] u_logic/Vtzhu6 u_logic/_al_u2643.d[0]
u_logic/_al_u2561_o u_logic/_al_u4281|RAMDATA_Interface/reg0_b2.b[0] u_logic/R0ghu6 u_logic/add2/ucin_al_u4809.b[0]
HADDR[4] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r79_c1_m0.c[1] u_logic/add2/c3 u_logic/add2/u3_al_u4810.fci
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i79_005 FM_HW/_al_u2796|FM_HW/_al_u3251.b[1] u_logic/N5fpw6[4] u_logic/_al_u4753|u_logic/_al_u2604.c[0]
FM_HW/_al_u2796_o FM_HW/_al_u2606|FM_HW/_al_u2797.c[0] u_logic/_al_u2604_o u_logic/_al_u2605|u_logic/Ibqpw6_reg.d[1]
FM_HW/_al_u2797_o FM_HW/_al_u2798.c[1] u_logic/_al_u2605_o u_logic/_al_u3990|RAMDATA_Interface/reg0_b3.b[0]
FM_HW/_al_u2798_o FM_HW/_al_u3903|FM_HW/_al_u2801.a[0] HADDR[5] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r478_c1_m0.d[0]
FM_HW/_al_u2801_o FM_HW/_al_u1343|FM_HW/_al_u2813.b[0] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i478_004 FM_HW/_al_u3089|FM_HW/_al_u3091.b[0]
FM_HW/_al_u2813_o FM_HW/FM_Demodulation/reg5_b113.b[0] FM_HW/_al_u3091_o FM_HW/_al_u3090|FM_HW/_al_u3092.c[0]
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_mux_b5/B7_0 FM_HW/FM_Dump_Data_IQ/reg0_b5|FM_HW/FM_Dump_Data_IQ/reg0_b3.a[1] FM_HW/_al_u3092_o FM_HW/_al_u2670|FM_HW/_al_u3093.b[0]
FM_HW/_al_u3093_o FM_HW/_al_u1562|FM_HW/_al_u3094.c[0]
FM_HW/_al_u3094_o FM_HW/_al_u3115.a[0]
FM_HW/_al_u3115_o FM_HW/_al_u1583|FM_HW/FM_Demodulation/reg5_b57.a[0]
FM_HW/_al_u3159_o FM_HW/FM_Dump_Data_IQ/reg0_b1|FM_HW/FM_Dump_Data_IQ/reg0_b4.a[0]
Endpoint: FM_HW/_al_u3093|FM_HW/FM_Dump_Data_IQ/reg0_b4 Endpoint: FM_HW/_al_u3650|FM_HW/FM_Dump_Data_IQ/reg0_b7
219 -10.773000 47643106 3 243 -13.737000 33724860 3
Timing path: u_logic/_al_u2680|u_logic/Vzupw6_reg.clk->FM_HW/_al_u3093|FM_HW/FM_Dump_Data_IQ/reg0_b4 Timing path: u_logic/P5vpw6_reg.clk->FM_HW/_al_u3650|FM_HW/FM_Dump_Data_IQ/reg0_b7
u_logic/_al_u2680|u_logic/Vzupw6_reg.clk u_logic/P5vpw6_reg.clk
FM_HW/_al_u3093|FM_HW/FM_Dump_Data_IQ/reg0_b4 FM_HW/_al_u3650|FM_HW/FM_Dump_Data_IQ/reg0_b7
221 -10.773000 19.884000 30.657000 20 20 245 -13.737000 19.884000 33.621000 24 24
u_logic/Vzupw6 u_logic/_al_u4224|u_logic/_al_u121.c[0] u_logic/P5vpw6 cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b7|cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b6.b[0]
u_logic/Vo3ju6_lutinv u_logic/_al_u1992|u_logic/_al_u2497.a[0] u_logic/Llaow6_lutinv u_logic/_al_u1671|u_logic/_al_u2549.a[0]
u_logic/_al_u2497_o u_logic/_al_u2340|u_logic/_al_u2499.b[0] u_logic/_al_u2549_o u_logic/_al_u2551|u_logic/Fpnpw6_reg.a[1]
u_logic/_al_u2499_o u_logic/_al_u2508|u_logic/_al_u1569.a[1] u_logic/_al_u2551_o u_logic/_al_u2552.a[1]
u_logic/_al_u2508_o u_logic/_al_u2509|u_logic/_al_u4626.d[1] u_logic/_al_u2552_o u_logic/_al_u2556|u_logic/_al_u1730.a[1]
u_logic/_al_u2509_o u_logic/_al_u2510|u_logic/W8hbx6_reg.d[1] u_logic/_al_u2556_o u_logic/_al_u2563|u_logic/_al_u159.a[1]
u_logic/_al_u2510_o u_logic/_al_u2587|u_logic/L6lax6_reg.d[1] u_logic/_al_u2563_o u_logic/_al_u2564|u_logic/_al_u4431.d[1]
u_logic/_al_u2587_o u_logic/_al_u2588|u_logic/T5yax6_reg.b[1] u_logic/_al_u2564_o u_logic/_al_u2565|u_logic/_al_u2892.d[1]
u_logic/R0ghu6 u_logic/add2/ucin_al_u4737.b[0] u_logic/_al_u2565_o u_logic/_al_u2566|u_logic/_al_u2882.d[1]
u_logic/N5fpw6[3] u_logic/_al_u2550|u_logic/_al_u2560.d[0] u_logic/_al_u2566_o u_logic/_al_u2641|u_logic/_al_u2759.d[1]
u_logic/_al_u2560_o u_logic/_al_u2561|u_logic/_al_u2551.b[1] u_logic/Vtzhu6 u_logic/_al_u2643.d[0]
u_logic/_al_u2561_o u_logic/_al_u4281|RAMDATA_Interface/reg0_b2.b[0] u_logic/R0ghu6 u_logic/add2/ucin_al_u4809.b[0]
HADDR[4] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r79_c1_m0.c[0] u_logic/add2/c3 u_logic/add2/u3_al_u4810.fci
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i79_004 FM_HW/_al_u2796|FM_HW/_al_u3251.b[0] u_logic/N5fpw6[4] u_logic/_al_u4753|u_logic/_al_u2604.c[0]
FM_HW/_al_u3251_o FM_HW/_al_u2795|FM_HW/_al_u3252.c[0] u_logic/_al_u2604_o u_logic/_al_u2605|u_logic/Ibqpw6_reg.d[1]
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_mux_b4/B1_19 FM_HW/_al_u1320|FM_HW/_al_u3255.a[0] u_logic/_al_u2605_o u_logic/_al_u3990|RAMDATA_Interface/reg0_b3.b[0]
FM_HW/_al_u3255_o FM_HW/_al_u3256|FM_HW/_al_u2777.b[1] HADDR[5] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r399_c1_m1.d[1]
FM_HW/_al_u3256_o FM_HW/_al_u3267.a[1] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i399_007 FM_HW/_al_u2331|FM_HW/_al_u2330.b[0]
FM_HW/_al_u3267_o FM_HW/_al_u2184|FM_HW/_al_u3332.a[0] FM_HW/_al_u2330_o FM_HW/_al_u2331|FM_HW/_al_u2330.c[1]
FM_HW/_al_u3332_o FM_HW/_al_u3093|FM_HW/FM_Dump_Data_IQ/reg0_b4.c[0] FM_HW/_al_u2331_o FM_HW/FM_Demodulation/reg5_b19|FM_HW/FM_Demodulation/reg5_b18.b[1]
FM_HW/_al_u2334_o FM_HW/_al_u2338.b[1]
FM_HW/_al_u2338_o FM_HW/FM_Demodulation/reg5_b53|FM_HW/FM_Demodulation/reg5_b59.b[1]
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_mux_b7/B6_3 FM_HW/_al_u2380|FM_HW/_al_u850.b[1]
FM_HW/_al_u2380_o FM_HW/_al_u3650|FM_HW/FM_Dump_Data_IQ/reg0_b7.c[0]
Timing path: u_logic/_al_u2680|u_logic/Vzupw6_reg.clk->FM_HW/_al_u3093|FM_HW/FM_Dump_Data_IQ/reg0_b4 Timing path: u_logic/P5vpw6_reg.clk->FM_HW/_al_u3650|FM_HW/FM_Dump_Data_IQ/reg0_b7
u_logic/_al_u2680|u_logic/Vzupw6_reg.clk u_logic/P5vpw6_reg.clk
FM_HW/_al_u3093|FM_HW/FM_Dump_Data_IQ/reg0_b4 FM_HW/_al_u3650|FM_HW/FM_Dump_Data_IQ/reg0_b7
286 -10.773000 19.884000 30.657000 20 20 318 -13.737000 19.884000 33.621000 24 24
u_logic/Vzupw6 u_logic/_al_u4224|u_logic/_al_u121.c[0] u_logic/P5vpw6 cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b7|cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b6.b[0]
u_logic/Vo3ju6_lutinv u_logic/_al_u1992|u_logic/_al_u2497.a[0] u_logic/Llaow6_lutinv u_logic/_al_u1671|u_logic/_al_u2549.a[0]
u_logic/_al_u2497_o u_logic/_al_u2340|u_logic/_al_u2499.b[0] u_logic/_al_u2549_o u_logic/_al_u2551|u_logic/Fpnpw6_reg.a[1]
u_logic/_al_u2499_o u_logic/_al_u2508|u_logic/_al_u1569.a[1] u_logic/_al_u2551_o u_logic/_al_u2552.a[0]
u_logic/_al_u2508_o u_logic/_al_u2509|u_logic/_al_u4626.d[1] u_logic/_al_u2552_o u_logic/_al_u2556|u_logic/_al_u1730.a[1]
u_logic/_al_u2509_o u_logic/_al_u2510|u_logic/W8hbx6_reg.d[1] u_logic/_al_u2556_o u_logic/_al_u2563|u_logic/_al_u159.a[1]
u_logic/_al_u2510_o u_logic/_al_u2587|u_logic/L6lax6_reg.d[1] u_logic/_al_u2563_o u_logic/_al_u2564|u_logic/_al_u4431.d[1]
u_logic/_al_u2587_o u_logic/_al_u2588|u_logic/T5yax6_reg.b[1] u_logic/_al_u2564_o u_logic/_al_u2565|u_logic/_al_u2892.d[1]
u_logic/R0ghu6 u_logic/add2/ucin_al_u4737.b[0] u_logic/_al_u2565_o u_logic/_al_u2566|u_logic/_al_u2882.d[1]
u_logic/N5fpw6[3] u_logic/_al_u2550|u_logic/_al_u2560.d[0] u_logic/_al_u2566_o u_logic/_al_u2641|u_logic/_al_u2759.d[1]
u_logic/_al_u2560_o u_logic/_al_u2561|u_logic/_al_u2551.b[1] u_logic/Vtzhu6 u_logic/_al_u2643.d[0]
u_logic/_al_u2561_o u_logic/_al_u4281|RAMDATA_Interface/reg0_b2.b[0] u_logic/R0ghu6 u_logic/add2/ucin_al_u4809.b[0]
HADDR[4] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r79_c1_m0.c[0] u_logic/add2/c3 u_logic/add2/u3_al_u4810.fci
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i79_004 FM_HW/_al_u2796|FM_HW/_al_u3251.b[0] u_logic/N5fpw6[4] u_logic/_al_u4753|u_logic/_al_u2604.c[0]
FM_HW/_al_u3251_o FM_HW/_al_u2795|FM_HW/_al_u3252.c[0] u_logic/_al_u2604_o u_logic/_al_u2605|u_logic/Ibqpw6_reg.d[1]
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_mux_b4/B1_19 FM_HW/_al_u1320|FM_HW/_al_u3255.a[0] u_logic/_al_u2605_o u_logic/_al_u3990|RAMDATA_Interface/reg0_b3.b[0]
FM_HW/_al_u3255_o FM_HW/_al_u3256|FM_HW/_al_u2777.b[1] HADDR[5] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r399_c1_m1.d[1]
FM_HW/_al_u3256_o FM_HW/_al_u3267.a[0] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i399_007 FM_HW/_al_u2331|FM_HW/_al_u2330.b[0]
FM_HW/_al_u3267_o FM_HW/_al_u2184|FM_HW/_al_u3332.a[0] FM_HW/_al_u2330_o FM_HW/_al_u2331|FM_HW/_al_u2330.c[1]
FM_HW/_al_u3332_o FM_HW/_al_u3093|FM_HW/FM_Dump_Data_IQ/reg0_b4.c[0] FM_HW/_al_u2331_o FM_HW/FM_Demodulation/reg5_b19|FM_HW/FM_Demodulation/reg5_b18.b[1]
FM_HW/_al_u2334_o FM_HW/_al_u2338.b[1]
FM_HW/_al_u2338_o FM_HW/FM_Demodulation/reg5_b53|FM_HW/FM_Demodulation/reg5_b59.b[1]
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_mux_b7/B6_3 FM_HW/_al_u2380|FM_HW/_al_u850.b[1]
FM_HW/_al_u2380_o FM_HW/_al_u3650|FM_HW/FM_Dump_Data_IQ/reg0_b7.c[0]
Timing path: u_logic/_al_u2662|u_logic/Ufopw6_reg.clk->FM_HW/_al_u3093|FM_HW/FM_Dump_Data_IQ/reg0_b4 Timing path: u_logic/P5vpw6_reg.clk->FM_HW/_al_u3650|FM_HW/FM_Dump_Data_IQ/reg0_b7
u_logic/_al_u2662|u_logic/Ufopw6_reg.clk u_logic/P5vpw6_reg.clk
FM_HW/_al_u3093|FM_HW/FM_Dump_Data_IQ/reg0_b4 FM_HW/_al_u3650|FM_HW/FM_Dump_Data_IQ/reg0_b7
351 -10.758000 19.884000 30.642000 20 20 391 -13.737000 19.884000 33.621000 24 24
u_logic/Ufopw6 u_logic/_al_u4224|u_logic/_al_u121.d[0] u_logic/P5vpw6 cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b7|cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b6.b[0]
u_logic/Vo3ju6_lutinv u_logic/_al_u1992|u_logic/_al_u2497.a[0] u_logic/Llaow6_lutinv u_logic/_al_u1671|u_logic/_al_u2549.a[0]
