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Serial peripheral interface (SPI) RM0090

894/1731 DocID018909 Rev 11

Figure 264. I

S Philips protocol waveforms (16/32-bit full accuracy, CPOL = 0)

Data are latched on the falling edge of CK (for the transmitter) and are read on the rising

edge (for the receiver). The WS signal is also latched on the falling edge of CK.

Figure 265. I

S Philips standard waveforms (24-bit frame with CPOL = 0)

This mode needs two write or read operations to/from the SPI_DR.

• In transmission mode:

if 0x8EAA33 has to be sent (24-bit):

MSB

LSB

MSB

Channel left

Channel right

May be 16-bit, 32-bit

Transmission

Reception

Channel left 32-bit

Channel right

MSB LSB

8-bit remaining

0 forced

24-bit data

Transmission

Reception

Default Chapter2
- Table of Contents2
Documentation Conventions57
- List of Abbreviations for Registers57
- Glossary58
- Peripheral Availability58
Memory and Bus Architecture59
- System Architecture59
- Memory Organization64
- Memory Map64
- Boot Configuration69
- Table 2. Boot Modes69
- Table 3. Memory Mapping Vs. Boot Mode/Physical Remap in Stm32F405Xx/07Xx and Stm32F415Xx/17Xx71
- Table 4. Memory Mapping Vs. Boot Mode/Physical Remap in Stm32F42Xxx and Stm32F43Xxx71
Embedded Flash Memory Interface73
- Introduction73
- Main Features73
- Figure 3. Flash Memory Interface Connection Inside System Architecture (Stm32F405Xx/07Xx and Stm32F415Xx/17Xx)73
- Embedded Flash Memory in Stm32F405Xx/07Xx and Stm32F415Xx/17Xx74
- Figure 4. Flash Memory Interface Connection Inside System Architecture (Stm32F42Xxx and Stm32F43Xxx)74
- Table 5. Flash Module Organization (Stm32F40X and Stm32F41X)75
- Embedded Flash Memory in Stm32F42Xxx and Stm32F43Xxx76
  - Table 6. Flash Module - 2 Mbyte Dual Bank Organization (Stm32F42Xxx and Stm32F43Xxx)77
  - Mbyte Flash Memory Single Bank Vs Dual Bank Organization (Stm32F42Xxx and Stm32F43Xxx)78
- Mbyte Single Bank Flash Memory Organization (Stm32F42Xxx and Stm32F43Xxx)78
- Table 9. 1 Mbyte Dual Bank Flash Memory Organization (Stm32F42Xxx and Stm32F43Xxx)79
- Read Interface80
- Erase and Program Operations84
- Option Bytes88
- One-Time Programmable Bytes97
- Table 18. OTP Area Organization97
- Flash Interface Registers98
CRC Calculation Unit113
- CRC Introduction113
- CRC Main Features113
- Figure 8. CRC Calculation Unit Block Diagram113
- CRC Functional Description114
- CRC Registers114
Power Controller (PWR)116
- Power Supplies116
- Power Supply Supervisor124
- Low-Power Modes126
- Power Control Registers (Stm32F405Xx/07Xx and Stm32F415Xx/17Xx)141
  - PWR Power Control Register (PWR_CR)141
    - For Stm32F405Xx/07Xx and Stm32F415Xx/17Xx141
  - PWR Power Control/Status Register (PWR_CSR)142
    - For Stm32F405Xx/07Xx and Stm32F415Xx/17Xx142
- Power Control Registers (Stm32F42Xxx and Stm32F43Xxx)144
  - PWR Power Control Register (PWR_CR)144
    - For Stm32F42Xxx and Stm32F43Xxx144
  - PWR Power Control/Status Register (PWR_CSR)147
    - For Stm32F42Xxx and Stm32F43Xxx147
- PWR Register Map149
- Table 31. PWR - Register Map and Reset Values for Stm32F405Xx/07Xx and Stm32F415Xx/17Xx149
- Table 32. PWR - Register Map and Reset Values for Stm32F42Xxx and Stm32F43Xxx149
Reset and Clock Control for Stm32F42Xxx and Stm32F43Xxx (RCC)150
- Reset150
- Clocks151
- RCC Registers161
Reset and Clock Control for Stm32F405Xx/07Xx and Stm32F415Xx/17Xx(RCC)213
- Reset213
- Clocks215
- RCC Registers224
General-Purpose I/Os (GPIO)269
- GPIO Introduction269
- GPIO Main Features269
- GPIO Functional Description269
- GPIO Registers283
System Configuration Controller (SYSCFG)291
- I/O Compensation Cell291
- SYSCFG Registers for Stm32F405Xx/07Xx and Stm32F415Xx/17Xx291
  - SYSCFG Memory Remap Register (SYSCFG_MEMRMP)291
  - SYSCFG Peripheral Mode Configuration Register (SYSCFG_PMC)292
  - SYSCFG External Interrupt Configuration Register 1293
    - (Syscfg_Exticr1)293
    - (Syscfg_Exticr2)293
  - SYSCFG External Interrupt Configuration Register 3294
    - (Syscfg_Exticr3)294
  - Compensation Cell Control Register (SYSCFG_CMPCR)295
  - Table 40. SYSCFG Register Map and Reset Values (Stm32F405Xx/07Xx and Stm32F415Xx/17Xx)296
  - SYSCFG Peripheral Mode Configuration Register (SYSCFG_PMC)298
  - SYSCFG External Interrupt Configuration Register299
  - SYSCFG External Interrupt Configuration Register300
  - Compensation Cell Control Register (SYSCFG_CMPCR)302
  - Table 41. SYSCFG Register Map and Reset Values (Stm32F42Xxx and Stm32F43Xxx)303
  - SYSCFG Register Maps for Stm32F42Xxx and Stm32F43Xxx303
- DMA Introduction304
- Figure 32. DMA Block Diagram306
- DMA Functional Description306
  - Figure 33. System Implementation of the Two DMA Controllers (Stm32F405Xx/07Xx and Stm32F415Xx/17Xx )307
  - DMA Transactions308
  - Figure 34. System Implementation of the Two DMA Controllers (Stm32F42Xxx and Stm32F43Xxx)308
  - Figure 35. Channel Selection309
  - Table 42. DMA1 Request Mapping309
  - Arbiter310
  - Table 43. DMA2 Request Mapping310
  - DMA Streams311
  - Table 44. Source and Destination Address311
  - Figure 36. Peripheral-To-Memory Mode312
  - Figure 37. Memory-To-Peripheral Mode313
  - Figure 38. Memory-To-Memory Mode314
  - Pointer Incrementation314
  - Circular Mode315
  - Programmable Data Width, Packing/Unpacking, Endianess316
  - Table 45. Source and Destination Address Registers in Double Buffer Mode (DBM=1)316
  - Table 46. Packing/Unpacking & Endian Behavior (Bit PINC = MINC = 1)317
  - Single and Burst Transfers318
  - Table 47. Restriction on NDT Versus PSIZE and MSIZE318
  - Figure 39. FIFO Structure319
  - Table 48. FIFO Threshold Configurations320
  - DMA Transfer Completion321
  - DMA Transfer Suspension322
  - Flow Controller323
  - Summary of the Possible DMA Configurations324
  - Table 49. Possible DMA Configurations324
  - Error Management325
  - DMA Interrupts326
  - Table 50. DMA Interrupt Requests326
- DMA Registers327
  - DMA High Interrupt Status Register (DMA_HISR)328
  - DMA Low Interrupt Flag Clear Register (DMA_LIFCR)329
  - DMA Stream X Configuration Register (Dma_Sxcr) (X = 0..7)330
  - DMA Stream X Number of Data Register (Dma_Sxndtr) (X = 0..7)333
  - DMA Stream X Peripheral Address Register (Dma_Sxpar) (X = 0..7)334
  - DMA Stream X FIFO Control Register (Dma_Sxfcr) (X = 0..7)335
  - Table 51. DMA Register Map and Reset Values337
- DMA2D Introduction341
- DMA2D Main Features342
  - DMA2D Control343
  - Table 52. Supported Color Mode in Input344
  - DMA2D Foreground and Background Pixel Format Converter (PFC)344
  - Table 53. Data Order in Memory345
  - DMA2D Foreground and Background CLUT Interface346
