Clearly, Ensemble wants to be in the broadcast equipment business. It’s so rare anymore to nd a company of this
caliber that has not been gobbled up by a large corporation. They are privately held so they don’t have to please the
money people. They really put their eorts into building products and working with customers.
I’m really happy with the BrightEye products and Ensemble’s service, and even more important my engineers are
happy. We’ve continued to upgrade the product and add more cards. We will be rebuilding our production control
room and we will use BrightEye again.
~ Don McKay, Vice President Engineering, Oregon Public Broadcasting
Who is Ensemble Designs?
By Engineers, For Engineers
In 1989, a former television station engineer who loved
designing and building video equipment, decided to
start a new company. He relished the idea of taking
an existing group of equipment and adding a few
special pieces in order to create an even more elegant
BrightEye frames handle 270
Mb/s, 1.5 Gb/s and 3 Gb/s signals,
audio and MPEG signals. Used
worldwide in broadcast, mobile,
production, and post.
ensemble. So, he designed and built his first product and
the company was born.
Focused On What You Need
As the company has grown, more former TV station
engineers have joined Ensemble Designs and this wealth
of practical experience fuels the company’s innovation.
Everyone at the company is focused on providing the
We’re focused on
processing gear–
3G/HD/SD/ASI video,
audio and optical units.
very equipment you need to complete your ensemble
of video and audio gear. We offer those special pieces
that tie everything together so that when combined, the
whole ensemble is exactly what you need.
Notably Great Service for You
We listen to you – just tell us what you need and we’ll
do our best to build it. We are completely focused on
you and the equipment you need. Being privately held
means we don’t have to worry about a big board of
directors or anything else that might take attention away
from real business. And, you can be sure that when you
call a real person will answer the phone. We love this
business and we’re here to stay.
Bricks and Mortar of Your Facility
The bricks and mortar of a facility include pieces like
up/downconverters, audio embedders, video converters,
routers, protection switches and SPGs for SD, HD and
3 Gb/s. That’s what we’re focused on, that’s all we do
– we make proven and reliable signal processing and
infrastructure gear for broadcasters worldwide, for you.
Come on by and visit us.
Drop in for lunch and a tour!
Shipped with care to
television broadcasters
and video facilities all
over the world.
This manual addresses all of the essential topics for understanding how to install, configure and use
the BrightEye NXT 450 Clean Streaming Router. See the following table for a quick glance at what
each chapter addresses. Note that the items in the main table of contents, as well as the chapter titles
below, are links.
Chapter TitleTopics Covered
Chapter 1: IntroductionA brief introduction to this document and to the BrightEye NXT 450
with links to resources such as brief overview videos, the quick start
guide, the product brochure, and training videos.
Chapter 2: System
Overview
Chapter 3: InstallationThis chapter describes installation ventilation needs, making cable
Chapter 4: ConfigurationAddresses configuration menus for the front panel and the web
Chapter 5: Operations and
Step-by-Step Procedures
Chapter 6: External ControlAddresses how the BrightEye NXT 450 handles external control
Chapter 7: Maintenance
and Troubleshooting
SpecificationsPresents specifications for the BrightEye NXT 450 regarding inputs,
GlossaryIncludes definitions of commonly-used terms relevant to the video
Describes the overall BrightEye NXT 450 Router system—its hardware
and software components and example applications.
connections, and using the proper power supply.
interface; assigning shortcut buttons; configuring ports; working
with clean switches; audio level adjustments; audio channel
mapping; setting up timing and genlock; configuring internal test
signal generators; configuring encoding, streaming and decoding;
configuring the 5835 router and action control panel; setting up a web
control point (optional); establishing additional web control points
and access authentication; creating and editing profiles; setting up
salvos; security and administrative access to settings; downloading
and uploading configuration settings.
After the Clean Streaming Router has been installed and configured, it
is ready to use. This chapter addresses encoding, decoding, performing
takes, direct takes, mix takes, gang takes, direct gang takes, and
accessing ancillary data.
integration; supported control protocols; SNMP Interface; RS-232
interface option.
This chapter addresses possible issues that new users may encounter
while becoming familiar with the BrightEye NXT 450.
This Installation, Configuration and Operations Guide supports the process of planning for, installing,
configuring and operating the Ensemble Designs BrightEye NXT 450 Clean Streaming Router.
This manual describes the elements of the system, how they work together, and the practical aspects
of working with the unit to meet your facility’s needs.
Use the Contents and the Preface to quickly link to a specific chapter or topic.
Intended Audience
In addition to the target audience listed below, this document is meant for anyone who needs to
target a specific area of functionality in order to meet an immediate need, as well as for those who
need to have a comprehensive understanding of the Router from a systems planning point of view.
The intended audience for this manual includes people with the following roles:
The BrightEye NXT 450 Clean Streaming Router can be configured with various options and in different
sizes to address a wide variety of applications. Please view the brief videos below for an overview of
key ideas concerning the unit’s architecture and capabilities.
Overview
This video features David Wood, Chief Design Engineer, presenting an overview of the architecture of
the BrightEye NXT 450 Clean Streaming Router.
Click the image to link to the video on the Ensemble Designs web site.
Clean Switches and Up/Down/Cross Converters
This video features David Wood, Chief Design Engineer, presenting an overview of the Clean Switch
and Up/Down/Cross Converters of the BrightEye NXT 450 Clean Streaming Router.
Click the image to link to the video on the Ensemble Designs web site.
This video features David Wood, Chief Design Engineer, presenting an overview of the architecture of
the Encoder and Decoder of the BrightEye NXT 450 Clean Streaming Router.
Click the image to link to the video on the Ensemble Designs web site.
Additional Resources
In addition to this document, please refer to the following additional resources:
• Simultaneous high quality, high profile
MPEG Encoder/Decoder
• Advanced H.264 coding techniques give
superb performance at low bit rates
• Built-in dual Up/Down/Cross converters
• Dual assignable clean switches for video
and embedded audio for seamless
routing
• LCD display with realtime full motion video
of your sources
• Flexible I/O – You configure BNCs and SFPs
as inputs or outputs
• HDMI, fiber and composite I/O via SFPs
• RS-232 and TCP/IP 3rd-party control
interfaces
• Integrated web server for setup and
operation
• Dissolve and Cut transitions
• Direct Take Mode
• Audio breakaway
• 16 channel audio level adjustments
• Mix and shuffle audio
• System-wide configuration registers
• Programmable Salvo and Action
Keys
• Front panel and web-based control
• Dual built-in test pattern generator
with moving element option and slate
ID
• Genlockable and timeable
• PiP-Efx – Picture in Picture option
High Quality, High Profile MPEG Encoder/Decoder
The BrightEye NXT 450 adds a high quality, high profile H.264 (MPEG-4) Encoder to the already
formidable feature set of the BrightEye NXT family of compact routers. Advanced coding techniques
give superb performance even at low bit rates. The Encoder produces both a high- and low-resolution
output simultaneously. Any SDI input can be fed to the Encoder through the built-in format converting
Clean Switch, allowing seamless switching or mixing between all inputs. The independent Decoder
operates simultaneously, with baseband output in any desired format. The Decoder output can
be switched along with any other source to any destination. An NXT 450 can serve as a full duplex
codec, supporting both an outgoing and incoming streaming path. Encoding and Decoding are fully
integrated with the full set of resources in the NXT 450.
IP and DVB-ASI Streaming Connections
Encoded streams can be sent or received through IP networking or by direct DVB-ASI connections. The
NXT 450 incorporates an RJ-45 Gigabit Ethernet port dedicated to streaming connectivity. The Encoder
output can be delivered by either Unicast or Multicast addressing modes over the IP connection. Two
Unicast outputs can be independently directed to any desired destination. Assuming the required IP
gateway is in place, an NXT 450 can deliver a stream to any location. The Multicast output is limited to
the immediate subnet that the NXT 450 is connected to, but can be received by multiple devices. In
addition to IP outputs, a DVB-ASI formatted stream can be output through a BNC port, or by fiber with
an SFP module. For each of these outputs, IP or ASI, there is independent selection of the high- or lowresolution stream. The NXT 450 can receive an IP stream from the Media port, or ASI from any BNC or
Fiber input. This stream will be Decoded to produce a baseband SDI signal with embedded audio.
Flexible I/O configuration – a hallmark of all the BrightEye NXT series of routers – allows on-the-fly
changes to the number of inputs and router destinations. From 9 inputs and 2 outputs, to 2 inputs and
9 outputs, the NXT 450 adapts to different needs. The two SFP ports allow for fiber optic connections,
HDMI I/O, or additional HD-BNC SDI connections. Genlock the Clean Switches and TSGs using the
external reference input. Assign a Clean Switch to an output, and now that output can be timed with
respect to house reference. The flexibility extends to the integration of the Encoder and Decoder. The
Encoder is driven as a destination of the routing matrix, and the output of the Decoder is a source to
the matrix. Feed any source to the Encoder, and feed the Decoder to any destination.
Instantaneous Clean Switching and Format Conversion
The NXT 450 contains two Clean Switches. When assigned to an output, they provide clean,
quiet switching – even between asynchronous sources. The format conversion feature provides
automatic conversion of inputs to the chosen output format. This makes it possible to cut and mix
between different input formats. Frame synchronization in the Clean Switch is particularly valuable
when assigned to the input of the Encoder. It guarantees that the Encoder receives continuous,
uninterrupted synchronization, regardless of the timing or condition of the input signals.
Multiple Intuitive Control Options
Control and configuration of the NXT 450 can be made from a variety of interfaces. The front panel
provides a full motion, real time video display of sources and destinations. Route signals and configure
resources directly from the front panel. Connect the RJ-45 Control Network port to a LAN for control
using the built-in web server. From smartphone, tablet, or laptop, view thumbnails of all the sources
and destinations, make routing changes, and configure parameters of all the NXT 450 resources.
Control from third-party devices can be accomplished by TCP/IP or RS-232 protocols. Use the 5835
Control Panel to provide a fully customizable operator interface.
Signal Diagnostics
The unit’s circuitry detects and measures key parameters associated with each video source, such as
synchronicity and timing, line and frame rate, embedded audio presence or absence, closed caption
information, and timecode data. These parameters can be displayed on both the front panel LCD
screen and on web interface control points.
Ethernet Connectivity and Long Distances
Because the web interface connects to the BrightEye NXT 450 over Ethernet, and because Ethernet
reaches much farther than coaxial cable, BrightEye NXT 450 web interface control points can be
physically located very far away from the unit if desired.
