User manual
Version: v4.5.2
8
10
12
7
9
11
Figure 3.3: The fusionTrack backplane, showing: (7) RJ-45 connector, provides the power and the trans-
mission of data between the fusionTrack and a computer; (8) Power switch, switching on and off the device
a
;
(9) Surface allowed for
4
×
M4 screws or tripod mount; (10) Extension port connection; (11) Ethernet RX
LED (see Section 3.2.3); (12) Ethernet TX LED (see Section 3.2.3).
a
The switch might be absent, depending on the fusionTrack device version.
The back plane of the fusionTrack is presented on Figure 3.3. The Ethernet interface provides both
communication and power. On older fusionTrack device versions, the device is switched on / off using the
power switch (8). The extension port (10) is not intended for user connections. Finally the two LEDs indicate
the status and the speed of the Ethernet communication (see Section 3.2.3).
The extension port (10) is not intended for user connections.
Do not connect anything on this plug.
3.2.1 Power input
The used power supply must be a limited power source. Any
used power supply must not be able to deliver more than
100 W.
The integrator has to implement a mean to isolate the fusion-
Track electrically from the supply mains.
The fusionTrack is a Power over Ethernet powered device (
PD
) respecting IEEE 802.3at Type 2 for power
consumption up to 25
.
50 W. The certification of the fusionTrack has been conducted excluding the Power
over Ethernet power supply.
There are two ways of supplying power to the fusionTrack:
1. Using a IEEE 802.3at Type 2 compatible Power Source Equipment (
PSE
) for Gigabit Ethernet (1000Base-
T) Networks. Gigabit network switches respecting IEEE 802.3at Type 2 are also available. The usage
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