UCrypt
®
IP2Agen1
Patent Pending
UCrypt® IP to Analog 1st Generation
Installation & Operation Manual
GENERAL GUIDE NOTES
Firmware Version
Some features described in this manual require the latest rmware to be installed on the UCrypt devices. Check with ATX
Networks technical support or the related support web site for your model of UCrypt for the latest release of rmware. The
rmware installed on your UCrypt may be found on the ‘System’ tab of the Management Interface. At the time of publication
of this manual the most current released rmware version is:
System 0.56
Organization of This Manual
This manual is generally organized based on the tabbed Management Interface with an individual chapter dedicated to
describing the congurable features of each tab. Further chapters outline activities related to the UCrypt operation such as
System Description, Installation, Startup, Emergency Alert System etc.
Cross Reference Hyperlink Usage
Hyperlinks are used liberally throughout the guide to assist the reader in nding related information if the reader is viewing
the Adobe PDF le directly. Hyperlinks may be identied by their blue text. Most links are to related pages within the
document, but some reference outside documents if the reader needs that additional information. The Table of Contents is
entirely hyperlinked and bookmarks are available but the bookmark feature must be turned on in your Reader application.
Symbol Usage
Throughout the manual, some symbols are used to call the readers attention to an important point. The following symbols
are in use:
NOTE: This symbol usage will call the reader’s attention to an important operation feature of
the equipment which may be safety related or may cause a service outage.
FYI: This symbol indicates that there is helpful related information available in this note or
elsewhere in the guide.
Although every effort has been taken to ensure the accuracy of this document it may be necessary, without notice, to make amendments or correct omissions.
Specications subject to change without notice.
* Any use of the UCrypt product, directly or indirectly, for the decryption and unauthorized reproduction of content that constitutes or may constitute copyright infringement or otherwise infringes on the
proprietary rights of any third party is expressly prohibited. No user of UCrypt shall use UCrypt for any purpose or in any manner which, directly or indirectly, violates the law, violates the proprietary rights of
any other party, or aids in any unlawful act or undertaking including, without limitation, laws governing data privacy, international data transmission, and export of technology or data. Any multiple systems
operator or other similar party (“MSO”) will use the UCrypt product in strict compliance with all applicable laws and in compliance with any agreement in effect between the MSO and a content provider.
In no event shall ATX Networks Corp. or any of its afliates be liable to an MSO, any end user of the UCrypt product, or any other third party, for any claims arising out of or related to any use or misuse
of the UCrypt product in contravention of this disclaimer. It is the express obligation of an MSO to convey this disclaimer to any other end user of the UCrypt product.
MDU Solutions®, UCrypt®, DigiVu® and VersAtive®Pro are registered trademarks of ATX in the United States and/or other countries. Products or features contained herein may be covered by one or
more U.S. or foreign patents. Verimatrix® and other non-ATX product and company names in this manual are the property of their respective companies.
TABLE OF CONTENTS
1. SAFETY ............................................................. 1-1
2. SYSTEM DESCRIPTION ................................................ 2-1
2.1 In This Chapter ................................................... 2-1
2.2 Applications ..................................................... 2-1
2.3 Key Features .................................................... 2-1
2.4 Simplied Block Diagram ........................................... 2-2
2.5 Front Panel ...................................................... 2-2
2.6 Rear Panel ...................................................... 2-3
2.7 Available Hardware Models ......................................... 2-4
3. INSTALLATION ........................................................ 3-1
3.1 In This Chapter ................................................... 3-1
3.2 Introduction ...................................................... 3-1
3.3 Preparation ...................................................... 3-1
3.4 Mounting ........................................................ 3-1
3.5 Equipment Safety Grounding ........................................ 3-2
3.6 Environment ..................................................... 3-3
3.7 Power .......................................................... 3-3
3.8 Cabling Considerations. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-4
3.9 Powering up ..................................................... 3-4
4. INITIAL STARTUP ..................................................... 4-1
4.1 In This Chapter ................................................... 4-1
4.2 Introduction ...................................................... 4-1
4.3 Required Connections ............................................. 4-1
4.4 Factory Default IP Address Settings ................................... 4-2
4.5 Computer Requirements. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-2
4.6 Starting the Management Interface ................................... 4-2
4.7 Account Passwords and Privileges. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-4
5. SYSTEM TAB - CONFIGURATION ........................................ 5-1
5.1 In This Chapter ................................................... 5-1
5.2 Introduction ...................................................... 5-1
5.3 Unit Information .................................................. 5-3
5.4 Users .......................................................... 5-3
5.5 Power .......................................................... 5-4
5.6 Serial Number .................................................... 5-4
5.7 Firmware ........................................................ 5-5
5.8 Network ......................................................... 5-5
5.9 Health .......................................................... 5-6
5.10 Time ........................................................... 5-6
5.11 Alerts ........................................................... 5-7
5.12 Emergency Alert System ........................................... 5-8
5.13 EAS Conguration ................................................ 5-8
5.14 Creating the EAS Details Channel ................................... 5-10
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual i
5.15 More Information on SCTE18 and EAS ............................... 5-12
5.16 Logging ........................................................ 5-12
6. VIDEO SETTINGS TAB - CONFIGURATION ................................. 6-1
6.1 Introduction ...................................................... 6-1
7. CHANNEL CONFIGURATION TAB ........................................ 7-1
7.1 Introduction ...................................................... 7-1
7.2 Channel Conguration Settings ...................................... 7-2
8. DEVICE STATUS TAB .................................................. 8-1
8.1 Introduction ...................................................... 8-1
9. CONDITIONAL ACCESS TAB - CONFIGURATION ........................... 9-1
9.1 Introduction ...................................................... 9-1
9.2 Key Server Network ............................................... 9-1
9.3 Conditional Access Client ........................................... 9-2
9.4 Verimatrix® Settings ............................................... 9-2
9.5 Apply Button ..................................................... 9-2
10. UPDATING FIRMWARE ................................................ 10-1
10.1 Introduction ..................................................... 10-1
10.2 Installing Updated System Software .................................. 10-1
11. SPECIFICATIONS .................................................... 11-1
12. SERVICE & SUPPORT ................................................. 12-1
12.1 Contact ATX Networks ............................................ 12-1
12.2 Warranty Information ............................................. 12-1
ii MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
SAFETY
1. Safety
WARNING! FAILURE TO FOLLOW THE SAFETY PRECAUTIONS LISTED BELOW MAY RESULT IN PROPERTY DAMAGE
OR PERSONAL INJURY. PLEASE READ AND COMPLY WITH THE FOLLOWING:
SAFETY GROUND: The connection to earth of the supplementary grounding conductor shall be in compliance with the
appropriate rules for terminating bonding jumpers in Part V of Article 250 of the National Electrical Code, ANSI/NFPA 70, and
Section 10 of Part I of the Canadian Electrical Code, Part I, CSA C22.1.
WATER AND MOISTURE: Care should be taken to prevent entry of splashed or dripping water, other liquids, and physical
objects through enclosure openings.
DAMAGE: Do not operate the device if damage to any components is suspected.
POWER SOURCES: Only connect the unit to a power supply of the type and capacity specied in the operating instructions
or as marked on the device.
NOTE: a) For 115 VAC operation, use the power cord supplied for operation from a 115 VAC source.
b) For 230 VAC operation, use the power cord supplied for operation from a 230 VAC source.
CHAPTER 1: SAFETY
GROUNDING OR POLARIZATION: Electrical grounding and polarization means must not be defeated.
POWER CORD PROTECTION: Care must be taken during installation to route or arrange the power supply cord to prevent
and avoid the possibility of damage to the cord by external objects. Pay particular attention to the exit point from the device
and plug.
POWER SUPPLY CORD ROUTING: The power supply cord shall not be attached to the building surface, nor run through
walls, ceilings, oors and similar openings in the building structure.
SERVICE: Do not attempt to service the device beyond procedures provided the operating instructions. All other servicing
should be referred to qualied service personnel.
MODIFICATIONS: Modications should not be made to the device or any of its components for applications other than those
specied in the operating instructions.
SAFETY CODES AND REGULATIONS: The device should be installed and operated in compliance with all applicable local
safety by-laws, codes and regulations.
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 1-1
CHAPTER 1: SAFETY
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1-2 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
SYSTEM DESCRIPTION
2. System Description
2.1 In This Chapter
• “Applications”
• “Key Features”
• “Simplied Block Diagram”
• “Front Panel”
• “Rear Panel”
• “Available Hardware Models”
CHAPTER 2: SYSTEM DESCRIPTION
2.2 Applications
The UCrypt IP to Analog device is a congurable MPEG digital video signal processor designed to simplify creation of a lineup
of up to 20 Cable TV analog channels for any applications where programs are available in IP format. The UCrypt IP to Analog
device can help a Service Provider easily and exibly implement clear analog channel lineups in applications for bulk MDU,
small hotels and motels, hospitality, remote conference halls, stadiums, or other commercial accounts where deploying STBs
is undesirable or not cost effective.