For example, if you need the capability to select sources at the transmitter remotely, such as in the
event of either a master control switcher failure or a microwave link failure between the studio and the
transmitter, you can use the BrightEye NXT 450 as part of a backup switcher at the transmitter. Sources
such as a network feed, a small server or a weather camera could be switched to air in an emergency.
The BrightEye NXT 450’s front panel is illustrated below. Virtually all tasks can be performed from the
front panel controls. A limited number of additional tasks can be performed only through the web
interface. Please see “Chapter 4: Configuration” beginning on page 35 for more information.
The BrightEye NXT Clean Streaming Router’s rear connectors are shown below.
RS-232 Interface Option
If requested at the time of ordering, the Clean Streaming Router can include an adaptor cable that
provides a 9-pin female D connector for the RS-232 interface.
The 5835 Router and Action Control Panel is fully customizable to suit your exact application. It offers
Thumbnail preview so you can see your Sources before doing a Take or Mix transition. The Action Keys
are fully programmable, so you can have multiple custom presets for different operators.
The Router and Action Control Panel communicates with the Clean Streaming Router by Ethernet to
control the unit and to display thumbnail previews of content. An essentially unlimited number of
Router and Action Control Panels can be used in a Router system. You can also access signal diagnostic
information from the LCD display on the Router and Action Control Panel. Being only 1.8” (45mm)
deep, it can be installed in very shallow positions.
Long Distance Capability
Because each 5835 Router and Action Control Panel connects to the Router over Ethernet, and
because Ethernet reaches much farther than coaxial cable, the Control Panels can be physically
located very far away from the Clean Streaming Router if desired.
For example, if you need the capability to select sources at the transmitter remotely, such as in the
event of either a master control switcher failure or a microwave link failure between the studio and the
transmitter, you can use the Clean Streaming Router as part of a backup switcher at the transmitter.
Sources such as a network feed, a small server or a weather camera could be switched to air in an
emergency. You can do the selecting remotely, such as at the studio (or even from home if need be), or
from any location with Ethernet access.
Default Port Configurations as Shipped from the Factory
The default port configurations are shown below.
PortDefault
Assignment
In 1SourceSFP I/O 8SourceEnc SDI InDestination
In 2SourceSFP I/O 9UnassignedDec SDI OutSource
I/O 3SourceSFP I/O 10UnassignedEnc ASI OutSource
Out 4DestinationSFP I/O 11UnassignedDec ASI InDestination
Out 5DestinationTSG 1Source
I/O 6SourceTSG 2Source
I/O 7Unassigned
Ports that are Unassigned, such as Port 7, can be configured from the front panel either as a Source or
Destination. Please see:
• “Configuring the Router’s Ports from the Front Panel” on page 43, and
• “Configuring the Router’s Ports from the Web Interface” on page 46 for details.
The two Clean Switches (CS) can be assigned to specific Destinations. Please see:
• “Configuring Clean Switches from the Front Panel” on page 51, and
• “Configuring Clean Switches from the Web Interface” on page 54 for details.
PortDefault
Assignment
PortDefault
Assignment
Applications
The flexibility of the BrightEye NXT 450 Clean Streaming Router makes it possible to tailor the inputs
and outputs to suit a diverse range of requirements. The Clean Streaming Router can accommodate
many environments and applications, including the following:
Ideal for mobile applications, the BrightEye NXT 450 Clean Streaming Router provides signal reception,
decoding, clean switching and distribution to multiple destinations using any combination of formats.
Seamlessly switch between 1080i, 1080p, 720p, and DVB-ASI sources. Simply set one of the clean
switch outputs to your desired format and all of your sources will be automatically converted. Multiple
outputs deliver streaming by IP back to the studio, DVB-ASI to your satellite uplink, and HD SDI for local
monitoring. Remotely cut and mix sources or use Salvo and Action shortcuts from your tablet or any
web-enabled device. The 5835 Router and Action Control Panel is fully customizable to put exactly the
right controls in front of operators.
720p HDMI
1080p 3G SDI
1080 HD SDI
Crosspoints
Routing Control with
user legendable buttons for
Sources and Destinations.
Full travel push buttons
with sculpted caps.
DVB-ASI
Via Microwave
Clean Streaming Router
Encoder Output to Cable
H.264 High Res Unicast MPEG
Fiber to Telco
1080p HD SDI
Feed to Production Van
1080 HS SDI
Program Feed to Satellite
DVB-ASI
Control from anywhere
via web enabled device
BrightEye NXT 450
Hard Surface
Control Panel
5835 – Router and Action Control Panel
LCD Display
Action Keys
Thumbnail preview of Sources
before Take or Mix transition.
Displays input status, signal
timing, and metadata.
www.ensembledesigns.comPage 27
Action Keys are fully programmable.
Recall any set of parameters,
customize to suit exact application.
Simultaneously send your live service to an HDMI projector, to the youth room and to storage via
Multicast, and to a remote campus via Unicast. Switch seamlessly from the Pastor to a missionary
interview coming in on Skype. Use your existing IP network to distribute and control, eliminating the
need to lay cable or fiber. With the NXT 450’s web-based control, your director can sit in the back pew
with an iPad, switching between hymn lyrics and cameras while participating in the service.
The BrightEye NXT 450 Clean Streaming Router is perfect for the rental market, offering flexible
assignable I/Os, built-in encoding and decoding, simultaneous Multicast and Unicast outputs,
automatic format conversion, clean switching, intuitive web-based control and more. No need for
separate fiber or HDMI converters with the NXT 450’s optional HDMI and optical I/Os via SFP. Built-in
test signal generators, audio mixing and breakaway save router I/O real estate and reduce cabling
needs. Save default or customer settings for quick recall.
University Stadium Sports Event Application
Use the NXT 450 Clean Streaming Router for a combination of reception, decoding, up/down/cross
converting, switching and distribution to multiple destinations using a variety of formats (MPEG,
DVB-ASI, HD-SDI) and methods (microwave, fiber, BNC, dual SFP, IP). Receive signal inputs coming from
a blimp, a sports center and a production feed. Signals can be decoded, up/down/cross converted,
routed and encoded to a satellite transmitter, a scoreboard video control, a cable company, a distant
location through high resolution multicast, and an announcer’s booth.
Control of the BrightEye NXT 450, including setup and complete operation, can be managed through
its front panel, and/or through its ethernet control port from any authorized browser-enabled device,
such as an iPad, iPhone, or web browser.
This chapter describes cable connections for the installation process. Topics addressed include:
• Ensuring Proper Ventilation
• Connecting Cables to Ports
• Connecting a Reference If Needed
• Connecting Ethernet for Web Control Points
• Connecting Ethernet for GigE Streaming Media I/O Port
• RS-232 Interface Option
• Connecting the Power Supply
• Installing the 5835 Router and Action Control Panel
Ensuring Proper Ventilation
Maintaining proper airflow is required to keep the NXT’s internal temperature normal. Air input occurs
below the front panel. Air output occurs through the rear panel. If placing the unit on a surface, the
four feet must be mounted on its base. If mounted in a rack, the unit must be installed in such a way
that the air flow on the front and rear is not restricted. Our BERKMT-Full rack mount kit, designed for
this purpose, holds up to 3 NXT units in a 1RU rack.
Connecting Cables to Ports
Make your connections to sources and destinations with 75 ohm coaxial cable.
Connecting a Reference If Needed
The BrightEye NXT Clean Streaming Router locks to house reference or to its own internal precision
standard. Connect your reference source to the Ref In SDI port on the rear panel. If no reference is
connected, the router locks to its own internal precision standard.
The reference input of the Clean Streaming Router will accept these reference types:
When VITC (Vertical Interval Timecode) is present on NTSC or PAL analog composite reference sources,
it will be available to the Router for event scheduling.
See “Setting Up Timing and Genlock” on page 57 for more details about configuring the Router’s
Timing and Genlock systems.
Connecting Ethernet for Web Control Points
Because you can control and configure the BrightEye NXT 450 immediately upon boot-up with
its built-in front control panel, it is not required to use the Control Network Ethernet connection.
However, if you want to configure one or more web control points, you will need to network to the
Control Network Ethernet port.
Use CAT5 or CAT6 cabling to connect the Control Network Ethernet port to a network Ethernet router
or switch to make it accessible to computers on your network. The Control Network Ethernet port will
auto-sense cable direction, so a cross-over cable is not needed.
Connecting Ethernet for GigE Streaming Media I/O Port
Use CAT5 or CAT6 cabling to connect the Ethernet GigE Streaming Media I/O port to unicast, multicast,
or MPEG transport streams.
RS-232 Interface Option
As an option, the BrightEye NXT 450 can be equipped with a cable that has a 9-pin RS-232 port
installed at the factory. This option must be requested at the time of ordering.
Connecting the Power Supply
Each BrightEye NXT 450 unit ships with the following power supply:
• Ensemble Designs Part Number 23600106
• Order Information: BEPS-NXT
• Input: 100-240V, 47-63Hz, 1.5A
• Output: 12V, 5.0A
Note:
The BrightEye NXT 450 must be powered by its own product-specific power supply
that is provided with each unit. DO NOT use a BrightEye Spider power supply (BEPS6)
or a BrightEye Individual power supply (BEPS, ED part number 23118900).
The boot-up process takes about one minute. When first applying power to the unit, the
Configuration button illuminates green for the first ten to fifteen seconds.
Installing the 5835 Router and Action Control Panel
Connecting Ethernet Cable to RJ-45 Port
Make an Ethernet connection to the RJ-45 port on the rear of the Router and Action Control Panel. The
Ethernet cable should be connected to a network Ethernet router or switch to make it accessible to
the Clean Streaming Router. The Ethernet port will auto-sense cable direction, so a cross-over cable is
not needed.
A modular power supply is provided to power the Router and Action Control Panel. Alternately, power
can be supplied by the Ethernet connection using PoE (Power over Ethernet), provided that you have a
PoE-enabled Ethernet switch to insert power into the Ethernet cables.
The rear of the 5835 Router and Action Control Panel. Note the three connectors: the
RJ-45 Port, the Power Input, and the 9-Pin GPI Connector.
