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Table 3-9: 

SoM Interface B Connector (J2)

Pin

Signal

Pin

Signal

Pin

Signal

Pin

Signal

Pin

Signal

1

GND1

21

OSPI_D7

41

TWI2_SDA

61

MSI_D3

81

LINKPORT0_D7

2

GND2

22

SPI1_SEL2b

42

UART2_RXb

62

GND8

82

LINKPORT1_D7

3

SP2_OSPI_MISO 23

SPI2_SEL2b

43

UART0_TXb

63

MSI_D4

83

LINKPORT0_D6

4

SPI0_CLK

24

GND3

44

UART2_RTSb

64

CAN0_TX

84

LINKPORT1_D6

5

SP2_OSPI_MOSI 25

GND4

45

UART0_RXb

65

MSI_D5

85

LINKPORT0_D5

6

SPI0_MISO

26

SPI0_RDY

46

UART2_CTSb

66

CAN0_RX

86

LINKPORT1_D5

7

SPI2_OSPI_D2

27

SPI2_OSPI_DQS 47

UART0_RTSb

67

MSI_D6

87

LINKPORT0_D4

8

SPI0_MOSI

28

SPI1_RDY

48

GND6

68

GND

88

LINKPORT1_D4

9

SP2_OSPI_D3

29

NU

49

UART0_CTSb

69

MSI_D7

89

LINKPORT0_D3

10

SPI0_SSb

30

SPI2_RDY

50

GPIO1

70

CAN1_TX

90

LINKPORT1_D3

11

SP2_OSPI_CLK

31

TWI0_SCL

51

GND5

71

GND7

91

LINKPORT0_D2

12

SPI0_SEL2b

32

UART1_TXb

52

GPIO2

72

CAN1_RX

92

LINKPORT1_D2

13

SP2_OSPI_SSb

33

TWI0_SDA

53

NU

73

NU

93

LINKPORT0_D1

14

SPI1_CLK

34

UART1_RXb

54

NU

74

NU

94

LINKPORT1_D1

15

OSPI_D4

35

TWI1_SCL

55

MSI_D0

75

NU

95

LINKPORT0_D0

16

SPI1_MISO

36

UART1_RTSb

56

MSI_CLK

76

NU

96

LINKPORT1_D0

17

OSPI_D5

37

TWI1_SDA

57

MSI_D1

77

NU

97

LINKPORT0_ACK

18

SPI1_MOSI

38

UART1_CTSb

58

MSI_CMD

78

NU

98

LINKPORT1_ACK

19

OSPI_D6

39

TWI2_SCL

59

MSI_D2

79

GND9

99

LINKPORT0_CLK

20

SPI1_SSb

40

UART2_TXb

60

MSI_CDb

80

GND10

100

LINKPORT1_CLK

Table 3-10: 

SoM Interface C Connector (J3)

Pin

Signal

Pin

Signal

Pin

Signal

Pin

Signal

Pin

Signal

1

GND1

21

ETH0_RXCLK_R
EFCLK

41

GND7

61

PPI_D05

81

PPI_D15

2

GND2

22

GND4

42

CLK1

62

PPI_D17

82

~UART3_RX

3

ETH0_MDIO

23

ETH0_RXCTL_C
RS

43

PPI_CLK

63

PPI_D06

83

PPI_D16

4

ETH1_MDIO

24

ETH0_PTPCLKI
N0

44

CLK2

64

PPI_D18

84

~UART3_RTS

5

ETH0_MDC

25

GND3

45

PPI_FS1

65

PPI_D07

85

GND11

6

ETH1_MDC

26

ETH0_PTPAUX-
IN0

46

GND8

66

PPI_D19

86

~UART3_CTS

Connectors

EV-SC598-SOM

 

® 

Manual

3–15

Summary of Contents for EV-SC598-SOM

Page 1: ...EV SC598 SOM Manual Revision 1 0 July 2021 Part Number 82 EV SC598 SOM 01 Analog Devices Inc One Analog Way Wilmington MA 01887...

Page 2: ...Inc All other brand and product names are trademarks or service marks of their respective owners Regulatory Compliance The EV SC598 SOM evaluation board is designed to be used solely in a laboratory e...

Page 3: ...Power 2 4 Power On Self Test 2 5 Example Programs 2 5 Reference Design Information 2 5 IS25LP512M 512M bit Serial Flash Memory with Dual and Quad SPI 2 5 IS22ES08G JCLA 8GB eMMC Memory Module 2 6 IS43...

Page 4: ...ftConfig on the Board 3 6 Programming SoftConfig Switches 3 6 Switches 3 9 Boot Mode Select S1 3 10 Reset Pushbutton S2 3 10 Jumpers 3 10 Power JP1 3 10 LEDs 3 10 Fault DS6 3 11 Power DS4 3 11 GPIO DS...

Page 5: ...limited standalone mode while not plugged into a SoM Carrier such as the EV SOMCRR EZKIT or EV SOMCRR AUTO The standalone mode is useful for evaluat ing the CCES Software Development Tools and benchma...

Page 6: ...ity dsp Submit your questions to technical support directly at http www analog com support E mail your questions about processors DSPs and tools development software from CrossCore Embedded Stu dio or...

Page 7: ...he manual Also note MyAnalog com is a free feature of the Analog Devices website that allows customization of a web page to display only the latest information about products you are interested in You...

Page 8: ...on the major components and peripherals on the board along with instructions for installing and setting up the emulation software Product Overview Below is an image of the EV SC598 SOM board Figure 2...

Page 9: ...t ISSI IS25LP512M 512M bit Serial Flash Memory with Dual and Quad SPI Single Dual Quad SPI eMMC Memory 8GB ISSI IS22ES08G JCLA eMMC 5 0 Device Debug Interface JTAG JTAG 10 pin 0 05 header LEDs Eight L...