2.3 Key Features
For full capabilities, see “Specications” on page 11-1
2.3.1 IP to Analog Signal Processing
The UCrypt IP to A device supports MPEG-2, H.264, HD or SD, SPTS and MPTS multicast streams. Following ingestion,
programs are able to be output on up to 20 independent agile analog channel modulators. All modulators are fully agile in the
downstream spectrum of 54 MHz - 750 MHz and support multiple PAL and EIA (NTSC) channel plans. For details on channels
supported, see “Specications” on page 11-1. Analog output channel are true analog signals.
2.3.2 Support for Verimatrix Encryption Format
Programs may be ingested whether they are in the clear or encrypted with Verimatrix DRM.
2.3.3 Flexible IPv4 Conguration
IPv4 network addresses are supported and full address conguration may be performed on the PHY interface for deployment
on a public or private network. Fixed network addresses are supported along with a DHCP client mode for automatic IP
address provisioning. The Gigabit Ethernet physical network port auto senses connection type and is pre-congured with a
factory default 192.168.0.23 IP address.
2.3.4 Remotely Accessible Management Interface
An easy to use web based Management Interface is integral and accessible either locally or remotely with your choice of
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 2-1
CHAPTER 2: SYSTEM DESCRIPTION
browsers through a 10/100 Base-T network port. Local control is available for the eld installation technician and conguration
is simple with a Notebook PC connected to the network management port. Remote access from anywhere is easily provided
by connecting to a pre-existing Ethernet based network or to a residential or commercial cable modem. The Management
Interface allows simple conguration of all operating parameters.
2.3.5 Status Monitoring and Reporting
The UCrypt system is constantly monitored internally and supports sending SNMP traps to an external element management
system for remote alarm monitoring if this is part of the operators network. The UCrypt device also supports multiple email
address destinations for critical alarm notication. The operator may choose from a list of alerts and either enable or disable
them as required. The UCrypt device supports SNMP network monitoring through a built in MIB. The MIB is available from ATX
Networks Technical Support for compiling into the external manager.
2.3.6 RF Management
An internal combining network is provided as well as an output test point to simplify troubleshooting and network integration.
With a single combined output, the operator is provided with a single wire feed to the distribution network with up to 20 analog
channels per UCrypt device.
2.3.7 Power Supply Redundancy
Two power supplies are provided with independent power cords which may be connected to different power sources. For
highest reliability, connect one power supply to a UPS system. Switch-over is automatic and transparent and both an audible
alarm (which may be silenced with a rear panel switch) and GUI alarms will be activated upon any power supply failure or the
supply of power to the outlet. Additionally, an alert may be sent by email or SNMP trap.
2.4 Simplied Block Diagram
2.5 Front Panel
Figure 2-1: Simplied Block Diagram
Figure 2-2: Front Panel
2-2 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
2.6 Rear Panel
Figure 2-3: Rear Panel - AC Power Supplies
Table 2.6a: Rear Panel Ports and Controls
Port or Control Type Description
IP IN Ethernet Port Port used to present all multicast IP streams to the UCrypt device, including EAS
MGMT PORT Ethernet Port Port used only to access the Management Interface or GUI. The default IP address
Factory Reset Button Use to return the UCrypt device to factory default settings, specically passwords.
Power Supply
Alarm Reset
RF OUT F Connection A 75 Ω port for the output of analog channels at a level of 30 dBmV +/- 2 dB per
TEST POINT F Connection A 75 Ω port for measuring the output of analog channels at a level -20 dB relative
UCrypt System
Power Switch
PWR ON LED Indicator LED is lit when the UCrypt system is running. When off, indicates the system is not
USB SERVICE USB Port USB-2 port used only to present les for rmware upgrades.
Power Supply
Switch
CHAPTER 2: SYSTEM DESCRIPTION
Alert Message stream and EAS Details Channel stream.
of 192.168.0.23 is preset.
Button Silences the audible alarm when a single power supply fails or power is interrupted
to a single supply.
analog carrier.
to the RF OUTPUT port.
Toggle Switch Switch to shut down the UCrypt system. Similar to a computer power switch, this
momentary action switch does not remove power from the system. Press once
momentarily to cause an orderly shut down; press and hold for an immediate
shutdown. When the UCrypt device is shut down, this switch will restart the
system.
running but does not necessarily indicate power is removed. See Power Supply
Indicators for power-on state.
Toggle Switch Each power supply has a power switch and indicator. Turn this switch off before
removing the supply. Turn both switches off to remove power entirely from the
UCrypt device. Indicators are lit when each power supply is functioning normally.
Figure 2-4: Rear Panel - DC Power Supplies
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 2-3
CHAPTER 2: SYSTEM DESCRIPTION
Part Number Description
2.7 Available Hardware Models
There are a number of variants of the IP to Analog product available, all of which have similarities in their function. Each variant
will be factory congured with hardware options to provide functionality related to the needs of the Cable Service Provider. All
options available may also be ordered as upgrades to meet future needs after the product has been in service.
2.7.1 Principal Model Variants
1. Clear IP Channel Input vs. Verimatrix Encrypted IP Channel Input.
2. NTSC Channel Output vs. PAL Channel Output
3. AC Power @115/230 VAC vs. -48 VDC Power Supply
2.7.2 Similarities Among Model Variants
• Common System Features
◦ Software Features
◦ Management Interface GUI
◦ System Conguration
• IP to analog program processing
• 20 Channel capacity
2.7.3 Ordering Information
IP to Analog 1st Generation
UCIPA20N 20-channel IP Input (w/ optional Verimatrix decryption) and NTSC Analog Output (AC power)
UCIPA20N-DC 20-channel IP Input (w/ optional Verimatrix decryption) and NTSC Analog Output (DC power)
UCIPA20BG 20-channel IP Input (w/ optional Verimatrix decryption) and PAL B/G Analog Output (AC power)
UCIPA20BG-DC 20-channel IP Input (w/ optional Verimatrix decryption) and PAL B/G Analog Output (DC power)
UCIPA20DK 20-channel IP Input (w/ optional Verimatrix decryption) and PAL D/K Analog Output (AC power)
UCIPA20DK-DC 20-channel IP Input (w/ optional Verimatrix decryption) and PAL D/K Analog Output (DC power)
2-4 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
INSTALLATION
3. Installation
3.1 In This Chapter
• “Mounting”
• “Equipment Safety Grounding”
• “Environment”
• “Cabling Considerations”
• “Powering up”
3.2 Introduction
This chapter outlines the most important aspects of the installation of the equipment and summarizes the site considerations
that the installer must take into account when choosing a location for the unit.
Mounting brackets are provided witch will allow the installer the necessary options to locate the equipment according to site
conditions. Both rack mount and backboard brackets are supplied with each unit to allow exible eld mounting. There is no
limit on physical orientation; it may be mounted in any position required by site conditions.
CHAPTER 3: INSTALLATION
3.3 Preparation
Carefully unpack the equipment from the shipping box. If the box or equipment is damaged, notify the freight company to make
a damage claim. If you suspect that there is a problem with the equipment that may preclude safe operation, do not install or
operate it. Contact ATX Networks immediately for instructions, see “Contact ATX Networks” on page 12-1.
NOTE: This equipment is intended for installation in a RESTRICTED ACCESS LOCATION only.
NOTE: Not for use in a computer room as dened in the Standard for Protection of Electronic
Computer/Data Processing Equipment, ANSI/NFPA 75.
NOTE: This equipment is intended for use in a xed position and should be installed securely
before operation is initiated.
3.4 Mounting
The chassis is designed to enable exible mounting in a wide variety of locations and environments and brackets are provided
to simplify this. The following sections outline rack and panel mounting scenarios, but other mounting arrangements are
possible.
NOTE: If the UCrypt device is to be mounted in a rack, it is essential to attach the rear mounting
ears of the unit to rear mounting rails to provide support or alternately install the unit on a well
supported shelf.
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 3-1
CHAPTER 3: INSTALLATION
3.4.1 Rack Mounting
Rack mount brackets for the front and the rear are provided for
mounting in a standard EIA 19” (48.25cm) equipment rack with
a depth of at least 24 inches (61cm). The equipment will require
3RU of vertical rack space and may be mounted directly above
or below other equipment without providing space between,
however, it is recommended that, if possible, 1RU space be
maintained from other equipment which generates signicant
heat. Rear support is mandatory and adjustable brackets are
provided for that purpose. Do not use the chassis to support
other equipment. Fan forced cooling is integral which exhausts
to the rear, so be sure to maintain site conditions where freedom
of air movement at the front and rear is assured. Installation of
the equipment in enclosed racks is not recommended due to the
possibility of restricting cooling air ow. Consider also that the
site technician will need access to the rear panel for accessing
connections, maintenance and conguration when determining
the best location for this equipment. Fasteners necessary for
mounting in a rack are not supplied.