Long Distance Capability
Because the Router and Action Control Panel connects to the Clean Streaming Router over Ethernet,
and because Ethernet reaches much farther than coaxial cable, Router and Action Control Panels can
be physically located very far away from the Router if desired. Therefore, you can install the Router
and Action Control Panels wherever you need them to be located as long as you have Ethernet
connectivity.
The Router and Action Control Panel is only 1.8” (45mm) deep, so it can be installed in very shallow
positions.
The front of the 5835 Router and Action Control Panel.
The 5835 Router and Action Control Panel comes with pre-printed key cap inserts.
Key Cap Inserts
The key cap inserts give a broad range of terms and numbers printed on clear plastic sheets. Each
individual button legend pops out from its sheet and can be inserted into the Router and Action
Control Panel buttons between the clear overcap and the white diffuser, if desired.
The button legends are designed to be used individually—one per button, or as a combined set—two
on a button. When combining them, one appears higher on the button and the other appears lower.
To Place a Button Legend Inside a Control Panel Button
1. Pull a button off of the Control Panel by simply squeezing and pulling. Each button is held to the
Panel with a pressure fit. A bit of pressure is required.
2. Remove the inner white diffuser part of the button from the clear overcap with a fingernail or a
sharp edged tool. Note the orientation of each button: there are slightly indented slits located on
the top and bottom of both the clear overcap and white diffuser.
3. Place a button legend between the clear overcap and the white diffuser, keeping both parts
aligned top to bottom and noting orientation. Snap the two button pieces back together.
4. Snap the button back in place on the Control Panel with some slight pressure. The button must be
level to the plane of the Panel before it will snap correctly back into place.
Button legends can be inserted between the clear
overcap and the white diuser of the key cap.
The Router and Action Control Panel is equipped with 8 GPI (General Purpose Interface) inputs. These
provide a simple, wire-per-function interface for applications such as:
• Master Control Fault “Panic” Button
• Monitor Follow in Camera Shading
• Crosspoint selection from relay contact closure
Connection to the GPI Inputs is made through the female 9-pin D-Sub connector on the rear of the
Router and Action Control Panel.
The pinout of this connector is organized as follows:
Pin #Function
1 - 8GPI Inputs 1 through 8
9Ground
A GPI function is activated by making a momentary connection between the GPI pin and ground. This
can be done with a switch, a relay, or an open-collector driver. The GPI input is internally pulled high,
the external control must sink 1 mA.
Functions are assigned to the GPIs through the Control Profile that has been assigned to the panel.
For more information about Profiles, see Creating and Editing Profiles on page 59.
Two sets of configuration menus are available—one through the front
panel, the other through the web interface. An overview of these
respective sets of menus are given on this page, on the next page, and
on page 33.
Menus Accessed from the Front Panel
Panel ConfigShortcuts, Transition Duration, Direct Take or
Preset/Take, Panel Brightness, Audio Meters,
Meter Reference Level, Peak Display, Live Video
On or Muted
PortsDefine ports according to port type, edit port
names, adjust audio levels and audio mapping
TSG1Select a test signal, choose its standard, adjust
test signal output timing
TSG2Same as test signal generator 1, but for the 2nd
TSG
Clean Switch 1Set the clean switch’s standard and assign it to an
output, choose audio breakaway settings.
Clean Switch 2Same as Clean Switch 1, but for the 2nd Clean
Switch
Media NetworkConfigure the Streaming Media I/O Port’s
network settings
High Res EncoderConfigure video bit rate, profile, encoding level,
All of the configuration buttons are located to the right of the front panel screen.
Front Panel Navigation
Press to bring up the configuration menus on the front
panel screen.
Use the arrows to scroll through the configuration menus,
navigate submenus, or to change the values of a selected
setting.
Press or to drop down successive levels within a
menu.
Press or to come back up one menu level.
Configuration Button
Press the Configuration button to access the configuration menus. Once in the configuration
menus, pressing the Configuration button backs out one level. Pressing any operational button—
any button to the left of the screen—will take you immediately from configuration mode to the
router’s operational mode. Pressing the Configuration button again brings you right back to the last
Configuration menu you visited.
After approximately 30 seconds of inactivity of the configuration controls, the BrightEye NXT 450
screen will time out and revert to the unit’s operational mode.
Navigation Buttons
Use the Up, Down, Left and Right arrow buttons to navigate the menu system and adjust settings.
Information Button
Press the Info button to access info screens about the NXT unit, such as software version, network
information, rear connectors, SFP port information, and system bootup status.
Assign Sources and Destinations to the nine shortcut buttons on the
front panel in order to streamline router operation. You can have any
combination of Source, Destination and Unassigned shortcut buttons.
This task can be done only from the BrightEye NXT 450 front panel.
Default Shortcut Button Assignments
Input 1
(source)
TSG 1
(source)
Output 4
(destination)
Input 2
(source)
Port 6
(source)
Output 5
(destination)
Port 3
(source)
Decoder SDI
(source)
SDI Encoder
(destination)
Available Default Selections
Prior to any customization, the following default selections are
available for each of the nine shortcut button:
• ASI Decoder
(destination)
• SDI Encoder
(destination)
• Output 5 (destination)
• Output 4 (destination)
• TSG 2 (source)
• TSG 1 (source)
• Decoder SDI (source)
• SFP 8 (source)
• Port 6 (source)
• Port 3 (source)
• Input 2 (source)
• Input 1 (source)
• Unassigned (grey)
• Encoder ASI (source)
To assign the shortcut buttons
1. Press the Configuration button. The top level menus display. The top menu listed is Panel Config.
2. Press the right arrow button (or OK) to highlight the Shortcuts: Button Assignments submenu.
3. Press the right arrow button (or OK) to go to the Panel Config: Shortcuts button map.
4. Initially, the top left button is selected. Use the left and right arrow buttons to select the button
you want to configure.
5. Use the up and down arrow buttons to change which source or destination to which it is assigned.
Or you can map it to “Unassigned.”
6. Press OK to save your new selection to the highlighted shortcut button, or press the Configuration
button to cancel.
Typically, during the planning stage of your Router implementation, you would determine in advance
how you want to initially use the Router in terms of inputs, outputs, test signal generators, encoder
and decoder.
Cabling Router and Configuring Ports to Match Plan
Based on your plan, connect cables to the ports to match your intended use, and configure the ports
to match how you have wired the router for your facility.
Before going step-by-step through the process of configuring the Router’s ports, it is necessary to go
over some background information in order to understand what the configuration options mean.
Definitions of Port Configuration Types
Port configuration types are described below, followed by detailed examples.
Unassigned
For all Port Types
A port can be set to Unassigned when it is not in use. This will remove it from the list of Sources and
Destinations that can be assigned to a Control Profile.
Source
For Fixed Input and Bi-directional Ports
When configured as a Source, a port is an input to the switching matrix. The Source can be given
a name, and under that name it will be available for assignment in a Control Profile. Making this
selection on bi-directional ports will cause them to operate as inputs.
Destination
For Fixed Output and Bi-directional Ports
Configuring a port as a Destination makes it available for use in Control Profiles under its assigned
name as a Router output. A bi-directional port configured as a Destination will cause it to operate as
an output.
Follow
For Fixed Output and Bi-directional Ports
Output-capable ports can be configured to Follow, or duplicate, the signal on any Source or
Destination. The Follow configuration essentially makes a port into a DA. Ports that are configured to
Follow will not appear on the list of Sources and Destinations that can be assigned to a Control Profile.
This Primary TSG configuration delivers the test signal being generated in the Primary TSG to an
output port, independently of any user control of the switching matrix.
Secondary TSG (TSG 2)
For Fixed Output and Bi-directional Ports
The Secondary TSG configuration delivers the test signal being generated in the Secondary TSG to an
output port, independently of any user control of the switching matrix.
Port Configuration Choices Available According to Port Type
These three port types (fixed input, fixed output, bi-directional) can be configured in the following
ways:
For Fixed Input
Fixed Input ports can be configured in one of two ways:
1. Unassigned
2. Source (the default on a new installation)
For Fixed Output
Fixed Output ports can be configured in one of five ways:
1. Unassigned
2. Destination (the default on a new installation)
3. Follow
4. Primary TSG
5. Secondary TSG
For Bi-Directional
Bi-directional ports can be configured in one of six ways:
Configuring the Router’s Ports from the
Front Panel
Now that we have covered the background context for numbers and
types of Router ports available and what the various configuration
selections mean, you are ready to configure the Router’s ports.
This section covers assigning ports, renaming ports, adjusting audio
levels, and mapping audio channels.
Port configuration can be done from either the BrightEye NXT 450
front panel or from the web interface (once a web control point has
been established).
Assigning Ports
Assign each port that you need to use. Once you have assigned a
port, it becomes available to include in a Profile. It’s fine to leave ports
unassigned if you don’t need to use them.
To Assign Ports
1. Press the Configuration button. The top level menus display.
2. Press the down arrow button to select the top level Ports menu.
3. Press the right arrow button (or OK) to highlight the top Ports
submenu.
4. Press the up or down arrow buttons to select the Port you want to
assign.
5. Press the right arrow button (or OK) to go to the Ports
Configuration submenu for your selected Port.
6. Use the up and down arrow buttons to change the Port’s
assignment. The choices available reflect the type of Port you are
working with, whether it is I/O, a dedicated source or a dedicated
destination Port. Dedicated ports can be either what they are, or
they can be disabled by selecting “Unassigned.”
7. Press OK to set your new Port configuration selection, or press the
Configuration button to cancel your selection.
8. Press the Configuration button to back out of the menu one
level at a time. Or wait approximately 30 seconds until the screen
automatically returns to Operational mode.
Repeat steps 1 through 8 for as many Ports as you need to assign for
your facility.
Renaming Ports
Giving ports descriptive names makes them easier to work with. Port
names display in a number of places: on the front panel LCD screen
header and footer, on the front panel Port menus, on the video
thumbnails used in the web interface, on Profiles, and on the Ports
configuration page of the web interface.
To Rename a Port
1. From the Ports Configuration submenu, press the right arrow
button to go to the Port Name submenu.
2. Press the down arrow button to go to the keyboard submenu.
3. Use the up, down, left and right arrow buttons to navigate the
keyboard. Press OK to enter a keyboard character into the label
area. Change case by highlighting and selecting either “abc” or
“ABC.” To backspace or delete letters one at a time, highlight the
“del” key, then press OK.
4. When finished editing the port name, highlight “Set” on the
keyboard and press OK.