u_logic/_al_u2497_o u_logic/_al_u2340|u_logic/_al_u2499.b[0] u_logic/_al_u2549_o u_logic/_al_u2551|u_logic/Fpnpw6_reg.a[1]
u_logic/_al_u2499_o u_logic/_al_u2508|u_logic/_al_u1569.a[1] u_logic/_al_u2551_o u_logic/_al_u2552.a[1]
u_logic/_al_u2508_o u_logic/_al_u2509|u_logic/_al_u4626.d[1] u_logic/_al_u2552_o u_logic/_al_u2556|u_logic/_al_u1730.a[1]
u_logic/_al_u2509_o u_logic/_al_u2510|u_logic/W8hbx6_reg.d[1] u_logic/_al_u2556_o u_logic/_al_u2563|u_logic/_al_u159.a[1]
u_logic/_al_u2510_o u_logic/_al_u2587|u_logic/L6lax6_reg.d[1] u_logic/_al_u2563_o u_logic/_al_u2564|u_logic/_al_u4431.d[1]
u_logic/_al_u2587_o u_logic/_al_u2588|u_logic/T5yax6_reg.b[1] u_logic/_al_u2564_o u_logic/_al_u2565|u_logic/_al_u2892.d[1]
u_logic/R0ghu6 u_logic/add2/ucin_al_u4737.b[0] u_logic/_al_u2565_o u_logic/_al_u2566|u_logic/_al_u2882.d[1]
u_logic/N5fpw6[3] u_logic/_al_u2550|u_logic/_al_u2560.d[0] u_logic/_al_u2566_o u_logic/_al_u2641|u_logic/_al_u2759.d[1]
u_logic/_al_u2560_o u_logic/_al_u2561|u_logic/_al_u2551.b[1] u_logic/Vtzhu6 u_logic/_al_u2643.d[0]
u_logic/_al_u2561_o u_logic/_al_u4281|RAMDATA_Interface/reg0_b2.b[0] u_logic/R0ghu6 u_logic/add2/ucin_al_u4809.b[0]
HADDR[4] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r79_c1_m0.c[0] u_logic/add2/c3 u_logic/add2/u3_al_u4810.fci
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i79_004 FM_HW/_al_u2796|FM_HW/_al_u3251.b[0] u_logic/N5fpw6[4] u_logic/_al_u4753|u_logic/_al_u2604.c[0]
FM_HW/_al_u3251_o FM_HW/_al_u2795|FM_HW/_al_u3252.c[0] u_logic/_al_u2604_o u_logic/_al_u2605|u_logic/Ibqpw6_reg.d[1]
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_mux_b4/B1_19 FM_HW/_al_u1320|FM_HW/_al_u3255.a[0] u_logic/_al_u2605_o u_logic/_al_u3990|RAMDATA_Interface/reg0_b3.b[0]
FM_HW/_al_u3255_o FM_HW/_al_u3256|FM_HW/_al_u2777.b[1] HADDR[5] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r399_c1_m1.d[1]
FM_HW/_al_u3256_o FM_HW/_al_u3267.a[1] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i399_007 FM_HW/_al_u2331|FM_HW/_al_u2330.b[0]
FM_HW/_al_u3267_o FM_HW/_al_u2184|FM_HW/_al_u3332.a[0] FM_HW/_al_u2330_o FM_HW/_al_u2331|FM_HW/_al_u2330.c[1]
FM_HW/_al_u3332_o FM_HW/_al_u3093|FM_HW/FM_Dump_Data_IQ/reg0_b4.c[0] FM_HW/_al_u2331_o FM_HW/FM_Demodulation/reg5_b19|FM_HW/FM_Demodulation/reg5_b18.b[1]
FM_HW/_al_u2334_o FM_HW/_al_u2338.b[0]
FM_HW/_al_u2338_o FM_HW/FM_Demodulation/reg5_b53|FM_HW/FM_Demodulation/reg5_b59.b[1]
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_mux_b7/B6_3 FM_HW/_al_u2380|FM_HW/_al_u850.b[1]
FM_HW/_al_u2380_o FM_HW/_al_u3650|FM_HW/FM_Dump_Data_IQ/reg0_b7.c[0]
Endpoint: FM_HW/_al_u1257|FM_HW/FM_Dump_Data_IQ/reg0_b2 Endpoint: FM_HW/_al_u3584|FM_HW/FM_Dump_Data_IQ/reg0_b5
416 -10.589000 31524130 3 464 -13.686000 37671203 3
Timing path: u_logic/_al_u2680|u_logic/Vzupw6_reg.clk->FM_HW/_al_u1257|FM_HW/FM_Dump_Data_IQ/reg0_b2 Timing path: u_logic/P5vpw6_reg.clk->FM_HW/_al_u3584|FM_HW/FM_Dump_Data_IQ/reg0_b5
u_logic/_al_u2680|u_logic/Vzupw6_reg.clk u_logic/P5vpw6_reg.clk
FM_HW/_al_u1257|FM_HW/FM_Dump_Data_IQ/reg0_b2 FM_HW/_al_u3584|FM_HW/FM_Dump_Data_IQ/reg0_b5
418 -10.589000 19.884000 30.473000 19 19 466 -13.686000 19.884000 33.570000 24 24
u_logic/Vzupw6 u_logic/_al_u4224|u_logic/_al_u121.c[0] u_logic/P5vpw6 cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b7|cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b6.b[0]
u_logic/Vo3ju6_lutinv u_logic/_al_u1992|u_logic/_al_u2497.a[0] u_logic/Llaow6_lutinv u_logic/_al_u1671|u_logic/_al_u2549.a[0]
u_logic/_al_u2497_o u_logic/_al_u2340|u_logic/_al_u2499.b[0] u_logic/_al_u2549_o u_logic/_al_u2551|u_logic/Fpnpw6_reg.a[1]
u_logic/_al_u2499_o u_logic/_al_u2508|u_logic/_al_u1569.a[1] u_logic/_al_u2551_o u_logic/_al_u2552.a[1]
u_logic/_al_u2508_o u_logic/_al_u2509|u_logic/_al_u4626.d[1] u_logic/_al_u2552_o u_logic/_al_u2556|u_logic/_al_u1730.a[1]
u_logic/_al_u2509_o u_logic/_al_u2510|u_logic/W8hbx6_reg.d[1] u_logic/_al_u2556_o u_logic/_al_u2563|u_logic/_al_u159.a[1]
u_logic/_al_u2510_o u_logic/_al_u2587|u_logic/L6lax6_reg.d[1] u_logic/_al_u2563_o u_logic/_al_u2564|u_logic/_al_u4431.d[1]
u_logic/_al_u2587_o u_logic/_al_u2588|u_logic/T5yax6_reg.b[1] u_logic/_al_u2564_o u_logic/_al_u2565|u_logic/_al_u2892.d[1]
u_logic/R0ghu6 u_logic/add2/ucin_al_u4737.b[0] u_logic/_al_u2565_o u_logic/_al_u2566|u_logic/_al_u2882.d[1]
u_logic/N5fpw6[3] u_logic/_al_u2550|u_logic/_al_u2560.d[0] u_logic/_al_u2566_o u_logic/_al_u2641|u_logic/_al_u2759.d[1]
u_logic/_al_u2560_o u_logic/_al_u2561|u_logic/_al_u2551.b[1] u_logic/Vtzhu6 u_logic/_al_u2643.d[0]
u_logic/_al_u2561_o u_logic/_al_u4281|RAMDATA_Interface/reg0_b2.b[0] u_logic/R0ghu6 u_logic/add2/ucin_al_u4809.b[0]
HADDR[4] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r65_c0_m1.c[0] u_logic/add2/c3 u_logic/add2/u3_al_u4810.fci
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i65_002 FM_HW/_al_u1318|FM_HW/_al_u1743.b[1] u_logic/N5fpw6[4] u_logic/_al_u4753|u_logic/_al_u2604.c[0]
FM_HW/_al_u1318_o FM_HW/_al_u1746|FM_HW/_al_u1319.b[0] u_logic/_al_u2604_o u_logic/_al_u2605|u_logic/Ibqpw6_reg.d[1]
FM_HW/_al_u1319_o FM_HW/_al_u1320|FM_HW/_al_u3255.c[1] u_logic/_al_u2605_o u_logic/_al_u3990|RAMDATA_Interface/reg0_b3.b[0]
FM_HW/_al_u1320_o FM_HW/_al_u1321|FM_HW/_al_u3874.b[1] HADDR[5] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r475_c1_m0.d[1]
FM_HW/_al_u1321_o FM_HW/_al_u1344.b[1] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i475_005 FM_HW/_al_u2351|FM_HW/_al_u3012.b[0]
FM_HW/_al_u1344_o FM_HW/_al_u1257|FM_HW/FM_Dump_Data_IQ/reg0_b2.c[0] FM_HW/_al_u3012_o FM_HW/_al_u3013|FM_HW/_al_u2666.c[1]
FM_HW/_al_u3013_o FM_HW/_al_u3016.b[1]
FM_HW/_al_u3016_o FM_HW/_al_u1918|FM_HW/_al_u3019.a[0]
FM_HW/_al_u3019_o FM_HW/_al_u3030|FM_HW/_al_u795.b[1]
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_mux_b5/B5_7 FM_HW/_al_u3158|FM_HW/FM_Demodulation/reg5_b52.a[0]
FM_HW/_al_u3072_o FM_HW/_al_u3584|FM_HW/FM_Dump_Data_IQ/reg0_b5.c[0]
Timing path: u_logic/_al_u2680|u_logic/Vzupw6_reg.clk->FM_HW/_al_u1257|FM_HW/FM_Dump_Data_IQ/reg0_b2 Timing path: u_logic/P5vpw6_reg.clk->FM_HW/_al_u3584|FM_HW/FM_Dump_Data_IQ/reg0_b5
u_logic/_al_u2680|u_logic/Vzupw6_reg.clk u_logic/P5vpw6_reg.clk
FM_HW/_al_u1257|FM_HW/FM_Dump_Data_IQ/reg0_b2 FM_HW/_al_u3584|FM_HW/FM_Dump_Data_IQ/reg0_b5
481 -10.589000 19.884000 30.473000 19 19 539 -13.686000 19.884000 33.570000 24 24
u_logic/Vzupw6 u_logic/_al_u4224|u_logic/_al_u121.c[0] u_logic/P5vpw6 cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b7|cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b6.b[0]
u_logic/Vo3ju6_lutinv u_logic/_al_u1992|u_logic/_al_u2497.a[0] u_logic/Llaow6_lutinv u_logic/_al_u1671|u_logic/_al_u2549.a[0]
u_logic/_al_u2497_o u_logic/_al_u2340|u_logic/_al_u2499.b[0] u_logic/_al_u2549_o u_logic/_al_u2551|u_logic/Fpnpw6_reg.a[1]
u_logic/_al_u2499_o u_logic/_al_u2508|u_logic/_al_u1569.a[1] u_logic/_al_u2551_o u_logic/_al_u2552.a[0]
u_logic/_al_u2508_o u_logic/_al_u2509|u_logic/_al_u4626.d[1] u_logic/_al_u2552_o u_logic/_al_u2556|u_logic/_al_u1730.a[1]
u_logic/_al_u2509_o u_logic/_al_u2510|u_logic/W8hbx6_reg.d[1] u_logic/_al_u2556_o u_logic/_al_u2563|u_logic/_al_u159.a[1]
u_logic/_al_u2510_o u_logic/_al_u2587|u_logic/L6lax6_reg.d[1] u_logic/_al_u2563_o u_logic/_al_u2564|u_logic/_al_u4431.d[1]
u_logic/_al_u2587_o u_logic/_al_u2588|u_logic/T5yax6_reg.b[1] u_logic/_al_u2564_o u_logic/_al_u2565|u_logic/_al_u2892.d[1]
u_logic/R0ghu6 u_logic/add2/ucin_al_u4737.b[0] u_logic/_al_u2565_o u_logic/_al_u2566|u_logic/_al_u2882.d[1]
u_logic/N5fpw6[3] u_logic/_al_u2550|u_logic/_al_u2560.d[0] u_logic/_al_u2566_o u_logic/_al_u2641|u_logic/_al_u2759.d[1]
u_logic/_al_u2560_o u_logic/_al_u2561|u_logic/_al_u2551.b[1] u_logic/Vtzhu6 u_logic/_al_u2643.d[0]
u_logic/_al_u2561_o u_logic/_al_u4281|RAMDATA_Interface/reg0_b2.b[0] u_logic/R0ghu6 u_logic/add2/ucin_al_u4809.b[0]
HADDR[4] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r65_c0_m1.c[0] u_logic/add2/c3 u_logic/add2/u3_al_u4810.fci
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i65_002 FM_HW/_al_u1318|FM_HW/_al_u1743.b[1] u_logic/N5fpw6[4] u_logic/_al_u4753|u_logic/_al_u2604.c[0]
FM_HW/_al_u1318_o FM_HW/_al_u1746|FM_HW/_al_u1319.b[0] u_logic/_al_u2604_o u_logic/_al_u2605|u_logic/Ibqpw6_reg.d[1]
FM_HW/_al_u1319_o FM_HW/_al_u1320|FM_HW/_al_u3255.c[1] u_logic/_al_u2605_o u_logic/_al_u3990|RAMDATA_Interface/reg0_b3.b[0]
FM_HW/_al_u1320_o FM_HW/_al_u1321|FM_HW/_al_u3874.b[1] HADDR[5] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r475_c1_m0.d[1]
FM_HW/_al_u1321_o FM_HW/_al_u1344.b[0] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i475_005 FM_HW/_al_u2351|FM_HW/_al_u3012.b[0]
FM_HW/_al_u1344_o FM_HW/_al_u1257|FM_HW/FM_Dump_Data_IQ/reg0_b2.c[0] FM_HW/_al_u3012_o FM_HW/_al_u3013|FM_HW/_al_u2666.c[1]
FM_HW/_al_u3013_o FM_HW/_al_u3016.b[1]
FM_HW/_al_u3016_o FM_HW/_al_u1918|FM_HW/_al_u3019.a[0]
FM_HW/_al_u3019_o FM_HW/_al_u3030|FM_HW/_al_u795.b[1]