3.4.2 Panel Mounting
Brackets are provided for mounting to a vertical backboard
for sites where no rack mounting facilities exist. These panel
mounting brackets are the same as those provided for supporting
the rear of the unit in an equipment rack but are now turned 90º
down so the anges are at against the backboard and screws
may be used hold the unit on the backboard. The brackets will
allow the unit to be mounted at against the backboard only so
be sure to provide sufcient area. The dimensions of the unit are
18” x 22.5” but a reasonable amount of space, at least 6”, will be
required in front of and behind unit. It is recommended to mount
the equipment with the long axis in a horizontal orientation. In
this manner, the fans will exhaust to one side. The reason for this
is to avoid the possibility of screws, other small metal objects,
debris or liquids from accidentally falling inside the unit. As there
are vent openings on the rear as well, it is also specically not
recommended to install the unit with the rear facing up. Fan
forced cooling is integral which exhausts to the rear, so be sure to avoid blocking airow at the front and rear panels and
mount in such a manner to provide a source of ambient cool air at the front air intake of the unit. Consider also that the site
technician will need access to the rear panel for accessing connections, maintenance and conguration when determining the
best location for this equipment. Fasteners required for mounting to a backboard are not supplied.
Figure 3-1: Rack Mounting
Figure 3-2: Panel Mounting
3.5 Equipment Safety Grounding
NOTE: It is imperative that the UCrypt device chassis be
connected to a permanent building ground to comply with UL,
CUL and CB standards.
It is imperative that the UCrypt device housing be connected to a permanent
building ground in a manner that will ensure that the exposed metal parts are
constantly connected to ground even when the power cord may be disconnected
temporarily. A grounding lug is provided on the rear panel to conveniently
effect such a connection. The following guidelines are provided to clarify the
requirements for the installation to meet UL, CUL and CB standards. The use
of the words “Ground” and “Earth” as well as “Grounding” and “Earthing” may
be used interchangeably and in this context, have the same meaning.
3-2 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
Figure 3-3: Equipment Safety Ground
3.5.1 Connection to Earth
The supplementary equipment grounding conductor is to be installed between the UCrypt device’s rear panel ground connector
and earth, that is, in addition to the equipment ground conductor in the power supply cord.
3.5.2 Conductor Size
The supplementary equipment grounding conductor may not be smaller in size than the branch-circuit supply conductors
or a minimum #14 AWG. The supplementary equipment grounding conductor is to be connected at the rear panel terminal
provided, and connected to earth in a manner that will retain the earth connection when the power supply cord is unplugged.
The connection to earth of the supplementary grounding conductor shall be in compliance with the appropriate rules for
terminating bonding jumpers in Part V of Article 250 of the National Electrical Code, ANSI/NFPA 70, and Section 10 of Part I
of the Canadian Electrical Code, Part I, CSA C22.1.
3.5.3 Conductor Termination
Termination of the supplementary equipment grounding conductor may be made to building steel, to a metal electrical raceway
system, or to any grounded item that is permanently and reliably connected to the electrical service equipment earth.
3.5.4 Conductor Type
Bare, covered or insulated grounding conductors are acceptable. A covered or insulated grounding conductor shall have a
continuous outer nish that is either green, or green with one or more yellow stripes.
3.6 Environment
CHAPTER 3: INSTALLATION
3.6.1 Airow and Cooling Considerations
The equipment is designed to operate to specication in an ambient room temperature of 0°C to +40°C (+32°F to +104°F).
Normal room temperature is recommended to ensure proper long term operation of the equipment. Sufcient airow through
the unit must be maintained regardless of the mounting location. It is imperative that other equipment or materials of any type
do not block free airow at the front and rear. The product does not contain air lters.
3.7 Power
The following points must be taken into account when installing the UCrypt device and connecting power.
3.7.1 Power Supply Input Voltage
The UCrypt device’s dual redundant autosensing switching type power supply system can operate on a wide range of input
voltages from 115 VAC to 230 VAC. There is no need to congure the power supply to operate on any voltage in this range.
3.7.2 Power Supply Redundancy
Either power supply on its own can provide the required power safely if one
fails. To retain the redundancy feature, replace a failed power supply as soon as
possible. A power supply failure will be indicated in the Management Interface
‘System’ tab as shown in Figure 3-4 and will cause an audible alarm within the
UCrypt device. Silence the audible alarm with the rear panel Power Supply
Alarm Reset switch. The GUI alarm will be automatically remitted when the
power supply is replaced.
3.7.3 Power Cord Protection
Measures must be taken during installation to route or arrange the power supply cord to prevent physical damage to the
cord and to avoid the possibility of future damage occurring. The power supply cord shall be installed and routed such that,
throughout it’s length, the cord and it’s points of connection are not strained in any way.
Figure 3-4: Power Supply Status
3.7.4 Power Cord Attachment
The unit power supply cord shall not be attached to the building surface, bundled with audio, video or RF coaxial cables, nor
run through walls, ceilings, oors and similar openings in the building structure.
3.7.5 Provision of Electrical Power Outlet
An electrical power outlet of appropriate type and rating shall be provided near the location where the unit is installed such
that the provided power supply cord may be routed in an appropriate manner, without the use of extension cords, between
the receptacle and the UCrypt device cabinet. Alternately, the UCrypt device cabinet shall be installed in close proximity to an
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 3-3
CHAPTER 3: INSTALLATION
existing electrical outlet such that the requirements of this paragraph are achieved.
3.7.6 IEC Power Input Cord
The power input receptacle is a standard IEC connector similar to that commonly used on computers and monitors. The
power cord provided with the product is a North American conguration with a NEMA 5-15 grounded plug for 115 VAC. If it is
necessary to operate the UCrypt product on 230 VAC, the installer must obtain an IEC cord with a NEMA 6-15 grounded plug
for use in North America. This may be obtained from ATX Networks or locally. If installed outside of North America, the installer
must obtain an IEC cord set appropriate for the locale.
3.7.7 Input Power Requirements
When installing the UCrypt equipment, it is the responsibility of the installer to determine that sufcient capacity is available
in the electrical circuit feeding the unit to avoid overloading the supply circuit. Each UCrypt device model will require power to
be supplied from a properly grounded outlet. The installer shall determine that the power outlet, its wiring and receptacle is in
compliance with local and/or national electrical codes as applicable. The input power requirement is constant over the range
of input voltages. At higher input voltages, the current consumption is lower than it is at lower voltages where the input current
is higher.
3.7.8 Fusing
Over-current protection is built in to the UCrypt product. There is no internal fuse to be replaced or maintained.
3.8 Cabling Considerations
3.8.1 Coaxial
The RF ttings provided are 75 OHM “F” style standard coaxial connectors and are located on the unit’s rear panel. Clear
labelling of the output port and test point are provided to simplify installation and maintenance. RF cabling to the unit should
be either RG6/u or RG59/u style double or triple shield coaxial cable and connections should be lightly wrench tightened.
The output signal level presented at the port is xed at a maximum level of +30 dBmV +/- 2 dB per analog carrier depending
on the number of carriers activated. Activating more carriers will reduce the per carrier level to maintain a constant total power
output. The unit maintains adjacent carriers at an output level equal to one another.
3.8.2 Network
Management Port (MGMT PORT)
The rear panel Management Interface port allows connection to a notebook or desktop PC for managing and conguring
the UCrypt system. The port may be connected to directly, or in the case of a headend with many devices to manage, may
be connected to a management network (recommended) or the distribution switch containing the video stream content.
Connections should be made with Cat5e or better network cables. The 10/100 Base-T management ports is DTE and should
be connected to a switch or router with a straight through wired cable. Direct connection to a PC should be made with the
supplied crossover cable.
Ethernet Input Port (IP IN)
The input port is DTE and intended to be connected to a network distribution switch using straight through wired Cat5e or
better quality cable. The 10/100/1000 Base-T port negotiate an appropriate connection speed dependant on the type of
external port it is connected to.
3.9 Powering up
NOTE: Before powering, ensure that the RF output connector is disconnected from the distribution
network to avoid unintentional service outages if there are overlaps between the analog output
channels of the unit and existing services on the cable network. Only when you are sure of the
conguration of the UCrypt device channel lineup and output level should you connect the RF
output to the building insertion point.
FYI: Boot-up of the equipment will take approximately 90 seconds during which there will be no
channels output from the RF output port.
3-4 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
INITIAL STARTUP
4. Initial Startup
4.1 In This Chapter
• “Required Connections”
• “Factory Default IP Address Settings”
• “Computer Requirements”
• “Starting the Management Interface”
• “Account Passwords and Privileges”
4.2 Introduction
In this section we discuss the initial requirements to connect the management computer and congure its IP address to allow
communication with the UCrypt device’s Graphical User Interface that we refer to as the Management Interface.
CHAPTER 4: INITIAL STARTUP
4.3 Required Connections
4.3.1 Management Port (MGMT PORT)
The UCrypt device is provided with an Ethernet port on the rear panel labeled MGMT PORT for connecting to the Management
Interface for initial conguration and ongoing monitoring and maintenance.
Figure 4-1: Rear Panel AC Ports
The port is of the autosensing type, whereby it can sense the type of connection presented to it whether it is a PC, router,
switch or cable modem. Therefore it is possible to use any type of network cable conguration, i.e. crossover or standard
straight through to connect the unit to another device. While a crossover cable is provided for your convenience, it is not strictly
necessary to use this cable to connect the Management Computer. The MGMT Port will automatically negotiate the speed of
the connection depending on the capabilities of the PC network port.
