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封装引脚说明

24 Apr 2024
Read time: 28 minute(s)

D211BB/ D211BC QFN88 封装引脚说明

1. D211BB (Sip DDR2)/ D211BC (Sip DDR3) QFN88 封装引脚说明
引脚 定义 类型 功能 备注说明
RTC
1 RTC_IO OD RTC 唤醒 32K 时钟输出 OD 输出,外部需上拉电阻,上拉电压不能超过 5 V。
2 RTC_VCOIN POWER - 不考虑掉电保持可悬空,内部有二极管从 3.3 V 取电,外挂供电需接 RC 延迟上电 (10 KΩ/ 0.1 uF)。
3 RTC_XO OUTPUT - 接 32.768 KHz 无源晶振,若不使用 RTC 功能可悬空。
4 RTC_XI INPUT - 接 32.768 KHz 无源晶振,若不使用 RTC 功能可悬空。
SYSTEM
75 RESETN INPUT 系统复位 内置约 30 KΩ上拉电阻和去抖滤波,不使用可直接悬空,若外挂电容建议不超过 4.7 uF。
76 PLL_XO OUTPUT - 接 24 MHz 无源晶振。
77 PLL_XI INPUT - 接 24 MHz 无源晶振。
POWER
58, 80 VCC33_IO0 POWER 芯片 IO 电压 3.3 V 供电。
7, 40 VCC33_IO1 POWER 芯片 IO 电压 3.3 V 供电。
81 VCC30_ANA POWER 内置 LDO 输出 内部模拟模块使用,外部接 1 uF 旁路电容。
42 LDO25 POWER 内置 LDO 输出 内部模块使用,外部接 1 uF 旁路电容。
41 LDO1x POWER 内置 LDO 输出 可配置,外部接 1 uF 电容,若使用需做好芯片散热。
43, 45, 46 VCC_DRAM POWER DRAM 电压 DDR2 1.8 V 供电。DDR3 1.5 V 供电。
20, 44, 53, 73, 74 VDD11_SYS POWER 芯片 Core 电压 1.2 V 供电 @600 Mhz,1.1 V 供电 @504 Mhz。
89 GND POWER - GND 铜皮全连接,需多加过孔散热。
2. D211BB (Sip DDR2) / D211BC (Sip DDR3) QFN88 封装功能复用表
引脚 功能 1 功能 2 功能 3 功能 4 功能 5 功能 6 功能 7 功能 8
GPIO A
82 PA0 GPADC0 PSADC0 I2C0_SCL UART0_TX AMIC_IN IR_TX -
83 PA1 GPADC1 PSADC1 I2C0_SDA UART0_RX AMIC_BIAS IR_RX -
84 PA7 GPADC7 PSADC7 I2C1_SDA UART1_CTS - - -
85 PA8 RTP_XP PSADC8 I2C2_SCL UART2_TX JTAG_DO - -
86 PA9 RTP_YP PSADC9 I2C2_SDA UART2_RX JTAG_DI - -
87 PA10 RTP_XN PSADC10 I2C3_SCL UART2_RTS JTAG_MS - -
88 PA11 RTP_YN PSADC11 I2C3_SDA UART2_CTS JTAG_CK - -
GPIO B
47 PB0 SDC0_CMD SPI0_HOLD I2C1_SCL UART7_TX - - -
48 PB1 SDC0_CLK SPI0_WP I2C1_SDA UART7_RX - - -
49 PB2 SDC0_D3 SPI0_CS - - - - -
50 PB3 SDC0_D0 SPI0_MISO - - - - -
51 PB4 SDC0_D1 SPI0_MOSI - - - - -
52 PB5 SDC0_D2 SPI0_CLK - - - - -
GPIO C
33 PC0 SDC1_D1 LCD_D5 SPI2_CLK UART1_TX JTAG_MS PWM0_A -
34 PC1 SDC1_D0 LCD_D4 SPI2_CS UART1_RX JTAG_DI PWM0_B -
35 PC2 SDC1_CLK LCD_D3 SPI2_MOSI UART1_RTS UART0_TX PWM1_A -
36 PC3 SDC1_CMD LCD_D2 SPI2_MISO UART2_TX JTAG_DO PWM1_B -
37 PC4 SDC1_D3 LCD_D1 - UART2_RX UART0_RX PWM2_A -