  - Table 56. CLUT Data Order in Memory347
  - DMA2D Blender347
  - Table 57. Supported Color Mode in Output348
  - Table 58. Data Order in Memory348
  - DMA2D Output FIFO348
  - DMA2D Transactions349
  - DMA2D Transfer Control (Start, Suspend, Abort and Completion)352
  - Table 59. DMA2D Interrupt Requests353
  - Watermark353
- DMA2D Registers354
  - DMA2D Interrupt Status Register (DMA2D_ISR)356
  - DMA2D Interrupt Flag Clear Register (DMA2D_IFCR)357
  - DMA2D Foreground Memory Address Register (DMA2D_FGMAR)358
  - DMA2D Background Memory Address Register (DMA2D_BGMAR)359
  - DMA2D Foreground Color Register (DMA2D_FGCOLR)362
  - DMA2D Background PFC Control Register (DMA2D_BGPFCCR)363
  - DMA2D Background Color Register (DMA2D_BGCOLR)365
  - DMA2D Output PFC Control Register (DMA2D_OPFCCR)366
  - DMA2D Output Color Register (DMA2D_OCOLR)367
  - DMA2D Output Memory Address Register (DMA2D_OMAR)368
  - DMA2D Output Offset Register (DMA2D_OOR)369
  - DMA2D Line Watermark Register (DMA2D_LWR)370
  - Table 60. DMA2D Register Map and Reset Values371
- Nested Vectored Interrupt Controller (NVIC)373
  - Table 61. Vector Table for Stm32F405Xx/07Xx and Stm32F415Xx/17Xx374
  - Table 62. Vector Table for Stm32F42Xxx and Stm32F43Xxx377
  - EXTI Main Features381
  - EXTI Block Diagram382
  - Figure 41. External Interrupt/Event Controller Block Diagram382
  - Figure 42. External Interrupt/Event GPIO Mapping (Stm32F405Xx/07Xx and Stm32F415Xx/17Xx)384
  - Figure 43. External Interrupt/Event GPIO Mapping (Stm32F42Xxx and Stm32F43Xxx)385
  - Interrupt Mask Register (EXTI_IMR)386
  - Rising Trigger Selection Register (EXTI_RTSR)387
  - Software Interrupt Event Register (EXTI_SWIER)388
  - EXTI Register Map389
  - Table 63. External Interrupt/Event Controller Register Map and Reset Values389
  - Table 64. External Interrupt/Event Controller Register Map and Reset Values389
- ADC Introduction390
- ADC Functional Description391
  - Figure 44. Single ADC Block Diagram392
  - ADC On-Off Control393
  - Table 65. ADC Pins393
  - Single Conversion Mode394
  - Continuous Conversion Mode395
  - Figure 45. Timing Diagram395
  - Figure 46. Analog Watchdog's Guarded Area396
  - Scan Mode396
  - Table 66. Analog Watchdog Channel Selection396
  - Figure 47. Injected Conversion Latency397
  - Injected Channel Management397
  - Discontinuous Mode398
  - Figure 48. Right Alignment of 12-Bit Data399
  - Figure 49. Left Alignment of 12-Bit Data399
  - Figure 50. Left Alignment of 6-Bit Data399
  - Table 67. Configuring the Trigger Polarity400
- Channel-Wise Programmable Sampling Time400
- Table 68. External Trigger for Regular Channels401
- Table 69. External Trigger for Injected Channels402
- Fast Conversion Mode402
- Data Management403
  - Conversions Without DMA and Without Overrun Detection404
  - Figure 51. Multi ADC Block Diagram (1)405
  - Injected Simultaneous Mode407
  - Figure 52. Injected Simultaneous Mode on 4 Channels: Dual ADC Mode408
  - Figure 53. Injected Simultaneous Mode on 4 Channels: Triple ADC Mode408
  - Regular Simultaneous Mode408
  - Figure 54. Regular Simultaneous Mode on 16 Channels: Dual ADC Mode409
  - Figure 55. Regular Simultaneous Mode on 16 Channels: Triple ADC Mode409
  - Figure 56. Interleaved Mode on 1 Channel in Continuous Conversion Mode: Dual ADC Mode410
  - Figure 57. Interleaved Mode on 1 Channel in Continuous Conversion Mode: Triple ADC Mode411
  - Alternate Trigger Mode411
  - Figure 58. Alternate Trigger: Injected Group of each ADC412
  - Figure 59. Alternate Trigger: 4 Injected Channels (each ADC) in Discontinuous Mode413
  - Figure 60. Alternate Trigger: Injected Group of each ADC413
  - Combined Regular/Injected Simultaneous Mode413
  - Figure 61. Alternate + Regular Simultaneous414
  - Combined Regular Simultaneous + Alternate Trigger Mode414
  - Figure 62. Case of Trigger Occurring During Injected Conversion415
- Temperature Sensor415
- Figure 63. Temperature Sensor and VREFINT Channel Block Diagram416
- Table 70. ADC Interrupts417
- Battery Charge Monitoring417
- ADC Registers418
  - ADC Control Register 1 (ADC_CR1)419
  - ADC Control Register 2 (ADC_CR2)421
  - ADC Sample Time Register 1 (ADC_SMPR1)423
  - ADC Injected Channel Data Offset Register X (Adc_Jofrx) (X=1..4)424
  - ADC Watchdog Lower Threshold Register (ADC_LTR)425
  - ADC Regular Sequence Register 2 (ADC_SQR2)426
  - ADC Injected Sequence Register (ADC_JSQR)427
  - ADC Regular Data Register (ADC_DR)428
  - ADC Common Control Register (ADC_CCR)429
  - Table 71. ADC Global Register Map432
  - Table 72. ADC Register Map and Reset Values for each ADC432
  - Table 73. ADC Register Map and Reset Values (Common ADC Registers)434
Digital-To-Analog Converter (DAC)435
- Table 74. DAC Pins436
- Figure 64. DAC Channel Block Diagram436
- DAC Functional Description437
- Dual DAC Channel Conversion442
- DAC Registers447
Digital Camera Interface (DCMI)457
- Figure 72. DCMI Block Diagram458
- Figure 73. Top-Level Block Diagram458
- DCMI Functional Overview458
- Data Format Description466
- Table 84. Data Storage in RGB Progressive Video Format467
- Table 85. Data Storage in Ycbcr Progressive Video Format467
- Table 86. DCMI Interrupts467
- DCMI Register Description468
LCD-TFT Controller (LTDC)480
- Figure 81. LTDC Block Diagram481
- LTDC Functional Description481
- Table 88. LCD-TFT Pins and Signal Interface482
- Figure 82. LCD-TFT Synchronous Timings483
- Figure 83. Layer Window Programmable Parameters485
- Table 89. Pixel Data Mapping Versus Color Format486
- Figure 84. Blending Two Layers with Background488
- Figure 85. Interrupt Events489
- LTDC Interrupts489
- Table 90. LTDC Interrupt Requests490
- LTDC Programming Procedure490
- LTDC Registers491
  - LTDC Active Width Configuration Register (LTDC_AWCR)492
  - LTDC Total Width Configuration Register (LTDC_TWCR)493
  - LTDC Shadow Reload Configuration Register (LTDC_SRCR)495
  - LTDC Interrupt Enable Register (LTDC_IER)496
  - LTDC Interrupt Status Register (LTDC_ISR)497
  - LTDC Line Interrupt Position Configuration Register (LTDC_LIPCR)498
  - LTDC Current Display Status Register (LTDC_CDSR)499
  - LTDC Layerx Control Register (Ltdc_Lxcr) (Where X=1..2)500
    - Ltdc_Lxwvpcr) (Where X=1..2)501
  - Ltdc_Lxcfblnr) (Where X=1..2)507
    - Table 91. LTDC Register Map and Reset Values509
    - TIM1&TIM8 Introduction512
    - TIM1&TIM8 Main Features513
  - Figure 86. Advanced-Control Timer Block Diagram514
  - TIM1&TIM8 Functional Description515
  - Figure 87. Counter Timing Diagram with Prescaler Division Change from 1 to 2516
  - Figure 88. Counter Timing Diagram with Prescaler Division Change from 1 to 4516