Adjusting Audio Levels
When the signal is output through a Clean Switch, you can adjust
audio levels on a per-input and per-channel basis. The BrightEye NXT
Clean Streaming Router can apply gain or attenuation from +12.0 dB
to -70 dB.
When the Clean Switch is in Mix mode, the audio output will properly
mix between the adjusted settings of one input to the adjusted
settings of the new source.
To Adjust Audio Levels
1. From the Port Name menu, press the right arrow button to enter
the Audio Gain menu.
2. Press the down arrow button to go to the Audio Gain editing
screen.
3. Use the right and left arrow buttons to select the channel you
want to modify. The selected channel is indicated by a blue field
surrounding the channel’s level control. In the example to the
right, channel 16 is selected.
4. Press the up or down arrows to adjust the audio levels to be higher
or lower. Press and hold the up or down arrow button to accelerate
the rate of adjustment.
A red marker indicates that gain has been added. A black marker
indicates that gain has been reduced. A green marker indicates
that the audio level is at its default setting.
5. When finished adjusting the audio levels, press the configuration
button to exit and return to the Audio Gain menu.
For any given video Input source, which can carry up to 16 audio
channels, any audio Input channel can be assigned to any audio
Output channel.
Each point on the audio map represents a potential cross-point for a
specific audio channel Input and Output. By default, Input 1 is mapped
to Output 1, Input 2 is mapped to Output 2, and so forth. This default
configuration is shown in the middle screen capture to the right.
As a remapping example using Port Input #1, suppose you needed to
switch channels 1 and 2 with channels 3 and 4 on the outputs. Using
the Audio Map menu, you can assign inputs 1 and 2 to outputs 3 and
4, and assign inputs 3 and 4 to outputs 1 and 2. This configuration is
shown in the lower screen capture to the right.
To Remap Audio Channels
1. From the Audio Gain menu, press the right arrow button to access
the Audio Map menu.
2. Press the down arrow button to go to the Audio Map editing
screen.
3. To edit the audio map, use the arrows to select a point on the grid.
4. Press the OK button to activate the selected cross-point. Pressing
the OK button toggles between purple (active cross-point) and
gray (not active cross-point).
5. When finished, press the configuration button to exit.
Configuring the Router’s Ports from the
Web Interface
From the upper-left drop-down menu of the web interface, select
Settings. The Settings > General page displays.
If you have not previously established a web control
Note:
point, please see: “Setting Up a Web Control Point
(Optional)” on page 94.
Assigning and Naming Ports
Assign each port that you need to use. Once you have assigned a port, it becomes available to include
in a Profile. It’s fine to leave ports unassigned if you don’t need to use them.
Giving ports descriptive names makes them easier to work with. Port names display in a number of
places: on the front panel LCD screen header and footer, on the front panel Port menus, on the video
thumbnails used in the web interface, on Profiles, and on the Ports configuration page of the web
interface.
To Assign and Name Ports
From the left navigation panel of the Settings > General page, select Ports. The Ports page displays.
Initially, all the non-dedicated ports show “Unassigned” for the Type drop-down control.
For each port that you plan to use, take the following steps:
1. Select its Type from the Type drop-down control.
2. Enter a port name in the Name field.
Conguring Ports: Making a selection from the Type drop-down control for I/O Port 3
3. If applicable, make a selection from the Follow drop-down control.
4. Click Done near the upper left area of the browser window to save your changes.
Adjusting Audio Levels
When the signal is output through a Clean Switch, you can adjust audio levels on a per-input and
per-channel basis. The BrightEye NXT 450 Clean Streaming Router can apply gain or attenuation from
+12.0 dB to -70 dB.
When the Clean Switch is in Mix mode, the audio output will properly mix between the adjusted
settings of one input to the adjusted settings of the new source.
To Adjust Audio Levels
1. From the Ports page of the web interface, select the Audio Levels button for the Port you want to
work with. The Audio Level Gain menu displays.
The Audio Level Gain menu for channels 1 - 4 of
Port 1, renamed News Helicopter
2. Click and drag the slider control up or down to adjust the audio levels to be higher or lower for
each channel. Or you can enter a number directly into the field directly beneath the slider control,
or click the + or - symbols to adjust the number incrementally. Click Default to return to the
default value of 0 dB for a specific channel. Click Default All to return the default value to all of the
channels.
3. Select a different button along the top (Ch 5-8, Ch 9-12, Ch 13-16) to access the controls for those
audio channels.
4. When finished adjusting the audio levels, click Done. The Audio Level Gain menu closes, and you
will return to the main Ports page.
For any given video Input source, which can carry up to 16 audio channels, any audio Input channel
can be assigned to any audio Output channel.
Columns represent Input Channels, while rows represent Output Channels. Each point on the audio
map shown below represents a potential cross-point for a specific audio channel Input and Output.
By default, Input 1 is mapped to Output 1, Input 2 is mapped to Output 2, and so forth. This default
configuration is shown in the example on the left.
Audio Map default congurationAudio Map congured so that inputs 1 and 2
go to outputs 3 and 4; and inputs 3 and 4 go
to outputs 1 and 2.
As a remapping example using Port Input #1, suppose you needed to switch channels 1 and 2 with
channels 3 and 4 on the outputs. Using the Audio Map menu, you can assign inputs 1 and 2 to outputs
3 and 4, and assign inputs 3 and 4 to outputs 1 and 2. This configuration is shown in the above screen
capture on the right.
To Remap Audio Channels
1. From the Ports page of the web interface, select the Audio Map button for the Port you want to
work with. The Audio Map control displays.
Selecting a point on the grid toggles that point on or off. The grid points that are dark blue are
active; the gray grid points are inactive.
2. Columns represent Input Channels. Rows represent Output Channels. Referencing the example
shown above, click the grid point at column 1, row 1 to make it inactive (gray). Then click the grid
point at column 1, row 3 to make it active (dark blue). The result is that Input Channel 1 is now
going out through Output Channel 3 instead of Output Channel 1.
3. When finished adjusting the audio map, click Done. The Audio Map control closes, and you will
return to the main Ports page.
About Clean Switches and Clean Switch Configuration
Both of the BrightEye NXT 450’s clean switches have frame synchronizers, enabling you to switch
between asynchronous sources without glitches or pops—very useful when taking the router output
directly to air.
When a Clean Switch is assigned to an output port, its input is fed from the routing matrix and it
drives the output connector. Any source in the Router switched to this output will be presented
synchronously and timed.
Configuration of the Clean Switch includes its video format, timing, and embedded audio group
enables.
Up/Down/Cross Conversion
Both clean switches have up/down/cross converters. By setting the output standard of each clean
switch, configured independently, they automatically convert any SMPTE broadcast resolution source
to your chosen output standard, regardless of the signal’s incoming format.
Genlocked to Reference
The Clean Switches are genlocked to the reference being used within the Router. This ensures that the
output is stable regardless of the input signal. Not only does this ensure clean switching between untimed and even asynchronous sources, it also guarantees a stable, Black output upon loss of input.
Clean Switch / Frame Sync
InOut
Genlock
Embedded Audio
In parallel with the video processing, 16 channels of embedded audio are silently switched as well.
Incoming audio is disembedded, sample rate converted, switched, and then embedded into the
output. The audio processing includes a delay mechanism to compensate for the delay imposed on
the video by the frame sync. This compensation ensures that the time relationship (lip-sync) between
audio and video is maintained.
Output Port Following a Clean Switched Destination
If an output port has been configured to Follow a Destination which has a Clean Switch assignment,
that port will also deliver the Clean Switch output. That port set to Follow will not be seen as a
destination on a control panel because there is still only one Destination. The conceptual effect of this
is to have incorporated an output DA (Distribution Amp) into the Router.
Using the Output Timing control, you can adjust the timing of the Clean Switch relative to the genlock
reference. The best or most appropriate setting for the timing controls will depend upon the way in
which the Clean Switch is to be used and the nature of the video inputs.
Setting the H and V parameters to 0 will “zero” time the Clean Switch, matching it to the reference.
Negative values will cause the Clean Switch to be early with respect to the reference; positive values
will make the Clean Switch output later in time.
Imposing Delay on a Video Signal
A video frame sync imposes delay on a video signal passing through it in order to align that input to
the user adjusted output timing. The amount of delay is a function of the difference in timing between
the incoming video and the output of the frame sync. The frame sync can only add delay to the video
in order to make up that difference, and the amount will change automatically in accordance with the
timing of the input signal.
If the input signal is one line early compared to the output, the frame sync will add only one line of
delay. But if the incoming video is just one line late, the frame sync will add nearly an entire frame (less
one line) to bring the signal into time. If the input is asynchronous, its timing will be changing (drifting)
continuously. In that case, the delay imposed by the frame sync will vary continuously between (near)
zero and one frame.
Pre-Selector to a Production Switcher
When a Clean Switch is being used as a pre-selector to a production switcher, the Clean Switch
output timing must fall within the input auto-time window of the switcher. In general, this will be
accomplished by setting the Clean Switch H and V parameters to zero.
Feeding On-Set Monitors in a Live Environment
If the Clean Switch is feeding on-set monitors in a live environment from sources also used on
the production switcher, it is generally desirable to minimize the delay on those monitors. This is
accomplished by setting the Vertical timing of the Clean Switch to a small positive value. Setting this
parameter to +4 lines will typically guarantee that the sources (which have near zero timing) will only
experience 2 or 3 lines of delay. Since most production switchers have a forward delay of 1, 2, or 3 lines,
a setting of +4 lines on the Clean Switch will also allow the switcher output to be used with minimum
delay.
Both of the BrightEye NXT 450’s clean switches have frame
synchronizers, enabling you to switch between asynchronous sources
without glitches or pops. Both clean switches also have up/down/
cross converters. Simply by setting the output standard of each clean
switch, configured independently, they automatically convert any
SMPTE broadcast resolution source to your chosen output standard,
regardless of the signal’s incoming format.
To Assign a Clean Switch to a Destination
1. Press the Configuration button. The top level menus display.
2. Use the up or down arrow buttons to select the top level menu for
either Clean Switch 1 or Clean Switch 2.
3. Press the right arrow button (or OK) to highlight the Assignment
submenu.
4. Press the right arrow button (or OK) to go to the Assignment
selection submenu.
5. Press the up or down arrow buttons to select the destination Port
to which you want to assign the selected Clean Switch.
6. Press OK to set your new Clean Switch assignment, or press the
Configuration button to cancel your selection.