38 PC5 SDC1_D2 LCD_D0 UART2_RTS UART3_TX JTAG_CK PWM2_B -
39 PC6 SDC1_DET CLK_OUT0 DE_TE UART3_RX - PWM3_A -
GPIO D
32 PD6 LCD_D6 SPI3_MISO I2C0_SCL UART1_TX - - -
31 PD7 LCD_D7 SPI2_MISO I2C0_SDA UART1_RX - - -
30 PD8 LCD_D8 LVDS1_D0N SPI1_HOLD UART2_TX - EPWM0_A -
29 PD9 LCD_D9 LVDS1_D0P SPI1_WP UART2_RX - EPWM0_B -
28 PD10 LCD_D10 LVDS1_D1N SPI1_CS UART3_TX - EPWM1_A -
27 PD11 LCD_D11 LVDS1_D1P SPI1_MISO UART3_RX - EPWM1_B -
26 PD12 LCD_D12 LVDS1_D2N SPI1_MOSI UART4_TX - EPWM2_A -
25 PD13 LCD_D13 LVDS1_D2P SPI1_CLK UART4_RX - EPWM2_B -
24 PD14 LCD_D14 LVDS1_CKN SPI3_CLK CAP0 - QEP0_H0 -
23 PD15 LCD_D15 LVDS1_CKP SPI3_CS CAP1 - QEP0_H1 -
22 PD16 LCD_D16 LVDS1_D3N SPI3_MOSI CAP2 - QEP0_H2 -
21 PD17 LCD_D17 LVDS1_D3P SPI3_MISO - - QEP0_A -
19 PD18 LCD_D18 LVDS0_D0N DSI_D0N I2C1_SCL - QEP0_B -
18 PD19 LCD_D19 LVDS0_D0P DSI_D0P I2C1_SDA - QEP0_I -
17 PD20 LCD_D20 LVDS0_D1N DSI_D1N UART7_TX - QEP0_S -
16 PD21 LCD_D21 LVDS0_D1P DSI_D1P UART7_RX CLK_OUT0 - -
15 PD22 LCD_D22 LVDS0_D2N DSI_CKN I2C3_SCL UART6_TX - -
14 PD23 LCD_D23 LVDS0_D2P DSI_CKP I2C3_SDA UART6_RX - -
13 PD24 LCD_DCLK LVDS0_CKN DSI_D2N UART5_TX SPI1_CLK - -
12 PD25 LCD_HS LVDS0_CKP DSI_D2P UART5_RX SPI1_CS - -
11 PD26 LCD_VS LVDS0_D3N DSI_D3N PWM3_A SPI1_MOSI - -
10 PD27 LCD_DE LVDS0_D3P DSI_D3P PWM3_B SPI1_MISO - RTC_32K
GPIO E
54 PE0 - DVP_D0 I2C0_SCL - EMAC0_RXD1 EPWM3_A PWM0_A
55 PE1 - DVP_D1 I2C0_SDA - EMAC0_RXD0 EPWM3_B PWM0_B
56 PE2 - DVP_D2 CAN0_TX UART4_TX EMAC0_CRS_DV EPWM4_A PWM1_A
57 PE3 - DVP_D3 CAN0_RX UART4_RX EMAC0_REFCLK EPWM4_B PWM1_B
59 PE4 - DVP_D4 CAN1_TX UART5_TX EMAC0_TXD1 EPWM5_A PWM2_A
60 PE5 - DVP_D5 CAN1_RX UART5_RX EMAC0_TXD0 EPWM5_B PWM2_B
61 PE6 DSPK0 DVP_D6 UART5_RTS UART6_TX EMAC0_TXC QEP1_H0 CAP0
62 PE7 DSPK1 DVP_D7 UART7_RTS UART6_RX EMAC0_TXEN QEP1_H1 CAP1
63 PE8 I2S0_MCLK DVP_CK UART6_RTS UART7_TX EMAC0_MDC QEP1_H2 CAP2
64 PE9 I2S0_BCLK DVP_HS UART6_CTS UART7_RX EMAC0_MDIO QEP1_A -
65 PE10 I2S0_LRCK DVP_VS DSPK0 - CLK_OUT2 QEP1_B -