  - Counter Modes516
  - Figure 89. Counter Timing Diagram, Internal Clock Divided by 1517
  - Figure 90. Counter Timing Diagram, Internal Clock Divided by 2517
  - Figure 91. Counter Timing Diagram, Internal Clock Divided by 4518
  - Figure 92. Counter Timing Diagram, Internal Clock Divided by N518
  - Figure 93. Counter Timing Diagram, Update Event When ARPE=0 (Timx_Arr Not Preloaded)518
  - Figure 94. Counter Timing Diagram, Update Event When ARPE=1519
  - (Timx_Arr Preloaded)519
  - Figure 95. Counter Timing Diagram, Internal Clock Divided by 1520
  - Figure 96. Counter Timing Diagram, Internal Clock Divided by 2520
  - Figure 97. Counter Timing Diagram, Internal Clock Divided by 4520
  - Figure 98. Counter Timing Diagram, Internal Clock Divided by N521
  - Figure 99. Counter Timing Diagram, Update Event When Repetition Counter521
  - Is Not Used521
  - Figure 100. Counter Timing Diagram, Internal Clock Divided by 1, Timx_Arr = 0X6522
  - Figure 101. Counter Timing Diagram, Internal Clock Divided by 2523
  - Figure 102. Counter Timing Diagram, Internal Clock Divided by 4, Timx_Arr=0X36523
  - Figure 103. Counter Timing Diagram, Internal Clock Divided by N523
  - Figure 104. Counter Timing Diagram, Update Event with ARPE=1 (Counter Underflow)524
  - Figure 105. Counter Timing Diagram, Update Event with ARPE=1 (Counter Overflow)524
- Repetition Counter524
- Figure 106. Update Rate Examples Depending on Mode and Timx_Rcr Register Settings525
- Figure 107. Control Circuit in Normal Mode, Internal Clock Divided by 1526
- Figure 108. TI2 External Clock Connection Example526
- Clock Selection526
- Figure 109. Control Circuit in External Clock Mode 1527
- Figure 110. External Trigger Input Block528
- Figure 111. Control Circuit in External Clock Mode 2528
- Capture/Compare Channels528
- Figure 112. Capture/Compare Channel (Example: Channel 1 Input Stage)529
- Figure 113. Capture/Compare Channel 1 Main Circuit529
- Figure 114. Output Stage of Capture/Compare Channel (Channel 1 to 3)530
- Figure 115. Output Stage of Capture/Compare Channel (Channel 4)530
- Input Capture Mode530
- Figure 116. PWM Input Mode Timing532
- Forced Output Mode533
- Figure 117. Output Compare Mode, Toggle on OC1534
- PWM Mode534
- Figure 118. Edge-Aligned PWM Waveforms (ARR=8)535
- Figure 119. Center-Aligned PWM Waveforms (ARR=8)536
- Complementary Outputs and Dead-Time Insertion537
- Figure 120. Complementary Output with Dead-Time Insertion538
- Figure 121. Dead-Time Waveforms with Delay Greater than the Negative Pulse538
- Figure 122. Dead-Time Waveforms with Delay Greater than the Positive Pulse538
- Using the Break Function539
- Figure 123. Output Behavior in Response to a Break541
- Figure 124. Clearing Timx Ocxref542
- Clearing the Ocxref Signal on an External Event542
- Figure 125. 6-Step Generation, COM Example (OSSR=1)543
- Step PWM Generation543
- Figure 126. Example of One Pulse Mode544
- Encoder Interface Mode545
- Table 92. Counting Direction Versus Encoder Signals546
- Figure 127. Example of Counter Operation in Encoder Interface Mode547
- Figure 128. Example of Encoder Interface Mode with TI1FP1 Polarity Inverted547
- Timer Input XOR Function547
- Interfacing with Hall Sensors548
- Figure 129. Example of Hall Sensor Interface549
- Figure 130. Control Circuit in Reset Mode550
- Timx and External Trigger Synchronization550
  - Figure 131. Control Circuit in Gated Mode551
  - Timer Synchronization553
  - TIM1&TIM8 Registers554
  - TIM1&TIM8 Control Register 2 (Timx_Cr2)555
  - TIM1&TIM8 Slave Mode Control Register (Timx_Smcr)558
- TIM2 to TIM5 Introduction582
- Figure 134. General-Purpose Timer Block Diagram583
- TIM2 to TIM5 Functional Description583
- Figure 135. Counter Timing Diagram with Prescaler Division Change from 1 to 2584
- Figure 136. Counter Timing Diagram with Prescaler Division Change from 1 to 4585
- Counter Modes585
  - Figure 137. Counter Timing Diagram, Internal Clock Divided by 1586
  - Figure 138. Counter Timing Diagram, Internal Clock Divided by 2586
  - Figure 139. Counter Timing Diagram, Internal Clock Divided by 4586
  - Figure 140. Counter Timing Diagram, Internal Clock Divided by N587
  - Figure 141. Counter Timing Diagram, Update Event When ARPE=0 (Timx_Arr Not Preloaded)587
  - Figure 142. Counter Timing Diagram, Update Event When ARPE=1 (Timx_Arr Preloaded)588
  - Figure 143. Counter Timing Diagram, Internal Clock Divided by 1589
  - Figure 144. Counter Timing Diagram, Internal Clock Divided by 2589
  - Figure 145. Counter Timing Diagram, Internal Clock Divided by 4589
  - Figure 146. Counter Timing Diagram, Internal Clock Divided by N590
  - Figure 147. Counter Timing Diagram, Update Event590
  - Figure 148. Counter Timing Diagram, Internal Clock Divided by 1, Timx_Arr=0X6591
  - Figure 149. Counter Timing Diagram, Internal Clock Divided by 2592
  - Figure 150. Counter Timing Diagram, Internal Clock Divided by 4, Timx_Arr=0X36592
  - Figure 151. Counter Timing Diagram, Internal Clock Divided by N592
  - Clock Selection593
  - Figure 152. Counter Timing Diagram, Update Event with ARPE=1 (Counter Underflow)593
  - Figure 153. Counter Timing Diagram, Update Event with ARPE=1 (Counter Overflow)593
  - Figure 154. Control Circuit in Normal Mode, Internal Clock Divided by 1594
  - Figure 155. TI2 External Clock Connection Example594
  - Figure 156. Control Circuit in External Clock Mode 1595
  - Figure 157. External Trigger Input Block595
  - Capture/Compare Channels596
  - Figure 158. Control Circuit in External Clock Mode 2596
  - Figure 159. Capture/Compare Channel (Example: Channel 1 Input Stage)597
  - Figure 160. Capture/Compare Channel 1 Main Circuit597
  - Figure 161. Output Stage of Capture/Compare Channel (Channel 1)598
  - Input Capture Mode598
  - PWM Input Mode599
  - Figure 162. PWM Input Mode Timing600
  - Forced Output Mode600
  - Output Compare Mode601
  - Figure 163. Output Compare Mode, Toggle on OC1602
  - PWM Mode602
  - Figure 164. Edge-Aligned PWM Waveforms (ARR=8)603
  - Figure 165. Center-Aligned PWM Waveforms (ARR=8)604
  - Figure 166. Example of One-Pulse Mode605
  - Clearing the Ocxref Signal on an External Event606
  - Encoder Interface Mode607
  - Figure 167. Clearing Timx Ocxref607
  - Figure 168. Example of Counter Operation in Encoder Interface Mode608
  - Table 96. Counting Direction Versus Encoder Signals608
  - Figure 169. Example of Encoder Interface Mode with TI1FP1 Polarity Inverted609
  - Timer Input XOR Function609
  - Figure 170. Control Circuit in Reset Mode610
  - Figure 171. Control Circuit in Gated Mode611
