Microchip Technology SAMA7G54-EK User Manual Download Page 72

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Figure 6-4. SAMA7G54-EK: Schematic Page 4

SAMA7G54 Evaluation Kit

03 - SAMA7G54-MPU.SchDoc

Project Title

File:

Designed with

Drawn By:

CAv

Sheet Title

SAMA7G5-MPU

Engineer:

CAv

Size

EV21H18A

PartNumber:

Variant Name

Standard

SCH #:

03-00038

PCB #:

04-11152

Rev:

4 of 15

Date:

Sheet

12/22/2021 1:43:36 PM

Altium.com

GND

0.1uF

16V

0201

C31

GND

VDDCPU

0.1uF

16V

0201

C32

0.1uF

16V

0201

C33

0.1uF

16V

0201

C34

0.1uF

16V

0201

C35

0.1uF

16V

0201

C36

0.1uF

16V

0201

C37

0.1uF

16V

0201

C39

0.1uF

16V

0201

C38

0.1uF

16V

0201

C40

0.1uF

16V

0201

C41

0.1uF

16V

0201

C42

0.1uF

16V

0201

C43

0.1uF

16V

0201

C44

0.1uF

16V

0201

C46

0.1uF

16V

0201

C47

0.1uF

16V

0201

C49

0.1uF

16V

0201

C50

0.1uF

16V

0201

C51

0.1uF

16V

0201

C52

0.1uF

16V

0201

C53

0.1uF

16V

0201

C54

0.1uF

16V

0201

C55

0.1uF

16V

0201

C56

0.1uF

16V

0201

C57

0.1uF

16V

0201

C58

0.1uF

16V

0201

C59

0.1uF

16V

0201

C60

4.7uF

10V

0402

C61

VDDCORE

0.1uF

16V

0201

C63

VDDUTMII

0.1uF

16V

0201

C65

0.1uF

16V

0201

C67

0.1uF

16V

0201

C68

0.1uF

16V

0201

C69

2.2uF

10V

0402

C73

0.1uF

16V

0201

C70

VDDANA

0.1uF

16V

0201

C74

4.7uF

10V

0402

C75

VDDIN33

0.1uF

16V

0201

C78

VDDBU

0.1uF

16V

0201

C79

0.1uF

16V

0201

C80

VDDANA

GND

XIN

VDD_3V3

XOUT

GND

32.768kHz

NX2012SA-32.768K-STD-MUB-1

GND

XIN32

XOUT32

18pF

50V

0402

C72

18pF

50V

0402

C66

XIN

USBA_N

USBA_P

USBB_N

USBB_P

USBC_N

USBC_P

MIPI_CK_N

MIPI_CK_P

MIPI_D0_N

MIPI_D0_P

MIPI_D1_N

MIPI_D1_P

nRST

WKUP

SHDN

LPM

DIFF100

USBB_CC2

GND

0.1uF

16V

0201

C48

VDDANA

GND

USBB_CC1

GND

nRST_OUT

VDDBU

XIN32

XOUT32

XIN

XOUT

MPU decoupling

MPU configuration

24MHz clock

4.02k

0201

R33

200R

0201

R28

200R

0201

R27

200R

0201

R23

16.9k

0201

R29

20k

0201

R30

20k

0201

R31

16.9k

0201

R32

0.1uF

16V

0201

C71

24MHz 18pF

ABM8G-24.000MHZ-18-D2Y-T

24MHz

STB 1

GND

OUT 3

VDD

20pF

0402

C76

20pF

0402

C81

0.1uF

10V

0402

C64

51R

0402

R34

0402

R37

0402

R40

0402

R26

XIN_24M

XOUT_24M

0402

R39

0402

R36

XOUT

GND

TP16

0402

R25

XIN

XOUT

XIN32

Y13

XOUT32

AA13

SHDN

WKUP0

AA15

JTAGSEL

W15

NRST

TST

AA9

QSPI0_CAL

P16

AUDIOCLK

ADVREFP

HHSA_CC1 D7

HHSA_CC2 G9

MIPI_CLK_P N21

MIPI_CLK_N N20

MIPI_D0_N R18

MIPI_D1_N R20

MIPI_D0_P P18

MIPI_D1_P R21

MIPI_REXT R19

HHSA_DM B3

HHSA_DP A3

HHSA_RTUNE C6

HHSB_CC1 C7

HHSB_CC2 E8

HHSB_DM B4

HHSB_DP A4

HHSB_RTUNE D8

HHSC_DM B6

HHSC_DP A6

HHSC_RTUNE B7

NRST_OUT

SDMMC0_CAL

K15

SDMMC1_CAL

J10

SDMMC2_CAL

D14

LPM

R10

SAMA7G54

U4G

SAMA7G54

VDDCPU

B20

VDDCPU

E17 VDDCPU

E16

VDDCPU

E19

VDDCPU

F16

VDDIOP1

C14

VDDQSPI1

H19

VDDSDMMC0

J16

VDDCORE

L19

VDDCORE

P19

VDDCORE

U19

VDDCORE

N13

VDDIOP1

C17

VDDCORE

F15

VDDQSPI0

N16

VDDCORE

J13

VDDCORE

VDDIN33

VDDOUT25

VBAT

P11

GNDUTMI A1

GNDUTMI A5

GNDUTMI A8

GND A11

GND A14

GND A17

GND D9

GND D13

GNDUTMI E1

GND E7

GND E15

GND E21

GNDANA F5

GND F17

GNDANA G5

GNDUTMI G7

GND G11

GND G15

GND G17

GNDIN33 H1

GND H8

GND H14

GND H21

GNDANA J4

GND J18

GND L1

GND L15

GND L21

GND N18

GND P14

GND P21

GNDBAT R11

GND R17

GND T17

GND U21

GND V13

GND AA14

GND AA17

GND AA21

GND A21

VDDCORE

U16

VDDCORE

U17

VDDCORE

VDDUTMI

F7 VDDUTMI

VDDUTMI

VDDANA

VDDCORE

VDDSDMMC1

C11

VDDSDMMC2

F13

VDDIOP0

T13

VDDIOP0

W14

VDDDPHY

T15

VDDDPHY

T16

GNDDPHY R15

GNDDPHY U15

VDDCORE

W17

VDDCORE

Y20

GND K11

U4H

10k

0402

R24

VDD_3V3

32.768KHz clock

DIFF90

4.7uF

10V

0402

C30

4.7uF

10V

0402

C62

4.7uF

10V

0402

C45

0402

R35

VDD_3V3_MPU

VDDSDMMC1

VDDSDMMC0

VDD_3V3_MPU

32.768KHz

STB 1

GND

OUT 3

VDD

0.1uF

10V

0402

C77

GND

VDD_3V3

0402

R38

XIN32

TP14
TP15

VDDSDMMC0

VDDSDMMC1

VDD_3V3

OSC_STBY

Ω

±15% differential trace impedance

Routing top or bottom

Ω

±15% differential trace impedance

Routing top or bottom

Ω

±15% differential trace impedance

Routing top or bottom

100

Ω

±10% differential trace impedance

Routing top or bottom

Figure 6-5. SAMA7G54-EK: Schematic Page 5

SAMA7G54 Evaluation Kit

04 - SAMA7G54-PIO.SchDoc

Project Title

File:

Designed with

Drawn By:

CAv

Sheet Title

SAMA7G5-PIO

Engineer:

CAv

Size

EV21H18A

PartNumber:

Variant Name

Standard

SCH #:

03-00038

PCB #:

04-11152

Rev:

5 of 15

Date:

Sheet

3/1/2022 4:46:14 PM

Altium.com

FLEXCOM1_IO0_PC9

FLEXCOM1_IO1_PC10

22R

0402 1%

R98

22R

0402 1%

R99

22R

0402 1%

R90

22R

0402 1%

R102

22R

0402 1%

R103

22R

0402 1%

R96

VDD_3V3

PAC1934_TWCK

PAC1934_TWD

EEPROM1_TWD

EEPROM1_TWCK

MCP16502_TWD

MCP16502_TWCK

22R

0402 1%

R92

22R

0402 1%

R97

SDMMC0_CK_PA0

SDMMC0_CMD_PA1

SDMMC0_RSTN_PA2

SDMMC0_DAT0_PA3

SDMMC0_DAT1_PA4

SDMMC0_DAT2_PA5

SDMMC0_DAT3_PA6

SDMMC0_DAT4_PA7

SDMMC0_DAT5_PA8

SDMMC0_DAT6_PA9

SDMMC0_DAT7_PA10

SDMMC0_DS_PA11

SDMMC0_CD_PA14

ETH0_TXEN_PA15

ETH0_TX0_PA16

ETH0_TX1_PA17

ETH1_INT_PA21

ETH0_RX0_PA19

ETH0_RX1_PA20

ETH0_RXCTL_PA18

ETH0_MDC_PA22

ETH0_MDIO_PA23

ETH0_TXCK_PA24

ETH0_125CK_PA25

ETH0_TX2_PA26

ETH0_TX3_PA27

ETH0_RX2_PA28

ETH0_RX3_PA29

ETH0_RXCK_PA30

OSPI0_IO3_PB9

OSPI0_IO2_PB10

OSPI0_IO1_PB11

OSPI0_IO0_PB12

OSPI0_CS_PB13

OSPI0_SCK_PB14

HPM_PB15

OSPI0_IO4_PB16

OSPI0_IO5_PB17

OSPI0_IO6_PB18

OSPI0_IO7_PB19

OSPI0_DQS_PB20

OSPI0_INT_PB21

SDMMC1_CMD_PB29

SDMMC1_CK_PB30

SDMMC1_DAT0_PB31

SDMMC1_DAT1_PC0

SDMMC1_DAT2_PC1

SDMMC1_DAT3_PC2

SDMMC1_WP_PC3

SDMMC1_CD_PC4

EXT40_GPIO_PD31

ETH0_INT_PA31

JTAG_NTRST_PC25

JTAG_TCK_PC26

JTAG_TMS_PC27

JTAG_TDI_PC28

JTAG_TDO_PC29

DBGU_TX_PD16

DBGU_RX_PD17

SDMMC2_WILC3000_RSTN_PD2

SDMMC2_WILC3000_CMD_PD3

SDMMC2_WILC3000_CK_PD4

SDMMC2_WILC3000_DAT0_PD5

SDMMC2_WILC3000_DAT1_PD6

SDMMC2_WILC3000_DAT2_PD7

SDMMC2_WILC3000_DAT3_PD8

MCP16502_INT_PD9

PAC1934_INT_PC8

USBA_VBUSDETECT_PD11

MIKROBUS1_INT_PC21

USBB_OVCUR_PC22

MIKROBUS2_TX_PC23

MIKROBUS2_RX_PC24

USER_BUTTON_PA12

WILC3000_EN_PE0

WILC3000_INT_PD10

MIKROBUS2_INT_PC20

USBA_OVCUR_PC7

MIKROBUS1_TX_PD18

MIKROBUS1_RX_PD19

USBC_EN_5V_PC6

MIKROBUS1_AN_PD0

FLEXCOM11_IO2_PB5

FLEXCOM11_IO1_PB4

FLEXCOM11_IO0_PB3

MIKROBUS2_AN_PD1

FLEXCOM1_IO0_PC9

FLEXCOM1_IO1_PC10

SAMA7G5 Bus Distribution

TWI Bus Distribution

EXT40_SPI1_SCLK_PE5

CANTX0_PD12

CANRX0_PD13

CANTX1_PD14

PIOBU0

PIOBU1

PIOBU2

PIOBU3

SPDIF_RX_PB0

SPDIF_TX_PB1

USBA_EN_5V_PB2

USBB_EN_5V_PC11

LED_RED_PB8

EXT40_QSPI1_IO3_PB22

FLEXCOM8_IO1_PC13

FLEXCOM8_IO0_PC14

CAN0_STBY_PC15

EXT40_TXD_PC30

EXT40_RXD_PC31

CANRX1_PD15

2.2k

0402

R101

2.2k

0402

R100

EXT40_QSPI1_IO2_PB23

USBC_OVCUR_PC17

PA0 H17

PA1 G20

PA2 L13

PA3 L14

PA4 K13

PA5 C21

PA6 K14

PA7 H16

PA8 B21

PA9 D20

PA10 J15

PA11 F20

PA12 V14

PA13 AA16

PA14 AA20

PA15 V15

PA16 Y15

PA17 V16

PA18 Y16

PA19 V20

PA20 Y21

PA21 V21

PA22 Y18

PA23 R13

PA24 Y19

PA25 U14

PA26 W16

PA27 W18

PA28 T14

PA29 W19

PA30 R14

PA31 W20

SAMA7G54

U4A

PB0 U18

PB1 W21

PB2 T21

PB3 V19

PB4 T20

PB5 V18

PB6 T19

PB7 V17

PB8 T18

PB9 P17

PB10 P15

PB11 G21

PB12 M15

PB13 R16

PB14 N14

PB15 N15

PB16 M14

PB17 F21

PB18 D21

PB19 M13

PB20 J21

PB21 J20

PB22 H15

PB23 F19

PB24 G19

PB25 J14

PB26 C20

PB27 G16

PB28 G10

PB29 H11

PB30 B9

PB31 A13

SAMA7G54

U4B

PD0 G3

PD1 F4

PD2 H12

PD3 B15

PD4 A15

PD5 A16

PD6 G12

PD7 J11

PD8 B13

PD9 D19

PD10 M12

PD11 A20

PD12 P12

PD13 H18

PD14 C19

PD15 R12

PD16 D18

PD17 G18

PD18 B19

PD19 N11

PD20 C18

PD21 F18

PD22 A19

PD23 K12

PD24 D17