7. Press the Configuration button to back out of the menu one
level at a time. Or wait approximately 30 seconds until the screen
automatically returns to Operational mode.
To Set the Output Standard
1. From the Clean Switch 1 or Clean Switch 2 top level menu, use the
up or down arrow buttons to navigate to the Standard menu.
2. Press the right arrow button (or OK) to go to the Clean Switch
Standard submenu.
3. Use the up or down arrow buttons to select the standard you want
the Clean Switch to use.
4. Press OK to set the standard to your new selection, or press the
Configuration button to cancel your selection.
5. Press the Configuration button to back out of the menu one
level at a time. Or wait approximately 30 seconds until the screen
automatically returns to Operational mode.
Using the Output Timing control, you can adjust the timing of the
Clean Switch relative to the genlock reference. Setting the H and V
parameters to 0 will “zero” time the Clean Switch, matching it to the
reference. Negative values will cause the Clean Switch to be early with
respect to the reference; positive values will make the Clean Switch
output later in time.
1. From the Clean Switch 1 or Clean Switch 2 top level menu, use the
up or down arrow buttons to navigate to the V Timing or H Timing
menu.
2. Press the right arrow button (or OK) to go to the Clean Switch V
Timing or H Timing submenu.
3. Use the up or down arrow buttons to indicate the timing setting
you want the Clean Switch to use.
4. Press OK to set the timing to your new selection, or press the
Configuration button to cancel your selection.
5. Press the Configuration button to back out of the menu one
level at a time. Or wait approximately 30 seconds until the screen
automatically returns to Operational mode.
To Set the Audio Enables for Clean Switches
The Clean Switch supports 16 channels (four groups) of embedded
audio. In order for the Clean Switch output to have a consistent
configuration of audio, regardless of what is present on the input,
individual enables are provided for each group.
The Clean Switch output will always contain the enabled groups, but
channels that are not present in the input will simply be silent. In this
way, switching between sources with differing audio configurations
will produce smooth, silent transitions.
1. From the Clean Switch 1 or Clean Switch 2 top level menu, use the
up or down arrow buttons to navigate to the Audio Enables menu.
2. Press the right arrow button (or OK) to go to the Audio Enables
submenu.
3. Use the right or left arrow buttons to navigate to the submenu you
want to work with: Group 1, Group 2, Group 3 or Group 4.
4. Use the up or down arrow buttons to select On or Off.
5. Press OK to set your new selection, or press the Configuration
button to cancel your selection.
6. Press the Configuration button to back out of the menu one
level at a time. Or wait approximately 30 seconds until the screen
automatically returns to Operational mode.
Audio Breakaway is accessed through the following Clean Switch
menus:
1. From the Clean Switch 1 or Clean Switch 2 top level menu, use the
up or down arrow buttons to navigate to the Audio Source menu.
2. Press the right arrow button (or OK) to go to the Audio Source
submenu.
3. Use the up or down arrow buttons to select the audio source you
want to designate for the Clean Switch.
4. Press OK to set your new selection, or press the Configuration
button to cancel your selection.
5. Press the Configuration button to back out of the menu one
level at a time. Or wait approximately 30 seconds until the screen
automatically returns to Operational mode.
Assign the Clean Switch to any of the Destinations (Output Ports) that have been configured in the
Port Configuration menu. Only the currently available Destinations will be presented as choices in
this menu. Because only one CS can be assigned to any given Destination, the list presented will not
include any ports that are already assigned to the other Clean Switch. In order to change assignments
to move a port from one CS to another, you must first release the original assignment by selecting
“Unassigned.”
Output 4, Output 5, SDI Encoder, ASI Decoder
are the default selections available for
Clean Switch assignment.
After assigning additional Ports as
Destinations, they become available for
Clean Switch assignment.
To Set the Output Standard
Both clean switches have up/down/cross converters. By setting the output standard of each clean
switch, configured independently, they automatically convert any SMPTE broadcast resolution source
to your chosen output standard, regardless of the signal’s incoming format.
Select the desired output operating format and frame rate. If a source in a different format is selected,
the Clean Switch will up/down/cross convert as applicable to your selected output standard.
Using the Output Timing control, you can adjust the timing of the Clean Switch relative to the genlock
reference. Setting the H and V parameters to 0 will “zero” time the Clean Switch, matching it to the
reference. Negative values will cause the Clean Switch to be early with respect to the reference;
positive values will make the Clean Switch output later in time.
To Set the Audio Enables for Clean Switches
The Clean Switch supports 16 channels (four groups) of embedded audio. In order for the Clean
Switch output to have a consistent configuration of audio, regardless of what is present on the input,
individual enables are provided for each group.
The Clean Switch output will always contain the enabled groups, but channels that are not present
in the input will simply be silent. In this way, switching between sources with differing audio
configurations will produce smooth, silent transitions.
To Set the Audio Breakaway for Clean Switches
If you need to configure the audio source for the Clean Switch you are using:
• From the Clean Switches web interface page, make an audio source selection from the Audio
The BrightEye NXT 450 can be locked to an external reference or
operated from an internal precision reference. The Reference Source
control selects between those two choices.
The Reference Status indicator displays the status of the currently
selected reference.
To Select the Reference Source from the Front Panel
1. Press the Configuration button. The top level menus display.
2. Use the up or down arrow buttons to select the top level menu for
Timing & Genlock.
3. Press the right arrow button (or OK) to highlight the Reference
Source submenu.
4. Press the right arrow button (or OK) to go to the Reference Source
selection submenu.
5. Press the up or down arrow buttons to select Internal or External.
6. Press OK to set your Reference Source selection, or press the
Configuration button to cancel your selection.
7. Press the Configuration button to back out of the menu one
level at a time. Or wait approximately 30 seconds until the screen
automatically returns to Operational mode.
The BrightEye NXT 450 uses the video format selection of the Primary
Test Signal Generator to determine two system-wide parameters—
System Frame Rate, and Vertical Interval Switch Point.
System Frame Rate
Distributed within the BrightEye NXT 450 is a System Frame Rate
Reference. It is used to vertically lock the outputs of the internal Test
Signal Generators and the Clean Switch frame syncs. The System Frame
Rate is selected by the Primary Test Signal Generator. If the selected
genlock reference is in the same frame rate family (see the Note on
Frame Rates on the next page), the System Frame Rate Reference will
also be locked to the external reference. If the external reference is
in a conflicting frame rate family (for example, SD 525 reference vs.
1080p/50 in the Primary Test Signal Generator), the System Frame Rate
Reference will be internally generated.
Vertical Interval Switch Point
The precise point in the vertical interval where the crosspoint switch
will occur is taken from the timing of the Primary Test Signal Generator.
This provides flexibility in the system by allowing, for example, the use
of an SD reference with a matrix that changes at HD switch points.
To Select the Reference Source from the Web Interface
1. From the left navigation panel of the web interface, select Timing & Genlock. The Timing &
Genlock page displays.
2. From the Reference Source drop-down control, select Internal or External.
3. Click Done near the upper left area of the browser window to save your changes.
Note on Frame Rates
Despite the large number of video formats supported by the Router, there are only three possible
frame rate families.
50 Hz
59.94 Hz
60 Hz
The vast majority of applications, even those including both SD and HD formats, will all fall within a
single frame rate family. For example, as members of the 59.94 family, both SD 525 and 1080i/59.94
can be simultaneously vertically locked to a single reference.
The 50 Hz frame rate family includes 25 Hz and 50 Hz frame and field rates.
This family includes all of the “PAL” related standards in both standard and
high definition.
All of the NTSC-derived standards, including 23.98, 29.97, and 59.94 Hz
field and frame rates. There is a 4 Frame to 5 Frame relationship between
23.98 and 59.94 which allows these to peacefully co-exist.
The “not quite 60 Hz” challenges of the 59.94 world are addressed with this
family which includes 24 Hz, 30 Hz, and 60 Hz field and frame rates. Though
not used for broadcast, this family is useful for film rate and scientific/
industrial applications.
The BrightEye NXT 450 Clean Streaming Router is equipped with two independent internal Test Signal
Generators (TSG). These generators are driven from the genlock source chosen by the Reference
Source control on the Timing and Genlock menu.
Each TSG can be independently configured for format, Router Front Panel rate, and test pattern. The
TSG outputs will always be clock-locked to the reference source. Further, they will be vertically locked
and timed if the video standard the TSG is configured for is compatible with the provided reference.
Because the Clean Streaming Router generates the test signals internally, the TSGs are available as
sources in the Router (without consuming a physical input BNC) and can be selected to any output
destination. Source names can be assigned to them in the Port Configuration menu, and their position
on control panels is assigned in the Profiles menu.
Configuring the Internal Test Signal Generators from the Front Panel
There are two sets of configuration controls, one for each TSG, for both the BrightEye NXT front panel
and the web interface. These configurations are independent, allowing the two generators to operate
in different formats, and even at different frame rates. To configure them to the same standard, and to
set them to matching timing (relative to the genlock reference), make the same settings for Standard,
Vertical Timing, and Horizontal Timing.
1. Press the Configuration button. The top level menus display.
2. Use the up or down arrow buttons to select the top level menu for
TSG1 or TSG2.
3. Press the right arrow button (or OK) to highlight the Standard
submenu.
4. Press the right arrow button (or OK) to go to the Standard selection
submenu.
5. Press the up or down arrow buttons to select the Standard you
want to use.
6. Press OK to set your Standard selection, or press the Configuration
button to cancel your selection.
7. Press the Configuration button to back out of the menu one
level at a time. Or wait approximately 30 seconds until the screen
automatically returns to Operational mode.
The BrightEye NXT 450 uses the video format selection of the Primary
Test Signal Generator to determine two system-wide parameters—
System Frame Rate, and Vertical Interval Switch Point.
To Select the TSG Pattern
1. Press the Configuration button. The top level menus display.
2. Use the up or down arrow buttons to select the top level menu for
TSG1 or TSG2.
3. Press the right arrow button (or OK) to access the top level of the
submenus.
4. Use the up or down arrow buttons to highlight the Pattern
submenu.
5. Press the right arrow buton (or OK) to go to the Pattern selection
submenu.
6. Press the up or down arrow buttons to select the Pattern you want
to use.
7. Press OK to set your Pattern selection, or press the Configuration
button to cancel your selection.