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_mux_b5/B5_7 FM_HW/_al_u3158|FM_HW/FM_Demodulation/reg5_b52.a[0]
FM_HW/_al_u3072_o FM_HW/_al_u3584|FM_HW/FM_Dump_Data_IQ/reg0_b5.c[0]
Timing path: u_logic/_al_u2662|u_logic/Ufopw6_reg.clk->FM_HW/_al_u1257|FM_HW/FM_Dump_Data_IQ/reg0_b2 Timing path: u_logic/P5vpw6_reg.clk->FM_HW/_al_u3584|FM_HW/FM_Dump_Data_IQ/reg0_b5
u_logic/_al_u2662|u_logic/Ufopw6_reg.clk u_logic/P5vpw6_reg.clk
FM_HW/_al_u1257|FM_HW/FM_Dump_Data_IQ/reg0_b2 FM_HW/_al_u3584|FM_HW/FM_Dump_Data_IQ/reg0_b5
544 -10.574000 19.884000 30.458000 19 19 612 -13.686000 19.884000 33.570000 24 24
u_logic/Ufopw6 u_logic/_al_u4224|u_logic/_al_u121.d[0] u_logic/P5vpw6 cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b7|cw_top/wrapper_cwc_top/trigger_inst/HAS_BUS_DETECTOR$BUS_DETECTOR[0]$bus_detector_inst1/reg0_b6.b[0]
u_logic/Vo3ju6_lutinv u_logic/_al_u1992|u_logic/_al_u2497.a[0] u_logic/Llaow6_lutinv u_logic/_al_u1671|u_logic/_al_u2549.a[0]
u_logic/_al_u2497_o u_logic/_al_u2340|u_logic/_al_u2499.b[0] u_logic/_al_u2549_o u_logic/_al_u2551|u_logic/Fpnpw6_reg.a[1]
u_logic/_al_u2499_o u_logic/_al_u2508|u_logic/_al_u1569.a[1] u_logic/_al_u2551_o u_logic/_al_u2552.a[1]
u_logic/_al_u2508_o u_logic/_al_u2509|u_logic/_al_u4626.d[1] u_logic/_al_u2552_o u_logic/_al_u2556|u_logic/_al_u1730.a[1]
u_logic/_al_u2509_o u_logic/_al_u2510|u_logic/W8hbx6_reg.d[1] u_logic/_al_u2556_o u_logic/_al_u2563|u_logic/_al_u159.a[1]
u_logic/_al_u2510_o u_logic/_al_u2587|u_logic/L6lax6_reg.d[1] u_logic/_al_u2563_o u_logic/_al_u2564|u_logic/_al_u4431.d[1]
u_logic/_al_u2587_o u_logic/_al_u2588|u_logic/T5yax6_reg.b[1] u_logic/_al_u2564_o u_logic/_al_u2565|u_logic/_al_u2892.d[1]
u_logic/R0ghu6 u_logic/add2/ucin_al_u4737.b[0] u_logic/_al_u2565_o u_logic/_al_u2566|u_logic/_al_u2882.d[1]
u_logic/N5fpw6[3] u_logic/_al_u2550|u_logic/_al_u2560.d[0] u_logic/_al_u2566_o u_logic/_al_u2641|u_logic/_al_u2759.d[1]
u_logic/_al_u2560_o u_logic/_al_u2561|u_logic/_al_u2551.b[1] u_logic/Vtzhu6 u_logic/_al_u2643.d[0]
u_logic/_al_u2561_o u_logic/_al_u4281|RAMDATA_Interface/reg0_b2.b[0] u_logic/R0ghu6 u_logic/add2/ucin_al_u4809.b[0]
HADDR[4] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r65_c0_m1.c[0] u_logic/add2/c3 u_logic/add2/u3_al_u4810.fci
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i65_002 FM_HW/_al_u1318|FM_HW/_al_u1743.b[1] u_logic/N5fpw6[4] u_logic/_al_u4753|u_logic/_al_u2604.c[0]
FM_HW/_al_u1318_o FM_HW/_al_u1746|FM_HW/_al_u1319.b[0] u_logic/_al_u2604_o u_logic/_al_u2605|u_logic/Ibqpw6_reg.d[1]
FM_HW/_al_u1319_o FM_HW/_al_u1320|FM_HW/_al_u3255.c[1] u_logic/_al_u2605_o u_logic/_al_u3990|RAMDATA_Interface/reg0_b3.b[0]
FM_HW/_al_u1320_o FM_HW/_al_u1321|FM_HW/_al_u3874.b[1] HADDR[5] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_r475_c1_m0.d[1]
FM_HW/_al_u1321_o FM_HW/_al_u1344.b[1] FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_i475_005 FM_HW/_al_u2351|FM_HW/_al_u3012.b[0]
FM_HW/_al_u1344_o FM_HW/_al_u1257|FM_HW/FM_Dump_Data_IQ/reg0_b2.c[0] FM_HW/_al_u3012_o FM_HW/_al_u3013|FM_HW/_al_u2666.c[1]
FM_HW/_al_u3013_o FM_HW/_al_u3016.b[0]
FM_HW/_al_u3016_o FM_HW/_al_u1918|FM_HW/_al_u3019.a[0]
FM_HW/_al_u3019_o FM_HW/_al_u3030|FM_HW/_al_u795.b[1]
FM_HW/FM_Dump_Data_IQ/al_ram_mem_IQ_do_mux_b5/B5_7 FM_HW/_al_u3158|FM_HW/FM_Demodulation/reg5_b52.a[0]
FM_HW/_al_u3072_o FM_HW/_al_u3584|FM_HW/FM_Dump_Data_IQ/reg0_b5.c[0]
Hold check Hold check
607 3 685 3
Endpoint: RAM_CODE/ram_mem_unify_al_u20_4096x8_sub_000000_000 Endpoint: SPI_TX/FIFO_SPI/al_ram_mem_r1_c1_l
609 0.249000 12 3 687 0.304000 94 3
Timing path: RAMCODE_Interface/reg0_b10|RAMCODE_Interface/reg0_b7.clk->RAM_CODE/ram_mem_unify_al_u20_4096x8_sub_000000_000 Timing path: _al_u270|SPI_TX/FIFO_SPI/reg1_b0.clk->SPI_TX/FIFO_SPI/al_ram_mem_r1_c1_l
RAMCODE_Interface/reg0_b10|RAMCODE_Interface/reg0_b7.clk _al_u270|SPI_TX/FIFO_SPI/reg1_b0.clk
RAM_CODE/ram_mem_unify_al_u20_4096x8_sub_000000_000 SPI_TX/FIFO_SPI/al_ram_mem_r1_c1_l
611 0.249000 0.200000 0.449000 0 1 689 0.304000 0.134000 0.438000 1 1
RAMCODE_WADDR[7] RAM_CODE/ram_mem_unify_al_u20_4096x8_sub_000000_000.addra[8] SPI_TX/FIFO_SPI/wp[0] SPI_TX/FIFO_SPI/al_ram_mem_r1_c1_l.a[0]
Timing path: RAMCODE_Interface/reg0_b6|RAMCODE_Interface/reg0_b4.clk->RAM_CODE/ram_mem_unify_al_u20_4096x8_sub_000000_000 Timing path: UART_Interface/rd_en_reg_reg|SPI_Interface/wr_en_reg_reg.clk->SPI_TX/FIFO_SPI/al_ram_mem_r1_c1_l
RAMCODE_Interface/reg0_b6|RAMCODE_Interface/reg0_b4.clk UART_Interface/rd_en_reg_reg|SPI_Interface/wr_en_reg_reg.clk
RAM_CODE/ram_mem_unify_al_u20_4096x8_sub_000000_000 SPI_TX/FIFO_SPI/al_ram_mem_r1_c1_l
638 0.259000 0.200000 0.459000 0 1 716 1.596000 0.134000 1.730000 2 2
RAMCODE_WADDR[4] RAM_CODE/ram_mem_unify_al_u20_4096x8_sub_000000_000.addra[5] SPI_Interface/wr_en_reg _al_u128|_al_u130.d[1]
SPI_TX_Data[4] SPI_TX/FIFO_SPI/al_ram_mem_r1_c1_l.a[1]
Timing path: RAMCODE_Interface/reg0_b6|RAMCODE_Interface/reg0_b4.clk->RAM_CODE/ram_mem_unify_al_u20_4096x8_sub_000000_000 Timing path: u_logic/_al_u3978|u_logic/Wvgax6_reg.clk->SPI_TX/FIFO_SPI/al_ram_mem_r1_c1_l
RAMCODE_Interface/reg0_b6|RAMCODE_Interface/reg0_b4.clk u_logic/_al_u3978|u_logic/Wvgax6_reg.clk
RAM_CODE/ram_mem_unify_al_u20_4096x8_sub_000000_000 SPI_TX/FIFO_SPI/al_ram_mem_r1_c1_l
665 0.411000 0.200000 0.611000 0 1 745 3.696000 0.134000 3.830000 3 3
RAMCODE_WADDR[6] RAM_CODE/ram_mem_unify_al_u20_4096x8_sub_000000_000.addra[7] u_logic/Wvgax6 u_logic/_al_u3342|u_logic/Kqhbx6_reg.d[0]
HWDATA[4] _al_u128|_al_u130.c[1]
SPI_TX_Data[4] SPI_TX/FIFO_SPI/al_ram_mem_r1_c1_l.a[1]
Endpoint: SPI_TX/FIFO_SPI/al_ram_mem_r0_c1_l Endpoint: FM_HW/FM_Demodulation/mult7_
692 0.304000 94 3 776 0.308000 10 3
Timing path: _al_u376|SPI_TX/FIFO_SPI/reg1_b2.clk->SPI_TX/FIFO_SPI/al_ram_mem_r0_c1_l Timing path: FM_HW/FM_RSSI_SCAN/add2/ucin_al_u4000.clk->FM_HW/FM_Demodulation/mult7_
_al_u376|SPI_TX/FIFO_SPI/reg1_b2.clk FM_HW/FM_RSSI_SCAN/add2/ucin_al_u4000.clk
SPI_TX/FIFO_SPI/al_ram_mem_r0_c1_l FM_HW/FM_Demodulation/mult7_
694 0.304000 0.134000 0.438000 1 1 778 0.308000 0.100000 0.408000 0 1
SPI_TX/FIFO_SPI/wp[2] SPI_TX/FIFO_SPI/al_ram_mem_r0_c1_l.c[0] FM_HW/FM_Demodulation/dmd_data_filter[16][3] FM_HW/FM_Demodulation/mult7_.a[3]
Timing path: _al_u294|SPI_Interface/wr_en_reg_reg.clk->SPI_TX/FIFO_SPI/al_ram_mem_r0_c1_l Timing path: FM_HW/FM_Demodulation/reg5_b160|FM_HW/FM_Demodulation/reg5_b162.clk->FM_HW/FM_Demodulation/mult7_
_al_u294|SPI_Interface/wr_en_reg_reg.clk FM_HW/FM_Demodulation/reg5_b160|FM_HW/FM_Demodulation/reg5_b162.clk
SPI_TX/FIFO_SPI/al_ram_mem_r0_c1_l FM_HW/FM_Demodulation/mult7_
721 1.964000 0.134000 2.098000 2 2 805 0.320000 0.100000 0.420000 0 1
SPI_Interface/wr_en_reg _al_u114|_al_u116.d[0] FM_HW/FM_Demodulation/dmd_data_filter[16][2] FM_HW/FM_Demodulation/mult7_.a[2]
SPI_TX_Data[6] SPI_TX/FIFO_SPI/al_ram_mem_r0_c1_l.c[1]
Timing path: u_logic/_al_u2859|u_logic/Wvgax6_reg.clk->SPI_TX/FIFO_SPI/al_ram_mem_r0_c1_l Timing path: FM_HW/FM_Demodulation/sub0_2/u0|sub0_2/ucin.clk->FM_HW/FM_Demodulation/mult7_
u_logic/_al_u2859|u_logic/Wvgax6_reg.clk FM_HW/FM_Demodulation/sub0_2/u0|sub0_2/ucin.clk
SPI_TX/FIFO_SPI/al_ram_mem_r0_c1_l FM_HW/FM_Demodulation/mult7_
750 3.117000 0.134000 3.251000 3 3 832 0.466000 0.100000 0.566000 0 1
u_logic/Wvgax6 u_logic/_al_u2540|u_logic/Z9abx6_reg.d[0] FM_HW/FM_Demodulation/dmd_data_filter[16][8] FM_HW/FM_Demodulation/mult7_.a[8]
HWDATA[6] _al_u114|_al_u116.c[0]
SPI_TX_Data[6] SPI_TX/FIFO_SPI/al_ram_mem_r0_c1_l.c[1]
Endpoint: FM_HW/FM_Demodulation/mult20_ Endpoint: RAM_CODE/ram_mem_unify_al_u10_4096x8_sub_000000_006
781 0.308000 10 3 859 0.313000 12 3
Timing path: FM_HW/FM_Demodulation/reg5_b30|FM_HW/FM_Demodulation/reg5_b31.clk->FM_HW/FM_Demodulation/mult20_ Timing path: RAMCODE_Interface/reg0_b9|RAMCODE_Interface/reg0_b8.clk->RAM_CODE/ram_mem_unify_al_u10_4096x8_sub_000000_006
FM_HW/FM_Demodulation/reg5_b30|FM_HW/FM_Demodulation/reg5_b31.clk RAMCODE_Interface/reg0_b9|RAMCODE_Interface/reg0_b8.clk
FM_HW/FM_Demodulation/mult20_ RAM_CODE/ram_mem_unify_al_u10_4096x8_sub_000000_006
783 0.308000 0.100000 0.408000 0 1 861 0.313000 0.200000 0.513000 0 1
FM_HW/FM_Demodulation/dmd_data_filter[3][0] FM_HW/FM_Demodulation/mult20_.a[0] RAMCODE_WADDR[8] RAM_CODE/ram_mem_unify_al_u10_4096x8_sub_000000_006.addra[9]
Timing path: FM_HW/FM_Demodulation/reg5_b30|FM_HW/FM_Demodulation/reg5_b31.clk->FM_HW/FM_Demodulation/mult20_ Timing path: RAMCODE_Interface/reg0_b9|RAMCODE_Interface/reg0_b8.clk->RAM_CODE/ram_mem_unify_al_u10_4096x8_sub_000000_006
FM_HW/FM_Demodulation/reg5_b30|FM_HW/FM_Demodulation/reg5_b31.clk RAMCODE_Interface/reg0_b9|RAMCODE_Interface/reg0_b8.clk
FM_HW/FM_Demodulation/mult20_ RAM_CODE/ram_mem_unify_al_u10_4096x8_sub_000000_006
810 0.320000 0.100000 0.420000 0 1 888 0.579000 0.200000 0.779000 0 1
FM_HW/FM_Demodulation/dmd_data_filter[3][1] FM_HW/FM_Demodulation/mult20_.a[1] RAMCODE_WADDR[9] RAM_CODE/ram_mem_unify_al_u10_4096x8_sub_000000_006.addra[10]
