Quick User Guide

1 - SFP port 11 - mPCIe slot (share lanes with M.2 B+M slot 1)
2 - 2.5 Gbps Ethernet interface + POE passive 48V 12 - M.2 B+M PCIe slot 1 (share lanes with mPCIe slot)
3 - 10 Gbps Ethernet interface 13 - Bootstrap switch / PCIe selector\
4 - USB 3.0 interface 14 - 3.3/5V switch for PCIe slots\
5 - USB-C Port for UART 15 - Reset button\
6 - USB-C PD power supply 16 - GPIOs\
7 - DC-Jack input 12/24V 17 - x2 U.Fl 5-6 GHz connectors
8 - M.2 A+E PCIe slot 0 (share lanes with M.2 B+M slot 0) 18 - x2 U.Fl 2.4 GHz connectors
9 - M.2 B+M PCIe slot 0 (share lanes with M.2 A+E slot 0) 19 - SIM card slots for M.2 B+M PCIe slot 0
10 - M.2 A+E PCIe slot 1 20 - SIM card slots for M.2 B+M PCIe slot 1

Power on

Kiwi can be powered by a DC connector. If USB-C serial is connected, a LED marked UART TX on our development kit, just above the UART connection, should light up and blink while device is powering up. Either way - if serial is on or off, wait approx. 30-40 second and you should be good to go.

Now that we powered Kiwi on, let’s connect it via lan port. Configure your computer's network interface with 192.168.1.254 IP address and 255.255.255.0 netmask. Make sure that other devices on your network are not using this subnet! If everything is done correctly you should be able to reach Kiwi via the default IP address of 192.168.1.1 on both Ethernet interfaces - marked 2 and 3

Log in

Kiwi is now reachable, so let’s login via ssh: 

ssh root@192.168.1.1

Or via your internet browser with the following URL: 

http://192.168.1.1

By default Kiwi does not have password set so when logging in only enter username “root” and leave password field empty.