8. Press the Configuration button to back out of the menu one
level at a time. Or wait approximately 30 seconds until the screen
automatically returns to Operational mode.
1. Press the Configuration button. The top level menus display.
2. Use the up or down arrow buttons to select the top level menu for
TSG1 or TSG2.
3. Press the right arrow button (or OK) to access the TSG submenus.
4. Use the up or down arrow buttons to highlight the V Timing
submenu.
5. Press the right arrow button (or OK) to access the V Timing
selection submenu.
6. Press the up or down arrow buttons to set the lines value you want
to use. If you want to reset V Timing to zero, press both the up and
down arrow buttons simultaneously.
7. Press OK to set your V Timing selection, or press the Configuration
button to cancel your selection.
8. Press the Configuration button to back out of the menu one
level at a time. Or wait approximately 30 seconds until the screen
automatically returns to Operational mode.
To Set the TSG Horizontal Timing
1. Press the Configuration button. The top level menus display.
2. Use the up or down arrow buttons to select the top level menu for
TSG1 or TSG2.
3. Press the right arrow button (or OK) to access the TSG submenus.
4. Use the up or down arrow buttons to highlight the H Timing
submenu.
5. Press the right arrow button (or OK) to access the H Timing
selection submenu.
6. Press the up or down arrow buttons to set the clocks value you
want to use. If you want to reset H Timing to zero, press both the
up and down arrow buttons simultaneously.
7. Press OK to set your H Timing selection, or press the Configuration
button to cancel your selection.
8. Press the Configuration button to back out of the menu one
level at a time. Or wait approximately 30 seconds until the screen
automatically returns to Operational mode.
1. Press the Configuration button. The top level menus display.
2. Use the up or down arrow buttons to select the top level menu for
TSG1 or TSG2.
3. Press the right arrow button (or OK) to access the TSG submenus.
4. Use the up or down arrow buttons to highlight the Slate submenu.
5. Press the right arrow button (or OK) to access the Slate On/Off
selection submenu.
6. Press the up or down arrow buttons to select On or Off.
7. Press OK to set your Slate On/Off selection, or press the
Configuration button to cancel your selection.
8. Press the Configuration button to back out of the menu one
level at a time. Or wait approximately 30 seconds until the screen
automatically returns to Operational mode.
To Configure the TSG Slate Text
1. Press the Configuration button. The top level menus display.
2. Use the up or down arrow buttons to select the top level menu for
TSG1 or TSG2.
3. Press the right arrow button (or OK) to access the TSG submenus.
4. Use the up or down arrow buttons to highlight the Slate Text
submenu.
5. Press the right arrow button (or OK) to access the Slate Text
configuration keyboard.
6. Use the up, down, left and right arrow buttons to select one letter
at a time. Press OK to enter each letter, one at a time, into the text
field.
7. When you have finished entering the Slate Text, highlight “Set” on
the Slate Text configuration keyboard, then press OK to save your
changes.
8. Press the Configuration button to back out of the menu one
level at a time. Or wait approximately 30 seconds until the screen
automatically returns to Operational mode.
1. Press the Configuration button. The top level menus display.
2. Use the up or down arrow buttons to select the top level menu for
TSG1 or TSG2.
3. Press the right arrow button (or OK) to access the TSG submenus.
4. Use the up or down arrow buttons to highlight the Cyclops
submenu.
5. Press the right arrow button (or OK) to access the Cyclops selection
submenu.
6. Press the up or down arrow buttons to select one of these options:
Off, Cyclops Only, Cyclops Aud Pop, Cyclops Aud Beep.
7. Press OK to set your Cyclops selection, or press the Configuration
button to cancel your selection.
8. Press the Configuration button to back out of the menu one
level at a time. Or wait approximately 30 seconds until the screen
automatically returns to Operational mode.
To Configure the TSG Audio Reference Level
1. Press the Configuration button. The top level menus display.
2. Use the up or down arrow buttons to select the top level menu for
TSG1 or TSG2.
3. Press the right arrow button (or OK) to access the TSG submenus.
4. Use the up or down arrow buttons to highlight the Audio Ref Level
submenu.
5. Press the right arrow button (or OK) to access the Audio Ref Level
selection submenu.
6. Use the up or down arrow buttons to select either -20 dBFS or
-18 dBFS.
7. Press OK to set your selection.
8. Press the Configuration button to back out of the menu one
level at a time. Or wait approximately 30 seconds until the screen
automatically returns to Operational mode.
1. Press the Configuration button. The top level menus display.
2. Use the up or down arrow buttons to select the top level menu for
TSG1 or TSG2.
3. Press the right arrow button (or OK) to access the TSG submenus.
4. Use the up or down arrow buttons to highlight the Audio Enables
submenu.
5. Press the right arrow button (or OK) to access the Audio Enables
selection submenu.
6. Press the right or left arrow buttons to select Group 1, Group 2,
Group 3 or Group 4.
7. Press the up or down arrow buttons to select On or Off.
8. Press OK to set your selection, or press the Configuration button to
cancel your selection.
9. Press the Configuration button to back out of the menu one
level at a time. Or wait approximately 30 seconds until the screen
automatically returns to Operational mode.
1. Press the Configuration button. The top level menus display.
2. Use the up or down arrow buttons to select the top level menu for
TSG1 or TSG2.
3. Press the right arrow button (or OK) to access the TSG submenus.
4. Use the up or down arrow buttons to highlight the Audio Channels
submenu.
5. Press the right arrow button (or OK) to access the Audio Channels
selection submenu.
6. Press the right or left arrow buttons to select a channel ranging
from Channel 1 to Channel 16.
7. Press the up or down arrow buttons to select one of the available
tones or Silence.
8. Press OK to set your selection, or press the Configuration button to
cancel your selection.
9. Press the Configuration button to back out of the menu one
level at a time. Or wait approximately 30 seconds until the screen
automatically returns to Operational mode.
Configuring the Internal Test Signal Generators from the Web Interface
There are two sets of configuration controls, one for each TSG, for both the BrightEye NXT 450 front
panel and the web interface. These configurations are independent, allowing the two generators to
operate in different formats, and even at different frame rates. To configure them to the same standard,
and to set them to matching timing (relative to the genlock reference), make the same settings for
Standard, Vertical Timing, and Horizontal Timing.
Test Signal Generator conguration page web interface
The configuration controls for the TSGs as are follows:
To Select the TSG Standard
Select the desired operating format and frame rate.
The choice of Standard for the Primary Test Signal
Note:
Generator sets the System Frame Rate for the entire
Router. This is detailed earlier in the section Setting
Up Timing and Genlock on page 50.
If the Secondary TSG is set to a Standard which is incompatible with
the System Frame Rate (determined by the Primary TSG), then it will
have a free-running H and V. This makes it possible, for example, to
produce both HD1080i/59.94 in the Primary TSG, and 1080i/50 in the
Secondary TSG. Both will have the same frequency accuracy (from the
genlock reference), but only one will be vertically and horizontally
timeable.
To Select the TSG Pattern
Choose the desired test pattern to be presented by the TSG.
In addition to Black and Bars, the Pathological test pattern is provided.
Also known as Digital Checkfield, it is a “worst-case” signal that stresses
SDI cable drivers and equalizers. It is extremely useful in proving the
integrity of a system.
The Vertical and Horizontal Timing controls adjust the timing of the TSG relative to the genlock
reference. Setting the H and V parameters to 0 will “zero” time the TSG to the reference. Negative
values will cause the TSG to be early with respect to the reference; positive values will make the TSG
later in time.
When the Router is being operated from an external 10 MHz reference, or when it is configured to use
its internal precision frequency reference, there is no external video reference against which H and V
timing can be adjusted. In that case, all of the resources in the router (the TSGs and the Clean Switch/
Synchronizers) will be adjusted against a common, internally generated video timing reference. This
means that they can be adjusted relative to each other. If all of their H and V Timing parameters are
set to identical values (like 0), they will all be locked (synchronous) to each other and they will all be in
vertical and horizontal alignment with each other.
The timing adjustments for the Primary Test Signal Generator are also used to
Note:
position the vertical interval switching point in the Router’s matrix. The timing of the
Primary TSG can be compared to other sources on a Waveform Monitor to ensure
that the switch point will be properly aligned to the sources feeding the Router.
To Configure Audio Embedding
Each TSG has an Audio Embedder (Multiplexer) that can embed 16 channels of audio into the TSG SDI
output. Audio is embedded in groups, each of which contains 4 channels. There are 9 audio sources for
each channel – 8 tone generators, plus silence.
In the world of digital audio, there is a big difference between “Silence” and “no
Note:
signal present.” In the same way that Black is a legitimate video signal, digital silence
must be sent to destinations rather than just sending “nothing.” Thus, TSGs should
generally be configured to embed ALL of the groups that may be in use in a facility,
with Silence chosen as the audio signal for channels where no content is needed
or desired. Otherwise, switching between a TSG with only one group enabled, and
a source with two groups of embedded audio present, will produce undesirable
effects in downstream equipment.
When on, the text which has been entered in the Slate Text field will appear over top of the test
pattern.
To Configure the TSG Slate Text
Enter the desired Slate text in this field, then hit the Tab key or click outside of the Slate Text field. As
with all of the configuration settings in the Router, this will be saved in non-volatile memory so that
it persists when the Router is powered down. The text entered in this field is not lost when the Slate
Enable is turned off.
To Configure the TSG Cyclops
In order to produce a dynamic, constantly changing Test Pattern, enable one of the Cyclops modes to
affect the picture, sound or both. The Cyclops feature adds a motion element which is overlaid over
the test pattern video. It is located below the Slate field. The white cyclops pulse continuously sweeps
horizontally back and forth in its black window. At the left and right extremes of its excursion the pulse
makes a one frame bright flash.
Meanwhile, the Beep/Pop feature will add variety to the tones carried
by the embedded audio. Selecting Beep will produce a short beep (and
is otherwise silent), while Pop momentarily takes the selected tone to
silence. Industry practice identifies odd numbered channels as carrying
Left content, and even numbered channels as the Right half of a stereo
program. The Pop and Beep timing in the audio follows this convention,
with the odd channels being marked when the Cyclops makes its left
flash, and the even channels marked when the right edge flash occurs.
Further, the ‘left’ channel is a single Beep/Pop, while the ‘right’ channel is a double Beep/Pop. This
allows left/right identification even after the audio has been disembedded (demultiplexed) and has
lost the implied channel association.