66 PE11 I2S0_DOUT I2S0_DIN DSPK1 CLK_OUT1 - QEP1_I -
67 PE14 - SPI3_MOSI - UART3_TX - CAP1 -
68 PE15 - SPI3_MISO - UART3_RX - CAP2 -
69 PE16 - SPI0_CLK CAN0_TX I2C3_SCL - - -
70 PE17 - SPI0_CS CAN0_RX I2C3_SDA - - -
71 PE18 - SPI0_MOSI CAN1_TX PWM3_A - - -
72 PE19 - SPI0_MISO CAN1_RX PWM3_B - - -
GPIO F
5 PF0 SDC2_D1 SPI2_CLK - UART5_TX - - -
6 PF1 SDC2_D0 SPI2_CS - UART5_RX - - -
8 PF14 I2S1_DIN DSPK0 DMIC_D0 UART4_TX - - -
9 PF15 DE_TE DSPK1 DMIC_CLK UART4_RX - - -
USB
78 PU0 USB0_DM - UART0_RX UART1_RX - - -
79 PU1 USB0_DP - UART0_TX UART1_TX - - -

D211DB/ D211DC QFN100 封装引脚说明

3. D211DB (Sip DDR2)/ D211DC (Sip DDR3) QFN100 封装引脚说明
引脚 定义 类型 功能 备注说明
RTC
74 RTC_IO OD RTC 唤醒 32K 时钟输出 OD 输出,外部需上拉电阻,上拉电压不能超过 5 V。
75 RTC_VCOIN POWER - 不考虑掉电保持可悬空,内部有二极管从 3.3 V 取电,外挂供电需接 RC 延迟上电 (10 KΩ/ 0.1 uF)。
76 RTC_XO OUTPUT - 接 32.768 KHz 无源晶振,若不使用 RTC 功能可悬空。
77 RTC_XI INPUT - 接 32.768 KHz 无源晶振,若不使用 RTC 功能可悬空。
SYSTEM
58 RESETN INPUT 系统复位 内置约 30 KΩ上拉电阻和去抖滤波,不使用可直接悬空,若外挂电容建议不超过 4.7 uF。
59 PLL_XO OUTPUT - 接 24 MHz 无源晶振。
60 PLL_XI INPUT - 接 24 MHz 无源晶振。
POWER
41, 65 VCC33_IO0 POWER 芯片 IO 电压 3.3 V 供电。
21, 88 VCC33_IO1 POWER 芯片 IO 电压 3.3 V 供电。
66 VCC30_ANA POWER 内置 LDO 输出 内部模拟模块使用,外部接 1 uF 旁路电容。
23 LDO25 POWER 内置 LDO 输出 内部模块使用,外部接 1 uF 旁路电容。
22 LDO1x POWER 内置 LDO 输出 可配置,外部接 1 uF 电容,若使用需做好芯片散热。
24, 26, 27, 29 VCC_DRAM POWER DRAM 电压 DDR2 1.8 V 供电。DDR3 1.5 V 供电。
1, 25, 28, 36, 56, 57 VDD11_SYS POWER 芯片 Core 电压 1.2 V 供电@600 Mhz,1.1 V 供电@504 Mhz。
101 GND POWER - GND 铜皮全连接,需多加过孔散热。
4. D211DB (Sip DDR2) / D211DC(Sip DDR3) QFN100 封装功能复用表
引脚 功能 1 功能 2 功能 3 功能 4 功能 5 功能 6 功能 7 功能 8
GPIO A
67 PA0 GPADC0 PSADC0 I2C0_SCL UART0_TX AMIC_IN IR_TX -
68 PA1 GPADC1 PSADC1 I2C0_SDA UART0_RX AMIC_BIAS IR_RX -
69 PA7 GPADC7 PSADC7 I2C1_SDA UART1_CTS - - -
70 PA8 RTP_XP PSADC8 I2C2_SCL UART2_TX JTAG_DO - -
71 PA9 RTP_YP PSADC9 I2C2_SDA UART2_RX JTAG_DI - -
72 PA10 RTP_XN PSADC10 I2C3_SCL UART2_RTS JTAG_MS - -
73 PA11 RTP_YN PSADC11 I2C3_SDA UART2_CTS JTAG_CK - -
GPIO B
30 PB0 SDC0_CMD SPI0_HOLD I2C1_SCL UART7_TX - - -
