Nokia FastMile 4G Receiver Product Overview Functional overview
Issue: 01 DRAFT 3TG-00386-ABAA-TCZZA 41
DRAFT
connection of a customer-supplied Cat5e shielded twisted pair Ethernet cable with
standard pinouts that is up to a maximum of 80 m (262 ft) in length
• supports IEEE802.3 1000BASE-T
• supports IEEE802.3az energy efficient Ethernet
• the Ethernet cable for all models is also used for power over Ethernet (PoE) as
per IEEE802.3 at type-2
6.5 Power supply characteristics
The following are some of the key power supply characteristics of the Nokia FastMile
4G Receiver:
• powered through PoE from a residential gateway, or through a PoE injector
• supports PoE+ as per IEEE802.3 at type-2
• rating: 53 VDC at 600 mA
See section 11.1 for power information.
6.6 Remote management protocols
Remote management of the Nokia FastMile 4G Receiver can be done from the
Nokia Altiplano FastMile Controller through NETCONF or from an ACS through TR-
069/TR181 depending on the installed SIM card.
For the first startup, the Nokia FastMile 4G Receiver starts from the NETCONF
version.The Nokia FastMile 4G Receiver will automatically detect the remote
management protocol through information that is on the SIM card installed in the
unit. If the Nokia FastMile 4G Receiver detects that the remote management
protocol on the SIM card is TR-069/TR181, it restarts and starts up with TR-
069/TR181 management.
If the remote management protocol is NETCONF, the Nokia FastMile 4G Receiver
can be managed remotely from the Nokia Altiplano FastMile Controller.
If the remote management protocol is TR-069, the Nokia FastMile 4G Receiver can
be managed remotely from an ACS.
Figure 9 shows the Nokia Altiplano FastMile Controller being used for remote
management of the Nokia FastMile 4G Receiver. Note that NETCONF is used by
the Nokia Altiplano FastMile Controller to manage the Nokia FastMile 4G Receiver,
and that an ACS manages the residential gateway through TR-069.
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