These aural and visual markers provide proof at downstream points in a transmission chain that it
is producing live, uninterrupted delivery of content – even when not in active service. The precise
synchronization between the visual Cyclops and the aural Beep/Pop are also useful to verify sound/
picture lip-sync.
This control selects the Digital Reference Level for the audio tone
generators. This sets the nominal reference level (or 0 VU) relative to
Digital Full Scale (DFS). This relationship is expressed on a logarithmic
(decibel) scale. Since DFS is the ‘loudest’ signal that can be represented,
a setting of -18 dBFS will be 18 dB below Full Scale which is 2dB greater
than a setting of -20 dBFS. This control should be set in accordance
with the audio practice in use in your facility. Frequently, -20 dBFS is
the common practice in NTSC countries, while -18 dBFS is used in PAL
countries.
To Configure the TSG Audio Group Enables
Each of the four possible audio groups can be Enabled independently.
To Configure the TSG Audio Source Selections
Choose between Silence, or one of eight tone frequencies. The tone generators produce sine waves
with precision at 24 bits of quantization. This can be verified with a digital audio distortion analyzer
with a noise floor at -144 dBFS.
Any tones that are selected will be dynamically modified if the Cyclops control is configured for Audio
Pop or Beep. (The Cyclops control adds motion, audio pop or beep, and closed caption elements to
the video test signal which proves that the signal reaching a given destination is a true live signal and
not a freeze frame from a frame synchronizer that has lost its input.)
The BrightEye NXT 450 Clean Streaming Router contains both a full featured encoder and a decoder.
Because the encoder and decoder are completely independent, they can be used independently or
together. You can route any 3G/HD/SD SDI baseband source that is connected to the NXT 450 to the
internal MPEG-4 H.264 encoder. The encoder can simultaneously produce a high resolution output for
broadcast and a low resolution output for mobile and hand-held devices.
The encoder’s DVB-ASI formatter provides the option of sending encoded signals back to the routing
matrix as a DVB-ASI signal. You can then deliver the signal to a BNC output or to fiber for delivery to a
distant location.
How the Encoding Menus are Organized
The encoding configuration controls of the unit’s front panel and its web interface are identical, except
that the web interface offers an additional control for configuring Presets for both the High Resolution
Encoder and the Low Resolution Encoder.
From the unit’s front panel, the encoding configuration controls are organized into two sets of eight
submenus—one set for the High Resolution Encoder and a second set for the Low Resolution Encoder:
High Resolution Encoder MenuLow Resolution Encoder Menu
The web interface, on the other hand, includes all of these parameter controls on a single page under
the Settings > Encoding menu, as shown below. The configuration controls for the High Resolution
Encoder are in the top section; the configuration controls for the Low Resolution Encoder are in the
lower section. Notice the additional Preset control that is found only in the web interface.
This section first covers the encoding configuration controls that are accessed through the unit’s front
panel. Afterwards, the Encoding Preset controls of the web interface will be addressed.
The web interface for conguring the High Resolution Encoder
This section covers configuring the encoder’s video bit rate, profile, level, audio bit rate and PIDs. The
information about each parameter applies equally to the web interface.
Configuring the Encoder’s Video Bit Rate
Higher video bit rates accommodate higher image quality. When
configuring the video bit rate, consider the best balance between your
image quality needs with your network bandwidth.
Default High Resolution Encoder Bit Rate: 8000 Kb/s
Default Low Resolution Encoder Bit Rate: 1500 Kb/s
Min: 500 Kb/s
Max: 30,000 Kb/s
1. Press the Configuration button. The top level menus display.
2. Use the up and down arrows to navigate to the High Res Encoder
or Low Res Encoder configuration menu.
3. Press the right arrow button (or OK) to highlight the Video Bit Rate submenu.
4. Press the right arrow button (or OK) to go to the Video Bit Rate
Kb/s assignment field.
5. Use the up and down arrow buttons to select the video bit rate you
want to use. For example, 8000 Kb/s would be 8 megabits.
6. Press OK to set your new selection, or press the Configuration
button to cancel.
Choose Baseline for applications such as video conferencing or mobile.
Baseline is available only in the Low Resolution Encoder. Choose Main
for applications such as SD broadcasting. Choose High for applications
such as HD broadcasting.
1. While in the High Res Encoder or Low Res Encoder menu, as
applicable, press the down arrow button to highlight the Profile
menu.
2. Press the right arrow button (or OK) to go to the Profile selection
menu.
3. Use the up and down arrows to select Baseline, Main or High.
4. Press OK to set your selection, or press the Configuration button to
cancel.
Selecting the Encoder’s Level
Encoding levels specify the maximum picture resolution, frame rate,
and bit rate that the encoder uses.
For the High Resolution Encoder, you can select from these levels:
Levels 3.0, 3.1, 3.2, 4.0, 4.1, 4.2.
For the Low Resolution Encoder, you can select from these levels:
Levels 1.2, 1.3, 2.0, 2.1, 2.2, 3.0, 3.1, 3.2, 4.0, 4.1, 4.2.
1. While in the High Res Encoder or Low Res Encoder menu, as
applicable, press the down arrow button to highlight the Level
submenu.
2. Press the right arrow button (or OK) to go to the Level selection
menu.
3. Use the the up and down arrow buttons to select the encoding
level you require.
4. Press OK to set your selection, or press the Configuration button to
cancel.
Configuring Encoding from the Web Interface Controls
The Encoding configuration parameters available from the front panel menus and from the web
interface are the same. Notice the controls for Profile, Level, Video Bit Rate, Audio Bit Rate, PMT PID,
Video PID, PCR PID, and Audio PID. See the previous section (Configuring Encoding from the Front
Panel Menus) for information about these controls.
Presets
Unlike the front panel controls, however, the web interface provides one additional control for
creating Presets. This additional control is available for the High Resolution Encoder and the Low
Resolution Encoder.
With Presets, you can set up and name any number of configurations that you may need to recall for
future use. Access preconfigured settings from the Preset drop-down menu.
After setting up the Encoder, you can configure the streaming outputs. The encoder produces
simultaneous transport streams, including two unicast streams and one multicast stream. Each of
these streams is independently configurable as either a high resolution or low resolution signal.
Output the various streams to the GigE Streaming Media I/O port.
The Unicast A output is completely independent of the Unicast B output. For example, you can deliver
the same high resolution feed to two separate locations, or you can deliver both the high and low
resolution feed to one location.
How the Streaming Menus are Organized
The streaming configuration controls of the unit’s front panel and its web interface are identical with
one exception—the web interface offers an additional control for configuring Streaming Presets.
From the unit’s front panel, the streaming configuration controls are organized into three separate
menus: Unicast A, Unicast B, and Multicast. The web interface, on the other hand, includes the
parameter controls for Unicast A, Unicast B, and Multicast on a single page under the Settings >
Streaming menu, as shown below.
This section first covers the streaming configuration controls that are accessed through the unit’s front
panel. Afterwards, the Streaming Preset controls of the web interface will be addressed.
The configuration parameters for Unicast A and Unicast B are identical. The following steps are for
setting up streaming for the Unicast A output.
Enabling the Unicast A Streaming Output
The streaming output must be enabled before it can send the
output.
1. Press the Configuration button. The top level menus display.
2. Use the up and down arrows to highlight the Unicast A
configuration menu.
3. Press the right arrow button (or OK) to highlight the Enable
submenu.
4. Press the right arrow button (or OK) to go to the Enable
selection menu.
5. Use the up or down arrow button to select On.
6. Press OK to set your new selection, or press the Configuration
button to cancel.
Select the Streaming Source
After configuring the settings of the High Resolution Encoder or the
Low Resolution Encoder, select which of these encoders you want to
use for streaming from the Unicast A Source menu.
1. While in the Unicast A configuration menu, press the down
arrow button to navigate to the Source submenu.
2. Press the right arrow button (or OK) to go to the Source
selection menu.
3. Use the up or down arrow button to select High Resolution or
Low Resolution.
4. Press OK to confirm your setting, or press the Configuration
button to cancel.
Configuring Unicast from the Web Interface Controls
The Streaming configuration parameters available from the front panel menus and from the web
interface are the same. Notice the controls for Enable, Source, Destination IP Address, Destination Port,
TTL (time to live), Packet Size, and Source Port. See the previous section (Configuring Streaming from
the Front Panel Menus) for information about these controls.
Presets
Unlike the front panel controls, however, the web interface provides one additional control for
creating Presets. This additional control is available for Unicast Stream A, Unicast Stream B, and
Multicast Stream.
With Presets, you can set up and name any number of configurations that you may need to recall for
future use. Access preconfigured settings from the Preset drop-down menu.
To create a Preset, first configure all the fields needed for your application, whether it is for Unicast
Stream A, Unicast Stream B, or Multicast Stream.
From the corresponding Preset control, click New.
The New Preset dialog box displays.
Give your new preset a name, then click New.
The New Preset dialog box closes. The new preset you have just made is currently selected on the
Settings > Streaming page.
Unicast, Multicast, MPEG-2 or MPEG-4 signals enter the decoder over an IP connection. DVB-ASI signals
enter the decoder through the routing matrix. You can select which of these signals you want decoded
and delivered, including embedded audio, into the routing matrix in baseband form as HD SDI or SD
SDI.
By setting the output format of the decoder, regardless of the incoming format in the stream, whether
IP or DVB-ASI, the decoder will convert the signal to the specified format. Once decoded and delivered
into the routing matrix, you can up/down/cross convert signals if needed, then send signals out of the
Clean Streaming Router as SDI, HDMI or fiber.
How the Decoding Menus are Organized
The decoding configuration controls of the unit’s front panel and its web interface are identical, except
that the web interface offers an additional control for configuring Decoding Presets.
From the unit’s front panel, the decoding configuration controls are organized into five separate
submenus:
• Input
• Unicast Receive Port
• Multicast IP Address
• Multicast Port
• Output Format
The web interface, on the other hand, includes all of these parameter controls on a single page under
the Settings > Decoding menu, as shown below.
This section first covers the decoding configuration controls that are accessed through the unit’s front
panel. Afterwards, the Decoding Preset controls of the web interface will be addressed.
Specifying the Decoder Input
Select the signal type you will be decoding: Unicast, Multicast or DVBASI.
1. Press the Configuration button to get to the configuration menus.
Use the up and down arrow buttons to navigate to the Decoding
configuration menu.