PD25 K10

PD26 G14

PD27 D16

PD28 J12

PD29 B18

PD30 H13

PD31 C16

SAMA7G54

U4D

PE0 E18

PE1 F14

PE2 A18

PE3 C15

PE4 D15

PE5 B16

PE6 G13

PE7 E14

PIOBU0 AA19

PIOBU1 P9

PIOBU2 AA18

PIOBU3 P10

SAMA7G54

U4E

EEPROM2_TWD

EEPROM2_TWCK

FLEXCOM8_IO0_PC14

FLEXCOM8_IO1_PC13

22R

0402 1%

R85

22R

0402 1%

R87

22R

0402 1%

R94

22R

0402 1%

R95

VDD_3V3

CAM_TWCK

CAM_TWD

ECC608_TWD

ECC608_TWCK

2.2k

0402

R91

2.2k

0402

R89

LED_BLUE_PD20

MIKROBUS2_PWM_PD20

22R

0402 1%

R45

22R

0402 1%

R46

EXT40_QSPI1_IO1_PB24

EXT40_QSPI1_CS_PB26

EXT40_QSPI1_IO0_PB25

LED_GREEN_PA13

MIKROBUS1_PWM_PA13

22R

0402 1%

R41

22R

0402 1%

R42

EXT40_SPI1_MOSI_PE3

EXT40_SPI1_MISO_PE4

EXT40_SPI1_CE2_PE1

EXT40_SPI1_CE0_PE6

EXT40_SPI1_CE1_PE7

CAM_GPIO0_PE1

CAM_GPIO1_PE2

BT_RX_FLEXCOM0_IO0_PE3

BT_TX_FLEXCOM0_IO1_PE4

BT_RTS_FLEXCOM0_IO3_PE6

BT_CTS_FLEXCOM0_IO4_PE7

22R

0402 1%

R69

22R

0402 1%

R72

22R

0402 1%

R76

22R

0402 1%

R77

22R

0402 1%

R79

22R

0402 1%

R81

22R

0402 1%

R82

22R

0402 1%

R83

22R

0402 1%

R84

22R

0402 1%

R86

22R

0402 1%

R88

PA13

PE1

PE2

PE3

PE4

PE6

PE7

PD22

PD23

PD24

PE1

PE2

PE3

PE4

PE6

PE7

SDMMC1_1V8SEL_PC5

PA13

PD20

SDMMC1_RSTN_PB28

CAN1_STBY_PC16

I0A 2

I1A 3

I0B 5

I1B 6

GND 8

I1C 10

I0C 11

I1D 13

I0D 14

VCC 16

IDTQS3VH257PAG

PD22

PD23

PD24

ETH1_TX0_PD22

GND

0.1uF

10V

0402

C82

VDD_3V3

PDMC0_CLK_PD22

ETH1_TX1_PD23

PDMC0_DS0_PD23

ETH1_CRSDV_PD24

PDMC0_DS1_PD24

10k

0402

R93

GND

VDD_3V3

HDR-2.54 Male 1x2

J3 JP2

EN_PDMC

EXT40_QSPI1_SCK_PB27

EXT40_PWM0_PE2

22R

0402 1%

R74

FLEXCOM9_IO0_PC18

FLEXCOM9_IO1_PC19

22R

0402 1%

R57

22R

0402 1%

R60

22R

0402 1%

R64

22R

0402 1%

R67

22R

0402 1%

R71

22R

0402 1%

R73

MIKROBUS1_MOSI_PB3

MIKROBUS2_MOSI_PB3

MIKROBUS1_MISO_PB4

MIKROBUS2_MISO_PB4

MIKROBUS1_SCK_PB5

MIKROBUS2_SCK_PB5

MIKROBUS1_CS_PB6

MIKROBUS2_CS_PB7

FLEXCOM11_IO2_PB5

FLEXCOM11_IO1_PB4

FLEXCOM11_IO0_PB3

USBB_VBUSDETECT_PC12

MIKROBUS1_TWD_PC18

MIKROBUS1_TWCK_PC19

22R

0402 1%

R59

22R

0402 1%

R75

FLEXCOM9_IO0_PC18

FLEXCOM9_IO1_PC19

MIKROBUS2_TWD_PC18

22R

0402 1%

R62

EXT40_TWCK_PC19

22R

0402 1%

R78

EXT40_TWD_PC18

MIKROBUS2_TWCK_PC19

22R

0402 1%

R68

22R

0402 1%

R80

VDD_3V3

2.2k

0402

R70

2.2k

0402

R66

PB8

22R

0402 1%

R43

22R

0402 1%

R44

EXT40_GPIO_PB8

ETH1_TXEN_PD21

ETH1_RXER_PD27

ETH1_MDC_PD28

ETH1_MDIO_PD29

ETH1_TXCK_PD30

ETH1_RX0_PD25

ETH1_RX1_PD26

PD21

PD25

PD26

PD27

PD28

PD29

PD30

22R

0402 1%

R47

22R

0402 1%

R48

EXT40_GPIO_PD21

PD21

EXT40_GPIO_PD25

22R

0402 1%

R49

22R

0402 1%

R50

PD25

EXT40_GPIO_PD26

22R

0402 1%

R51

22R

0402 1%

R52

PD26

EXT40_GPIO_PD27

22R

0402 1%

R53

22R

0402 1%

R54

PD27

EXT40_PWM1_PD28

22R

0402 1%

R55

22R

0402 1%

R56

PD28

EXT40_GPIO_PD29

22R

0402 1%

R58

22R

0402 1%

R61

PD29

EXT40_GPIO_PD30

22R

0402 1%

R63

22R

0402 1%

R65

PD30

PC0 A9

PC1 H10

PC2 A7

PC3 G1

PC4 H5

PC5 F2

PC6 K8

PC7 J8

PC8 F1

PC9 G2

PC11 K9

PC10 M10

PC12 D1

PC13 F8

PC14 D6

PC15 H9

PC16 D5

PC17 D3

PC18 C4

PC19 G8

PC20 D4

PC21 E4