Figure 4-1: Rear Panel DC Ports
FYI: If connectivity problems between the PC network port and the UCrypt device occur, check
to be sure that you are using a known good network cable.
If the UCrypt device is to be connected to a local cable modem for remote conguration or monitoring, a standard Cat5e type
cable will be required for the connection to the modem and is normally supplied with the modem.
VKS Key Server
If Verimatrix encryption is used, the VKS Key Server must be accessible on the MGMT port.
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 4-1
CHAPTER 4: INITIAL STARTUP
4.3.2 IP IN Port
The streaming IP programs will need to be presented on the ‘IP IN’ port. In addition, the EAS external message generator and
an EAS details channel, if used, will be presented on this port. This port is DTE and requires a straight through wired Cat5e
network cable to connect to a switch or router port. There is no access to the Management Interface from here.
4.3.3 RF OUT Port
The RF OUT port connects to the cable TV distribution network with a xed output level of +30 dBmV +/- 2 dB and an
impedance of 75 Ω.
4.4 Factory Default IP Address Settings
The Management Interface is web based and will require a locally connected computer to complete the conguration. The
MGMT PORT through which access to the web server is available has the following default settings.
Table 4.4a: Factory Default IP Addresses
Address 192.168.0.23
Netmask 255.255.255.0
Gateway 192.168.0.1
4.5 Computer Requirements
It is recommended that the Management Computer meet these minimum requirements. ATX Networks does not endorse
the use of any specic operating system software however this combination of software has been thoroughly tested with the
product and is known to work without issue. The operator is free to utilize whatever software combination is desired.
4.5.1 Minimum Computer Requirements
• Computer running Windows® or other OS
• Ethernet Network port available
• Web browser for Management Interface: Internet Explorer® Firefox® or other
• Adobe® Reader® for reading this manual
• Text editor for capturing logs
4.5.2 Web Browsers Supported
The UCrypt GUI supports the use of multiple brands of web browser software. ATX Networks does not endorse the use of any
specic brand of web browser. Browsers such as Microsoft® Internet Explorer and Mozilla Firefox are commonly used and
have been thoroughly tested. It is recommended that the latest version of your choice of browser be used.
4.6 Starting the Management Interface
Set-up of the UCrypt device requires a laptop or desktop PC running Microsoft Windows or other operating system with an
available Ethernet network port (called the “Management Computer” in the following procedures). Network parameters of the
Management Computer must be set appropriately for access to the Management Interface.
The following procedures are for Microsoft Windows XP and a default IP address setting on the UCrypt device of 192.168.0.23
FYI: If you are using a different Operating System or the network address on the UCrypt device
has been changed from default, adjust the procedures to suit the address or software you are
using.
1. Connect the Management Computer’s Ethernet adapter to the product’s Ethernet port using a Cat5e cable (supplied
with the unit). Link lights should illuminate indicating that the cable connection is correct and working.
FYI: See the section above “Connecting to the Management Computer or cable modem” for
further information about choice of cables and explanation of link lights.
2. Set the Management Computer’s Ethernet interface to a static IP address on the 192.168.0.x subnet, as described
below:
4-2 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
CHAPTER 4: INITIAL STARTUP
FYI: If the Management Computer currently has network settings that will need to be used again
after the UCrypt device is congured, this would be a good time to makes note of the current
settings if you don’t already know them, so the network adapter may be readily returned to these
values again.
a) From the Control Panel, open Network Connections and select the connection associated with the
Ethernet adapter to be used for connecting to the UCrypt device (e.g., Local Area Connection).
.
Figure 4-2: Management Computer Setup
b) Right click on the connection and select Properties.
c) Select Internet Protocol (TCP/IP) and click Properties.
d) Click the selection box beside Use the following IP address to enter a check mark in the box.
e) In the IP address eld, enter 192.168.0.x (where x represents any number from 1-253 except 23).
f) In the Subnet mask eld enter 255.255.255.0.
g) Click OK and then OK again in the previous window.
3. On the Management Computer, open a web browser and enter http://192.168.0.23 in the address eld. You should
be presented with the following screen, prompting you to log in:
Figure 4-3: System Login Screen
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 4-3
CHAPTER 4: INITIAL STARTUP
When the login screen appears, enter an appropriate User Name and Password for the unit from Table 4.7a..
When the login username and password are successfully entered, the page in Figure 4-3 will be presented. Your screen may
Figure 4-4: Default Page - Device Status Tab
differ slightly from the illustration depending on whether the unit has previously applied conguration settings or if it is factory
new.
4.7 Account Passwords and Privileges
There are a choice of three user accounts for managing operators privileges. The default settings for privileges are outlined in
the following table. The privilege settings cannot be modied. The passwords may be changed.
Table 4.7a: Default User Account Passwords and Privileges
Username Default Password Modify Settings Install Updates Set Passwords
master atx_ucrypt_master_password Ye s Yes Yes
admin atx_ucrypt_admin_password Ye s No No
user atx_ucrypt_user_password No No No
FYI: If the UCrypt device has previously been congured with a different User Name and
Password, use the appropriate values for this unit. When the User Name and Password are
changed in the system, the factory default values are lost. There is no “back door” User Name and
Password if the master password is forgotten.
4-4 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
SYSTEM TAB
5. SYSTEM Tab - Conguration
5.1 In This Chapter
• “Unit Information” • “Users”
• “Power” • “Firmware”
• “Network” • “Health”
• “Time” • “Emergency Alert System”
5.2 Introduction
The ‘System’ tab is the location of the global system settings. The page is arranged in sections, each section dealing with a
separate category of settings or information. Down the left side of the page are the section headings which identify the major
elements or groups of elements. Headings of these groups of elements are listed below and described in detail.
CHAPTER 5: SYSTEM TAB - CONFIGURATION
Figure 5-1: System Tab - Part 1
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 5-1
CHAPTER 5: SYSTEM TAB - CONFIGURATION
Figure 5-2: System Tab - Part 2
5-2 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
5.3 Unit Information
Information entered here is intended to identify the unit to the user who may be managing many of these devices. This helps
the remotely located operator to identify and contact the correct person for any on-site service that may be required. This
information is prominently displayed at the top of all conguration pages.
Table 5.3a: Unit Information Settings
Setting Value Description
Location String Alphanumeric text string describing the unit’s physical location.
Account String Alphanumeric text string for an account name or number identifying the unit.
Address String Alphanumeric text string for the address of the UCrypt device.
Contact String Alphanumeric text string for the name of the contact person for this unit.
Phone String A numeric entry for the contact’s phone number.
CHAPTER 5: SYSTEM TAB - CONFIGURATION
Figure 5-3: Unit Information Section
5.4 Users
Three built-in accounts are provided for access to the GUI. Only the Master user may change passwords. The Table 5.4a
outlines factory default properties for each user account. The account names and properties may not be changed. It is
recommended to reset these passwords to values appropriate to the operator’s policy.
Table 5.4a: Users Settings
Username Default Password Modify Settings Install Updates Set Passwords
To set the account passwords:
1. Select the username that is to be changed from the drop down menu.
2. Enter the new password.
3. Re-enter the new password.
4. Click the Set Password button.
Figure 5-4: Users Section
master atx_ucrypt_master_password Yes Yes Yes
admin atx_ucrypt_admin_password Yes No No
user atx_ucrypt_user_password No No No
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 5-3
CHAPTER 5: SYSTEM TAB - CONFIGURATION
5.5 Power
Power options allow exible management if it becomes necessary to power cycle or re-boot the device in circumstances when
the user is remotely located. Options are available to perform power cycling without the need to physically visit the UCrypt
equipment and shutdowns can be scheduled. The control buttons have attached descriptive text which is quite intuitive but an
expanded explanation is offered here.
NOTE: Use of Reboot will result in immediate loss of service for the duration of the process,
about 90 seconds.
Figure 5-5: Power Section
Table 5.5a: Power Settings
Setting Value Description
Reboot Button Cycle power to all decoders. Will perform an immediate warm reboot of the UCrypt
processor but does not cycle the power off.
Scheduled Reboot String The time at which a reboot will occur. Time must be entered in AM/PM format
such as 03:45 AM.
Enable Scheduled Reboot Checkbox Enable the reboot to occur at the time specied in Scheduled Reboot.
Recurring Checkbox Causes the reboot to recur in the number of days specied.
Every x days Integer The number of days before a reboot will re The number of days before a reboot
will recur.
Save Reboot Settings Button Saves the settings changes.
Scheduled Restream String Time must be entered in AM/PM format such as 03:45 AM. This enables the
UCrypt device to transmit an IGMP Join-group command on the IP IN interface
for each decoder in the unlikely event that any decoders have lost the subscription
to their stream. There will be a very short loss of stream sync when this occurs
on a program that has not lost its stream. In an unattended system, it may be an
advantage to transmit this Join-group every day to ensure stream continuity and
at a time when it is likely that viewership is low such as 2 AM to 3 AM.