31 PB1 SDC0_CLK SPI0_WP I2C1_SDA UART7_RX - - -
32 PB2 SDC0_D3 SPI0_CS - - - - -
33 PB3 SDC0_D0 SPI0_MISO - - - - -
34 PB4 SDC0_D1 SPI0_MOSI - - - - -
35 PB5 SDC0_D2 SPI0_CLK - - - - -
GPIO C
14 PC0 SDC1_D1 LCD_D5 SPI2_CLK UART1_TX JTAG_MS PWM0_A -
15 PC1 SDC1_D0 LCD_D4 SPI2_CS UART1_RX JTAG_DI PWM0_B -
16 PC2 SDC1_CLK LCD_D3 SPI2_MOSI UART1_RTS UART0_TX PWM1_A -
17 PC3 SDC1_CMD LCD_D2 SPI2_MISO UART2_TX JTAG_DO PWM1_B -
18 PC4 SDC1_D3 LCD_D1 - UART2_RX UART0_RX PWM2_A -
19 PC5 SDC1_D2 LCD_D0 UART2_RTS UART3_TX JTAG_CK PWM2_B -
20 PC6 SDC1_DET CLK_OUT0 DE_TE UART3_RX - PWM3_A -
GPIO D
13 PD6 LCD_D6 SPI3_MISO I2C0_SCL UART1_TX PBUS_AD6 - -
12 PD7 LCD_D7 SPI2_MISO I2C0_SDA UART1_RX PBUS_AD7 - -
11 PD8 LCD_D8 LVDS1_D0N SPI1_HOLD UART2_TX PBUS_AD8 EPWM0_A -
10 PD9 LCD_D9 LVDS1_D0P SPI1_WP UART2_RX PBUS_AD9 EPWM0_B -
9 PD10 LCD_D10 LVDS1_D1N SPI1_CS UART3_TX PBUS_AD10 EPWM1_A -
8 PD11 LCD_D11 LVDS1_D1P SPI1_MISO UART3_RX PBUS_AD11 EPWM1_B -
7 PD12 LCD_D12 LVDS1_D2N SPI1_MOSI UART4_TX PBUS_AD12 EPWM2_A -
6 PD13 LCD_D13 LVDS1_D2P SPI1_CLK UART4_RX PBUS_AD13 EPWM2_B -
5 PD14 LCD_D14 LVDS1_CKN SPI3_CLK CAP0 PBUS_AD14 QEP0_H0 -
4 PD15 LCD_D15 LVDS1_CKP SPI3_CS CAP1 PBUS_AD15 QEP0_H1 -
3 PD16 LCD_D16 LVDS1_D3N SPI3_MOSI CAP2 PBUS_CLK QEP0_H2 -
2 PD17 LCD_D17 LVDS1_D3P SPI3_MISO - PBUS_NCS QEP0_A -
100 PD18 LCD_D18 LVDS0_D0N DSI_D0N I2C1_SCL PBUS_NADV QEP0_B -
99 PD19 LCD_D19 LVDS0_D0P DSI_D0P I2C1_SDA PBUS_NWE QEP0_I -
98 PD20 LCD_D20 LVDS0_D1N DSI_D1N UART7_TX PBUS_NOE QEP0_S -
97 PD21 LCD_D21 LVDS0_D1P DSI_D1P UART7_RX CLK_OUT0 - -
96 PD22 LCD_D22 LVDS0_D2N DSI_CKN I2C3_SCL UART6_TX - -
95 PD23 LCD_D23 LVDS0_D2P DSI_CKP I2C3_SDA UART6_RX - -
94 PD24 LCD_DCLK LVDS0_CKN DSI_D2N UART5_TX SPI1_CLK - -
93 PD25 LCD_HS LVDS0_CKP DSI_D2P UART5_RX SPI1_CS - -
92 PD26 LCD_VS LVDS0_D3N DSI_D3N PWM3_A SPI1_MOSI - -
91 PD27 LCD_DE LVDS0_D3P DSI_D3P PWM3_B SPI1_MISO - RTC_32K
GPIO E
37 PE0 - DVP_D0 I2C0_SCL - EMAC0_RXD1 EPWM3_A PWM0_A
38 PE1 - DVP_D1 I2C0_SDA - EMAC0_RXD0 EPWM3_B PWM0_B