  - Figure 172. Control Circuit in Trigger Mode611
  - Figure 173. Control Circuit in External Clock Mode 2 + Trigger Mode612
  - Timer Synchronization612
  - Figure 174. Master/Slave Timer Example613
  - Figure 175. Gating Timer 2 with OC1REF of Timer 1614
  - Figure 176. Gating Timer 2 with Enable of Timer 1615
  - Figure 177. Triggering Timer 2 with Update of Timer 1615
  - Figure 178. Triggering Timer 2 with Enable of Timer 1616
  - Debug Mode617
  - Figure 179. Triggering Timer 1 and 2 with Timer 1 TI1 Input617
- TIM2 to TIM5 Registers618
  - Timx Control Register 2 (Timx_Cr2)620
  - Timx Slave Mode Control Register (Timx_Smcr)621
  - Table 97. Timx Internal Trigger Connection623
  - Timx Dma/Interrupt Enable Register (Timx_Dier)623
  - Timx Status Register (Timx_Sr)624
  - Timx Event Generation Register (Timx_Egr)626
  - Timx Capture/Compare Mode Register 1 (Timx_Ccmr1)627
  - Timx Capture/Compare Mode Register 2 (Timx_Ccmr2)630
  - Timx Capture/Compare Enable Register (Timx_Ccer)631
  - Table 98. Output Control Bit for Standard Ocx Channels632
  - Timx Counter (Timx_Cnt)633
  - Timx Capture/Compare Register 1 (Timx_Ccr1)634
  - Timx Capture/Compare Register 3 (Timx_Ccr3)635
  - Timx DMA Control Register (Timx_Dcr)636
  - TIM2 Option Register (TIM2_OR)637
  - TIM5 Option Register (TIM5_OR)638
  - Table 99. TIM2 to TIM5 Register Map and Reset Values639
  - Timx Register Map639
- TIM9 to TIM14 Introduction641
  - Figure 180. General-Purpose Timer Block Diagram (TIM9 and TIM12)642
  - TIM10/TIM11 and TIM13/TIM14 Main Features642
  - Figure 181. General-Purpose Timer Block Diagram (TIM10/11/13/14)643
- TIM9 to TIM14 Functional Description644
  - Counter Modes645
  - Figure 182. Counter Timing Diagram with Prescaler Division Change from 1 to 2645
  - Figure 183. Counter Timing Diagram with Prescaler Division Change from 1 to 4645
  - Figure 184. Counter Timing Diagram, Internal Clock Divided by 1646
  - Figure 185. Counter Timing Diagram, Internal Clock Divided by 2646
  - Figure 186. Counter Timing Diagram, Internal Clock Divided by 4647
  - Figure 187. Counter Timing Diagram, Internal Clock Divided by N647
  - Preloaded)647
  - Clock Selection648
  - Preloaded)648
  - Figure 190. Control Circuit in Normal Mode, Internal Clock Divided by 1649
  - Figure 191. TI2 External Clock Connection Example649
  - Capture/Compare Channels650
  - Figure 192. Control Circuit in External Clock Mode 1650
  - Figure 193. Capture/Compare Channel (Example: Channel 1 Input Stage)650
  - Figure 194. Capture/Compare Channel 1 Main Circuit651
  - Figure 195. Output Stage of Capture/Compare Channel (Channel 1)651
  - Input Capture Mode651
    - Figure 196. PWM Input Mode Timing653
    - PWM Input Mode (Only for TIM9/12)653
    - Forced Output Mode654
  - Figure 197. Output Compare Mode, Toggle on OC1655
  - PWM Mode655
  - Figure 198. Edge-Aligned PWM Waveforms (ARR=8)656
  - One-Pulse Mode656
  - Figure 199. Example of One Pulse Mode657
  - Figure 200. Control Circuit in Reset Mode658
  - TIM9/12 External Trigger Synchronization658
  - Figure 201. Control Circuit in Gated Mode659
  - Figure 202. Control Circuit in Trigger Mode660
  - Timer Synchronization (TIM9/12)660
- TIM9 and TIM12 Registers661
  - TIM9/12 Slave Mode Control Register (Timx_Smcr)663
  - Table 100. Timx Internal Trigger Connection664
  - TIM9/12 Interrupt Enable Register (Timx_Dier)664
  - TIM9/12 Status Register (Timx_Sr)666
  - TIM9/12 Event Generation Register (Timx_Egr)667
  - TIM9/12 Capture/Compare Mode Register 1 (Timx_Ccmr1)669
  - TIM9/12 Capture/Compare Enable Register (Timx_Ccer)672
  - Table 101. Output Control Bit for Standard Ocx Channels673
  - TIM9/12 Counter (Timx_Cnt)673
  - TIM9/12 Capture/Compare Register 1 (Timx_Ccr1)674
  - Table 102. TIM9/12 Register Map and Reset Values675
- TIM10/11/13/14 Registers677
  - TIM10/11/13/14 Interrupt Enable Register (Timx_Dier)678
  - TIM10/11/13/14 Event Generation Register (Timx_Egr)679
  - TIM10/11/13/14 Capture/Compare Mode Register680
  - Table 103. Output Control Bit for Standard Ocx Channels683
  - TIM10/11/13/14 Counter (Timx_Cnt)684
  - TIM10/11/13/14 Capture/Compare Register 1 (Timx_Ccr1)685
  - Figure 204. Counter Timing Diagram with Prescaler Division Change from 1 to 2690
  - Figure 205. Counter Timing Diagram with Prescaler Division Change from 1 to 4690
  - Counting Mode690
  - Figure 206. Counter Timing Diagram, Internal Clock Divided by 1691
  - Figure 207. Counter Timing Diagram, Internal Clock Divided by 2691
  - Figure 208. Counter Timing Diagram, Internal Clock Divided by 4692
  - Figure 209. Counter Timing Diagram, Internal Clock Divided by N692
  - Preloaded)692
  - Preloaded)693
  - Figure 212. Control Circuit in Normal Mode, Internal Clock Divided by 1693
  - Clock Source693
  - Table 105. TIM6&TIM7 Register Map and Reset Values698
Independent Watchdog (IWDG)699
- Table 106. Min/Max IWDG Timeout Period at 32 Khz (LSI)700
- Figure 213. Independent Watchdog Block Diagram700
- Debug Mode700
- IWDG Registers701
  - Reload Register (IWDG_RLR)702
  - Table 107. IWDG Register Map and Reset Values703
Window Watchdog (WWDG)704
- Figure 214. Watchdog Block Diagram705
- Figure 215. Window Watchdog Timing Diagram706
- How to Program the Watchdog Timeout706
- Table 108. Minimum and Maximum Timeout Values at 30 Mhz707
- Pclk1 )707
- Debug Mode707
- WWDG Registers708
  - Configuration Register (WWDG_CFR)709
  - Table 109. WWDG Register Map and Reset Values710
  - Table 110. Number of Cycles Required to Process each 128-Bit Block711
  - (Stm32F415/417Xx)711
  - (Stm32F43Xxx)711
- CRYP Introduction711
- Figure 216. Block Diagram (Stm32F415/417Xx)713
- CRYP Functional Description713
  - DES/TDES Cryptographic Core714
  - Figure 217. Block Diagram (Stm32F43Xxx)714
  - Figure 218. DES/TDES-ECB Mode Encryption716
  - Figure 219. DES/TDES-ECB Mode Decryption716
  - Figure 220. DES/TDES-CBC Mode Encryption718
  - AES Cryptographic Core719
  - Figure 221. DES/TDES-CBC Mode Decryption719
  - Figure 222. AES-ECB Mode Encryption720
  - Figure 223. AES-ECB Mode Decryption721
  - Figure 224. AES-CBC Mode Encryption722
  - Figure 225. AES-CBC Mode Decryption723
  - Figure 226. AES-CTR Mode Encryption724
  - Figure 227. AES-CTR Mode Decryption725
  - Figure 228. Initial Counter Block Structure for the Counter Mode725
  - Data Type730
  - Table 112. Data Types731
  - Figure 229. 64-Bit Block Construction According to DATATYPE732
  - Initialization Vectors - CRYP_IV0...1(L/R)733
  - CRYP Busy State734
  - Figure 230. Initialization Vectors Use in the TDES-CBC Encryption734
  - Procedure to Perform an Encryption or a Decryption735
