UBX-21004616 - R02
Contents
Page 12 of 28
C1 - Public
Connector
Pin
Name
Description
8
NC
Not connected
J4
1
TXD/D8 Can be connected to NINA-B411 GPIO_23/UART_RXD by populating jumper J5 pin [2-4]
Not Connected. Can be connected to NINA-B411 GPIO_33 by populating position R70.
2
D9
Not Connected. Can be connected to NINA-B411 GPIO_46 by populating position R69.
3
NC
Not connected
4
NC
Not connected
5
NC
Not connected
6
D13
Not Connected. Can be connected to NINA-B411 GPIO_45 by populating position R67
7
GND
Ground
8
NC
Not connected
9
SDA
Not Connected. Can be connected to NINA-B411 GPIO_4/I2C SDA by populating position R66.
10
SCL
Not Connected. Can be connected to NINA-B411 GPIO_5/I2C SDL by populating position R65.
Table 2: Pin out of Arduino connectors
3.3.2.2.2
Connecting EVK-ODIN-W2 for wireless communication
When connecting an EVK-ODIN-W2 evaluation kit for wireless communication, you need to redirect
the TX channel from the C211 anchor to EKV-ODIN-W2 by modifying the jumpers on the J5 connector,
as shown in Figure 10. This connects the UART TX pin on the C211 to UART1 RX on the EVK-ODIN-
W2. See also the EVK-ODIN-W2 user guide [15].
Figure 10: Redirecting C211 UART TX to Arduino connector
3.3.2.2.3
Power supply
When mounting an ODIN-W2 EVK, the application board is powered through the ODIN-W2 EVK USB
contact. No other power supply to the C211 board is needed.
3.3.2.3
EVK-ODIN-W2 wireless gateway configuration
For C211 wireless communication though an EVK-ODIN-W2, the EVK must first be configured as a
wireless UDP gateway. In this configuration the EVK can:
•
Connect to a Wi-Fi network
•
Automatically connect to the UDP ser
ver at “
server_ip
” and “
udp_port
”
•
Startup in data mode
•
Set the UART to 1 Mbps with no flow control
