Installation guide
Turning up the MXK (the OLT)
FTTH Application Guide
29
Connect the special RS232 adapter to the serial port of your PC and
use an Ethernet cable to connect between the adapter and craft port of
the uplink/controller card with the following settings: 9600bps, 8 data
bits, No parity, 1 stop bit, No flow control.
b Log into the system (user name: admin, password: zhone).
c Are all the cards recognized?
Use the slots command to display the cards in the slots.
zSH> slots
Uplinks
a:*MXK TWO TENGIGE EIGHT GIGE (RUNNING)
b: MXK TWO TENGIGE EIGHT GIGE (RUNNING)
Cards
4: MXK 4 PORT GPON (NOT_PROV)
13: MXK 20 ACT ETH (NOT_PROV)
Upon initial start up (or after a set2default command) the line cards
need to be provisioned. With a second uplink card as shown here you
would need to use a card add b group 1 command to get the second
uplink card to a running state.
If all cards are not displayed, be sure the cards are seated properly,
then retry the slots command.
6 Connect cables
For the OMCI based solution using the zNID 2510
– We will use port 4 of the GPON card for the downstream interface to
the zNID GPON 2510.
– The data port from the zNID GPON 2510 will be ETH 1.
– We will connect a laptop with video set top box STB emulation
software on ETH 3 of the zNID GPON 250.
– The voice port from the zNID GPON 2510 will be POTS 1.
For the zNID GPON 4213 and zNID ETH 4212:
– For the GPON browser-based solution, we will use port 1 of the
GPON card for the downstream interface to the zNID.
– For the Active Ethernet browser-based solution we will use port 1 of
the Active Ethernet card for the downstream interface to the zNID.
– For both the GPON and Active Ethernet scenarios we will connect a
laptop to the LAN 2 local port for managing.
– For both the GPON and Active Ethernet scenarios the data port for
the subscriber computer will be LAN port 1.
– For both the GPON and Active Ethernet scenarios we will use a PC to
emulate a set top box. This PC we will connect to LAN port 3.