39 PE2 - DVP_D2 CAN0_TX UART4_TX EMAC0_CRS_DV EPWM4_A PWM1_A
40 PE3 - DVP_D3 CAN0_RX UART4_RX EMAC0_REFCLK EPWM4_B PWM1_B
42 PE4 - DVP_D4 CAN1_TX UART5_TX EMAC0_TXD1 EPWM5_A PWM2_A
43 PE5 - DVP_D5 CAN1_RX UART5_RX EMAC0_TXD0 EPWM5_B PWM2_B
44 PE6 DSPK0 DVP_D6 UART5_RTS UART6_TX EMAC0_TXC QEP1_H0 CAP0
45 PE7 DSPK1 DVP_D7 UART7_RTS UART6_RX EMAC0_TXEN QEP1_H1 CAP1
46 PE8 I2S0_MCLK DVP_CK UART6_RTS UART7_TX EMAC0_MDC QEP1_H2 CAP2
47 PE9 I2S0_BCLK DVP_HS UART6_CTS UART7_RX EMAC0_MDIO QEP1_A -
48 PE10 I2S0_LRCK DVP_VS DSPK0 - CLK_OUT2 QEP1_B -
49 PE11 I2S0_DOUT I2S0_DIN DSPK1 CLK_OUT1 - QEP1_I -
50 PE14 - SPI3_MOSI - UART3_TX - CAP1 -
51 PE15 - SPI3_MISO - UART3_RX - CAP2 -
52 PE16 - SPI0_CLK CAN0_TX I2C3_SCL - - -
53 PE17 - SPI0_CS CAN0_RX I2C3_SDA - - -
54 PE18 - SPI0_MOSI CAN1_TX PWM3_A - - -
55 PE19 - SPI0_MISO CAN1_RX PWM3_B - - -
GPIO F
78 PF0 SDC2_D1 SPI2_CLK - UART5_TX EMAC1_RXD1 PBUS_AD0 -
79 PF1 SDC2_D0 SPI2_CS - UART5_RX EMAC1_RXD0 PBUS_AD1 -
80 PF2 SDC2_CLK SPI2_MOSI - UART5_RTS EMAC1_CRS_DV PBUS_AD2 -
81 PF3 SDC2_CMD SPI2_MISO - UART5_CTS EMAC1_REFCLK PBUS_AD3 -
82 PF4 SDC2_D3 - - UART6_TX EMAC1_TXD1 PBUS_AD4 -
83 PF5 SDC2_D2 - - UART6_RX EMAC1_TXD0 PBUS_AD5 -
84 PF6 - - - UART7_TX EMAC1_TXC PBUS_AD6 -
85 PF7 - - - UART7_RX EMAC1_TXEN PBUS_AD7 -
86 PF8 - - - UART7_RTS EMAC1_MDC PBUS_AD8 -
87 PF9 - - - UART7_CTS EMAC1_MDIO PBUS_AD9 -
89 PF14 I2S1_DIN DSPK0 DMIC_D0 UART4_TX - PBUS_NWE -
90 PF15 DE_TE DSPK1 DMIC_CLK UART4_RX - PBUS_NOE -
USB
61 PU0 USB0_DM - UART0_RX UART1_RX - - -
62 PU1 USB0_DP - UART0_TX UART1_TX - - -
63 PU2 USB1_DM - UART0_RX UART2_RX - - -
64 PU3 USB1_DP - UART0_TX UART2_TX - - -

D213EC QFN128 封装引脚说明

5. D213EC (Sip DDR3) QFN128 封装引脚说明
引脚 定义 类型 功能 备注说明
RTC
97 RTC_IO OD RTC 唤醒 32K 时钟输出 OD 输出,外部需上拉电阻,上拉电压不能超过 5 V。
98 RTC_VCOIN POWER - 不考虑掉电保持可悬空,内部有二极管从 3.3V 取电,外挂供电需接 RC 延迟上电 (10 KΩ/ 0.1 uF)。
99 RTC_XO OUTPUT - 接 32.768 KHz 无源晶振,若不使用 RTC 功能可悬空。
100 RTC_XI INPUT - 接 32.768 KHz 无源晶振,若不使用 RTC 功能可悬空。
SYSTEM
76 RESETN INPUT 系统复位 内置约 30 KΩ 上拉电阻和去抖滤波,不使用可直接悬空,若外挂电容建议不超过 4.7 uF。