Enable Scheduled
Restream
Recurring Checkbox Causes the restream to recur in the number of days specied.
Every x days Checkbox The number of days before a restream will recur.
Save Restream settings Checkbox Saves the settings changes.
String Enable the restream to occur at the time specied in Scheduled Restream.
5.6 Serial Number
This section lists the serial number of the UCrypt system itself for record keeping,
reference and warranty purposes.
5-4 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
Figure 5-6: Serial Number Section
5.7 Firmware
This section presents a summary of the installed version of system rmware. This
is also the location where the system rmware may be updated when required.
Firmware update les are provided by ATX Networks from time to time to improve
system performance and/or add new features. Files must rst be downloaded to the
Management Computer from the ATX Networks support site. The update le must reside on a Management Computer local
drive or on a local area network drive which is accessible to the Management Computer. Click the Browse button to navigate
to the location of the update le. Click the Upload Firmware button to start the update procedure.
5.8 Network
The network section allows conguration of all network parameters for installation on a public or private network. The factory
default values for the network parameters are listed in Table 5.8a.
After all changes required have been made to network settings, click the Set Network button to apply the settings. If the
network settings are not saved, navigating away from the System page will discard all changes made. If the network address
was changed, you will need to log in again after entering the new address in your browser.
CHAPTER 5: SYSTEM TAB - CONFIGURATION
Figure 5-7: Firmware Section
NOTE: Updating rmware is a service affecting operation and should only be initiated during a
maintenance window on any equipment that is in service.
Figure 5-8: Network Section
Table 5.8a: Default Network Conguration
Setting Default Value Description
Address 192.168.0.23 The IP address assigned to the rear panel “MGMT PORT” port for the Management
Interface. See “Table 5.8b: IP Address Range Supported” on page 5-6 and “IP
Address Range Restricted” on page 5-6. If the address is changed, login with the
new address.
Netmask 255.255.255.0 The subnet mask associated with the ‘Network Address’ above. Set according to the
network requirements.
Gateway 192.168.0.1 The router address that provides network access.
DNS Server 192.168.0.1 Specify a DNS server if e-mail alerts are congured or URLs are used anywhere in
this UCrypt device.
DHCP Client Mode Off This enables the internal DHCP client to dynamically acquire an IP address from a
DHCP server. Commonly used when connected to a cable modem.
DHCP Hostname UCrypt Set this if required by your DHCP conguration.
HTTP Port 80 When accessing remotely, the web server needs to be presented on a dened port
on the IP address assigned. The default and standard HTTP address is 80. Change
this address here if your system design requires. If the port is changed, login again
with the new IP port number.
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 5-5
CHAPTER 5: SYSTEM TAB - CONFIGURATION
FYI: Note on DNS Search Domain Usage. DNS search domain value is for automatically
appending additional domain information to e-mail addresses and may be required for some e-mail
servers. Leave this value blank (default value) unless you know that a DNS search domain is
required for your e-mail address server.
Table 5.8b: IP Address Range Supported
IP Class Start Address End Address
A 10.0.0.0 127.255.255.255
B 128.0.0.0 191.255.255.255
C 192.0.0.0 192.168.199.255
C 192.169.201.0 223.255.255.255
Table 5.8c: IP Address Range Restricted
192.168.200.0 192.168.200.255
5.9 Health
Basic diagnostic features have been provided which may help to keep the unit in good
“Health” by monitoring internal functions and which in turn can be used by the ATX
support team in diagnosing internal problems. The UCrypt device also monitors and
reports on cooling fans as explained next.
Figure 5-9: Health Section
5.9.1 Fans
There are four cooling fans located on the front panel numbered from left to right ascending. The status of each fan is indicated
here and the assessed condition of the fans will be OK or Fail. If a fan is reported as Fail, the fan should be changed as
soon as practical. Replacement fans are available from ATX Networks. Fans may be removed from the front panel simply by
removing four Phillips screws and a power plug. When the fan is replaced, the alarm condition is automatically remitted.
5.9.2 Power Supply
This indicator reports on power supply status. If one of the redundant power supplies fails, this will be reported here as ‘Fail’.
5.10 Time
If it required that logs and alerts be time stamped correctly for troubleshooting
purposes, the local date and local time information may be entered here. An onboard
CMOS backup battery saves the settings through power outages. This time may be
maintained automatically if a ‘NTP Time Server’ address is entered.
5.10.1 Change Time:
Click in the white time dialog box to edit the time and date within the existing 24 hour format. The time updates every 10
seconds while you view the page.
Time Setting Format:
Use the 24 hour format mmm dd HH:MM:SS YYYY and an example is Oct 2 12:27:53 2012. Note the space between month,
date and hours as well as between seconds and year. Click the Set Date and Time button to save the settings.
Time Setting Guidelines:
• Do not attempt to edit the day of the week as this in calculated automatically from the entered date.
• Use only the rst three letters of the month and case does not matter.
• Deleting the time and date will cause the clock to be set to 00:00:00 on the date stored in the non-volatile memory.
• Do not attempt to change the time format.
Figure 5-10: Time Section
5.10.2 NTP Server:
If an NTP server is available on the network or if Internet access is available, an NTP server address or URL may be specied
to ensure an accurate time is always set for the UCrypt device’s reports and alerts. This server will provide date and time to
5-6 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
the UCrypt system. Updates are automatic once a valid address is entered. URL format may be entered only if a DNS server
has been dened as well. If changes were made to the NTP server IP address or URL, click the Set NTP Server button to
save the changes. This is not service affecting.
5.11 Alerts
The UCrypt device can provide alerts about a number of detected error events via SNMP traps. The detected events are
designed to assist in eld diagnosis of problems that may occur on installed UCrypt systems some of which are related to
errors detected on incoming programs and streams. Each alert may be enabled individually by clicking the check box. When
all desired alerts are selected, the operator must click the Set Alert Enables button. Changes made to the ‘SNMP Alert
Community’ or ‘SNMP Alert Address’ will require you to click Set SNMP Alerts button to save and apply the changes. This
action is not service affecting.
CHAPTER 5: SYSTEM TAB - CONFIGURATION
Figure 5-11: Alerts Section
Table 5.11a: Alerts Settings
Setting Value Description
SNMP Alert Address IP Address Target IP address for the trap. (Address of the external SNMP manager)
SNMP Alert Community String The SNMP alert community. This is usually set to public.
SNMP Read Community String The SNMP read community. By default set to ucrypt_snmp_community.
Send SNMP Alerts Checkbox Enable the sending of SNMP traps. Default is unticked (off).
Persistent Alerts Checkbox Enable Persistent Alerts feature which remembers that an alert has been sent
and will not re-send until the specied elapsed time, from 1 to 120 minutes.
Persistent Alert Interval Integer Interval for which a sent alert will be remembered if ‘Persistent Alerts’ box is
checked..
Set SNMP Alerts Button Click to save and apply SNMP settings changes. Not service affecting.
Decoder Status Alerts Checkbox Enable the sending of traps related to the decoding of IP streams.
Decoder Video Alerts Checkbox Enable the sending of traps related to the video stream being decoded.
Decoder Audio Alerts Checkbox Enable the sending of traps related to audio streams being decoded.
Converter Alerts Checkbox Enable the sending of traps related to the analog up converters.
Fan & Power Supply Alerts Checkbox Enable the sending of alerts for the power supplies. If one of the two redundant
power supplies fails an alert will be sent.
Set Alert Enables Button Click to save and apply Alert Settings changes. Not service affecting.
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 5-7
CHAPTER 5: SYSTEM TAB - CONFIGURATION
Figure 5-13: Emergency Alert System
5.12 Emergency Alert System
Mandated by the FCC, the Emergency Alert System (EAS) in the United States
disseminates emergency warnings of pressing local, regional, or national
importance over a variety of networks and it is a requirement of all associated carrier
equipment to support the EAS system to the greatest extent possible. The UCrypt
IP to Analog provides support of EAS signaling standards through thoughtful design
and implementation. This section describes the support for SCTE 18 allowing the
equipment to work effectively with compliant and non-compliant TVs and enabling the
Cable Service Provider to comply with FCC mandates. The reception of emergency alert messages by the UCrypt device is
done in accordance with ‘Figure 1 Emergency Alert Message Example Processing Flow Diagram’ of the SCTE 18 standard.
5.12.1 EAS Compatibility
The UCrypt IP to Analog system supports EAS text messages on SCTE 18 Compliant and Non Compliant TVs by over-riding
the output programs of all processed channels with a program with the EAS alert embedded. Messages are not passed through
to be displayed as they are in a STB environment. Full SCTE 18 compatibility requires the creation of a ‘Details Channel’ as
outlined in “Creating the EAS Details Channel” on page 5-2 for force tune events. Alternately, any regional broadcaster who is
required to carry the SCTE 18 messages may also be used as a source.
5.12.2 Support for SCTE 18
The UCrypt IP to Analog system achieves compliance with SCTE 18 through the use of an external ‘Details Channel’ which
is created for just this application. The UCrypt device monitors and receives EAS messages from an external EAS Message
Generator with Ethernet output. The UCrypt device supports text and video alert types. Audio only alerts are not supported.