Page 10: ...d or contact Analog Devices Inc if any item is missing Default Configuration The EV SC598 SOM board is designed to run as a standalone unit The Default Hardware Setup figure shows the default settings...

Page 11: ...via P6 This is for attaching an emulator such as the ICE 1000 or ICE 2000 to for debugging When the EV SC598 SOM is connected to a carrier board the Debug Agent on the carrier board can be used To us...

Page 12: ...d Support Package BSP to demonstrate various ca pabilities of the product The programs can be found in the EV SC598 SOM examples installation folder Re fer to the readme file provided with each exampl...

Page 13: ...utions for Indus trial application and automotive application which require high performance across a wide range of operating tem peratures eMMC encloses the MLC NAND and eMMC controller inside as one...

Page 14: ...ce EMI emissions Soft start and tracking functionality is accessed via the TR SS pin and an accurate input voltage UVLO threshold can be set using the EN UV pin LTC3307A 5V 3A Synchronous Step Down Si...

Page 15: ...topology the ADP151 achieves ultralow noise performance without the necessity of a bypass capacitor making the device ideal for noise sensitive analog and RF applications The ADP151 also achieves ult...

Page 16: ...harging profile to be fully operational Thanks to its 20 V technology it implements high voltage fea tures to protect the CC pins against short circuits to VBUS up to 22 V and to support high voltage...

Page 17: ...dware Reference This chapter describes the hardware design of the EV SC598 SOM System Architecture The board s configuration is shown in the Block Diagram figure Hardware Reference EV SC598 SOM Manual...

Page 18: ...ed in the form of two pushbuttons and three LEDs The software controlled switches SoftConfig facilitate the switch multi functionality by disconnecting the push buttons from their associated processor...

Page 19: ...Config interface specific to the EV SC598 SOM The Example of Individual FET Switches figure shows two individual FET switches Pericom PI3A125CEX with reference designators UA and UB Net names ENABLE_A...

Page 20: ...lecting between lettered functionality and numbered functionality The signals on the left side are multiplexed signals with naming convention letter_number The right side of the circuit shows the sign...

Page 21: ...by black boxes located closer to the ON label of the switches to enable the number signals by default Also notice the default setting for reference desig nators SWE and SWF is OFF In order to connect...

Page 22: ...or and board interfaces that are available by de fault Note that only interfaces affected by software switches are listed in the table Table 3 1 Default Processor Interface Availability Interface Avai...

Page 23: ...the default values for each of the two Microchip MCP23018 devices Table 3 2 I2C Hardware Address 0x21 GPIO MCP23018 Register Address Default Value GPIOA 0x12 0x02 GPIOB 0x13 0xC4 Table 3 3 I2C Hardwa...

Page 24: ...CLK UART0_TXb OSPI_D4 SMC0_D06 TM0_ACLK1 PA_07 SPI0_MISO UART0_RXb OSPI_D5 SMC0_D07 TM0_ACI0 U7 Low 6 UART0_FLOW_ EN Enables UART Flow Control on FTDI U8 PA_08 SPI0_MOSI UART0_RTSb OSPI_D6 SMC0_D08 TM...

Page 25: ...r Signal if applicable Connected Default 6 NOT USED 7 NOT USED Switches This section describes operation of the switches The switch locations are shown in the Switch Jumper Locations figure Boot Mode...

Page 26: ...P SC598 processor The reset signal also is connected to the expansion connec tors via the SYS_HWRSTsignal Reset DS5 is used to indicate when the board is in reset Jumpers This section describes functi...

Page 27: ...formation refer to the ADSP SC59xHardware Reference Man ual Power DS4 When ON green it indicates that power is being supplied to the board properly GPIO DS1 DS2 DS3 Three LEDs are connected to the Sof...

Page 28: ...aster reset is asserted by pressing S2 which activates the LED For more information see Reset Pushbutton S2 Connectors This section describes connector functionality and provides information about mat...

Page 29: ...D SM K This connector mates with ICE 1000 ICE 2000 and any newer Ana log Devices emulators For more information see Debug Interface USB Type C Connector P1 USB Type C Power Delivery for powering the S...

Page 30: ...82 USB_RESET 3 DAI0_PIN01 23 DAI0_PIN11 43 GND3 63 NU 83 SPI3_SEL1 4 DAI1_PIN01 24 DAI1_PIN11 44 GND4 64 USB_D3 84 GPIO6 5 DAI0_PIN02 25 DAI0_PIN12 45 GND5 65 NU 85 GPIO5 6 DAI1_PIN02 26 DAI1_PIN12 4...

Page 31: ...32 UART1_TXb 52 GPIO2 72 CAN1_RX 92 LINKPORT1_D2 13 SP2_OSPI_SSb 33 TWI0_SDA 53 NU 73 NU 93 LINKPORT0_D1 14 SPI1_CLK 34 UART1_RXb 54 NU 74 NU 94 LINKPORT1_D1 15 OSPI_D4 35 TWI1_SCL 55 MSI_D0 75 NU 95...

Page 32: ...MC 13 ETH0_RXD3 33 ETH0_TXD0 53 PPI_D01 73 PPI_D11 93 VDD_INT 14 ETH1_TXD0 34 ETH0_PTPPPS3 54 JTG0_TDI 74 PPI_D23 94 SYS_HWRST 15 ETH0_RXD2 35 ETH0_TXCLK 55 PPI_D02 75 PPI_D12 95 PWR_SEQ_GOOD 16 ETH1_...

Page 33: ...EV SC598 SOM Manual 17...

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