77 PLL_XO OUTPUT - 接 24 MHz 无源晶振。
78 PLL_XI INPUT - 接 24 MHz 无源晶振。
POWER
41, 57, 83 VCC33_IO0 POWER 芯片 IO 电压 3.3 V 供电。
27, 114 VCC33_IO1 POWER 芯片 IO 电压 3.3 V 供电。
84 VCC30_ANA POWER 内置 LDO 输出 内部模拟模块使用,外部接 1 uF 旁路电容。
29 LDO25 POWER 内置 LDO 输出 内部模块使用,外部接 1 uF 旁路电容。
28 LDO1x POWER 内置 LDO 输出 可配置,外部接 1uF 电容,若使用需做好芯片散热。
30, 32, 33, 35, 36 VCC_DRAM POWER DRAM 电压 DDR2 1.8 V 供电。DDR3 1.5 V 供电。
31, 34, 44, 74, 75, 128 VDD11_SYS POWER 芯片 Core 电压 1.2 V 供电@600 Mhz,1.1 V 供电@504 Mhz。
129 GND POWER - GND 铜皮全连接,需多加过孔散热。
50, 56 NC - - 浮空,不能接任何信号。
6. D213EC (Sip DDR3) QFN128 封装功能复用表
引脚 功能 1 功能 2 功能 3 功能 4 功能 5 功能 6 功能 7 功能 8
GPIO A
85 PA0 GPADC0 PSADC0 I2C0_SCL UART0_TX AMIC_IN IR_TX -
86 PA1 GPADC1 PSADC1 I2C0_SDA UART0_RX AMIC_BIAS IR_RX -
87 PA2 GPADC2 PSADC2 - UART0_RTS - - -
88 PA3 GPADC3 PSADC3 - UART0_CTS - - -
89 PA4 GPADC4 PSADC4 - UART1_TX - - -
90 PA5 GPADC5 PSADC5 - UART1_RX - - -
91 PA6 GPADC6 PSADC6 I2C1_SCL UART1_RTS - - -
92 PA7 GPADC7 PSADC7 I2C1_SDA UART1_CTS - - -
93 PA8 RTP_XP PSADC8 I2C2_SCL UART2_TX JTAG_DO - -
94 PA9 RTP_YP PSADC9 I2C2_SDA UART2_RX JTAG_DI - -
95 PA10 RTP_XN PSADC10 I2C3_SCL UART2_RTS JTAG_MS - -
96 PA11 RTP_YN PSADC11 I2C3_SDA UART2_CTS JTAG_CK - -
GPIO B
37 PB0 SDC0_CMD SPI0_HOLD I2C1_SCL UART7_TX - - -
38 PB1 SDC0_CLK SPI0_WP I2C1_SDA UART7_RX - - -
39 PB2 SDC0_D3 SPI0_CS - - - - -
40 PB3 SDC0_D0 SPI0_MISO - - - - -
42 PB4 SDC0_D1 SPI0_MOSI - - - - -
43 PB5 SDC0_D2 SPI0_CLK - - - - -
45 PB6 SDC0_D4 SPI1_HOLD I2C2_SCL UART4_TX - CLK_OUT2 -
46 PB7 SDC0_D5 SPI1_WP I2C2_SDA UART4_RX - - -
47 PB8 SDC0_D6 SPI1_CS UART4_RTS UART5_TX - IR_RX -
48 PB9 SDC0_D7 SPI1_MISO UART6_RTS UART5_RX - IR_TX -
49 PB10 SDC0_DS SPI1_MOSI - UART6_TX - - -
51 PB11 SDC0_RST SPI1_CLK - UART6_RX - - -
GPIO C
19 PC0 SDC1_D1 LCD_D5 SPI2_CLK UART1_TX JTAG_MS PWM0_A -
20 PC1 SDC1_D0 LCD_D4 SPI2_CS UART1_RX JTAG_DI PWM0_B -
21 PC2 SDC1_CLK LCD_D3 SPI2_MOSI UART1_RTS UART0_TX PWM1_A -
22 PC3 SDC1_CMD LCD_D2 SPI2_MISO UART2_TX JTAG_DO PWM1_B -