When an EAS alert is received, the following happens:
• UCrypt device detects the SCTE 18 text message over the external ‘EAS Message Generator’ IP address.
• UCrypt device subscribes to the IP program as dened in the ‘Details Channel Address and Port’ elds which must
correspond to the address where the Cable Service Provider will have a program with the EAS text alert already
encoded into the program stream available. See “Creating the EAS Details Channel” on page 5-2 for details.
• UCrypt device replicates this program across all active output programs.
• TVs tuned to any output program or channel get the contents of the encoded background plus the EAS text message
by default.
• In this scenario, the program being watched by the user is interrupted for the duration of the alert in order to display
the text message - i.e. it is not embedded over each individual program like it is in an STB environment.
Figure 5-12: EAS Section
5.13 EAS Conguration
Table 5.13a: Emergency Alert System Settings
Setting Value Description
Alert Source Address IP Address The multicast IP address of the message stream from an external EAS generator
Alert Source Port Integer The IP Port number of the multicast IP message stream associated with the ‘Alert
Details Channel Address IP Address The IP address of the external ‘Details Channel’ which is created for the purposes
Details Channel Port Integer The IP Port number of the ‘Details Channel’ associated with the ‘Details Channel
Set EAS Button Saves and applies the EAS settings changes.
with IP output which must be presented to the ‘IP IN’ port.
Source Address’.
of displaying the embedded EAS message which must be available on the ‘IP IN’
port. See “5.14 Creating the EAS Details Channel” on page 5-10.
Address’.
5-8 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
5.13.1 Details Channel
Video content at the specied Details Channel Address location on the input feed to the UCrypt device will be tuned during:
1. A low priority EAS text message event.
2. A high priority EAS force tune event.
Typically this would be the program on the plant at which an encoded output of a ‘crawl capable’ set top box is inserted. The
UCrypt equipment will then replicate the program’s contents over all active output programs on all active output channels in
order to display an MPEG encoded version of the EAS text message or force tune content on the TVs. This channel needs
to be created by the Cable Service Provider and made available on the cable plant at the UCrypt device’s ‘IP IN’ port and
specied in the conguration settings.
An alternate to creating a Details Channel is to use a network broadcaster who’s broadcast stream is available on the UCrypt
device’s input and who is required to comply with EAS rules and will be broadcasting the alerts. Use the broadcaster’s
multicast IP address and port in place of the external Details Channel.
CHAPTER 5: SYSTEM TAB - CONFIGURATION
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 5-9
CHAPTER 5: SYSTEM TAB - CONFIGURATION
5.14 Creating the EAS Details Channel
5.14.1 The Problem
The Cable Service Provider is required to provide EAS text crawl and force tuning functionality when required to as many end
users as possible but many end user TV devices are not SCTE 18 Compliant. Through conguration of the UCrypt IP to Analog
EAS features, the service provider can supply EAS Text messages and EAS Force Tune events to these Non compliant TVs
with a single setup that may be used across all UCrypt device installations. While the Cable Service Provider may already be
carrying the required ‘Details Channel’ with SCTE 18 EAS messaging in the OOB carrier, the UCrypt IP to Analog equipment
does not have any OOB tuners onboard. Normally the Cable System STB receives the SCTE 18 message on it’s OOB carrier
and internally tunes or creates the text message. A different approach is required to receive the SCTE 18 message and to
create the appropriate output program. This involves an external SCTE 18 setup to handle force tuning and text message
creation.
5.14.2 The Challenge
The UCrypt device has embedded features to replicate a ‘Details Channel’ across all programs on all analog outputs when
alerts are received but does not have capability to create the Text Crawl on output programs as this requires an MPEG2
encoder. It also has no OOB tuner to receive EAS messages. Further, the only input port is Ethernet and this ‘Details Channel’
program must be available to all UCrypt devices so the required program must arrive already MPEG2 encoded in an IP
multicast. There is an easy and inexpensive workaround to solve this challenge.
5.14.3 The Solution
It is suggested that the following equipment be assembled to create a new ‘Details Channel’ and the resulting signals be made
available on the distribution switch at the headend where the UCrypt device is installed:
• An SCTE 18 compliant cable TV STB.
• An inexpensive MPEG encoder with IP output such as the ATX Networks DigiVu Mini or Nano.
Refer to “Figure 5-14: Creating The EAS Details Channel” on page 5-11 for more details. The “always on” STB will be fed
with the cable network signals as usual. Since the set top box would be subject to any EAS alerts, it would display, at its video
output, any ‘EAS Text Alert’ or ‘EAS Force Tune’ content when EAS alerts are received on it’s OOB carrier. The STB video
output would feed the MPEG2 video encoder which would be congured to have an IP multicast as its output. With the MPEG2
encoder’s output available to the UCrypt device “IP IN” Ethernet port, the UCrypt device could subscribe to the set top box
multicast when required, during EAS alert events. The UCrypt device conguration allows specifying the ‘Details Channel
Address’ IP multicast address and port number of the source.
5.14.4 Receiving the SCTE 18 Messages
The UCrypt device would be congured to receive the SCTE 18 messages through its “IP IN” Ethernet port that is connected
to an EAS Encoder/Decoder with Ethernet output capability. This setup is shown in Figure 5-13 which gives sufcient detail to
allow adapting to the specic conditions at the Cable Service Provider headend.
5.14.5 The Way it Works
When an EAS alert is received, the following happens:
• UCrypt device detects the SCTE 18 text message by monitoring the external ‘EAS Message Generator’ IP multicast
address.
• The STB used to create the new ‘Details Channel’ will simultaneously receive the EAS message and display the
appropriate text crawl or will force tune to the ‘Cable System Details Channel’ as appropriate and according to the
EAS message received.
• UCrypt device subscribes to the IP multicast program as dened in the ‘Details Channel Address and Port’ elds
which must correspond to the address where the Cable Service Provider will have a program with the EAS text alert
already encoded into the program stream available.
• UCrypt device replicates this program across all active output programs.
• TVs tuned to any output program or channel get the contents of the encoded background plus the EAS text message
or force tune content by default.
5-10 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
See “5.14 Creating the EAS Details Channel” on page 5-10 for more details.
CHAPTER 5: SYSTEM TAB - CONFIGURATION
Figure 5-14: Creating The EAS Details Channel
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 5-11
CHAPTER 5: SYSTEM TAB - CONFIGURATION
5.15 More Information on SCTE18 and EAS
SCTE18
Download the SCTE 18 document for details on the standard.
EAS
More information about EAS in general may be found in the Electronic Code of Federal Regulations (e-CFR) Title 47 Part 11
at www.gpo.gov/fdsys/pkg/CFR-2009-title47-vol1/pdf/CFR-2009-title47-vol1-part11.pdf.
5.16 Logging
Logging of all critical and informational processes is automatically performed that
may be important for troubleshooting. A time stamp is added to each entry to help
understand the timing of the events. The time stamp derives its clock reference from
‘Time’ setting on the ‘System’ page. The format of the log is designed to be friendly
and informative to the eld personnel responsible for reading it. A sample of a log is shown in Figure 5-16.
Figure 5-15: Logging Section
Figure 5-16: Sample Log Output
The log le display will vary depending on what processes have taken place since the last time the log was cleared. Usually the
log will be referred to when a problem has arisen and support personnel are troubleshooting. A copy of the le may be taken
by simply left clicking on the text at the top of the page and holding the left mouse button down while dragging to the bottom.
Right click and chose copy from the mouse menu to copy the text to the Windows clipboard. Open Notepad or another text
editor and paste the text. Save as a .txt le. If requesting support from ATX Networks Support Engineers, you may be asked
to send a copy of this log to the support engineer.
5-12 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
VIDEO SETTINGS TAB
6. Video Settings Tab - Conguration
6.1 Introduction
The ‘Video Settings’ tab in the Management Interface is a page that presents dialogs and controls related to the conguration
of video properties of the output channels. The controls available are related to setting aspect ratio of the output video program
and balancing volume of the accompanying audio program.
CHAPTER 6: VIDEO SETTINGS TAB - CONFIGURATION
Figure 6-1: Video Settings Tab
Table 6.1a: Video Settings
Setting Value Description
Decoder The decoder number for reference within the UCrypt device. It is not transmitted or used
outside the Management Interface.
Name A name for each program assigned for easier identication of the program in the
Management Interface not used or transmitted outside the UCrypt device and is not seen
by the end used/viewer. Name is xed on this tab but may be dened on the “Channel
Conguration Tab” on page 7-1.
Channel The RF channel assigned to each decoder output. Depending on the model ordered, this
channel is either EIA/NTSC for North America or CCIR B/G for Europe. Channel is xed on
this screen but may be dened on the “Channel Conguration Tab” on page 7-1.
MHz For information only; lists the video carrier frequency of the channel modulator. MHz is
linked to the assigned output channel which is dened on the “Channel Conguration Tab”
on page 7-1.