  - Context Swapping736
- CRYP Interrupts738
- Figure 231. CRYP Interrupt Mapping Diagram739
- CRYP DMA Interface739
  - CRYP Control Register (CRYP_CR) for Stm32F415/417Xx741
  - CRYP Status Register (CRYP_SR)744
  - CRYP Data Input Register (CRYP_DIN)745
  - CRYP Data Output Register (CRYP_DOUT)746
  - CRYP DMA Control Register (CRYP_DMACR)747
  - CRYP Raw Interrupt Status Register (CRYP_RISR)748
  - CRYP Key Registers (CRYP_K0...3(L/R)R)749
  - CRYP Initialization Vector Registers (CRYP_IV0...1(L/R)R)751
  - CRYP Context Swap Registers (CRYP_CSGCMCCM0..7R and CRYP_CSGCM0..7R) for Stm32F42Xxx and Stm32F43Xxx753
  - Table 113. CRYP Register Map and Reset Values for Stm32F415/417Xx754
  - Table 114. CRYP Register Map and Reset Values for Stm32F43Xxx755
  - Figure 232. Block Diagram758
- RNG Introduction758
  - Operation759
  - RNG Control Register (RNG_CR)760
  - RNG Data Register (RNG_DR)761
  - Table 115. RNG Register Map and Reset Map762
- HASH Introduction763
- Figure 233. Block Diagram for Stm32F415/417Xx764
- HASH Functional Description764
  - Figure 234. Block Diagram for Stm32F43Xxx765
  - Duration of the Processing766
  - Figure 235. Bit, Byte and Half-Word Swapping767
  - Message Digest Computing768
  - Message Padding769
  - Hash Operation770
  - Context Swapping771
  - Figure 236. HASH Interrupt Mapping Diagram773
  - HASH Control Register (HASH_CR) for Stm32F43Xxx776
  - HASH Data Input Register (HASH_DIN)779
  - HASH Start Register (HASH_STR)780
  - HASH Digest Registers (HASH_HR0..4/5/6/7)781
  - HASH Interrupt Enable Register (HASH_IMR)783
  - HASH Status Register (HASH_SR)784
  - HASH Context Swap Registers (Hash_Csrx)785
  - Table 116. HASH Register Map and Reset Values on Stm32F415/417Xx786
  - Table 117. HASH Register Map and Reset Values on Stm32F43Xxx787
  - Introduction789
- RTC Main Features790
- Figure 237. RTC Block Diagram791
- RTC Functional Description791
  - Real-Time Clock and Calendar792
  - Periodic Auto-Wakeup793
  - RTC Initialization and Configuration794
  - Reading the Calendar795
  - Resetting the RTC796
  - RTC Reference Clock Detection797
  - RTC Coarse Digital Calibration798
  - RTC Smooth Digital Calibration799
  - Timestamp Function801
  - Tamper Detection802
  - Calibration Clock Output803
  - Table 118. Effect of Low-Power Modes on RTC804
  - Alarm Output804
  - Table 119. Interrupt Control Bits805
- RTC Interrupts805
- RTC Registers806
  - RTC Date Register (RTC_DR)807
  - RTC Control Register (RTC_CR)808
  - RTC Initialization and Status Register (RTC_ISR)810
  - RTC Prescaler Register (RTC_PRER)813
  - RTC Calibration Register (RTC_CALIBR)814
  - RTC Alarm a Register (RTC_ALRMAR)815
  - RTC Alarm B Register (RTC_ALRMBR)816
  - RTC Write Protection Register (RTC_WPR)817
  - RTC Shift Control Register (RTC_SHIFTR)818
- RTC Time Stamp Date Register (RTC_TSDR)819
- RTC Timestamp Sub Second Register (RTC_TSSSR)820
- RTC Alarm a Sub Second Register (RTC_ALRMASSR)824
- RTC Alarm B Sub Second Register (RTC_ALRMBSSR)825
- Table 120. RTC Register Map and Reset Values826
- RTC Backup Registers (Rtc_Bkpxr)826
- Inter-Integrated Circuit (I 2 C) Interface829
- Mode Selection830
- Figure 238. I2C Bus Protocol831
- Figure 239. I2C Block Diagram for Stm32F40X/41X832
- Figure 240. I2C Block Diagram for Stm32F42X/43X833
- Figure 241. Transfer Sequence Diagram for Slave Transmitter835
- Figure 242. Transfer Sequence Diagram for Slave Receiver836
- Figure 243. Transfer Sequence Diagram for Master Transmitter839
- Figure 244. Transfer Sequence Diagram for Master Receiver841
- Error Conditions842
- Table 121. Maximum DNF[3:0] Value to be Compliant with Thd:dat(Max)843
- Programmable Noise Filter843
- SDA/SCL Line Control844
- Table 122. Smbus Vs. I2C845
- DMA Requests847
- Packet Error Checking848
- Table 123. I2C Interrupt Requests849
- Figure 245. I2C Interrupt Mapping Diagram850
- Table 124. I2C Register Map and Reset Values864
- SPI Introduction865
  - SPI Features866
  - Figure 246. SPI Block Diagram868
- SPI Functional Description868
  - Figure 247. Single Master/ Single Slave Application869
  - Configuring the SPI in Slave Mode871
  - Figure 248. Data Clock Timing Diagram871
  - Figure 249. TI Mode - Slave Mode, Single Transfer873
  - Figure 250. TI Mode - Slave Mode, Continuous Transfer873
  - Configuring the SPI in Master Mode874
  - Figure 251. TI Mode - Master Mode, Single Transfer875
  - Figure 252. TI Mode - Master Mode, Continuous Transfer875
  - Configuring the SPI for Half-Duplex Communication876
  - Figure 253. TXE/RXNE/BSY Behavior in Master / Full-Duplex Mode (BIDIMODE=0 and RXONLY=0) in the Case of Continuous Transfers879
  - Figure 254. TXE/RXNE/BSY Behavior in Slave / Full-Duplex Mode (BIDIMODE=0, RXONLY=0) in the Case of Continuous Transfers879
  - Case of Continuous Transfers880
  - Figure 255. TXE/BSY Behavior in Master Transmit-Only Mode (BIDIMODE=0 and RXONLY=0) in880
  - Continuous Transfers881
  - Figure 256. TXE/BSY in Slave Transmit-Only Mode (BIDIMODE=0 and RXONLY=0) in the Case of881
  - Figure 257. RXNE Behavior in Receive-Only Mode (BIDIRMODE=0 and RXONLY=1)882
  - In the Case of Continuous Transfers882
  - CRC Calculation883
  - Figure 258. TXE/BSY Behavior When Transmitting (BIDIRMODE=0 and RXONLY=0)883
  - In the Case of Discontinuous Transfers883
  - Status Flags885
  - Disabling the SPI886
  - SPI Communication Using DMA (Direct Memory Addressing)887
  - Figure 259. Transmission Using DMA888
  - Figure 260. Reception Using DMA888
  - Error Flags889
  - Figure 261. TI Mode Frame Format Error Detection890
  - SPI Interrupts890
  - Table 125. SPI Interrupt Requests890
  - Figure 262. I 2 S Block Diagram891
  - Figure 263. I2S Full Duplex Block Diagram892
  - Supported Audio Protocols893
  - Figure 264. I 2 S Philips Protocol Waveforms (16/32-Bit Full Accuracy, CPOL = 0)894
  - Figure 265. I 2 S Philips Standard Waveforms (24-Bit Frame with CPOL = 0)894
  - Figure 266. Transmitting 0X8Eaa33895
  - Figure 267. Receiving 0X8Eaa33895
  - Figure 268. I895
  - Figure 269. Example896
  - Figure 270. MSB Justified 16-Bit or 32-Bit Full-Accuracy Length with CPOL = 0896
  - Figure 271. MSB Justified 24-Bit Frame Length with CPOL = 0897
  - Figure 272. MSB Justified 16-Bit Extended to 32-Bit Packet Frame with CPOL = 0897
  - Figure 273. LSB Justified 16-Bit or 32-Bit Full-Accuracy with CPOL = 0897
  - Figure 274. LSB Justified 24-Bit Frame Length with CPOL = 0898
  - Figure 275. Operations Required to Transmit 0X3478Ae898
  - Figure 276. Operations Required to Receive 0X3478Ae898
  - Figure 277. LSB Justified 16-Bit Extended to 32-Bit Packet Frame with CPOL = 0899