23 PC4 SDC1_D3 LCD_D1 - UART2_RX UART0_RX PWM2_A -
24 PC5 SDC1_D2 LCD_D0 UART2_RTS UART3_TX JTAG_CK PWM2_B -
25 PC6 SDC1_DET CLK_OUT0 DE_TE UART3_RX - PWM3_A -
26 PC7 - - - UART3_RTS - PWM3_B -
GPIO D
18 PD0 LCD_D0 SPI2_CLK - - PBUS_AD0 PWM0_A -
17 PD1 LCD_D1 SPI2_CS - - PBUS_AD1 PWM0_B -
16 PD2 LCD_D2 SPI2_MOSI DE_TE - PBUS_AD2 PWM1_A -
15 PD3 LCD_D3 SPI3_CLK - - PBUS_AD3 PWM1_B -
14 PD4 LCD_D4 SPI3_CS - - PBUS_AD4 PWM2_A -
13 PD5 LCD_D5 SPI3_MOSI - - PBUS_AD5 PWM2_B -
12 PD6 LCD_D6 SPI3_MISO I2C0_SCL UART1_TX PBUS_AD6 - -
11 PD7 LCD_D7 SPI2_MISO I2C0_SDA UART1_RX PBUS_AD7 - -
10 PD8 LCD_D8 LVDS1_D0N SPI1_HOLD UART2_TX PBUS_AD8 EPWM0_A -
9 PD9 LCD_D9 LVDS1_D0P SPI1_WP UART2_RX PBUS_AD9 EPWM0_B -
8 PD10 LCD_D10 LVDS1_D1N SPI1_CS UART3_TX PBUS_AD10 EPWM1_A -
7 PD11 LCD_D11 LVDS1_D1P SPI1_MISO UART3_RX PBUS_AD11 EPWM1_B -
6 PD12 LCD_D12 LVDS1_D2N SPI1_MOSI UART4_TX PBUS_AD12 EPWM2_A -
5 PD13 LCD_D13 LVDS1_D2P SPI1_CLK UART4_RX PBUS_AD13 EPWM2_B -
4 PD14 LCD_D14 LVDS1_CKN SPI3_CLK CAP0 PBUS_AD14 QEP0_H0 -
3 PD15 LCD_D15 LVDS1_CKP SPI3_CS CAP1 PBUS_AD15 QEP0_H1 -
2 PD16 LCD_D16 LVDS1_D3N SPI3_MOSI CAP2 PBUS_CLK QEP0_H2 -
1 PD17 LCD_D17 LVDS1_D3P SPI3_MISO - PBUS_NCS QEP0_A -
127 PD18 LCD_D18 LVDS0_D0N DSI_D0N I2C1_SCL PBUS_NADV QEP0_B -
126 PD19 LCD_D19 LVDS0_D0P DSI_D0P I2C1_SDA PBUS_NWE QEP0_I -
125 PD20 LCD_D20 LVDS0_D1N DSI_D1N UART7_TX PBUS_NOE QEP0_S -
124 PD21 LCD_D21 LVDS0_D1P DSI_D1P UART7_RX CLK_OUT0 - -
123 PD22 LCD_D22 LVDS0_D2N DSI_CKN I2C3_SCL UART6_TX - -
122 PD23 LCD_D23 LVDS0_D2P DSI_CKP I2C3_SDA UART6_RX - -
121 PD24 LCD_DCLK LVDS0_CKN DSI_D2N UART5_TX SPI1_CLK - -
120 PD25 LCD_HS LVDS0_CKP DSI_D2P UART5_RX SPI1_CS - -
119 PD26 LCD_VS LVDS0_D3N DSI_D3N PWM3_A SPI1_MOSI - -
118 PD27 LCD_DE LVDS0_D3P DSI_D3P PWM3_B SPI1_MISO - RTC_32K
GPIO E
52 PE0 - DVP_D0 I2C0_SCL - GMAC0_RXD1 EPWM3_A PWM0_A
53 PE1 - DVP_D1 I2C0_SDA - GMAC0_RXD0 EPWM3_B PWM0_B
54 PE2 - DVP_D2 CAN0_TX UART4_TX GMAC0_RXCTL EPWM4_A PWM1_A
55 PE3 - DVP_D3 CAN0_RX UART4_RX GMAC0_CLKIN EPWM4_B PWM1_B