Aspect Ratio Drop down
menu
Volume Integer or
slider
The aspect ratio for each program, independently dened with the drop down menu. Default
is ‘Widescreen’. See “6.1.2 Aspect Ratio Settings”.
Each program may be adjusted independently for its audio output volume with this slider
control. See “6.1.1 Adjusting the Program Volume”
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 6-1
CHAPTER 6: VIDEO SETTINGS TAB - CONFIGURATION
Closed
Captioning
Save Button All changes made to the Video Settings page must be manually saved before navigating to
Drop down
menu
NOTE: Clicking the Save button is service affecting. Services on this UCrypt device will be
interrupted momentarily while the conguration is saved and applied.
If closed captions are available on a program, they may be turned on for each individual
program by selecting Yes from the drop down menu and the caption will be displayed on the
analog channel after clicking the Save button.
another page or closing the browser. If changes are made but not saved, the changes are not
applied and are discarded when leaving the page.
6.1.1 Adjusting the Program Volume
Adjustments to the program volume could be necessary due to differing source program audio levels. Adjust this control while
listening to the audio level on a TV connected to the UCrypt device’s RF output. Each time the level is adjusted up or down,
click the Save button to save the setting and apply it to the decoder before the difference will be heard on the TV. The number
is relative (a percentage of full volume) and does not relate to an absolute output level. Settings between 0 (muted) and 99
(full volume) are possible. Use this only to balance the audio levels between programs, reducing only the programs that are
louder than the average volume of the majority of other programs.
6.1.2 Aspect Ratio Settings
Widescreen
• 16:9 aspect ratio presentation
Select ‘Widescreen’ for televisions which have automatic ratio switching. In this mode, the television switches between 4:3
and 16:9 depending on the video content, and full content is displayed for both. The widescreen setting will always display all
of the picture regardless of the source ratio and is therefore the default setting.
Panscan
• 4:3 aspect ratio presentation
Select ‘Panscan’ for televisions with no automatic aspect ratio switching, where the video image is required to ll the full 4:3
screen. In this mode, 4:3 content ts the screen correctly, and any 16:9 video content is cropped on the left and right sides.
Letterbox
• 4:3 aspect ratio in Letterbox presentation
Select ‘Letterbox’ for televisions with no automatic aspect ratio switching, where the full 16:9 screen is required. In this mode,
4:3 content ts the screen correctly, and any 16:9 content is displayed in full, with black bars above and below.
Ignore
• 4:3 aspect ratio stretched to 16:9
• 16:9 aspect ratio compressed to 4:3
Select ‘Ignore’ to ignore the aspect ratio of the video, and assume that it is the same as the ratio of the output. On 16:9 display,
a 4:3 image will appear vertically distorted. On a 4:3 display, a 16:9 image will appear vertically distorted.
6-2 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
CHANNEL CONFIGURATION TAB
7. Channel Conguration Tab
7.1 Introduction
The Channel Conguration tab, shown in Figure 7-1, allows the operator to specify the incoming multicast SPTS or MPTS IP
streams that contain the programs that will be processed as well as the RF channel that the program will be output on. The
channel may be named with alpha-numeric characters for identication in the UCrypt Management Interface. The decoder and
RF output may be disabled if less that 20 channels are to be congured for the device.
CHAPTER 7: CHANNEL CONFIGURATION TAB
Figure 7-1: Channel Conguration Tab
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 7-1
CHAPTER 7: CHANNEL CONFIGURATION TAB
7.2 Channel Conguration Settings
The programs to be decoded may be on a Single Program Transport Stream (SPTS) or Multi Program Transport Stream
(MPTS). The IP and must be known to the operator and present on the Ethernet input port. There is no mechanism to detect
the programs or IP streams that may be present. The Stream must be a multicast stream. If the stream is MPTS, the IP
address and port must be entered, then the Detect button clicked. Any programs present will be found and displayed. Click the
Radio Button for the desired program.
Table 7.2a: Channel Conguration Settings
Setting Value Description
Detect Button (under
decoder Number)
Address IP Address Specify the IP address of the multicast SPTS or MPTS which contains the program
Port Integer The IP port number associated with the multicast IP address above.
Program # Integer The MPEG number for the desired program in the multiplex. Can be lled manually
Name String A name assigned for easier identication in the GUI. This name is not used or
Channel Drop down menu Used to assign the RF frequency to each channel modulator. Depending on the
Frequency Integer The UCrypt device may also be congured with a custom channel lineup by entering
Enable Checkbox Used to enable the RF output for the channel. Un-tick this box for each channel that
Save Button Saves all changes made to this page before navigating to another page or closing
Detect Button (Page Bottom) Use to read the PAT and PMT table of all of the entered multicast IP addresses and
Use to read the PAT and PMT table of the entered multicast IP address and detect
the SPTS or MPTS programs. First enter an IP address and port.
that is to be decoded.
or tick the radio button for a detected program in an MPTS.
transmitted outside the UCrypt device and is not seen by the end user/viewer.
model ordered, is either EIA/NTSC or one of several PAL plans.
the video carrier frequency in this dialog box. The frequency is entered in MHz and
may be specied to +/- 1 kHz, i.e. 175.251 MHz. Entering a number over-rides the
Channel drop down menu.
is not required on the UCrypt device channel lineup, which disables the RF output
for that channel.
the browser. If changes are made but not saved, the changes are not applied.
detect the programs. First enter all the desired IP addresses. This action may take
a lengthy time to conclude.
NOTE: Clicking the Save button is service affecting. Services will be interrupted momentarily
while the conguration is saved and applied.
7-2 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
DEVICE STATUS TAB
8. Device Status Tab
8.1 Introduction
The ‘Device Status’ tab reports on the current UCrypt device conguration and the operational status of the 20 channel
decoders. This page lists the IP address each decoder is subscribed to, the RF output channel of each and reports if the
decoder is detecting video and audio programs on the IP address.
8.1.1 Status Indicator Lights
There are two possible states for the indicators:
• Green indicates that the channel is working or the program is detected.
• Yellow indicates that the channel is not working as expected or that there is no program detected.
If the channel is disabled on the Channel Conguration page, the entire line for that channel will be greyed out.
CHAPTER 8: DEVICE STATUS TAB
Figure 8-1: Device Status Tab
Table 8.1a: Device Status
Setting Value Description
Decoder The number identifying the decoder in the GUI.
Name The name entered to identify the program in the GUI.
Address The IP address of the multicast SPTS or MPTS which contains the program
that is to be decoded.
Port The IP port number associated with the multicast IP address above.
Program # The MPEG number for the desired program in the multiplex.
Channel The channel within the channel plan for this program which is either EIA/
NTSC or one of several PAL plans.
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 8-1
CHAPTER 8: DEVICE STATUS TAB
MHz The frequency within the channel plan for this program.
Online Green or Yellow Reports on the health of the decoder.
Video Green or Yellow Reports on whether a video signal is detected by the decoder.
Audio Green or Yellow Reports on whether an audio signal is detected by the decoder.
Output Green or Yellow Reports on the health of the Output Upconverter.
Green = Decoder is working normally.
Yellow = Decoder is not working normally.
Green = Decoder detects video.
Yellow = Decoder does not detect video. (This condition would be normal for
an audio only program)
Green = Decoder detects audio.
Yellow = Decoder does not detect video. (This condition would be normal for
a video only program)
Green = Output Upconverter is working normally.
Yellow = Output Upconverter is not working normally.
8-2 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
CHAPTER 9: CONDITIONAL ACCESS TAB - CONFIGURATION
CONDITIONAL ACCESS TAB
9. Conditional Access Tab - Conguration
9.1 Introduction
The UCrypt IP to Analog system is capable of decoding VeriMatrix DRM encrypted content. After the Verimatrix parameters
are congured on this page, there is no further conguration for the content programs; if the program content is encrypted, it
will automatically be decrypted.
Figure 9-1: Conditional Access Page
9.2 Key Server Network
The UCrypt device rear panel physical ‘MGMT Port’ is shared between the
Management Interface and the Verimatrix Key Server (VKS) network. Although a
single physical port, each network (Management Interface and VKS) may have IP
addresses assigned on differing subnets, each address being a virtual address on a
virtual network. The tick box ‘Use System Network’ in this section determines if the two
networks reside on the same or differing subnets. There are two scenarios:
• Tick the Use System Network
If the VKS resides on the same subnet as the Management Interface such as a private network, then there is no need
to specify a distinct network for VKS.
• Un-tick the Use System Network
If the VKS resides on a different subnet as the Management Interface, i.e. the VKS is on a private network and the
Management Interface is public, then specify a distinct network for VKS.
9.2.1 IP Address:
This is the virtual IP address assigned to the Verimatrix DRM Key Server access network port. This address needs to be in
the same subnet as the VKS.
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 9-1
Figure 9-2: Key Server Network
Section
CHAPTER 9: CONDITIONAL ACCESS TAB - CONFIGURATION
9.2.2 Netmask:
This is the associated subnet mask for the Key Server Network virtual IP address assigned above.