  - Figure 278. Example of LSB Justified 16-Bit Extended to 32-Bit Packet Frame899
  - Figure 279. PCM Standard Waveforms (16-Bit)900
  - Figure 280. PCM Standard Waveforms (16-Bit Extended to 32-Bit Packet Frame)900
  - Clock Generator901
  - Figure 281. Audio Sampling Frequency Definition901
  - Figure 282. I901
  - Table 126. Audio Frequency Precision (for PLLM VCO = 1 Mhz or 2 Mhz)902
  - Status Flags906
- Error Flags907
  - DMA Features908
  - Table 127. I908
  - SPI Control Register 2 (SPI_CR2)911
  - SPI Status Register (SPI_SR)912
  - SPI Data Register (SPI_DR)913
  - Table 128. SPI Register Map and Reset Values918
Serial Audio Interface (SAI)919
- Main Features920
- Figure 283. Functional Block Diagram921
- Main SAI Modes922
- Figure 284. Audio Frame923
- SAI Synchronization Mode923
- Slot Configuration926
- Figure 287. Slot Size Configuration with FBOFF = 0 in Sai_Xslotr927
- Figure 288. First Bit Offset927
- Figure 289. Audio Block Clock Generator Overview928
- SAI Clock Generator928
- Table 129. Example of Possible Audio Frequency Sampling Range929
- Internal Fifos929
- Figure 290. AC'97 Audio Frame932
- AC'97 Link Controller932
- Specific Features933
- SAI DMA Interface942
- SAI Registers943
Transmitter (USART)958
- USART Functional Description959
  - Figure 296. USART Block Diagram961
  - Figure 297. Word Length Programming962
  - USART Character Description962
  - Transmitter963
  - Figure 298. Configurable Stop Bits964
  - Figure 299. TC/TXE Behavior When Transmitting965
  - Figure 300. Start Bit Detection When Oversampling by 16 or 8966
  - Receiver966
  - Figure 301. Data Sampling When Oversampling by 16969
  - Figure 302. Data Sampling When Oversampling by 8970
  - Table 132. Noise Detection from Sampled Data970
  - Fractional Baud Rate Generation971
  - Oversampling by 16973
  - Table 133. Error Calculation for Programmed Baud Rates at F973
- PCLK = 8 Mhz or F PCLK = 12 Mhz973
  - Oversampling by 8974
  - Oversampling by 16974
- PCLK = 16 Mhz or F PCLK = 24 Mhz974
  - Oversampling by 8975
  - Oversampling by 16976
  - Oversampling by 8976
  - Oversampling by 16977
  - Oversampling by 8978
  - Oversampling by 16979
  - Oversampling by 8980
  - USART Receiver Tolerance to Clock Deviation981
  - Table 143. USART Receiver's Tolerance When DIV Fraction Is 0982
  - Table 144. USART Receiver Tolerance When Div_Fraction Is Different from 0982
  - Multiprocessor Communication982
  - Figure 303. Mute Mode Using Idle Line Detection983
  - Table 145. Frame Formats984
  - Figure 304. Mute Mode Using Address Mark Detection984
  - Parity Control984
  - LIN (Local Interconnection Network) Mode985
  - Figure 305. Break Detection in LIN Mode (11-Bit Break Length - LBDL Bit Is Set)986
  - Figure 306. Break Detection in LIN Mode Vs. Framing Error Detection987
  - USART Synchronous Mode987
  - Figure 307. USART Example of Synchronous Transmission988
  - Figure 308. USART Data Clock Timing Diagram (M=0)988
  - Figure 309. USART Data Clock Timing Diagram (M=1)989
  - Figure 310. RX Data Setup/Hold Time989
  - Single-Wire Half-Duplex Communication989
  - Figure 311. ISO 7816-3 Asynchronous Protocol990
  - Smartcard990
  - Figure 312. Parity Error Detection Using the 1.5 Stop Bits991
  - Irda SIR ENDEC Block992
  - Figure 313. Irda SIR ENDEC- Block Diagram993
  - Figure 314. Irda Data Modulation (3/16) -Normal Mode993
  - Continuous Communication Using DMA994
  - Figure 315. Transmission Using DMA995
  - Figure 316. Reception Using DMA996
  - Figure 317. Hardware Flow Control between 2 Usarts996
  - Figure 318. RTS Flow Control997
  - Figure 319. CTS Flow Control997
  - Table 146. USART Interrupt Requests998
  - Figure 320. USART Interrupt Mapping Diagram998
- USART Interrupts998
  - Table 147. USART Mode Configuration999
  - Data Register (USART_DR)1002
  - Control Register 2 (USART_CR2)1005
  - Control Register 3 (USART_CR3)1006
  - Guard Time and Prescaler Register (USART_GTPR)1009
  - Table 148. USART Register Map and Reset Values1010
- SDIO Main Features1011
- Figure 321. SDIO "No Response" and "No Data" Operations1012
- Figure 322. SDIO (Multiple) Block Read Operation1012
- Figure 323. SDIO (Multiple) Block Write Operation1013
- Figure 324. SDIO Sequential Read Operation1013
- Figure 325. SDIO Sequential Write Operation1013
- Figure 326. SDIO Block Diagram1014
- SDIO Functional Description1014
  - Figure 327. SDIO Adapter1015
  - Table 149. SDIO I/O Definitions1015
  - Figure 328. Control Unit1016
  - Figure 329. SDIO Adapter Command Path1017
  - Figure 330. Command Path State Machine (CPSM)1018
  - Figure 331. SDIO Command Transfer1019
  - Table 150. Command Format1019
  - Table 151. Short Response Format1020
  - Table 152. Long Response Format1020
  - Table 153. Command Path Status Flags1020
  - Figure 332. Data Path1021
  - Figure 333. Data Path State Machine (DPSM)1022
  - Table 154. Data Token Format1023
  - Table 155. Transmit FIFO Status Flags1024
  - SDIO APB2 Interface1025
  - Table 156. Receive FIFO Status Flags1025
- Card Functional Description1026
  - Card Identification Process1027
  - Block Write1028
  - Block Read1029
  - Erase: Group Erase and Sector Erase1031
  - Card Status Register1034
  - Table 157. Card Status1035
  - SD Status Register1037
  - Table 158. SD Status1038
  - Table 159. Speed Class Code Field1039
  - Table 160. Performance Move Field1039
  - Table 161. AU_SIZE Field1040
  - Table 162. Maximum au Size1040
  - Table 163. Erase Size Field1040
  - Table 164. Erase Timeout Field1041
  - Table 165. Erase Offset Field1041
  - SD I/O Mode1041
  - Commands and Responses1042
  - Table 166. Block-Oriented Write Commands1043
  - Table 167. Block-Oriented Write Protection Commands1044
  - Table 168. Erase Commands1044
  - Table 169. I/O Mode Commands1045
  - Table 170. Lock Card1045
  - Table 171. Application-Specific Commands1045
  - Table 172. R1 Response1046
- Response Formats1046
  - R3 (OCR Register)1047
  - Table 173. R2 Response1047
  - Table 174. R3 Response1047
  - Table 175. R4 Response1047
  - R5 (Interrupt Request)1048
  - Table 176. R4B Response1048
  - Table 177. R5 Response1048
  - Table 178. R6 Response1049
- SDIO I/O Card-Specific Operations1049
  - SDIO I/O Read Wait Operation by SDIO_D2 Signaling1050
- CE-ATA Specific Operations1051
- HW Flow Control1052
  - SDI Clock Control Register (SDIO_CLKCR)1053
  - SDIO Argument Register (SDIO_ARG)1054
  - SDIO Command Register (SDIO_CMD)1055
  - Table 179. Response Type and Sdio_Respx Registers1056
  - SDIO Command Response Register (SDIO_RESPCMD)1056
  - SDIO Data Timer Register (SDIO_DTIMER)1057