PC22 C3

PC23 F3

PC24 C2

PC25 B1

PC26 H7

PC27 C1

PC28 H6

PC29 A2

PC30 G4

PC31 D2

SAMA7G54

U4C

Raspberry Pi is a trademark of Raspberry Pi Trading

SAMA7G54-EK

Appendix A. Schematics and Layouts

2022 Microchip Technology Inc.

and its subsidiaries

User Guide

DS50003273A-page 72

Summary of Contents for SAMA7G54-EK

Page 1: ...rmation on the overall design of the SAMA7G54 Evaluation Kit SAMA7G54 EK and describes how to use the kit The kit is the evaluation platform for the SAMA7G5 Series devices Figure 1 SAMA7G54 EK Overvie...

Page 2: ...assembling the Wi Fi Bluetooth module 1 2 Reference Documents The following Microchip document are available and recommended as supplemental reference resources Table 1 1 Reference Documents Document...

Page 3: ...I5 024 0000 NDK NX2012SA 32 768 STD MUB 1 2 Microchip DSC1001DI5 025 0000 Memory One 16 bit 4 Gbit DDR3L One 32 Gbit e MMC One 1 Gbit Octal SPI Flash Two EEPROMs with EUI 48 MAC ID Alliance Memory AS4...

Page 4: ...SB Micro AB cables 2 3 Evaluation Kit Specifications Table 2 2 Evaluation Kit Specifications Characteristic Specifications Board SAMA7G54 EK Board supply voltage External or USB powered Temperature Op...

Page 5: ...nector 3 x User Buttons MIPI CSI Camera Connector Disable Boot Button UART DEBUG External Power Jack 2 x CAN Connector USB 2 0 Micro AB USB Host Type C USB Host Type A SD Card Connector Footprint to s...

Page 6: ...N connector J18 SPDIF RX connector J19 SPDIF TX connector J20 UART debug connector FTDI connector J22 Disable boot jumper J23 PCB connector for factory programming the SAM3U J Link OB not to be used b...

Page 7: ...nly disabled during SW4 pressure Closed Booting from on board memory is permanently disabled J25 Open default Enables UART communication CDC between MPU and SAM3U Closed Disables UART communication CD...

Page 8: ...t Connectivity 2xmikroBUS Raspberry Pi 40 pin Connector USB 2 0 Host Type A USB 2 0 Host Type C USB 2 0 Host Device Type AB SDCard Connector RPi CSI Connector Memories 4Gb 16 bit DDR3L AS4C256M16D3LC...

Page 9: ...that limit the input voltage to 5 1V The following figure shows the wall adapter input power supply topology Figure 3 2 Wall Adapter Input Power Schematic 2 1mm EJ508A 2 3 1 J1 GND 5V_EXT External 5V...

Page 10: ...wires and batteries It is the preferred mode of operation for any project that requires only a 5V source at up to 500 mA 3 1 1 3 Automatic Power Switch The switch between the two powering options is m...

Page 11: ...l shutdown Active discharge resistors are provided on each output All buck channels support safe start up into pre biased outputs The MCP16502 is available in a 32 pin 5 mm x 5 mm VQFN package with an...

Page 12: ...z HPM_PB15 3 1 2 BSS138N Q3 10k 0402 1 R12 VDD_3V3 LPM GND OSC_STBY Selected 1 35V for OUT2 as default Selected 1 8V for VLDO1 as default Table 3 1 MCP16502 TWI Address Device 7 bit client address Ful...

Page 13: ...a very low load For more information on the device refer to the product webpage This function allows the user to shut down the MPU and the system thus entering a low power mode and still keep the cus...