58 PE4 - DVP_D4 CAN1_TX UART5_TX GMAC0_TXD1 EPWM5_A PWM2_A
59 PE5 - DVP_D5 CAN1_RX UART5_RX GMAC0_TXD0 EPWM5_B PWM2_B
60 PE6 DSPK0 DVP_D6 UART5_RTS UART6_TX GMAC0_TXCK QEP1_H0 CAP0
61 PE7 DSPK1 DVP_D7 UART7_RTS UART6_RX GMAC0_TXCTL QEP1_H1 CAP1
62 PE8 I2S0_MCLK DVP_CK UART6_RTS UART7_TX GMAC0_MDC QEP1_H2 CAP2
63 PE9 I2S0_BCLK DVP_HS UART6_CTS UART7_RX GMAC0_MDIO QEP1_A -
64 PE10 I2S0_LRCK DVP_VS DSPK0 - CLK_OUT2 QEP1_B -
65 PE11 I2S0_DOUT I2S0_DIN DSPK1 CLK_OUT1 GMAC0_RXD3 QEP1_I -
66 PE12 I2S0_DIN SPI3_CLK DMIC_CLK I2C2_SCL GMAC0_RXD2 QEP1_S -
67 PE13 - SPI3_CS DMIC_D0 I2C2_SDA GMAC0_RXCK CAP0 -
68 PE14 - SPI3_MOSI - UART3_TX GMAC0_TXD3 CAP1 -
69 PE15 - SPI3_MISO - UART3_RX GMAC0_TXD2 CAP2 -
70 PE16 - SPI0_CLK CAN0_TX I2C3_SCL GMAC0_TRIG - -
71 PE17 - SPI0_CS CAN0_RX I2C3_SDA GMAC0_PPSO - -
72 PE18 - SPI0_MOSI CAN1_TX PWM3_A GMAC1_TRIG - -
73 PE19 - SPI0_MISO CAN1_RX PWM3_B GMAC1_PPSO - -
GPIO F
101 PF0 SDC2_D1 SPI2_CLK - UART5_TX GMAC1_RXD1 PBUS_AD0 -
102 PF1 SDC2_D0 SPI2_CS - UART5_RX GMAC1_RXD0 PBUS_AD1 -
103 PF2 SDC2_CLK SPI2_MOSI - UART5_RTS GMAC1_RXCTL PBUS_AD2 -
104 PF3 SDC2_CMD SPI2_MISO - UART5_CTS GMAC1_CLKIN PBUS_AD3 -
105 PF4 SDC2_D3 - - UART6_TX GMAC1_TXD1 PBUS_AD4 -
106 PF5 SDC2_D2 - - UART6_RX GMAC1_TXD0 PBUS_AD5 -
107 PF6 - - - UART7_TX GMAC1_TXCK PBUS_AD6 -
108 PF7 - - - UART7_RX GMAC1_TXCTL PBUS_AD7 -
109 PF8 - - - UART7_RTS GMAC1_MDC PBUS_AD8 -
110 PF9 - - - UART7_CTS GMAC1_MDIO PBUS_AD9 -
111 PF10 I2S1_MCLK I2S1_DIN - UART3_CTS CLK_OUT3 PBUS_AD10 -
112 PF11 I2S1_BCLK - PBUS_AD11 UART3_TX GMAC1_RXD3 PBUS_CLK -
113 PF12 I2S1_LRCK - UART4_RTS UART3_RX GMAC1_RXD2 PBUS_NCS -
115 PF13 I2S1_DOUT I2S1_DIN UART4_CTS UART3_RTS GMAC1_RXCK PBUS_NADV -
116 PF14 I2S1_DIN DSPK0 DMIC_D0 UART4_TX GMAC1_TXD3 PBUS_NWE -
117 PF15 DE_TE DSPK1 DMIC_CLK UART4_RX GMAC1_TXD2 PBUS_NOE -
USB
79 PU0 USB0_DM - UART0_RX UART1_RX - - -
80 PU1 USB0_DP - UART0_TX UART1_TX - - -
81 PU2 USB1_DM - UART0_RX UART2_RX - - -
82 PU3 USB1_DP - UART0_TX UART2_TX - - -