AROW Series
Data Diode
Installation and Operation
6-1
6.
CONNECTORS AND INDICATORS
In this Section
I
NTRODUCTION
6-1
N
ETWORK
I
NTERFACE
M
ODULE
S
LOTS
6-2
C
ONNECTORS
6-4
AC
P
OWER INLET
6-4
C
ONTROL
E
THERNET CONNECTOR
6-4
D
ATA
E
THERNET
6-5
R
EAR PANEL
I
NDICATORS
6-5
P
OWER INDICATORS
6-5
F
ULLY
-
REDUNDANT SYSTEMS
6-5
D
UAL AND
S
INGLE
S
YSTEMS
6-5
C
ONTROL
E
THERNET CONNECTOR
6-6
D
ATA AND SYSTEM INDICATORS
6-7
F
RONT
P
ANEL
I
NDICATORS
6-8
P
OWER
LED
S
6-8
S
TATUS
LED
S
–
R
EDUNDANT
S
YSTEMS
6-9
S
TATUS
LED
S
–
S
INGLE AND
D
UAL
D
IODE
S
YSTEMS
6-10
Introduction
AROW is built as a modular system that can be factory-configured as
live and backup module, 2 independent or 1 independent diode for
the low (connected to "dirty" network) and high (connected to "clean"
network) sides of the device.
Boards connected to the low network are placed in the black slots,
boards connected to the high network are placed in the red slots.
Data can only travel internally from black slots to red slots.
Each board has a Data and a Control & Status ethernet network
connection.
The Gigabit Ethernet Data connection is via an SFP socket which is
normally populated with a Copper RJ45 physical connected, but can
be replaced with fiber optic Gigabit Ethernet modules if required. N.B.
Data ports do not support 10/100 connections.
Summary of Contents for AROW Series
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