2. Press the right arrow button (or OK) to highlight the Input
submenu.
3. Press the right arrow button (or OK) to go to the Input selection.
4. Use the up and down arrow buttons to select Unicast, Multicast or
DVB-ASI.
5. Press OK to set your new selection, or press the Configuration
button to cancel.
Configuring the Unicast Receive Port
This is the port address through which the Unicast stream will be
received.
Default port value: 1234
Min: 200
Max: 10000
1. While in the Decoding configuration menu, press the down arrow
button to navigate to the Unicast Rcv Port submenu.
2. Press the right arrow button (or OK) to go to the Unicast Rcv Port
selection.
3. Use the up and down arrow buttons to enter the port assignment.
4. Press OK to confirm your setting, or press the Configuration button
to cancel.
When decoding a multicast signal, specify the Multicast IP address and
Port for the signal you will be receiving.
1. While in the Decoding configuration menu, press the down arrow
button to navigate to the Multicast IP Adr submenu.
2. Press the right arrow button (or OK) to go to the Multicast IP Adr
selection submenu.
3. Use the up and down arrow buttons to set the value for each IP
address segment. Use the right and left arrow buttons to navigate
from segment to segment.
4. Press OK to set your new selection, or press the Configuration
button to cancel.
Configuring the Multicast Port
This is the port address through which the Multicast stream will be
received.
Default port value: 1234
Min: 200
Max: 10000
1. While in the Decoding configuration menu, press the down arrow
button to navigate to the Multicast Port submenu.
2. Press the right arrow button (or OK) to go to the Multicast Port
selection.
3. Use the up and down arrow buttons to enter the port assignment.
4. Press OK to confirm your setting, or press the Configuration button
to cancel.
Configuring the Decoder Output Format
Available selections:
720p 50, 59.94, or 60 Hz
1080i 50, 59.94, or 60 Hz
1080p 23.98, 24, or 25 Hz
1. While in the Decoding configuration menu, press the down arrow
button to navigate to the Output Format submenu.
Configuring Decoding from the Web Interface Controls
The Decoding configuration parameters available from the front panel menus and from the web
interface are the same. Notice the controls for Input, Unicast Receive Port, Multicast IP Address,
Multicast Port, and Output Format. See the previous section (Configuring Decoding from the Front
Panel Menus) for more information about these controls.
Presets
Unlike the front panel controls, however, the web interface provides one additional control for
creating Presets.
With Presets, you can set up and name any number of configurations that you may need to recall for
future use. Access preconfigured settings from the Preset drop-down menu.
Configuring the 5835 Router and Action Control Panel
Configuring the Router and Action Control Panel involves:
• Connecting it to the network with an Ethernet cable,
• Turning on the power, (unless it is being powered using Power over Ethernet, or PoE),
• Determining whether to use a static (the default) or dynamic IP address,
• Granting it access to the Clean Streaming Router, and
• Assigning it a Profile.
Note:
Please connect the Router and Action Control Panel to the network before turning
on its power. The Router and Action Control Panel can be powered using PoE (if you
have a PoE switch upstream from the Panel), or it can be powered by the power
supply included with each Router and Action Control Panel.
5835 Router and Action Control Panel Default Settings
The Control Panel comes from the factory with the following default network settings:
Using the Control Panel’s Network Configuration Controls
• For one full second, simultaneously press both
small round buttons located to the left of the
LCD Display. The Network Settings screen displays.
• Five panel buttons to the right of the LCD Display
change both color and function while the
Network Settings screen is displaying. A map
of the green and yellow button functionality
is shown in the upper right corner of the screen.
• Use the green buttons to navigate up, down, left and right among the Network Settings
menus and submenus.
• When changing numeric values, pressing and holding the up or down navigation buttons
accelerates the the rate at which the numbers change.
• Use the yellow button (Enter) to enter and exit menus and to select Cancel or Save.
• A white arrow points to the currently selected menu or submenu.
• Entering invalid combinations of network settings
causes errors. Invalid network settings cannot
be saved.
Modifying the Control Panel’s Network Settings
Configure the Network Settings appropriately for your network. Gateway and DNS Server fields are
optional.
MenuConfiguration Steps
Mode
1. With Mode selected, press Enter
(yellow button) to access the Mode
menu settings. The Set Network Mode
screen displays.
2. Use the Up and Down navigation
buttons to select either Static or DHCP.
3. Press Enter to exit the Mode menu.
Note:
Although the Clean Streaming Router must use a fixed (static)
IP Address, it is possible to operate the 5835 Router and
Action Control Panel with either a static address or one that
is automatically assigned by your network under DHCP. If
DHCP is selected from the Mode menu, the 5835 will obtain an
address from the DHCP server on your network. However, we
recommend using a fixed (static) IP Address.
1. Use the navigation buttons to select
the Address menu.
2. Press Enter. The Set IP Address screen
displays.
3. Use the Up and Down navigation
buttons to change values. Use the
Left and Right navigation buttons
to move to the different segments
of the IP address.
4. Once you have set the IP address to your desired setting, press Enter to exit
the Address menu and return to the Network Settings screen.
1. Use the navigation buttons to select
the Subnet Mask menu.
2. Press Enter. The Set Subnet Mask
screen displays.
3. Use the Up and Down navigation
buttons to change values. Use the
Left and Right navigation buttons
to move to the different segments
of the Subnet Mask menu.
4. Once you have set the Subnet Mask to your desired setting, press Enter to
exit the menu and return to the Network Settings screen.
1. Use the navigation buttons to select
the Gateway menu.
2. Press Enter. The Set Gateway screen
displays.
3. Use the Up and Down navigation
buttons to change values. Use the
Left and Right navigation buttons
to move to the different segments
of the Gateway menu.
4. Once you have set the Gateway to your desired setting, press Enter to exit
the menu and return to the Network Settings screen.
1. Use the navigation buttons to select
the DNS Server menu.
1. Press Enter. The Set DNS Server
screen displays.
2. Use the Up and Down navigation
buttons to change values. Use the
Left and Right navigation buttons
to move to the different segments
of the DNS Server menu.
3. Once you have set the DNS Server to your desired setting, press Enter to exit
the menu and return to the Network Settings screen.
Save
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1. Once finished modifying the control panel’s network settings, select Save to
save your changes, or select Cancel to cancel all changes.
2. Press Enter. The LCD Display returns to operational mode, displaying the
currently selected Background.
1. Browse to the 450 Settings > Control Points page.
2. Under the heading Add Control Panel, enter a name for the 5835 Panel in the Name field.
3. Select a Profile from the Profile drop-down control.
4. Enter the IP address of the 5835 into the Address field.
5. Click Add. The 5835 Panel is added to the list of Control Points.
6. Click Done.
At this point, now that you have assigned a compatible IP address to the Control Panel and you have
added it as a Control Point, it will connect to the Router.
The NXT 450 Settings > Control Points window showing the process of
adding the 5835 Control Panel as a Control Point
Enabling a Control Point’s Action Buttons
Select the Action Control checkbox for each Control Point that needs to use Action Control.
Selecting the Action Control checkbox from the Control Points window enables the Action Buttons on
both the 5835 Control Panel (if applicable) as well as the Action Control buttons on the web interface.
Enabling Action Control for a specic Control Point
Because the BrightEye NXT Clean Streaming Router includes the built-in front control panel, it is
not required to set up a web control point. However, creating one or more web control points adds
flexibility to both configuring and operating your unit.
Connecting an Ethernet Cable
Your BrightEye NXT Clean Streaming Router is equipped with a Control Network Ethernet interface. To
establish network connectivity between a web control point and the Clean Streaming Router, while
the power is off, connect an Ethernet cable to the Control Network Ethernet port, shown below.
The Control Network Ethernet port should be connected with CAT5 or CAT6 cabling to a network
Ethernet router or switch to make the Clean Streaming Router accessible to computers on the
network. The Control Network Ethernet port will auto-sense cable direction, so a cross-over cable is
not needed.
Assigning the Clean Streaming Router a New IP Address and Subnet Mask
When you initially power up the BrightEye NXT Clean Streaming Router as received from the factory,
it will take the self-assigned static IP address of 192.168.1.101. You must modify its IP address and
subnet mask to be compatible with your network’s environment. These are general instructions.
We recommend that you consult your IT staff if you are uncertain about any of these network
configuration settings.
To Set the IP Address
1. Press the Configuration button. The top level menus display.
2. Press the down arrow button until the Network top level menu is
selected. The Network menu is the last one; press the down arrow
approximately 14 times to reach it.
3. Press the right arrow button (or OK) to highlight the Address
submenu.
4. Press the right arrow button (or OK) to go to the Address selection
submenu.
5. Using the arrow buttons, modify the fields in the Address submenu
with an IP address that is compatible with your network. For
example, you may want to change the IP address to something like
the following: 10.123.131.158.
6. Press OK to save the new IP address, or press the Configuration
button to cancel.
The subnet mask must be set in accordance with the size and topology
of your network. The default setting as received from the factory is
for a smaller network: 255.255.255.0. For a larger network, a typical
setting is 255.255.0.0. If in doubt, use the setting for a larger network.
1. Press the Configuration button. The top level menus display.
2. Press the down arrow button until the Network top level menu is
selected.
3. Press the right arrow button (or OK) to highlight the Address
submenu.
4. Press the down arrow button to highlight the Subnet Mask
submenu.
5. Press the right arrow button (or OK) to go to the Subnet Mask
selection submenu.
6. Using the arrow buttons, modify the fields in the Subnet Mask
submenu with an address that is compatible with your network.
7. Press OK to save the new Subnet Mask address, or press the
Configuration button to cancel.
Gateway and DNS Server Settings
Set the Gateway and DNS Server parameters according to your
network configuration. In general, these settings will be required only
in installations with extended networking requirements, such as a
remote site connected by VPN.
You can now browse to the BrightEye NXT 450 Clean Streaming Router
from a computer on your network as described in the next step.
4. Click System Settings from the upper left part of the browser
window. The Settings window displays.
5. From the lower left menu (you may need to scroll down), click
Control Points. The Settings > Control Points window displays. The
Control Point you just requested is shown.
You are now presented with a BrightEye NXT Clean Streaming Router control view with thumbnail
icons, shown below. Without video signals present, the thumbnails will indicate “No Input.”
Thumbnail representations of the router’s Sources are shown in the upper area,
Destinations in the lower area.
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