9.2.3 Use System Network:
• Tick the Use System Network box
If the VKS resides on the same subnet as the Management Interface, such as a private network, then there is no need to
specify a distinct network for VKS and this will cause both virtual interfaces to use the Management Interface subnet. This
subnet was set on “5.8 Network” on page 5-5.
• Un-tick the Use System Network box
If the VKS resides on a different subnet as the Management Interface, i.e. the VKS is on a private network and the
Management Interface is public, then specify a distinct IP Address for the VKS virtual interface in “9.2.1 IP Address:”.
9.2.4 Set Network Button
See Figure 9-2 for button location. Any changes made to the network settings above require clicking the Set Network button
to save and apply changes. Navigating away from this page before saving the settings will result in changes being discarded.
9.3 Conditional Access Client
9.3.1 Client:
This drop down menu is used to select multiple encryption clients. Currently, select
Verimatrix as the encryption client. If a change is made, click Set Client to save
this change. Navigating away from this page before saving the settings will result in
changes being discarded.
9.4 Verimatrix® Settings
These settings need to correspond to the values assigned by Verimatrix.
Table 9.4a: Verimatrix Settings
Setting Value Description
Company String Enter the company name assigned by Verimatrix here.
Server Address IP Address The IP address of the Verimatrix DRM server.
Server Port Integer The IP port of the Verimatrix DRM server associated with the ‘Server Address’
Preferred VKS Address IP Address The IP address of the preferred Verimatrix Key Server.
Preferred VKS Port Integer The IP port of the Verimatrix Key server associated with the ‘Preferred VKS
Set Verimatrix Button Click to apply the above settings
Upload rootcert.pem Folder This dialog is populated with the folder location of the rootcert.pem le.
Browse Button Click to browse to the location of the rootcert.pem le on your computer or
Upload Certicate Button Click to upload the rootcert.pem le after pointing to it with the dialog above.
Figure 9-3: Conditional Access Client
Section
Figure 9-4: Verimatrix Settings Section
above.
Address’ above.
network. The dialog is lled with the location after selection.
9.5 Apply Button
See Figure 9-1 for button location. If changes are made to this page, click the Apply button to save and apply all the changes.
NOTE: Clicking the Save button is service affecting. Services will be interrupted momentarily
while the conguration is saved and applied.
9-2 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
UPDATING FIRMWARE
10. Updating Firmware
10.1 Introduction
New system software for the UCrypt device is provided in a compressed Zip le format. It is not necessary for an operator to
un-compress the package. The unit has built-in facilities to accept the le in exactly the format that is downloaded. Get the le
from the ATX support web site.
Problems that are encountered during an update should be referred to ATX support. See ”Contact ATX Networks” on page
12-1 for ways to contact a technical support specialist.
A brief summary of a rmware update is shown here. As rmware releases may vary over time and the exact procedure may
also vary, it is best to refer to the ATX support web site for up to date information on updating rmware. A written instruction
sheet may be downloaded from the same web page where the rmware update le is found.
10.2 Installing Updated System Software
Coming Soon
CHAPTER 10: UPDATING FIRMWARE
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 10-1
CHAPTER 10: UPDATING FIRMWARE
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10-2 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
SPECIFICATIONS
11. Specications
SPECIFICATIONS
INPUT
ETHERNET
CONNECTORS 2x RJ45; Chassis Rear
TRANSPORT STREAM/LAYER PROTOCOL SPTS, MPTS over UDP
MULTICAST PROTOCOL SUPPORT IPv4 Multicast, IGMP v1, 2
SUPPORTED VIDEO FORMATS MPEG-2 MP@HL. MPEG-4 pt10 AVC/H.264 HP@L4
SUPPORTED VIDEO RESOLUTIONS
SUPPORTED AUDIO FORMATS
REDUNDANCY
TS PROCESSING
DECODING
DECRYPTION Supports Decryption of up to 20 Verimatrix Encrypted Programs
ADDITIONAL PROCESSING CAPABILITIES
SUPPORTED ASPECT RATIOS
OUTPUT
RF
SUPPORTED MODES NTSC, PAL B/G, PAL D/K
FREQUENCY RANGE 54-750 MHz (EIA ch2-116)
FREQUENCY PLANS STD, HRC, IRC & Custom Offsets
OUTPUT LEVEL & FLATNESS 35 dBmV +/- 2 dB per Analog Carrier
SIGNAL-TO-NOISE RATIO (SNR) 54 dB (min)
CARRIER-TO-NOISE RATIO (CNR) 54 dB (min)
COMP. TR. BT. (CTB) -65 dBc
COMP. 2nd ORD. (CSO) -65 dBc
OUTPUT RETURN LOSS 18 dB (min)
VIDEO CARRIER FREQUENCY STABILITY
AUDIO CARRIER FREQUENCY STABILITY ± 5ppm
DEMODULATED VIDEO
OUTPUT VIDEO ASPECT RATIOS 4:3, 16:9
AUDIO OUTPUT FORMAT Mono
CONNECTOR F Connector; Chassis Rear
RF OUTPUT TEST
DEVICE MANAGEMENT
MANAGEMENT INTERFACE
MANAGEMENT INTERFACE PORT 1000BASE-T(GbE), Static IP or DHCP, RJ45, Chassis Rear
MANAGEMENT SECURITY 3 Password Protected Tiered User Accounts
MASS DEPLOYMENT & BACKUP Importable/Exportable Device Conguration Files
REMOTE MONITORING Integrated SNMP Agent & MIB
ALARMS
EAS
EAS SUPPORT Supports Processing IP Mulitcast-based SCTE 18 Standard Messages
PHYSICAL & ENVIRONMENTAL
FORM FACTOR
DIMENSIONS 5.25”H x 19.0”W x 22.8”D (13.34H x 48.26W x 57.91D cm)
WEIGHT (Max) 52.0 lbs (23.6 kg)
POWERING Redundant 110/220 VAC or -48 VDC Options, 400W (max)
SAFETY APPROVALS cULus & FCC Title 47 Part 15 (class A)
POWER CONTROL Rear Panel ON/OFF Switch & Software-based Power Control
OPERATING TEMPERATURE
HUMIDITY
NOTES:
(1) Supports output frequencies up to 750 MHz, however specs above may only apply up to 650 MHz.
(2) For details on exceeding +30⁰C, please refer to the UCrypt Environment & Temperature Considerations Info Sheet (#ANW1066).
Dolby is a registered trademark of Dolby Laboratories. Manufactured under license from Dolby Laboratories.
GROUP DELAY VARIATIONS
DIFFERENTIAL GAIN
2TK FACTOR
CHAPTER 11: SPECIFICATIONS
IEEE 802.3-2002,1000BASE-T (GbE)
Up to 720p & 1080i
Dolby® Digital (AC-3), MPEG-1 L1/2/3, AAC, AAC (HE)
Dual input multicasts per program
Supports Decoding of up to 20 Streams per Chassis
Closed Captioning, VBI Insertion, Teletext, DVB® Subtitles
4:3, 16:9
Up to 20 Modulated Channels
(1)
± 3ppm
≤ 5%
≤ 100nS
≤ 2%
-20 dB Relative to Output; F Connector, Chassis Rear
Local or Remote Management via Integrated Secure Web Server or Central Management Server
SNMP Traps, GUI LED Indication
3RU, 19” Rack Mount
0⁰C to +40⁰C
(2)
(+32⁰F to +104⁰F)
0-95% Non-condensing
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 11-1
CHAPTER 11: SPECIFICATIONS
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11-2 MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual
SERVICE & SUPPORT
12. Service & Support
12.1 Contact ATX Networks
Please contact ATX Technical Support for assistance with any ATX products. Please contact ATX Customer Service to obtain
a valid RMA number for any ATX products that require service and are in or out-of-warranty before returning a failed module
to the factory.
Digital Video Products
(DVIS, DigiVu, UCrypt, VersAtivePro)
Tel: (905) 428-6068 – press *3 then press 1
Toll Free: (800) 565-7488 – press *3 then press 1 (USA & Canada only)
Email: digitalvideosupport@atxnetworks.com
CUSTOMER SERVICE
ATX Networks
1-501 Clements Road West
Ajax, ON L1S 7H4 Canada
CHAPTER 12: SERVICE & SUPPORT
Tel: (905) 428-6068
Toll Free: (800) 565-7488 (USA & Canada only)
► Press *1 for Customer Service
Fax: (905) 427-1964
Toll Free Fax: (866) 427-1964 (USA & Canada only)
Email: support@atxnetworks.com
Web: www.atxnetworks.com
12.2 Warranty Information
All of ATX Networks’ products have a 1-year warranty that covers manufacturer’s defects or failures.
MDU Solutions® – UCrypt® IP to Analog 1st Generation – Installation & Operation Manual 12-1
1-501 Clements Road West, Ajax, ON L1S 7H4 Canada
Tel +1 (905) 428-6068 Toll Free +1 (800) 565-7488
Fax +1 (905) 427-1964 Toll Free Fax +1 (866) 427-1964
www.atxnetworks.com support@atxnetworks.com
Printed in Canada Rev. 09/17 (ANW0958)
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