Timing path: FM_HW/FM_Demodulation/reg5_b36|FM_HW/FM_Demodulation/reg5_b37.clk->FM_HW/FM_Demodulation/mult20_ Timing path: RAMCODE_Interface/reg0_b11|RAMCODE_Interface/reg0_b10.clk->RAM_CODE/ram_mem_unify_al_u10_4096x8_sub_000000_006
FM_HW/FM_Demodulation/reg5_b36|FM_HW/FM_Demodulation/reg5_b37.clk RAMCODE_Interface/reg0_b11|RAMCODE_Interface/reg0_b10.clk
FM_HW/FM_Demodulation/mult20_ RAM_CODE/ram_mem_unify_al_u10_4096x8_sub_000000_006
837 0.320000 0.100000 0.420000 0 1 915 0.582000 0.200000 0.782000 0 1
FM_HW/FM_Demodulation/dmd_data_filter[3][6] FM_HW/FM_Demodulation/mult20_.a[6] RAMCODE_WADDR[10] RAM_CODE/ram_mem_unify_al_u10_4096x8_sub_000000_006.addra[11]
Recovery check Recovery check
864 3 942 3
Endpoint: cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b212|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b208 Endpoint: cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b55|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b68
866 6.858000 1 1 944 7.068000 1 1
Timing path: cw_top/wrapper_cwc_top/cfg_int_inst/tap_inst/rst_reg.clk->cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b212|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b208 Timing path: _al_u570|cw_top/wrapper_cwc_top/cfg_int_inst/tap_inst/rst_reg.clk->cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b55|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b68
cw_top/wrapper_cwc_top/cfg_int_inst/tap_inst/rst_reg.clk _al_u570|cw_top/wrapper_cwc_top/cfg_int_inst/tap_inst/rst_reg.clk
cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b212|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b208 cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b55|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b68
868 6.858000 9.700000 2.842000 0 1 946 7.068000 9.700000 2.632000 0 1
cw_top/wrapper_cwc_top/cfg_int_inst/rst cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b212|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b208.sr cw_top/wrapper_cwc_top/cfg_int_inst/rst cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b55|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b68.sr
Endpoint: cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b140|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b144 Endpoint: cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b63|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b64
895 6.858000 1 1 973 7.068000 1 1
Timing path: cw_top/wrapper_cwc_top/cfg_int_inst/tap_inst/rst_reg.clk->cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b140|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b144 Timing path: _al_u570|cw_top/wrapper_cwc_top/cfg_int_inst/tap_inst/rst_reg.clk->cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b63|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b64
cw_top/wrapper_cwc_top/cfg_int_inst/tap_inst/rst_reg.clk _al_u570|cw_top/wrapper_cwc_top/cfg_int_inst/tap_inst/rst_reg.clk
cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b140|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b144 cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b63|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b64
897 6.858000 9.700000 2.842000 0 1 975 7.068000 9.700000 2.632000 0 1
cw_top/wrapper_cwc_top/cfg_int_inst/rst cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b140|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b144.sr cw_top/wrapper_cwc_top/cfg_int_inst/rst cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b63|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b64.sr
Endpoint: cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg1_b47|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg1_b48 Endpoint: cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b140|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b141
924 6.929000 1 1 1002 7.197000 1 1
Timing path: cw_top/wrapper_cwc_top/cfg_int_inst/tap_inst/rst_reg.clk->cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg1_b47|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg1_b48 Timing path: _al_u570|cw_top/wrapper_cwc_top/cfg_int_inst/tap_inst/rst_reg.clk->cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b140|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b141
cw_top/wrapper_cwc_top/cfg_int_inst/tap_inst/rst_reg.clk _al_u570|cw_top/wrapper_cwc_top/cfg_int_inst/tap_inst/rst_reg.clk
cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg1_b47|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg1_b48 cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b140|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b141
926 6.929000 9.700000 2.771000 0 1 1004 7.197000 9.700000 2.503000 0 1
cw_top/wrapper_cwc_top/cfg_int_inst/rst cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg1_b47|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg1_b48.sr cw_top/wrapper_cwc_top/cfg_int_inst/rst cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b140|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg2_b141.sr
Removal check Removal check
953 3 1031 3
Endpoint: cw_top/wrapper_cwc_top/trigger_inst/reg1_b15|cw_top/wrapper_cwc_top/trigger_inst/reg1_b14 Endpoint: u_logic/_al_u2894|u_logic/Wfspw6_reg
955 0.426000 1 1 1033 0.438000 1 1
Timing path: _al_u300|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg1_b0.clk->cw_top/wrapper_cwc_top/trigger_inst/reg1_b15|cw_top/wrapper_cwc_top/trigger_inst/reg1_b14 Timing path: u_logic/_al_u2275|cpuresetn_reg.clk->u_logic/_al_u2894|u_logic/Wfspw6_reg
_al_u300|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg1_b0.clk u_logic/_al_u2275|cpuresetn_reg.clk
cw_top/wrapper_cwc_top/trigger_inst/reg1_b15|cw_top/wrapper_cwc_top/trigger_inst/reg1_b14 u_logic/_al_u2894|u_logic/Wfspw6_reg
957 0.426000 0.300000 0.726000 0 1 1035 0.438000 0.300000 0.738000 0 1
cw_top/wrapper_cwc_top/control[0] cw_top/wrapper_cwc_top/trigger_inst/reg1_b15|cw_top/wrapper_cwc_top/trigger_inst/reg1_b14.sr cpuresetn u_logic/_al_u2894|u_logic/Wfspw6_reg.sr
Endpoint: cw_top/wrapper_cwc_top/trigger_inst/sub0/ucin_al_u598 Endpoint: u_logic/_al_u3144|u_logic/Kojpw6_reg
984 0.503000 1 1 1062 0.465000 1 1
Timing path: _al_u300|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg1_b0.clk->cw_top/wrapper_cwc_top/trigger_inst/sub0/ucin_al_u598 Timing path: u_logic/_al_u2275|cpuresetn_reg.clk->u_logic/_al_u3144|u_logic/Kojpw6_reg
_al_u300|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg1_b0.clk u_logic/_al_u2275|cpuresetn_reg.clk
cw_top/wrapper_cwc_top/trigger_inst/sub0/ucin_al_u598 u_logic/_al_u3144|u_logic/Kojpw6_reg
986 0.503000 0.300000 0.803000 0 1 1064 0.465000 0.300000 0.765000 0 1
cw_top/wrapper_cwc_top/control[0] cw_top/wrapper_cwc_top/trigger_inst/sub0/ucin_al_u598.sr cpuresetn u_logic/_al_u3144|u_logic/Kojpw6_reg.sr
Endpoint: cw_top/wrapper_cwc_top/trigger_inst/reg2_b2 Endpoint: cw_top/wrapper_cwc_top/trigger_inst/emb_ctrl_inst/reg1_b5|cw_top/wrapper_cwc_top/trigger_inst/emb_ctrl_inst/reg1_b6
1013 0.503000 1 1 1091 0.475000 1 1
Timing path: _al_u300|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg1_b0.clk->cw_top/wrapper_cwc_top/trigger_inst/reg2_b2 Timing path: cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg1_b0.clk->cw_top/wrapper_cwc_top/trigger_inst/emb_ctrl_inst/reg1_b5|cw_top/wrapper_cwc_top/trigger_inst/emb_ctrl_inst/reg1_b6
_al_u300|cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg1_b0.clk cw_top/wrapper_cwc_top/cfg_int_inst/reg_inst/reg1_b0.clk
cw_top/wrapper_cwc_top/trigger_inst/reg2_b2 cw_top/wrapper_cwc_top/trigger_inst/emb_ctrl_inst/reg1_b5|cw_top/wrapper_cwc_top/trigger_inst/emb_ctrl_inst/reg1_b6
1015 0.503000 0.300000 0.803000 0 1 1093 0.475000 0.300000 0.775000 0 1
cw_top/wrapper_cwc_top/control[0] cw_top/wrapper_cwc_top/trigger_inst/reg2_b2.sr cw_top/wrapper_cwc_top/control[0] cw_top/wrapper_cwc_top/trigger_inst/emb_ctrl_inst/reg1_b5|cw_top/wrapper_cwc_top/trigger_inst/emb_ctrl_inst/reg1_b6.sr
@ -371,11 +410,11 @@ cw_top/wrapper_cwc_top/control[0] cw_top/wrapper_cwc_top/trigger_inst/reg2_b2.sr
Timing group statistics: Timing group statistics:
Clock constraints: Clock constraints:
Clock Name Min Period Max Freq Skew Fanout TNS Clock Name Min Period Max Freq Skew Fanout TNS
DeriveClock (50.0MHz) 30.879ns 32MHz 0.000ns 2706 -552.899ns DeriveClock (50.0MHz) 33.826ns 29MHz 0.000ns 2795 -2264.715ns
Minimum input arrival time before clock: no constraint path Minimum input arrival time before clock: no constraint path
Maximum output required time after clock: no constraint path Maximum output required time after clock: no constraint path
Maximum combinational path delay: no constraint path Maximum combinational path delay: no constraint path
Warning: No clock constraint on 13 clock net(s): Warning: No clock constraint on 14 clock net(s):
CW_CLK_MSI CW_CLK_MSI
FM_Display/clk_1KHz FM_Display/clk_1KHz
FM_HW/ADC_CLK FM_HW/ADC_CLK
@ -388,5 +427,6 @@ Warning: No clock constraint on 13 clock net(s):
MSI_REFCLK_pad MSI_REFCLK_pad
clk_pad clk_pad
jtck jtck
scan_unit/scan_clk
u_logic/SWCLKTCK_pad u_logic/SWCLKTCK_pad

