![background image](http://html1.mh-extra.com/html/tdsi/digigarde-plus/digigarde-plus_user-manual_3895812024.webp)
Installation
DIGIgarde PLUS User Guide
Copyright
©
2012 TDSi
Last Change
Page 18
13 May, 2016
2.4
2.4
2.4
2.4
Communication
Communication
Communication
Communication
DIGIgarde PLUS can be connected to a TCP/IP or RS485 network or directly to a
PC using RS-232. Due to communication speed limitations it is recommended that
template distribution is only performed on TCP/IP networks.
2.4.1
2.4.1
2.4.1
2.4.1
TCP/IP
TCP/IP
TCP/IP
TCP/IP
DIGIgarde PLUS is supplied with a connected and configured PoE-capable RJ45
socket (for PIN assignments, see Table 6).
Power over Ethernet
(PoE) extends the functionality of Ethernet by supplying
reliable DC power over the same Category 5/5e twisted-pair cable that currently
carries Ethernet data. PoE can supply reliable power to low power Ethernet
network devices such as wireless access points (WAP) and security cameras.
To use PoE to power the DIGIgarde PLUS, you must connect the unit to a PoE-
enabled network device such as an Ethernet switch. Alternatively, power can be
injected into the cable from a midspan power supply or PoE injector.
Table 6 shows the Ethernet RJ45 connector pin assignments for the DIGIgarde
PLUS. Pins 4&5 provide the DC supply with pins 7&8 being the GND connections.
Data is communicated on pins 1&2 and pins 3&6.
Table 6
Ethernet RJ-45 connector pin number (From left to right)
Number
Wire Colour
Purpose
1
White/Orange
TX+
2
Orange
TX-
3
White/Green
RX+
4 Blue
Power
5 White/Blue
Power
6
Green
RX-
7 White/Brown
GND
8 Brown
GND
CAUTION! It is strongly recommended that if the reader is connected to an
access control unit it is also powered from this to prevent damage resulting
from any difference in earth potentials.
Summary of Contents for DIGIgarde PLUS
Page 70: ......