Andino M1硬體平台功能介紹
l Powered by M2Comm’s M2C 8001 MCU with a 32-bit AndesCore™ N801, running at 60MHz
l 3.3V IO voltage
l 14 digital IO pins and 2 pins can be used as PWM output
l 4 analog input pins
l 16 external interrupts
l 128KB embedded Flash memory
l 4MB external Flash memory
l 24KB internal SRAM
l One UART port
l One SPI port
l One I2C port
l Integrated RF frond-end
l Dual MAC support:
IEEE 802.15.4
M2C Platanus
l Built-in AICE port for flash burner and program debugging functions
l Powered via any USB connectors
SPI介面電路佈局說明。
Andino M1介面電路布局說明。
Andino M1平台腳位說明。
Andino M1平台介面與LED燈設定表
Name
|
De scription
|
J2
|
SPI Connector
|
J3
|
SCL, SDA, GND, Digital (D13..D8)
|
J4
|
Digital (D7..D2), D1(TX0), D0(RX0)
|
J5
|
V_3V3, RSTST, V_3V3, V_5V, GND, GND
|
J6
|
ADC channels (AIO0..AIO3), SDA(PWM0), SCL(PWM1)
|
CON1
|
Micro USB Connector for JTAG
|
CON2
|
Micro USB Connector for UART
|
SW1
|
H/W Reset Button
|
ANT1
|
SMA Connector
|
D5(PWR LED)
|
System power is on
|
D9(D13 LED)
|
LED indicator for D13 pin
|
D1(ACT LED)
|
AICE is communicating with the target system
|
D2(ERR LED)
|
Target system error (Timeout)
|
J2介面定義
Pin No.
|
Signal Name
|
Pin No.
|
Signal Name
|
1
|
MISO
|
2
|
V_5V
|
3
|
SCK
|
4
|
MOSI
|
5
|
RESET
|
6
|
GND
|
J3介面定義
Pin No.
|
Signal Name
|
Pin No.
|
Signal Name
|
Pin No.
|
Signal Name
|
1
|
SCL
|
2
|
SDA
|
3
|
NC
|
4
|
GND
|
5
|
D13
|
6
|
D12
|
7
|
D11
|
8
|
D10
|
9
|
D9
|
10
|
D8
|
--
|
--
|
--
|
--
|
J4介面定義
Pin No.
|
Signal Name
|
Pin No.
|
Signal Name
|
Pin No.
|
Signal Name
|
1
|
D7
|
2
|
D6
|
3
|
D5
|
4
|
D4
|
5
|
D3
|
6
|
D2
|
7
|
D1 (TX0)
|
8
|
D0(RX0)
|
--
|
--
|
J5介面定義
Pin No.
|
Signal Name
|
Pin No.
|
Signal Name
|
Pin No.
|
Signal Name
|
1
|
NC
|
2
|
V_3V3
|
3
|
RESET
|
4
|
V_3V3
|
5
|
V_5V
|
6
|
GND
|
7
|
GND
|
8
|
-
|
--
|
--
|
J6介面定義
Pin No.
|
Signal Name
|
Pin No.
|
Signal Name
|
Pin No.
|
Signal Name
|
1
|
AIO0
|
2
|
AIO1
|
3
|
AIO2
|
4
|
AIO3
|
5
|
SDA(PWM0
|
6
|
SCL(PWM1
|
Andino M1平台處理器介紹
l M2C 8001 is 32-bit System on chip- Andes N801-S processor core
l 16/32bit mixable instructions
l Low-latency vectored interrupt for real-time performance
l Completion of most 32-bit operations in one cycle
l FlashFetch™ technology to accelerate slow flash memory and reduce its power consumption
l Fast or small multiplier
l Hardware divider
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