  - SDIO Data Control Register (SDIO_DCTRL)1058
  - SDIO Data Counter Register (SDIO_DCOUNT)1059
  - SDIO Status Register (SDIO_STA)1060
  - SDIO Interrupt Clear Register (SDIO_ICR)1061
  - SDIO Mask Register (SDIO_MASK)1063
  - SDIO FIFO Counter Register (SDIO_FIFOCNT)1065
  - Table 180. SDIO Register Map1066
  - SDIO Data FIFO Register (SDIO_FIFO)1066
- Bxcan Introduction1068
- Figure 334. CAN Network Topology1069
- Bxcan General Description1069
  - Control, Status and Configuration Registers1070
  - Figure 335. Dual CAN Block Diagram1071
- Bxcan Operating Modes1071
  - Initialization Mode1072
  - Figure 336. Bxcan Operating Modes1073
- Test Mode1073
- Figure 337. Bxcan in Silent Mode1074
- Figure 338. Bxcan in Loop Back Mode1074
- Figure 339. Bxcan in Combined Mode1075
- Debug Mode1075
  - Figure 340. Transmit Mailbox States1076
  - Figure 341. Receive FIFO States1077
  - Time Triggered Communication Mode1077
  - Identifier Filtering1078
  - Figure 342. Filter Bank Scale Configuration - Register Organization1080
  - Figure 343. Example of Filter Numbering1081
  - Figure 344. Filtering Mechanism - Example1082
  - Message Storage1082
  - Figure 345. CAN Error State Diagram1083
  - Table 181. Transmit Mailbox Mapping1083
  - Table 182. Receive Mailbox Mapping1083
  - Error Management1084
  - Figure 346. Bit Timing1085
  - Figure 347. CAN Frames1086
- Bxcan Interrupts1086
- Figure 348. Event Flags and Interrupt Generation1087
- CAN Registers1088
  - CAN Mailbox Registers1098
  - Figure 349. RX and TX Mailboxes1098
  - CAN Filter Registers1105
  - Table 183. Bxcan Register Map and Reset Values1109
DMA Controller1113
- Ethernet Introduction1113
- Ethernet Pins1116
- Figure 350. ETH Block Diagram1117
- Ethernet Functional Description: SMI, MII and RMII1117
- Ethernet Functional Description: MAC 802.31125
- Ethernet Functional Description: DMA Controller Operation1155
- Ethernet Interrupts1182
- Ethernet Register Descriptions1183
- OTG_FS Introduction1233
- OTG Dual Role Device (DRD)1237
- SOF Trigger1247
  - Peripheral Sofs1248
  - Figure 391. Updating OTG_FS_HFIR Dynamically1249
- Dynamic Update of the OTG_FS_HFIR Register1249
- Figure 392. Device-Mode FIFO Address Mapping and AHB FIFO Access Mapping1250
- USB Data Fifos1250
- OTG_FS Interrupts1254
- Figure 394. Interrupt Hierarchy1255
- OTG_FS Control and Status Registers1255
- OTG_FS Programming Model1324
USB On-The-Go High-Speed (OTG_HS)1369
- General Features1370
- Host-Mode Features1371
- Figure 410. USB OTG Interface Block Diagram1372
- High-Speed OTG PHY1372
- OTG Dual-Role Device1373
- USB Functional Description in Peripheral Mode1374
- Peripheral Endpoints1375
- USB Functional Description on Host Mode1378
- USB_HS Power Modes1384
- FIFO RAM Allocation1385
- Figure 411. Updating OTG_HS_HFIR Dynamically1385
- OTG_HS Interrupts1386
- Figure 412. Interrupt Hierarchy1387
- OTG_HS Control and Status Registers1387
- CSR Memory Map1388
- OTG_HS Programming Model1473
Flexible Static Memory Controller (FSMC)1530
- Figure 432. FSMC Block Diagram1531
- Supported Memories and Transactions1532
- Table 211. NOR/PSRAM Bank Selection1533
- Figure 433. FSMC Memory Banks1533
- External Device Address Mapping1533
  - NAND/PC Card Address Mapping1534
  - Table 212. External Memory Address1534
  - Table 213. Memory Mapping and Timing Registers1534
  - Table 214. NAND Bank Selections1535
- NOR Flash/Psram Controller1535
  - External Memory Interface Signals1536
  - Table 215. Programmable NOR/PSRAM Access Parameters1536
  - Table 216. Nonmultiplexed I/O nor Flash1536
  - Table 217. Multiplexed I/O nor Flash1537
  - Table 218. Nonmultiplexed I/Os PSRAM/SRAM1537
  - Table 219. Multiplexed I/O PSRAM1537
  - And Transactions1538
  - Supported Memories and Transactions1538
  - Table 220. nor Flash/Psram Controller: Example of Supported Memories1538
  - General Timing Rules1539
  - Figure 434. Mode1 Read Accesses1540
  - NOR Flash/Psram Controller Asynchronous Transactions1540
  - Figure 435. Mode1 Write Accesses1541
  - Table 221. Fsmc_Bcrx Bit Fields1541
  - Table 222. Fsmc_Btrx Bit Fields1542
  - Figure 436. Modea Read Accesses1543
  - Figure 437. Modea Write Accesses1543
  - Table 223. Fsmc_Bcrx Bit Fields1544
  - Table 224. Fsmc_Btrx Bit Fields1544
  - Figure 438. Mode2 and Mode B Read Accesses1545
  - Table 225. Fsmc_Bwtrx Bit Fields1545
  - Figure 439. Mode2 Write Accesses1546
  - Figure 440. Mode B Write Accesses1546
  - Table 226. Fsmc_Bcrx Bit Fields1547
  - Table 227. Fsmc_Btrx Bit Fields1547
  - Figure 441. Mode C Read Accesses1548
  - Table 228. Fsmc_Bwtrx Bit Fields1548
  - Figure 442. Mode C Write Accesses1549
  - Table 229. Fsmc_Bcrx Bit Fields1549
  - Table 230. Fsmc_Btrx Bit Fields1550
  - Table 231. Fsmc_Bwtrx Bit Fields1550
  - Figure 443. Mode D Read Accesses1551
  - Figure 444. Mode D Write Accesses1551
  - Table 232. Fsmc_Bcrx Bit Fields1552
  - Table 233. Fsmc_Btrx Bit Fields1552
  - Figure 445. Multiplexed Read Accesses1553
  - Table 234. Fsmc_Bwtrx Bit Fields1553
  - Figure 446. Multiplexed Write Accesses1554
  - Table 235. Fsmc_Bcrx Bit Fields1554
  - Table 236. Fsmc_Btrx Bit Fields1555
  - Figure 447. Asynchronous Wait During a Read Access1556
  - Figure 448. Asynchronous Wait During a Write Access1557
  - Synchronous Transactions1558
  - Figure 449. Wait Configurations1559
  - Figure 450. Synchronous Multiplexed Read Mode - NOR, PSRAM (CRAM)1560
  - Table 237. Fsmc_Bcrx Bit Fields1560
  - Table 238. Fsmc_Btrx Bit Fields1561
  - Figure 451. Synchronous Multiplexed Write Mode - PSRAM (CRAM)1562
  - Table 239. Fsmc_Bcrx Bit Fields1562
  - Table 240. Fsmc_Btrx Bit Fields1563
  - NOR/PSRAM Control Registers1564
- NAND Flash/Pc Card Controller1571
  - External Memory Interface Signals1572
  - Table 241. Programmable NAND/PC Card Access Parameters1572
  - Table 242. 8-Bit NAND Flash1572
  - Table 243. 16-Bit NAND Flash1573
  - Table 244. 16-Bit PC Card1573
  - NAND Flash / PC Card Supported Memories and Transactions1574
  - Table 245. Supported Memories and Transactions1574
  - Figure 452. NAND/PC Card Controller Timing for Common Memory Access1575
  - NAND Flash Operations1575
  - Figure 453. Access to Non 'CE Don't Care' NAND-Flash1576
  - NAND Flash Pre-Wait Functionality1576
    - In NAND Flash Memory1577
  - PC Card/Compactflash Operations1578
  - Table 246. 16-Bit PC-Card Signals and Access Type1579
  - NAND Flash/Pc Card Control Registers1580
  - Table 247. ECC Result Relevant Bits1586
  - Table 248. FSMC Register Map1587
- FMC Main Features1589
- Block Diagram1590
- Figure 454. FMC Block Diagram1591
- AHB Interface1591