Page 14: ...934_TWCK PAC1934_TWD GND GND 0 1uF 10V 0402 C27 PAC1934_INT_PC8 Power Measurement and Distribution 10k 0402 1 R14 10k 0402 1 R15 0402 R16 SENSE1_P SENSE1_N SENSE2_P SENSE2_N SENSE3_P SENSE3_N SENSE4_P...

Page 15: ...0 100 Ethernet six CAN FD and three high speed USB and offers advanced security functions secure boot secure key storage high performance crypto accelerators for AES SHA RSA and ECC Refer to the SAMA7...

Page 16: ...DDCPU E16 VDDCPU E19 VDDCPU F16 VDDIOP1 C14 VDDQSPI1 H19 VDDSDMMC0 J16 VDDCORE L19 VDDCORE P19 VDDCORE U19 VDDCORE N13 VDDIOP1 C17 VDDCORE F15 VDDQSPI0 N16 VDDCORE J9 VDDCORE J13 VDDCORE F9 VDDIN33 H3...

Page 17: ...tom 90 15 differential trace impedance Routing top or bottom 90 15 differential trace impedance Routing top or bottom 100 10 differential trace impedance Routing top or bottom Table 3 4 Processor Main...

Page 18: ...late capacitors C76 and C81 with the appropriate load capacitance for the selected crystal Figure 3 11 Processor Main Clock Schematic GND GND XIN VDD_3V3 XOUT GND XIN 24MHz clock 24MHz 18pF ABM8G 24 0...

Page 19: ...D 4 Y4 0 1uF 10V 0402 C77 GND VDD_3V3 0402 R38 XIN32 VDD_3V3 3 2 4 DDR Controller The SAMA7G5 MPU embeds a Universal DDR Memory Controller UDDRC to drive the DDR2 DDR3 LPDDR2 and LPDDR3 memories The f...

Page 20: ...R_DQS0_P R1 DDR_DQS0_N R2 DDR_DQS1_P Y6 DDR_DQS1_N AA6 DDR_ODT W1 DDR_VREF Y1 DDR_A14 L9 DDR_A15 R4 GNDIODDR L7 GNDIODDR L11 GNDIODDR N4 GNDIODDR P1 GNDIODDR P8 GNDIODDR R5 GNDIODDR R7 GNDIODDR T5 GND...

Page 21: ...rts that share multiple functions are split through passive resistors placed on the board as close to the MPU as possible therefore no other hardware change must be made In most cases the user can use...

Page 22: ...14 PA29 W19 PA30 R14 PA31 W20 SAMA7G54 U4A PA13 The following table describes each PIOA bank function Table 3 5 SAMA7G5 PIOs Pin Assignment and Signal Description PIO Power Rail Function Signal Descri...

Page 23: ...t output PA24 VDDIOP0 G0_TXCK Transmit clock PA25 VDDIOP0 G0_125CK 125 MHz clock PA26 VDDIOP0 G0_TX2 Transmit data line 2 PA27 VDDIOP0 G0_TX3 Transmit data line 3 PA28 VDDIOP0 G0_RX2 Receive data line...

Page 24: ...owing table describes each PIOB bank function Table 3 6 SAMA7G5 PIOs Pin Assignment and Signal Description PIO Power Rail Function Signal Description PB0 VDDIOP0 SPDIF_RX SPDIF receive data PB1 VDDIOP...

Page 25: ...IO1 RPi connector QSPI1 I O line 1 PB25 VDDQSPI1 QSPI1_IO0 RPi connector QSPI1 I O line 0 PB26 VDDQSPI1 QSPI1_CS RPi connector QSPI1 Chip Select PB27 VDDQSPI1 QSPI1_SCK RPi connector QSPI1 serial cloc...

Page 26: ...k function Table 3 7 SAMA7G5 PIOs Pin Assignment and Signal Description PIO Power Rail Function Signal Description PC0 VDDSDMMC1 SDMMC1_DAT1 SD Card data line 1 PC1 VDDSDMMC1 SDMMC1_DAT2 SD Card data...

Page 27: ...US 2 UART TX line PC24 VDDIN33 FLEXCOM7_IO1 mikroBUS 2 UART RX line PC25 VDDIN33 NTRST JTAG Test reset signal PC26 VDDIN33 TCK_SWCLK JTAG Test clock serial wire clock PC27 VDDIN33 TMS_SWDIO JTAG Test...

Page 28: ...PD30 The following table describes each PIOD bank function Table 3 8 SAMA7G5 PIOs Pin Assignment and Signal Description PIO Power Rail Function Signal Description PD0 VDDIN33 AD14 mikroBUS 1 analog i...

Page 29: ...P1 G1_MDIO PD29 Management data input output or RPi connector GPIO PD30 VDDIOP1 G1_TXCK PD30 Transmit clock or RPi connector GPIO PD31 VDDIOP1 PD31 RPi connector GPIO 3 2 5 5 PIOE Bank The PIOE bank i...

Page 30: ...ording to the standard the TWI clock rate is limited to 400 kHz in Fast mode and 100 kHz in Normal mode but a configurable baud rate generator enables adapting the output data rate to a wide range of...

Page 31: ...enables communication between processors if an external processor is connected to the system The SPI system consists of two data lines and two control lines Host Out Client In MOSI This data line supp...

Page 32: ...ikroBUS 1 PB7 MIKROBUS2_CS_PB7 MIKROBUS2_CS_PB7 SPI Chip Select 1 mikroBUS 2 The second interface is used to access the following devices either in SPI mode or in USART mode Any device placed on the R...

Page 33: ...distribute the MPU PIOs The multiplexer distributes the PIOs according to the J3 status J3 is open default mode the Ethernet 10 100 interface is distributed J3 is closed the PDMC0 interface is distri...