View File

@ -2,25 +2,25 @@ standard
***Report Model: CortexM0_SoC*** ***Report Model: CortexM0_SoC***
IO Statistics IO Statistics
#IO 31 #IO 39
#input 4 #input 8
#output 26 #output 30
#inout 1 #inout 1
Utilization Statistics Utilization Statistics
#lut 16425 out of 19600 83.80% #lut 16581 out of 19600 84.60%
#reg 2390 out of 19600 12.19% #reg 2517 out of 19600 12.84%
#le 16791 #le 16834
#lut only 14401 out of 16791 85.77% #lut only 14317 out of 16834 85.05%
#reg only 366 out of 16791 2.18% #reg only 253 out of 16834 1.50%
#lut&reg 2024 out of 16791 12.05% #lut&reg 2264 out of 16834 13.45%
#dsp 26 out of 29 89.66% #dsp 26 out of 29 89.66%
#bram 32 out of 64 50.00% #bram 32 out of 64 50.00%
#bram9k 32 #bram9k 32
#fifo9k 0 #fifo9k 0
#bram32k 7 out of 16 43.75% #bram32k 6 out of 16 37.50%
#adc 1 out of 1 100.00% #adc 1 out of 1 100.00%
#pad 31 out of 186 16.67% #pad 39 out of 186 20.97%
#ireg 0 #ireg 0
#oreg 0 #oreg 0
#treg 0 #treg 0
@ -34,6 +34,10 @@ Detailed IO Report
RXD INPUT F12 LVCMOS33 N/A PULLUP NONE RXD INPUT F12 LVCMOS33 N/A PULLUP NONE
SWCLK INPUT R2 LVCMOS33 N/A PULLUP NONE SWCLK INPUT R2 LVCMOS33 N/A PULLUP NONE
clk INPUT R7 LVCMOS33 N/A PULLUP NONE clk INPUT R7 LVCMOS33 N/A PULLUP NONE
col[3] INPUT F10 LVTTL33 N/A PULLUP NONE
col[2] INPUT C11 LVTTL33 N/A PULLUP NONE
col[1] INPUT D11 LVTTL33 N/A PULLUP NONE
col[0] INPUT E11 LVTTL33 N/A PULLUP NONE
LED[7] OUTPUT F16 LVCMOS33 8 NONE NONE LED[7] OUTPUT F16 LVCMOS33 8 NONE NONE
LED[6] OUTPUT E16 LVCMOS33 8 NONE NONE LED[6] OUTPUT E16 LVCMOS33 8 NONE NONE
LED[5] OUTPUT E13 LVCMOS33 8 NONE NONE LED[5] OUTPUT E13 LVCMOS33 8 NONE NONE
@ -48,6 +52,10 @@ Detailed IO Report
MSI_SDATA OUTPUT N9 LVCMOS33 8 NONE NONE MSI_SDATA OUTPUT N9 LVCMOS33 8 NONE NONE
TXD OUTPUT D12 LVCMOS33 8 NONE NONE TXD OUTPUT D12 LVCMOS33 8 NONE NONE
audio_pwm OUTPUT N8 LVCMOS33 8 NONE NONE audio_pwm OUTPUT N8 LVCMOS33 8 NONE NONE
row[3] OUTPUT D9 LVTTL33 8 NONE NONE
row[2] OUTPUT F9 LVTTL33 8 NONE NONE
row[1] OUTPUT C10 LVTTL33 8 NONE NONE
row[0] OUTPUT E10 LVTTL33 8 NONE NONE
seg[7] OUTPUT C8 LVCMOS33 8 NONE NONE seg[7] OUTPUT C8 LVCMOS33 8 NONE NONE
seg[6] OUTPUT A8 LVCMOS33 8 NONE NONE seg[6] OUTPUT A8 LVCMOS33 8 NONE NONE
seg[5] OUTPUT B5 LVCMOS33 8 NONE NONE seg[5] OUTPUT B5 LVCMOS33 8 NONE NONE
@ -66,5 +74,5 @@ Report Hierarchy Area:
+----------------------------------------------------------------------+ +----------------------------------------------------------------------+
|Instance |Module |le |lut |ripple |seq |bram |dsp | |Instance |Module |le |lut |ripple |seq |bram |dsp |
+----------------------------------------------------------------------+ +----------------------------------------------------------------------+
|top |CortexM0_SoC |16791 |15972 |453 |2390 |39 |26 | |top |CortexM0_SoC |16834 |16108 |473 |2517 |38 |26 |
+----------------------------------------------------------------------+ +----------------------------------------------------------------------+