  - Supported Memories and Transactions1592
- External Device Address Mapping1593
  - Figure 455. FMC Memory Banks1594
  - NOR/PSRAM Address Mapping1594
  - Table 249. NOR/PSRAM Bank Selection1594
  - NAND Flash Memory/Pc Card Address Mapping1595
  - Table 250. NOR/PSRAM External Memory Address1595
  - Table 251. NAND/PC Card Memory Mapping and Timing Registers1595
  - Table 252. NAND Bank Selection1596
  - Table 253. SDRAM Bank Selection1596
  - Table 254. SDRAM Address Mapping1596
  - Table 255. SDRAM Address Mapping with 8-Bit Data Bus Width1597
  - Table 256. SDRAM Address Mapping with 16-Bit Data Bus Width1598
  - Table 257. SDRAM Address Mapping with 32-Bit Data Bus Width1598
- NOR Flash/Psram Controller1599
  - External Memory Interface Signals1600
  - Table 258. Programmable NOR/PSRAM Access Parameters1600
  - Table 259. Non-Multiplexed I/O nor Flash Memory1601
  - Table 260. 16-Bit Multiplexed I/O nor Flash Memory1601
  - Table 261. Non-Multiplexed I/Os PSRAM/SRAM1601
  - Supported Memories and Transactions1602
  - Table 262. 16-Bit Multiplexed I/O PSRAM1602
  - Table 263. nor Flash/Psram: Example of Supported Memories and Transactions1603
  - General Timing Rules1604
  - Figure 456. Mode1 Read Access Waveforms1605
  - Figure 457. Mode1 Write Access Waveforms1605
  - Table 264. Fmc_Bcrx Bit Fields1606
  - Table 265. Fmc_Btrx Bit Fields1606
  - Figure 458. Modea Read Access Waveforms1607
  - Figure 459. Modea Write Access Waveforms1608
  - Table 266. Fmc_Bcrx Bit Fields1608
  - Table 267. Fmc_Btrx Bit Fields1609
  - Table 268. Fmc_Bwtrx Bit Fields1609
  - Figure 460. Mode2 and Mode B Read Access Waveforms1610
  - Figure 461. Mode2 Write Access Waveforms1610
  - Figure 462. Modeb Write Access Waveforms1611
  - Table 269. Fmc_Bcrx Bit Fields1611
  - Table 270. Fmc_Btrx Bit Fields1612
  - Table 271. Fmc_Bwtrx Bit Fields1612
  - Figure 463. Modec Read Access Waveforms1613
  - Figure 464. Modec Write Access Waveforms1613
  - Table 272. Fmc_Bcrx Bit Fields1614
  - Table 273. Fmc_Btrx Bit Fields1614
  - Figure 465. Moded Read Access Waveforms1615
  - Table 274. Fmc_Bwtrx Bit Fields1615
  - Figure 466. Moded Write Access Waveforms1616
  - Table 275. Fmc_Bcrx Bit Fields1616
  - Table 276. Fmc_Btrx Bit Fields1617
  - Table 277. Fmc_Bwtrx Bit Fields1617
  - Figure 467. Muxed Read Access Waveforms1618
  - Figure 468. Muxed Write Access Waveforms1618
  - Table 278. Fmc_Bcrx Bit Fields1619
  - Table 279. Fmc_Btrx Bit Fields1619
  - Figure 469. Asynchronous Wait During a Read Access Waveforms1620
  - Figure 470. Asynchronous Wait During a Write Access Waveforms1621
  - Synchronous Transactions1621
  - Figure 471. Wait Configuration Waveforms1623
  - Figure 472. Synchronous Multiplexed Read Mode Waveforms - NOR, PSRAM (CRAM)1623
  - Table 280. Fmc_Bcrx Bit Fields1624
  - Table 281. Fmc_Btrx Bit Fields1624
  - Figure 473. Synchronous Multiplexed Write Mode Waveforms - PSRAM (CRAM)1625
  - Table 282. Fmc_Bcrx Bit Fields1625
  - Table 283. Fmc_Btrx Bit Fields1626
  - NOR/PSRAM Controller Registers1627
  - NAND Flash/Pc Card Controller1634
  - External Memory Interface Signals1635
  - Table 284. Programmable NAND Flash/Pc Card Access Parameters1635
  - Table 285. 8-Bit NAND Flash1635
  - Table 286. 16-Bit NAND Flash1636
  - Table 287. 16-Bit PC Card1636
  - NAND Flash / PC Card Supported Memories and Transactions1637
  - Table 288. Supported Memories and Transactions1637
  - Figure 474. NAND Flash/Pc Card Controller Waveforms for Common Memory Access1638
  - NAND Flash Operations1638
  - Figure 475. Access to Non 'CE Don't Care' NAND-Flash1639
  - NAND Flash Prewait Functionality1639
  - In NAND Flash Memory1640
    - PC Card/Compactflash Operations1641
    - Table 289. 16-Bit PC-Card Signals and Access Type1641
    - NAND Flash/Pc Card Controller Registers1642
  - Table 290. ECC Result Relevant Bits1649
  - Table 291. SDRAM Signals1650
- SDRAM Controller1650
  - SDRAM Controller Functional Description1651
  - Figure 476. Burst Write SDRAM Access Waveforms1652
  - Figure 477. Burst Read SDRAM Access1653
  - Figure 478. Logic Diagram of Read Access with RBURST Bit Set (CAS=2, RPIPE=0)1654
  - Figure 479. Read Access Crossing Row Boundary1656
  - Figure 480. Write Access Crossing Row Boundary1656
  - Low Power Modes1657
  - Figure 481. Self-Refresh Mode1659
  - Figure 482. Power-Down Mode1660
  - SDRAM Controller Registers1661
  - Table 292. FMC Register Map1667
  - Figure 483. Block Diagram of STM32 MCU and Cortex ® -M4 with FPU-Level1670
  - Debug Support1670
- Overview1670
- SWJ Debug Port (Serial Wire and JTAG)1671
  - Figure 484. SWJ Debug Port1672
  - Mechanism to Select the JTAG-DP or the SW-DP1672
  - Table 293. SWJ Debug Port Pins1673
  - Table 294. Flexible SWJ-DP Pin Assignment1673
  - Internal Pull-Up and Pull-Down on JTAG Pins1674
  - Using Serial Wire and Releasing the Unused Debug Pins as Gpios1675
  - Figure 485. JTAG TAP Connections1676
- ID Codes and Locking Mechanism1677
  - Boundary Scan TAP1678
  - Table 295. JTAG Debug Port Data Registers1678
  - Table 296. 32-Bit Debug Port Registers Addressed through the Shifted Value A[3:2]1679
  - Table 297. Packet Request (8-Bits)1680
- SW Debug Port1680
  - SW-DP State Machine (Reset, Idle States, ID Code)1681
  - Table 298. ACK Response (3 Bits)1681
  - Table 299. DATA Transfer (33 Bits)1681
  - DP and AP Read/Write Accesses1682
  - Table 300. SW-DP Registers1682
  - SW-AP Registers1683
  - Table 301. Cortex1684
  - Table 302. Core Debug Registers1685
- Capability of the Debugger Host to Connect under System Reset1686
- DWT (Data Watchpoint Trigger)1687
- Table 303. Main ITM Registers1688
- Table 304. Main ETM Registers1689
- ETM (Embedded Trace Macrocell)1689
  - Configuration Example1690
  - Debug MCU Configuration Register1691
  - Debug MCU APB1 Freeze Register (DBGMCU_APB1_FZ)1692
  - Debug MCU APB2 Freeze Register (DBGMCU_APB2_FZ)1694
  - Figure 486. TPIU Block Diagram1695
- TPIU (Trace Port Interface Unit)1695
  - Table 305. Asynchronous TRACE Pin Assignment1696
  - Table 306. Synchronous TRACE Pin Assignment1696
  - Table 307. Flexible TRACE Pin Assignment1697
  - TPUI Formatter1697
  - TPUI Frame Synchronization Packets1698
  - Asynchronous Mode1699
  - Table 308. Important TPIU Registers1699
  - Example of Configuration1700
  - Table 309. DBG Register Map and Reset Values1700
Device Electronic Signature1702
- Flash Size1703
- Table 310. Document Revision History1704

Brand	STMicroelectronics
Model	STM32F429
Category	Controller
Language	English

STMicroelectronics STM32F429 Reference Manual

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