Page 34: ...1_RXER_PD27 ETH1_MDC_PD28 ETH1_MDIO_PD29 ETH1_TXCK_PD30 ETH1_RX0_PD25 ETH1_RX1_PD26 22R 0402 1 R47 22R 0402 1 R48 EXT40_GPIO_PD21 PD21 EXT40_GPIO_PD25 22R 0402 1 R49 22R 0402 1 R50 PD25 EXT40_GPIO_PD2...

Page 35: ...ra GPIO PE2 PE2 EXT40_PWM0_PE2 RPi 40 pin connector PWM signal in PWM mode CAM_GPIO1_PE2 RPi CSI camera GPIO 3 3 On Board Memories The SAMA7G5 MPU features a Universal DDR Memory Controller UDDRC a Qu...

Page 36: ...TP17 TP18 4Gb DDR3L 1600 16bit 1V35 VDDQ A1 VDDQ A8 VSS A9 VSSQ B1 VDD B2 VSS B3 UDQS_N B7 VSSQ B9 VDDQ C1 UDQS_P C7 VDDQ C9 VSSQ D1 VDDQ D2 UDM D3 VSSQ D8 VDD D9 VSS E1 VSSQ E2 LDM E7 VSSQ E8 VDDQ E...

Page 37: ...ed PIO Signal Description PA0 SDMMC0_CK_PA0 e MMC clock signal PA1 SDMMC0_CMD_PA1 e MMC command line PA2 SDMMC0_RSTN_PA2 e MMC reset signal PA3 SDMMC0_DAT0_PA3 e MMC data line 0 PA4 SDMMC0_DAT1_PA4 e...

Page 38: ...ption PB9 QSPI0_IO3_PB9 QSPI0 I O line 3 PB10 QSPI0_IO2_PB10 QSPI0 I O line 2 PB11 QSPI0_IO1_PB11 QSPI0 I O line 1 PB12 QSPI0_IO0_PB12 QSPI0 I O line 0 PB13 QSPI0_CS QSPI0 Chip Select PB14 QSPI0_DDR_C...

Page 39: ...0 1uF 10V 0402 C143 0 1uF 10V 0402 C144 Table 3 16 EEPROM Signal Descriptions PIO Signal Name Shared With Device Signal Name Signal Description PC14 FLEXCOM8_IO0_PC14 ECC608 ECC608_TWD TWI data line C...

Page 40: ...to indicate activity link and speed status Figure 3 31 RMII Ethernet Interface Schematic GND GND ETH1 25MHz 10ppm ECS 250 20 33 CKM TR 1 3 Y8 GND GND VDD_3V3 GND 0R 0603 R182 GND_ETH1 GND GND ETH1 20p...

Page 41: ...cal transmit or receive signal differential 3 ETH1_TX_N Physical transmit or receive signal differential 4 ETH1_RX_P Physical receive or transmit signal differential 5 RCT Decoupling capacitor 6 ETH1_...

Page 42: ...0402 C151 10uF 10V 0805 C152 0 01uF 50V 0402 C153 0 01uF 50V 0402 C154 0 01uF 50V 0402 C155 DVDDH AVDDL 10uF 10V 0805 C156 0 01uF 50V 0402 C157 0 01uF 50V 0402 C158 AVDDL_PLL 0 01uF 50V 0402 C159 DVDD...

Page 43: ...e standard defines connector types cabling and communication protocols for interconnecting a wide variety of electronic devices The USB 2 0 specification defines data transfer rates as high as 480 Mbp...

Page 44: ...ort A is equipped with 500 mA high side power switches to enable self powered and bus powered applications The USBA_EN_5V_PB2 signal controls the current limiting power switch MIC2025 which in turn su...

Page 45: ...ector Signal Descriptions Signal Description Signal Name Pad Name Pin No Pin No Pad Name Signal Name Signal Description Ground GND GND A1 B1 GND GND Ground Not used Not connected TX1 A2 B2 TX2 Not con...

Page 46: ...USB device only and can be accessed via the USB Type A connector J9 Figure 3 37 USBC Port Schematic GND_USBC USBC_VBUS_5V VBUS 1 GND 4 D 2 D 3 0 USB2 0 STD A FEMALE J9 USBC_N USBC_P USB A type connec...

Page 47: ...US features as described in the schematic below The reset feature is ensured by default by the processor reset line and can be controlled by the general reset line by swapping R198 and R199 Figure 3 3...

Page 48: ...ikroBUS 2 Interface mikroBUS connectors FLEXCOM7_IO1 FLEXCOM7_IO0 AD15 GND GND mikroBUS2 FLEXCOM9_IO1 FLEXCOM9_IO0 0R 0603 R200 MIKROE 4247 AN 1 RST 2 CS 3 SCK 4 MISO 5 MOSI 6 3 3V 7 GND 8 PWM 16 INT...

Page 49: ...ct web page Figure 3 41 Dual CAN Interfaces 15pF 50V 0402 C227 5V_MAIN VDD_3V3 0402 R213 GND GND GND GND 15pF 50V 0402 C231 5V_MAIN VDD_3V3 0402 R216 GND GND GND GND 62R 1210 5 R212 62R 1210 5 R214 1...

Page 50: ...nnector EXT40_QSPI1_IO0_PB25 FLEXCOM7_IO0 FLEXCOM7_IO1 FLEXCOM7_IO2 FLEXCOM7_IO3 FLEXCOM7_IO4 EXT40_TWCK_PC19 EXT40_TWD_PC18 FLEXCOM9_IO1 FLEXCOM9_IO0 FLEXCOM10_IO0 FLEXCOM10_IO1 EXT40_SPI1_SCLK_PE5 E...

Page 51: ...M0_PE2 MIPI CSI camera PE2 GPIO standard PWM 33 GPIO 13 PWM1 EXT40_PWM1_PD28 10 100 Ethernet PD282 GPIO standard PWM 34 Ground GND Ground 35 GPIO 19 PCM_FS EXT40_SPI1_MISO_PE4 USART WILC3000 PE41 GPIO...