View File

@ -2,39 +2,39 @@ standard
***Report Model: CortexM0_SoC*** ***Report Model: CortexM0_SoC***
IO Statistics IO Statistics
#IO 31 #IO 39
#input 4 #input 8
#output 26 #output 30
#inout 1 #inout 1
Gate Statistics Gate Statistics
#Basic gates 20809 #Basic gates 21235
#and 9619 #and 9763
#nand 0 #nand 0
#or 2076 #or 2092
#nor 0 #nor 0
#xor 76 #xor 76
#xnor 0 #xnor 0
#buf 0 #buf 0
#not 6556 #not 6669
#bufif1 1 #bufif1 1
#MX21 547 #MX21 547
#FADD 0 #FADD 0
#DFF 1934 #DFF 2087
#LATCH 0 #LATCH 0
#MACRO_ADD 64 #MACRO_ADD 66
#MACRO_EQ 110 #MACRO_EQ 112
#MACRO_MULT 26 #MACRO_MULT 26
#MACRO_MUX 590 #MACRO_MUX 626
#MACRO_OTHERS 13 #MACRO_OTHERS 13
Report Hierarchy Area: Report Hierarchy Area:
+--------------------------------------------------------------+ +--------------------------------------------------------------+
|Instance |Module |gates |seq |macros | |Instance |Module |gates |seq |macros |
+--------------------------------------------------------------+ +--------------------------------------------------------------+
|top |CortexM0_SoC |18875 |1934 |213 | |top |CortexM0_SoC |19148 |2087 |217 |
| FM_Display |FM_Display |45 |81 |38 | | FM_Display |FM_Display |45 |81 |38 |
| FM_HW |FM_HW |105 |403 |85 | | FM_HW |FM_HW |105 |403 |85 |
| FM_Demodulation |FM_Demodulation |7 |280 |49 | | FM_Demodulation |FM_Demodulation |7 |280 |49 |
| u_logic |cortexm0ds_logic |18489 |1302 |14 | | u_logic |cortexm0ds_logic |18681 |1318 |14 |
+--------------------------------------------------------------+ +--------------------------------------------------------------+

View File

@ -1,13 +1,13 @@
module CW_TOP_WRAPPER(jtdi, jtck, jrstn, jscan, jshift, jupdate, jtdo, non_bus_din, bus_din, trig_clk, wt_ce, wt_en, wt_addr); module CW_TOP_WRAPPER(jtdi, jtck, jrstn, jscan, jshift, jupdate, jtdo, non_bus_din, bus_din, trig_clk, wt_ce, wt_en, wt_addr);
localparam DEFAULT_CTRL_REG_LEN = 231; localparam DEFAULT_CTRL_REG_LEN = 223;
localparam DEFAULT_STAT_REG_LEN = 18; localparam DEFAULT_STAT_REG_LEN = 18;
localparam DEFAULT_STOP_LEN = 2730; localparam DEFAULT_STOP_LEN = 2730;
localparam DEFAULT_NON_BUS_NODE_NUM = 2; localparam DEFAULT_NON_BUS_NODE_NUM = 0;
localparam DEFAULT_BUS_NODE_NUM = 48; localparam DEFAULT_BUS_NODE_NUM = 48;
localparam DEFAULT_BUS_NUM = 3; localparam DEFAULT_BUS_NUM = 3;
localparam DEFAULT_BUS1_WIDTH = 32; localparam DEFAULT_BUS1_WIDTH = 16;
localparam DEFAULT_BUS2_WIDTH = 3; localparam DEFAULT_BUS2_WIDTH = 16;
localparam DEFAULT_BUS3_WIDTH = 13; localparam DEFAULT_BUS3_WIDTH = 16;
input jtdi; input jtdi;
input jtck; input jtck;
input jrstn; input jrstn;

File diff suppressed because one or more lines are too long

File diff suppressed because it is too large Load Diff

File diff suppressed because it is too large Load Diff

File diff suppressed because it is too large Load Diff

File diff suppressed because it is too large Load Diff

File diff suppressed because one or more lines are too long

120
rtl/peripherals/KeyScan.v Normal file
View File

@ -0,0 +1,120 @@
module keyboard_scan(clk,col,row,key);
input clk;
input [3:0] col;
output reg [3:0] row = 4'b1110;
output reg [15:0] key;
reg [31:0] cnt = 0;
reg scan_clk = 0;
always@(posedge clk) begin
if(cnt == 2499) begin
cnt <= 0;
scan_clk <= ~scan_clk;
end
else
cnt <= cnt + 1;
end
always@(posedge scan_clk)
row <= {row[2:0],row[3]};
always@(negedge scan_clk)
case(row)
4'b1110 : key[3:0] <= col;
4'b1101 : key[7:4] <= col;
4'b1011 : key[11:8] <= col;
4'b0111 : key[15:12] <= col;
default : key <= 0;
endcase
endmodule
module key_filter(clk,rstn,key_in,key_deb,en);
input clk;
input rstn;
input [15:0] key_in;
output [15:0] key_deb;
output en;
// Counting
reg [19:0] cnt = 0;
parameter CNTMAX = 999_999;
always@(posedge clk or negedge rstn) begin
if(~rstn)
cnt <= 0;
else if(cnt == CNTMAX)
cnt <= 0;
else
cnt <= cnt + 1'b1;
end
// Sampling
reg [15:0] key_reg0;
reg [15:0] key_reg1;
reg [15:0] key_reg2;
always@(posedge clk or negedge rstn) begin
if(~rstn) begin
key_reg0 <= 16'hffff;
key_reg1 <= 16'hffff;
key_reg2 <= 16'hffff;
end
else if(cnt == CNTMAX) begin
key_reg0 <= key_in;
key_reg1 <= key_reg0;
key_reg2 <= key_reg1;
end
end
assign key_deb = (~key_reg0&~key_reg1& ~key_reg2)|(~key_reg0&~key_reg1&key_reg2);
// State_machine
parameter s0 = 1'b0 ;
parameter s1 = 1'b1 ;
reg [2:0] current_state ; //statement
reg [2:0] next_state ; //statement
reg [15:0] key_debb;// define the intermediate variable
reg en;
always@(posedge clk or negedge rstn) begin
if(~rstn) begin
current_state <= s0;
next_state <= s0;
end
else begin
current_state <= next_state;
key_debb <= key_deb;
case(current_state)
s0:if(key_deb == key_debb) begin//s0
next_state <= s0;
en <= 0;
end
else begin
next_state <= s1;
en <= 1;
end
s1:if(key_deb == key_debb) begin//s1
next_state <= s1;
en <= 0;
end
else begin
next_state <= s0;
en <= 0;
end
default:next_state<=s0;
endcase
end
end
endmodule
module pulse_gen
(
input clk,
input RSTn,
input [15:0] key_signal,
output [15:0] pulse
);
reg [15:0] key_reg_1;
reg [15:0] key_reg_2;
always @(posedge clk or negedge RSTn) begin
if (~RSTn) begin
key_reg_1 <= 0;
key_reg_2 <= 0;
end
else begin
key_reg_1 <= key_signal;
key_reg_2 <= key_reg_1;
end
end
assign pulse = (key_signal) & (~key_reg_2);
endmodule

View File

@ -17,7 +17,9 @@ module CortexM0_SoC #(
output wire MSI_SCLK, output wire MSI_SCLK,
output wire audio_pwm, output wire audio_pwm,
output wire [3:0] sel, output wire [3:0] sel,
output wire [7:0] seg output wire [7:0] seg,
input wire [3:0] col,
output wire [3:0] row
); );
@ -42,9 +44,14 @@ wire interrupt_UART;
wire interrupt_IQ_done; wire interrupt_IQ_done;
wire Demo_Dump_Done_Interrupt; wire Demo_Dump_Done_Interrupt;
wire RSSI_interrupt; wire RSSI_interrupt;
/*Connect the IRQ with UART*/ wire [15:0] key_interrupt;
assign IRQ = {28'b0,RSSI_interrupt,Demo_Dump_Done_Interrupt,interrupt_IQ_done,interrupt_UART}; wire [15:0] key_in;
wire [15:0] key_out;
/*Set IRQ*/
assign IRQ = {12'b0,key_interrupt,RSSI_interrupt,Demo_Dump_Done_Interrupt,interrupt_IQ_done,interrupt_UART};
keyboard_scan scan_unit(clk,col,row,key_in);
key_filter filter_unit(.clk(clk),.rstn(RSTn),.key_in(key_in),.key_deb(key_out),.en());
pulse_gen pulse_gen_unit(clk,RSTn,key_out,key_interrupt);
/***************************/ /***************************/
wire RXEV; wire RXEV;

