Vega ARIES IoT Product Reference Manual Download Page 8

    

ARIES IoT v1.0 

          

 

 

 

              

© October, 2022 Centre for Development of Advanced Computing (C-DAC)

                         

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78

 

 

PVSSC7 

Ground reference for logic. 

79

 

 

PVDDC7 

Positive supply for logic. Connect to 1.2V supply. 

80

 

 

PWM(4) 

Pulse Width Modulation. 

81

 

 

PWM(3) 

Pulse Width Modulation. 

82

 

 

PWM(2) 

Pulse Width Modulation. 

83

 

 

PVDDIO8 

IO Power Supply VDD pin. 

84

 

 

PVSSIOC8 

Ground reference for IO pins. 

85

 

 

PWM(1) 

Pulse Width Modulation. 

86

 

 

PWM(0) 

Pulse Width Modulation. 

87

 

 

SPI0MOSI 

SPI 0 Master Out Slave In. 

88

 

 

PVSSC6 

Ground reference for logic. 

89

 

 

PVDDC6 

Positive supply for logic. Connect to 1.2V supply. 

90

 

 

SPI0MISO 

SPI 0 Master In Slave Out. 

91

 

 

SPI0CLK 

SPI 0 Clock. 

92

 

 

SPI0CSN 
 

SPI 0 Chip Select. 

93

 

 

PVDDIO6 

Positive supply for IO pins. Connect to 3.3V supply. 

94

 

 

PVSSIOC6 

Ground reference for IO pins. 

95

 

 

IIC1SDA 

I2C 1 Serial Data. 

96

 

 

IIC1SCL 

I2C 1 Serial Clock. 

97

 

 

SPI2MOSI 

SPI 2 Master Out Slave In. 

98

 

 

SPI2MISO 

SPI 2 Master In Slave Out. 

99

 

 

PVDDC4 

Positive supply for logic. Connect to 1.2V supply. 

100

 

 

PVSSC4 

Ground reference for logic. 

101

 

 

SPI2CLK 

SPI 2 Clock. 

102

 

 

SPI2CSN 

SPI 2 Chip Select. 

103

 

 

PVSSIOC4 

Ground reference for IO pins. 

104

 

 

PVDDIO4 

Positive supply for IO pins. Connect to 3.3V supply. 

105

 

 

URT2SIN 

UART 2 Serial In / Receive. 

106

 

 

URT2SOUT 

UART 2 Serial Out / Transmit. 

107

 

 

URT0SIN 

UART 0 Serial In / Receive. 

108

 

 

URT0SOUT 

UART 0 Serial Out / Transmit. 

109

 

 

GPIO1(15) 

General purpose IO. 

110

 

 

GPIO1(14) 

General purpose IO. 

111

 

 

GPIO1(13) 

General purpose IO. 

112

 

 

PVDDC2 

Positive supply for logic. Connect to 1.2V supply. 

113

 

 

PVSSC2 

Ground reference for logic. 

114

 

 

PVSSIOC2 

Ground reference for IO pins. 

115

 

 

PVDDIO2 

Positive supply for IO pins. Connect to 3.3V supply. 

116

 

 

GPIO1(12) 

General purpose IO. 

117

 

 

GPIO1(11) 

General purpose IO. 

118

 

 

GPIO1(10) 

General purpose IO. 

119

 

 

GPIO1(9) 

General purpose IO. 

120

 

 

GPIO1(8) 

General purpose IO. 

121

 

 

GPIO1(7) 

General purpose IO. 

122

 

 

GPIO1(6) 

General purpose IO. 

123

 

 

PVSSIOC0 

Ground reference for IO pins. 

124

 

 

PVDDIO0 

Positive supply for IO pins. Connect to 3.3V supply. 

125

 

 

PVDDC0 

Positive supply for logic. Connect to 1.2V supply. 

Summary of Contents for ARIES IoT

Page 1: ...processor This board is built upon a RISC V ISA compliant VEGA Processor with use hardware and software The VEGA SDK also provides full ecosystem with numerous examples cumentation This board is desig...

Page 2: ...s SPI 3 nos UART 3 nos I2C 2 nos GPIOs 32 nos 23xGPIO 2xPB 3xRGB LED 2x WIFI 1xDIGITAL PROXIMITY 2x 6 AXIS ACCELEROMETER Clock Speed Clock Speed 100MHz Power Input Voltage 7 12V DC Current per I O Pin...

Page 3: ...th ambient light rejection Complex Gesture sensing BME680 DIGITAL RELATIVE HUMIDITY GAS PRESSURE AND TEMPERATURE SENSOR I2C Interface supply voltage range 1 71 V to 3 6 V Operating range 40 85 C 0 100...

Page 4: ...5 2 1 Recommended Operating Conditions 5 2 2 Power Consumption 5 3 Functional Overview 5 3 1 Board Topology 5 3 2 Processor 6 3 3 THEJAS32 pinout 6 3 4 Power Tree 9 4 Board Operation 9 4 1 Getting St...

Page 5: ...is board contains everything needed to support standalone operation To get started simply connect the board to a computer with a USB C Cable or power it with a AC DC adapter or a battery 2 Ratings 2 1...

Page 6: ...DIO23 Positive supply for IO pins Connect to 3 3V supply 5 GPIO1 1 General purpose IO 6 GPIO1 0 General purpose IO 7 SPI3MOSI SPI 3 Master Out Slave In 8 PVDDC18 Positive supply for logic Connect to 1...

Page 7: ...49 PVDDC12 Positive supply for logic Connect to 1 2V supply 50 URT1SIN UART 1 Serial In Receive 51 GPIO0 15 General purpose IO 52 GPIO0 14 General purpose IO 53 GPIO0 13 General purpose IO 54 GPIO0 1...

Page 8: ...DDC4 Positive supply for logic Connect to 1 2V supply 100 PVSSC4 Ground reference for logic 101 SPI2CLK SPI 2 Clock 102 SPI2CSN SPI 2 Chip Select 103 PVSSIOC4 Ground reference for IO pins 104 PVDDIO4...

Page 9: ...e link below For Linux https bit ly vega linux For Windows https bit ly vega windows To use Eclipse IDE for programming follow the steps given in the link below https cdac vega gitlab io sdkuserguide...

Page 10: ...October 2022 Centre for Development of Advanced Computing C 5 Connector Pinouts ARIES October 2022 Centre for Development of Advanced Computing C DAC ARIES IoT v1 0 Page 10 13...

Page 11: ..._MOSI U5_5 17 I2C 3 SCL J10_12 Connected to HEADER J10 18 SDA J10_10 19 SCL_1 J1_1 Connected to HEADER J1 20 SDA_1 J1_2 21 SCL_2 U13_7 U9_14 U12_4 Connected to APDS 9960 IC U11 BME680 IC U12 AND I2C A...

Page 12: ...8 U14 IC 59 GPIO22 LD1_4 Connected to GREEN of RGB LED 60 GPIO23 LD1_3 Connected to BLUE of RGB LED 61 GPIO24 LD1_2 Connected to RED of RGB LED 62 GPIO25 J9_7 Connected to HEADER J9 63 GPIO26 J9_6 64...

Page 13: ...mil 6 Company Information Company name C DAC Company Address Hardware Design Group Centre for Development of Advanced Computing C DAC Thiruvananthapuram Kerala 695033 Fax 0471 2723456 Email vega cdac...

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