Page 52: ...positive differential input data lane 0 4 GND GND Ground 5 CAM_D1_N MIPI_D1_N MIPI_DN1 MIPI DPHY negative differential input data lane 1 6 CAM_D1_P MIPI_D1_P MIPI_DP1 MIPI DPHY positive differential i...

Page 53: ...uF 10V 0402 C23447uH L5 0 1uF 10V 0402 C237 VIN 3 VCC 2 GND 1 NC 4 NC 5 DLT2160A J19 VCC 3 GND 2 VOUT 1 NC 4 NC 5 DLR2160 J18 Table 3 36 S PDIF Signal Descriptions PIO Signal Name Shared Signal Descri...

Page 54: ...et 10 100 interface is not accessible 3 4 9 Wi Fi Bluetooth Module Optional The user has the option to solder an ATWILC3000 MR110CA Wi Fi BT module with a chip antenna or an ATWILC3000 MR110UA Wi Fi B...

Page 55: ...0 10 single ended trace impedance Table 3 38 Wi Fi Bluetooth Signal Descriptions PIO Signal Name Shared Signal Description PD5 SDMMC2_WILC3000_DAT0_PD5 SDIO data PD6 SDMMC2_WILC3000_DAT1_PD6 SDIO data...

Page 56: ...to the SDMMC interface is mounted on the top side of the board The SDMMC0 communication is based on an 8 pin interface clock command four data and power lines It includes a card detection switch Figu...

Page 57: ...Figure 3 49 SD Card Power Selector Schematic IN 1 VDD 2 GND 3 S1 4 D 5 S2 6 ADG849 U8 4 7uF 10V 0402 C130 GND 0 1uF 10V 0402 C131 GND VDD_3V3 VDD_3V3 VLDO1 GND 10k 0402 1 R120 SDMMC1_1V8SEL_PC5 VDDSD...

Page 58: ...ecure Element CryptoAuthentication The ECC608B is a member of the Microchip CryptoAuthentication family of high security cryptographic devices which combine a world class hardware based key storage wi...

Page 59: ...r dynamic intrusion detections For a description of intrusion detection refer to the SAMA7G5 Series data sheet section Security Module SECUMOD See Reference Documents Figure 3 52 Tamper Pin Connector...

Page 60: ...5 6 HDR 2 54 Male 1x6 TSW 106 07 G S J20 B2 1 GND 2 VCCA 3 A2 4 A1 5 OE 6 VCCB 7 B1 8 TXS0102 U23 22R 0402 1 R239 22R 0402 1 R240 0 1uF 10V 0402 C242 GND GND VDD_3V3 0 1uF 10V 0402 C243 VBUS_FTDI VBU...

Page 61: ...ND GND 18 17 Not connected NC GND GND 20 19 Not connected NC 3 5 3 Embedded Debugger J Link OB Interface The SAMA7G54 EK includes a built in SEGGER J Link On Board J Link OB device The functionality i...

Page 62: ...RTH0 GND GND VDD_3V3_3U GND GND VDD_3V3_3U GND VDD_3V3_3U VBUS_JLINK GND VDD_3V3_3U JLINK SAM3U BOT TOP Side Side 1 2 3 4 7 8 9 10 11 12 13 15 14 16 J23 pads on PCB VDD_3V3_3U ENSPI NRST_3U TDI_3U TDO...

Page 63: ...INK_NTRST 100R 0402 5 R253 nRST JTAG_nRST S 1 I0A 2 I1A 3 YA 4 I0B 5 I1B 6 YB 7 GND 8 YC 9 I1C 10 I0C 11 YD 12 I1D 13 I0D 14 E 15 VCC 16 IDTQS3VH257PAG U27 GND VDD_3V3 GND GND DIS_JLINK 10k 0402 1 R26...

Page 64: ...L3301NF260QG SW1 1 4 2 3 TL3301NF260QG SW2 nRST 0 1uF 10V 0402 C238 VDD_3V3 GND GND GND 0 1uF 10V 0402 C239 GND 100R 0402 5 R219 10k 0402 1 R218 1 4 2 3 TL3301NF260QG SW3 nSTART GND 100R 0402 5 R227 U...

Page 65: ...Card connector J4 The user must remove the SD Card to disable booting from it 3 5 7 RGB LED The SAMA7G54 EK board features one RGB red green blue LED The three LED cathodes are controlled via one stan...

Page 66: ...ction LED_BLUE_PD20 PD20 mikroBUS 2 connector PWMH3 LED_GREEN_PA13 PA13 mikroBUS 1 connector PWMH2 LED_RED_PB8 PB8 RPi 40 pin connector GPIO SAMA7G54 EK Function Blocks 2022 Microchip Technology Inc a...

Page 67: ...ections a USB micro AB cable to connector J7 USB A port b AC DC wall adapter to connector J1 DC jack connector 7 Reset the board 8 A startup message appears on the console as shown in the picture belo...

Page 68: ...nSTART button is necessary to start the system See event 2 in the diagram below Figure 4 2 Start Up Behavior Diagram _ Notes 1 The system can be powered off by a long pressure 4 seconds on the nSTART...

Page 69: ...able 5 1 Evaluation Kit Ordering Information Ordering Code Board Marking EV21H18A SAMA7G54 EK EVALUATION KIT SAMA7G54 EK Ordering Information 2022 Microchip Technology Inc and its subsidiaries User Gu...

Page 70: ...CAv Sheet Title Block Diagram Engineer CAv Size B EV21H18A PartNumber Variant Name Standard SCH 03 00038 PCB 04 11152 5 Rev Rev 5 1 of 15 Date Sheet 3 1 2022 4 46 11 PM Altium com FIDUCIAL ROUND PCB...

Page 71: ...8 100k 0402 5 R9 100uF 10V 1210 C8 22uF 10V 1206 C9 0 1uF 10V 0402 C10 100k 0402 5 R6 4 7uF 10V 0402 C18 JP1 RB160MM 60TR D4 100R 0402 5 R13 GND 2 2uF 16V 0603 C22 GND 5V_MAIN 2 2uF 16V 0603 C21 GND V...