View File

@ -74,8 +74,7 @@ void ChannelSelection_control(unsigned int data)
else if(data=='C') else if(data=='C')
{ {
singleFrequencyRSSI(); singleFrequencyRSSI();
UARTString("RSSI SCAN START!"); UARTString(" RSSI SCAN START! \n");
WriteUART('\n');
RSSI_scan_cmd(); RSSI_scan_cmd();
} }
else if(data=='U') // Dump IQ data else if(data=='U') // Dump IQ data
@ -385,6 +384,14 @@ void ChannelSelection_control(unsigned int data)
SPI_RFD(MSI_SPI_Data); SPI_RFD(MSI_SPI_Data);
MSI_SPI_Data = 0x0028bb85; //reg5: THRESH=3000 MSI_SPI_Data = 0x0028bb85; //reg5: THRESH=3000
SPI_RFD(MSI_SPI_Data); SPI_RFD(MSI_SPI_Data);
REG2 = 0x210002; //Reg2: INT=33,FRAC=0 99.0MHz in Shanghai
REG2 = 0x210002; //Reg2: INT=33,FRAC=0 99.0MHz in Shanghai
REG2 = 0x210002; //Reg2: INT=33,FRAC=0 99.0MHz in Shanghai
REG2 = 0x210002; //Reg2: INT=33,FRAC=0 99.0MHz in Shanghai
REG2 = 0x210002; //Reg2: INT=33,FRAC=0 99.0MHz in Shanghai
REG2 = 0x210002; //Reg2: INT=33,FRAC=0 99.0MHz in Shanghai
REG2 = 0x210002; //Reg2: INT=33,FRAC=0 99.0MHz in Shanghai
REG2 = 0x210002; //Reg2: INT=33,FRAC=0 99.0MHz in Shanghai
REG2 = 0x210002; //Reg2: INT=33,FRAC=0 99.0MHz in Shanghai REG2 = 0x210002; //Reg2: INT=33,FRAC=0 99.0MHz in Shanghai
SPI_RFD(REG2); SPI_RFD(REG2);
MSI_SPI_Data = 0x0000e141; //Reg1: BB Gain decrease 20dB LNA Gain redcution: 23dB MSI_SPI_Data = 0x0000e141; //Reg1: BB Gain decrease 20dB LNA Gain redcution: 23dB
@ -416,6 +423,14 @@ void ChannelSelection_control(unsigned int data)
SPI_RFD(MSI_SPI_Data); SPI_RFD(MSI_SPI_Data);
MSI_SPI_Data = 0x0028bb85; //reg5: THRESH=3000 MSI_SPI_Data = 0x0028bb85; //reg5: THRESH=3000
SPI_RFD(MSI_SPI_Data); SPI_RFD(MSI_SPI_Data);
REG2 = 0x1e3842; //Reg2: INT=30,FRAC=900 97.7MHz in Shanghai
REG2 = 0x1e3842; //Reg2: INT=30,FRAC=900 97.7MHz in Shanghai
REG2 = 0x1e3842; //Reg2: INT=30,FRAC=900 97.7MHz in Shanghai
REG2 = 0x1e3842; //Reg2: INT=30,FRAC=900 97.7MHz in Shanghai
REG2 = 0x1e3842; //Reg2: INT=30,FRAC=900 97.7MHz in Shanghai
REG2 = 0x1e3842; //Reg2: INT=30,FRAC=900 97.7MHz in Shanghai
REG2 = 0x1e3842; //Reg2: INT=30,FRAC=900 97.7MHz in Shanghai
REG2 = 0x1e3842; //Reg2: INT=30,FRAC=900 97.7MHz in Shanghai
REG2 = 0x1e3842; //Reg2: INT=30,FRAC=900 97.7MHz in Shanghai REG2 = 0x1e3842; //Reg2: INT=30,FRAC=900 97.7MHz in Shanghai
SPI_RFD(REG2); SPI_RFD(REG2);
MSI_SPI_Data = 0x0000e141; //Reg1: BB Gain decrease 20dB LNA Gain redcution: 23dB MSI_SPI_Data = 0x0000e141; //Reg1: BB Gain decrease 20dB LNA Gain redcution: 23dB
@ -436,6 +451,14 @@ void ChannelSelection_control(unsigned int data)
ChannelControlDisplay.INT =FM_current_INT; ChannelControlDisplay.INT =FM_current_INT;
ChannelControlDisplay.FRAC =FM_current_FRAC; ChannelControlDisplay.FRAC =FM_current_FRAC;
Channel_control(ChannelControlDisplay); Channel_control(ChannelControlDisplay);
Channel_control(ChannelControlDisplay);
Channel_control(ChannelControlDisplay);
Channel_control(ChannelControlDisplay);
Channel_control(ChannelControlDisplay);
Channel_control(ChannelControlDisplay);
Channel_control(ChannelControlDisplay);
Channel_control(ChannelControlDisplay);
Channel_control(ChannelControlDisplay);
UARTString(" Channel: 90.9MHz "); UARTString(" Channel: 90.9MHz ");
@ -742,7 +765,6 @@ else if(data=='x') // formal FM receiver
UARTString(" Channel: 101.7MHz Donggan 101.7 "); UARTString(" Channel: 101.7MHz Donggan 101.7 ");
WriteUART('\n'); WriteUART('\n');
} }
else if(data=='v') // formal FM receiver else if(data=='v') // formal FM receiver
{ {
MSI_SPI_Data = 0x00043420; //reg 0: 24M clk MSI_SPI_Data = 0x00043420; //reg 0: 24M clk
@ -776,7 +798,6 @@ else if(data=='v') // formal FM receiver
UARTString(" Channel: 98.1MHz "); UARTString(" Channel: 98.1MHz ");
WriteUART('\n'); WriteUART('\n');
} }
else if(data=='w') // formal FM receiver else if(data=='w') // formal FM receiver
{ {
MSI_SPI_Data = 0x00043420; //reg 0: 24M clk MSI_SPI_Data = 0x00043420; //reg 0: 24M clk
@ -843,7 +864,6 @@ else if(data=='a') // formal FM receiver
UARTString(" Channel: 100.9 MHz "); UARTString(" Channel: 100.9 MHz ");
WriteUART('\n'); WriteUART('\n');
} }
else if(data=='b') // formal FM receiver else if(data=='b') // formal FM receiver
{ {
MSI_SPI_Data = 0x00043420; //reg 0: 24M clk MSI_SPI_Data = 0x00043420; //reg 0: 24M clk
@ -877,7 +897,6 @@ else if(data=='b') // formal FM receiver
UARTString(" Channel: 103.7 MHz "); UARTString(" Channel: 103.7 MHz ");
WriteUART('\n'); WriteUART('\n');
} }
else if(data=='c') // formal FM receiver else if(data=='c') // formal FM receiver
{ {
MSI_SPI_Data = 0x00043420; //reg 0: 24M clk MSI_SPI_Data = 0x00043420; //reg 0: 24M clk
@ -911,7 +930,6 @@ else if(data=='c') // formal FM receiver
UARTString(" Channel: 102.7 MHz "); UARTString(" Channel: 102.7 MHz ");
WriteUART('\n'); WriteUART('\n');
} }
else if(data=='d') // formal FM receiver else if(data=='d') // formal FM receiver
{ {
MSI_SPI_Data = 0x00043420; //reg 0: 24M clk MSI_SPI_Data = 0x00043420; //reg 0: 24M clk
@ -945,7 +963,6 @@ else if(data=='d') // formal FM receiver
UARTString(" Channel: 106.5 MHz "); UARTString(" Channel: 106.5 MHz ");
WriteUART('\n'); WriteUART('\n');
} }
else if(data=='e') // formal FM receiver else if(data=='e') // formal FM receiver
{ {
MSI_SPI_Data = 0x00043420; //reg 0: 24M clk MSI_SPI_Data = 0x00043420; //reg 0: 24M clk
@ -979,7 +996,6 @@ else if(data=='e') // formal FM receiver
UARTString(" Channel: 107.2 MHz "); UARTString(" Channel: 107.2 MHz ");
WriteUART('\n'); WriteUART('\n');
} }
else if(data=='h') // formal FM receiver else if(data=='h') // formal FM receiver
{ {
MSI_SPI_Data = 0x00043420; //reg 0: 24M clk MSI_SPI_Data = 0x00043420; //reg 0: 24M clk
@ -1016,7 +1032,6 @@ else if(data=='h') // formal FM receiver
else else
{ {
UARTString(" Wrong command! "); UARTString(" Wrong command! ");
WriteUART('\n'); WriteUART('\n');
} }

View File

@ -5,15 +5,14 @@
#define RSSI_Base 0x60000050 #define RSSI_Base 0x60000050
#define STEP 0.02 #define STEP 0.02
#define NUM 1060 #define NUM 1060
#define OUTNUM 16
#define Thresh 1900
//global variables //global variables
float freq_I=87.0; float freq_I=87.0;
RSSIType rssilist[NUM]; RSSIType rssilist[NUM];
int rssi_index=0; int rssi_index=0;
/* ChannelControlType channelcontrollist[OUTNUM];
//Insert your output declaration here
*/
/* /*
@ -202,6 +201,16 @@ void singleFrequencyRSSI()
int AFC=0; int AFC=0;
SPIwrite(INT,FRAC,AFC,Gain); SPIwrite(INT,FRAC,AFC,Gain);
} }
void regWrite(float freq)
{
int INT=floor(freq/3);
int FRAC=(freq/3-INT)*3000;
int Gain=15;
int AFC=0;
SPIwrite(INT,FRAC,AFC,Gain);
}
void RSSI_scan_cmd(void) void RSSI_scan_cmd(void)
{ {
(*(volatile unsigned int *)FM_Control_Base)=( unsigned int)256; (*(volatile unsigned int *)FM_Control_Base)=( unsigned int)256;
@ -231,19 +240,206 @@ void RSSIScanHandler(void)
rssi_index=0; rssi_index=0;
#ifndef SIM_PROFILE #ifndef SIM_PROFILE
// Used for Debug mode. // Used for Debug mode.
/*
for(j=0;j<NUM;j++){ for(j=0;j<NUM;j++){
UARTString(int_to_str(rssilist[j].RSSI)); UARTString(int_to_str(rssilist[j].RSSI));
UARTString("\n"); UARTString("\n");
} }
*/
#endif #endif
/* RSSIScanscreen();
//The function is supposed to be called here. UARTString("Scan done!\n");
*/
} }
} }
/* void RSSIScanscreen()
//Insert the complete function here {
int i, j, k, n, rssi[OUTNUM];
float temp, freq;
freq = 87;
i = 0;
n = 1;
for (j = 0; freq += STEP, j < (NUM - 10); j++)
{
if (rssilist[j].RSSI < Thresh)
continue;
if ((rssilist[j].RSSI >= rssilist[j - 12].RSSI * 4) && (rssilist[j].RSSI >= rssilist[j + 12].RSSI * 4))
{
for (k = 0; (k <= i) && (k < 16); k++)
if ((freq - channelcontrollist[k].freq) < 0.2)
{
channelcontrollist[k].freq = (channelcontrollist[k].freq * n + freq) / (n + 1);
n += 1;
break;
}
if ((k <= i) && (k < 16))
continue;
else if (i == 0)
{
channelcontrollist[i].freq = freq;
rssi[i] = rssilist[j].RSSI;
i += 1;
}
else if (i < OUTNUM)
{
channelcontrollist[i].freq = freq;
rssi[i] = rssilist[j].RSSI;
if (rssilist[j].RSSI < rssi[0])
{
rssi[i] = rssi[0];
rssi[0] = rssilist[j].RSSI;
channelcontrollist[i].freq = channelcontrollist[0].freq;
channelcontrollist[0].freq = freq;
}
i += 1;
}
else if (rssilist[j].RSSI > rssi[0])
{
rssi[0] = rssilist[j].RSSI;
channelcontrollist[0].freq = freq;
Bubbling(rssi);
}
else
continue;
n = 1;
}
*/ }
for (i = 0; i < OUTNUM; i++)
for (j = 1; j < (OUTNUM - i); j++)
{
if (channelcontrollist[j].freq < channelcontrollist[j - 1].freq)
{
temp = channelcontrollist[j].freq;
channelcontrollist[j].freq = channelcontrollist[j - 1].freq;
channelcontrollist[j - 1].freq = temp;
}
}
for (i = 0; i < OUTNUM; i++)
{
channelcontrollist[i].INT = floor(channelcontrollist[i].freq / 3);
channelcontrollist[i].FRAC = (channelcontrollist[i].freq / 3 - channelcontrollist[i].INT) * 3000;
channelcontrollist[i].channel_no = i+1;
}
}
int Bubbling(int* rssi)
{
int i, j, k;
float temp;
for (i = 0; i < OUTNUM; i++)
for (j = 1; j < (OUTNUM - i); j++)
{
if (rssi[j] < rssi[j - 1])
{
k = rssi[j];
rssi[j] = rssi[j - 1];
rssi[j - 1] = k;
temp = channelcontrollist[j].freq;
channelcontrollist[j].freq = channelcontrollist[j - 1].freq;
channelcontrollist[j - 1].freq = temp;
}
}
return rssi[0];
}
//Key_interrupt handlers
void KEY0(void)
{
UARTString("Channel0\n");
regWrite(channelcontrollist[0].freq);
Channel_control(channelcontrollist[0]);
}
void KEY1(void)
{
UARTString("Channel1\n");
regWrite(channelcontrollist[1].freq);
Channel_control(channelcontrollist[1]);
}
void KEY2(void)
{
UARTString("Channel2\n");
regWrite(channelcontrollist[2].freq);
Channel_control(channelcontrollist[2]);
}
void KEY3(void)
{
UARTString("Channel3\n");
regWrite(channelcontrollist[3].freq);
Channel_control(channelcontrollist[3]);
}
void KEY4(void)
{
UARTString("Channel4\n");
regWrite(channelcontrollist[4].freq);
Channel_control(channelcontrollist[4]);
}
void KEY5(void)
{
UARTString("Channel5\n");
regWrite(channelcontrollist[5].freq);
Channel_control(channelcontrollist[5]);
}
void KEY6(void)
{
UARTString("Channel6\n");
regWrite(channelcontrollist[6].freq);
Channel_control(channelcontrollist[6]);
}
void KEY7(void)
{
UARTString("Channel7\n");
regWrite(channelcontrollist[7].freq);
Channel_control(channelcontrollist[7]);
}
void KEY8(void)
{
UARTString("Channel8\n");
regWrite(channelcontrollist[8].freq);
Channel_control(channelcontrollist[8]);
}
void KEY9(void)
{
UARTString("Channel9\n");
regWrite(channelcontrollist[9].freq);
Channel_control(channelcontrollist[9]);
}
void KEY10(void)
{
UARTString("Channel10\n");
regWrite(channelcontrollist[10].freq);
Channel_control(channelcontrollist[10]);
}
void KEY11(void)
{
UARTString("Channel11\n");
regWrite(channelcontrollist[11].freq);
Channel_control(channelcontrollist[11]);
}
void KEY12(void)
{
UARTString("Channel12\n");
regWrite(channelcontrollist[12].freq);
Channel_control(channelcontrollist[12]);
}
void KEY13(void)
{
UARTString("Channel13\n");
regWrite(channelcontrollist[13].freq);
Channel_control(channelcontrollist[13]);
}
void KEY14(void)
{
UARTString("Channel14\n");
regWrite(channelcontrollist[14].freq);
Channel_control(channelcontrollist[14]);
}
void KEY15(void)
{
UARTString("Channel15\n");
regWrite(channelcontrollist[15].freq);
Channel_control(channelcontrollist[15]);
}

View File

@ -70,8 +70,24 @@ void SPIwrite(int INT, int FRAC, int AFC, int Gain);
int RSSI_Read(void); int RSSI_Read(void);
void RSSIScanHandler(void); void RSSIScanHandler(void);
void RSSI_scan_cmd(void); void RSSI_scan_cmd(void);
/* void RSSIScanscreen(void);
//Insert your Function declaration here int Bubbling(int* rssi);
void regWrite(float freq);
//Key interrupt handlers
*/ void KEY0(void);
void KEY1(void);
void KEY2(void);
void KEY3(void);
void KEY4(void);
void KEY5(void);
void KEY6(void);
void KEY7(void);
void KEY8(void);
void KEY9(void);
void KEY10(void);
void KEY11(void);
void KEY12(void);
void KEY13(void);
void KEY14(void);
void KEY15(void);

View File

@ -7,14 +7,12 @@
int main() int main()
{ {
NVIC_CTRL_ADDR = 0xFFFFF; //enable lowest 2 interrupts
/*
char string[32] = {0}; char string[32] = {0};
unsigned int MSI_SPI_Data= 0; unsigned int MSI_SPI_Data= 0;
ChannelControlType ChannelControlDisplay; ChannelControlType ChannelControlDisplay;
NVIC_CTRL_ADDR = 15; //enable lowest 2 interrupts
/*
MSI_SPI_Data = 0x00043420; //reg 0: 24M clk MSI_SPI_Data = 0x00043420; //reg 0: 24M clk
SPI_RFD(MSI_SPI_Data); SPI_RFD(MSI_SPI_Data);
MSI_SPI_Data = 0x0028bb85; //reg5: THRESH=3000 MSI_SPI_Data = 0x0028bb85; //reg5: THRESH=3000
@ -46,12 +44,12 @@ int main()
Channel_control(ChannelControlDisplay); Channel_control(ChannelControlDisplay);
Start_FM_command(); Start_FM_command();
IQ_Dump_data();
*/ */
//IQ_Dump_command();
while(1) while(1)
{ {

View File

@ -78,6 +78,22 @@ __Vectors DCD __initial_sp ; Top of Stack
DCD FM_IQ_Dump_Done ; IRQ1 Handler DCD FM_IQ_Dump_Done ; IRQ1 Handler
DCD Demodulated_Data_Dump_Done; IRQ2 Handler DCD Demodulated_Data_Dump_Done; IRQ2 Handler
DCD RSSI_Scan_Done ; IRQ3 Handler DCD RSSI_Scan_Done ; IRQ3 Handler
DCD KEY15_Handler ; IRQ4 Handler
DCD KEY14_Handler ; IRQ5 Handler
DCD KEY13_Handler ; IRQ6 Handler
DCD KEY12_Handler ; IRQ7 Handler
DCD KEY11_Handler ; IRQ8 Handler
DCD KEY10_Handler ; IRQ9 Handler
DCD KEY9_Handler ; IRQ10 Handler
DCD KEY8_Handler ; IRQ11 Handler
DCD KEY7_Handler ; IRQ12 Handler
DCD KEY6_Handler ; IRQ13 Handler
DCD KEY5_Handler ; IRQ14 Handler
DCD KEY4_Handler ; IRQ15 Handler
DCD KEY3_Handler ; IRQ16 Handler
DCD KEY2_Handler ; IRQ17 Handler
DCD KEY1_Handler ; IRQ18 Handler
DCD KEY0_Handler ; IRQ19 Handler
@ -136,6 +152,133 @@ RSSI_Scan_Done PROC
POP {R0,R1,R2,PC} POP {R0,R1,R2,PC}
ENDP ENDP
KEY0_Handler PROC
EXPORT KEY0_Handler [WEAK]
IMPORT KEY0
PUSH {R0,R1,R2,LR}
BL KEY0
POP {R0,R1,R2,PC}
ENDP
KEY1_Handler PROC
EXPORT KEY1_Handler [WEAK]
IMPORT KEY1
PUSH {R0,R1,R2,LR}
BL KEY1
POP {R0,R1,R2,PC}
ENDP
KEY2_Handler PROC
EXPORT KEY2_Handler [WEAK]
IMPORT KEY2
PUSH {R0,R1,R2,LR}
BL KEY2
POP {R0,R1,R2,PC}
ENDP
KEY3_Handler PROC
EXPORT KEY3_Handler [WEAK]
IMPORT KEY3
PUSH {R0,R1,R2,LR}
BL KEY3
POP {R0,R1,R2,PC}
ENDP
KEY4_Handler PROC
EXPORT KEY4_Handler [WEAK]
IMPORT KEY4
PUSH {R0,R1,R2,LR}
BL KEY4
POP {R0,R1,R2,PC}
ENDP
KEY5_Handler PROC
EXPORT KEY5_Handler [WEAK]
IMPORT KEY5
PUSH {R0,R1,R2,LR}
BL KEY5
POP {R0,R1,R2,PC}
ENDP
KEY6_Handler PROC
EXPORT KEY6_Handler [WEAK]
IMPORT KEY6
PUSH {R0,R1,R2,LR}
BL KEY6
POP {R0,R1,R2,PC}
ENDP
KEY7_Handler PROC
EXPORT KEY7_Handler [WEAK]
IMPORT KEY7
PUSH {R0,R1,R2,LR}
BL KEY7
POP {R0,R1,R2,PC}
ENDP
KEY8_Handler PROC
EXPORT KEY8_Handler [WEAK]
IMPORT KEY8
PUSH {R0,R1,R2,LR}
BL KEY8
POP {R0,R1,R2,PC}
ENDP
KEY9_Handler PROC
EXPORT KEY9_Handler [WEAK]
IMPORT KEY9
PUSH {R0,R1,R2,LR}
BL KEY9
POP {R0,R1,R2,PC}
ENDP
KEY10_Handler PROC
EXPORT KEY10_Handler [WEAK]
IMPORT KEY10
PUSH {R0,R1,R2,LR}
BL KEY10
POP {R0,R1,R2,PC}
ENDP
KEY11_Handler PROC
EXPORT KEY11_Handler [WEAK]
IMPORT KEY11
PUSH {R0,R1,R2,LR}
BL KEY11
POP {R0,R1,R2,PC}
ENDP
KEY12_Handler PROC
EXPORT KEY12_Handler [WEAK]
IMPORT KEY12
PUSH {R0,R1,R2,LR}
BL KEY12
POP {R0,R1,R2,PC}
ENDP
KEY13_Handler PROC
EXPORT KEY13_Handler [WEAK]
IMPORT KEY13
PUSH {R0,R1,R2,LR}
BL KEY13
POP {R0,R1,R2,PC}
ENDP
KEY14_Handler PROC
EXPORT KEY14_Handler [WEAK]
IMPORT KEY14
PUSH {R0,R1,R2,LR}
BL KEY14
POP {R0,R1,R2,PC}
ENDP
KEY15_Handler PROC
EXPORT KEY15_Handler [WEAK]
IMPORT KEY15
PUSH {R0,R1,R2,LR}
BL KEY15
POP {R0,R1,R2,PC}
ENDP
ALIGN 4 ALIGN 4

View File

@ -1,11 +0,0 @@
load RSSI_Scan.mat;
figure(1);
plot(linspace(87.02,107.98,1050),Dec_list);
title('RSSI Dec_list')
xlabel('Frequency(KHz)')
ylabel('RSSI')
figure(2);
plot(Log_list);
title('RSSI evaluation centered of real station channel')
xlabel('Frequency(KHz)')
ylabel('RSSI')

View File

@ -1,11 +1,11 @@
load RSSI_Scan.mat; load RSSI_Scan.mat;
figure(1); figure(1);
plot(linspace(87.02,108,1050),Dec_list); plot(linspace(87.02,108,1050),Dec_list);
title('RSSI Dec_list') title('RSSI Dec\_list')
xlabel('Frequency(KHz)') xlabel('Frequency(KHz)')
ylabel('RSSI') ylabel('RSSI')
figure(2); figure(2);
plot(linspace(87.02,108,1050),Log_list); plot(linspace(87.02,108,1050),Log_list);
title('RSSI Log_list') title('RSSI Log\_list')
xlabel('Frequency(KHz)') xlabel('Frequency(KHz)')
ylabel('RSSI') ylabel('RSSI')