Page 72: ..._PB14 HPM_PB15 OSPI0_IO4_PB16 OSPI0_IO5_PB17 OSPI0_IO6_PB18 OSPI0_IO7_PB19 OSPI0_DQS_PB20 OSPI0_INT_PB21 SDMMC1_CMD_PB29 SDMMC1_CK_PB30 SDMMC1_DAT0_PB31 SDMMC1_DAT1_PC0 SDMMC1_DAT2_PC1 SDMMC1_DAT3_PC2...

Page 73: ...Q11 C2 DQ9 C3 DQ10 C8 DQ8 D7 DQ0 E3 DQ2 F2 DQ1 F7 DQ3 F8 DQ6 G2 DQ4 H3 DQ7 H7 DQ5 H8 A10 AP L7 NC A15 M7 A3 N2 A0 N3 A12 BC N7 A5 P2 A2 P3 A1 P7 A4 P8 A7 R2 A9 R3 A11 R7 A6 R8 A13 T3 A14 T7 A8 T8 AS4C...

Page 74: ...1 2 3 5 6 7 8 NDS8434 Q4 10uF 10V 0805 C161 3V3 GND AVDDL 0 1uF 10V 0402 C173 0 01uF 50V 0402 C174 10uF 10V 0805 C175 GND 1V2 1V2 1V2 Pd 3V3 1V2 x 0 25 0 525W 33R 0402 1 R159 22R 0402 1 R154 22R 0402...

Page 75: ...D C C B B A A SAMA7G54 Evaluation Kit 10 Expansion Connectors SchDoc Project Title File Designed with Drawn By CAv Sheet Title Expansion Connectors Engineer CAv Size B EV21H18A PartNumber Variant Nam...

Page 76: ...47k 0402 5 R207 47k 0402 5 R208 47uF 16V 1206 C219 47uF 16V 1206 C220 BT_TX_FLEXCOM0_IO1_PE4 BT_RX_FLEXCOM0_IO0_PE3 15pF 50V 0402 C227 5V_MAIN VDD_3V3 0402 R213 GND GND GND GND 15pF 50V 0402 C231 5V_...

Page 77: ...MD J10 PA1 PGMRDY H9 PA2 PGMNOE H10 PA3 PGMNVALID G8 PA4 PGMM0 G10 PA5 PGMM1 G9 PA6 PGMM2 F8 NRST B7 VDDCORE_4 H1 GND1 E2 VDDIO_3 E6 VDDCORE_5 G5 DFSDM D1 GND3 G6 VDDUTMI B3 VDDIN A8 FWUP D8 ERASE D6...

Page 78: ...Figure 6 16 SAMA7G54 EK Layer 1 Figure 6 17 SAMA7G54 EK Layer 2 SAMA7G54 EK Appendix A Schematics and Layouts 2022 Microchip Technology Inc and its subsidiaries User Guide DS50003273A page 78...

Page 79: ...Figure 6 18 SAMA7G54 EK Layer 3 Figure 6 19 SAMA7G54 EK Layer 4 SAMA7G54 EK Appendix A Schematics and Layouts 2022 Microchip Technology Inc and its subsidiaries User Guide DS50003273A page 79...

Page 80: ...following table lists the top side unmounted components and their functionalities Table 7 1 Top Side Unmounted Elements Ref Type Feature Color Status Used for What to do if mounted C76 Capacitor 24 M...

Page 81: ...kHz Red Crystal measurement Only use in factory If mounted the crystal behavior will be degraded U20 Module ATWILC3000 Blue ATWILC3000 module J15 Connector Debug Blue WILC3000 debug interface J16 Con...

Page 82: ...tatus Used for What to do if mounted C77 Capacitor 32 kHz Blue MEMS oscillator decoupling Remove Y1 C66 and C72 R38 Resistor 32 kHz Blue MEMS oscillator selection Y4 MEMS oscillator 32 kHz Blue 32 kHz...

Page 83: ...G5 Red DDR_VERF decoupling C124 Capacitor SAMA7G5 Red DDR_VERF decoupling R26 Resistor SAMA7G5 Red Boundary scan selection If mounted at boot the device enters in boundary scan R191 Resistor Supply Bl...

Page 84: ...8 Revision History 8 1 DS50003273A 03 2022 First issue SAMA7G54 EK Revision History 2022 Microchip Technology Inc and its subsidiaries User Guide DS50003273A page 84...

Page 85: ...and Debugging 60 4 Installation and Operation 67 4 1 System and Configuration Requirements 67 4 2 Board Setup 67 4 3 Startup Conditions 67 5 Ordering Information 69 6 Appendix A Schematics and Layouts...

Page 86: ...Worldwide Sales and Service 90 SAMA7G54 EK 2022 Microchip Technology Inc and its subsidiaries User Guide DS50003273A page 86...

Page 87: ...included in this document Technical support is available through the website at www microchip com support Microchip Devices Code Protection Feature Note the following details of the code protection f...

Page 88: ...Speed Control HyperLight Load IntelliMOS Libero motorBench mTouch Powermite 3 Precision Edge ProASIC ProASIC Plus ProASIC Plus logo Quiet Wire SmartFusion SyncWorld Temux TimeCesium TimeHub TimePictra...

Page 89: ...trademarks of Arm Limited or its subsidiaries in the US and or elsewhere Quality Management System For information regarding Microchip s Quality Management Systems please visit www microchip com qual...

Page 90: ...men Tel 86 592 2388138 China Zhuhai Tel 86 756 3210040 India Bangalore Tel 91 80 3090 4444 India New Delhi Tel 91 11 4160 8631 India Pune Tel 91 20 4121 0141 Japan Osaka Tel 81 6 6152 7160 Japan Tokyo...

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