Moog EXO GeminEye User manual

Moog Inc.
Sensor and Surveillance Systems
3650 Woodhead Drive Northbrook, IL. USA 60062
+1.847.498.0700 Fax: [phone] www.moogS3.com
EXO GeminEye
HD Camera System QPT-LT Positioner
Installation and Operation Instructions
Before attempting to connect or operate this product, please
read these instructions completely.
© 2013, Moog Inc. All Rights Reserved MN00178

MN00178 1359
Table of Contents
SECTION I GENERAL INFORMATION..................................................................................................................................................…….3
Scope.............................................................................................................................................................................................................3
Purpose of the Equipment.................................................................................................................................................................................3
Description of Equipment..................................................................................................................................................................................3
Models…………….………….........…………………………………………………………..................................................3
Specications..................................................................................................................................................................................................4
PAN & TILT……………………………………………………..................................................................................................4
CAMERA HOUSING……………………………………...............................................................................................................4
CONTROL………………………….................................................................................…........................................................4
ACCESSORIES………………………………………….....................................................……………………………………5
SECTION II INSTALLATION..........................................................................................................................................................................5
General:..........................................................................................................................................................................................................5
Unpack and Inspect:........................................................................................................................................................................................5
Installation:......................................................................................................................................................................................................5
GENERAL:………………………………………………………………...................................................................................5
INSTALLATIONPROCEDURES–MECHANICAL:……………………………………………….........................................................5
INSTALLATION PROCEDURES – ELECTRICAL:……………………………………………….........................................................7
INSTALLING / UNINSTALLING – CAMERA ASSEMBLY……...………………………………….........................................................7
INTERNAL ACCESS & ADJUSTMENT.................................................................................................................................................................7
SECTION III THEORY OF OPERATION............................................................................................................................................................8
General:..........................................................................................................................................................................................................8
OVERVIEW……………………………………………………………………………………………......................................8
LOGIC CONTROL BOARD………………………………………………………………………….............................................8
OPTO POSITION DETECTORS……………………………………………………………….......................................................8
DRIVE SYSTEM………………………………………………………………………………………......................................8
COMMUNICATIONS & CONTROL BOARD………………………………………………………...................................................8
SECTION IV TEST SOFTWARE......................................................................................................................................................................9
SOFTWARE SETUP...........................................................................................................................................................................................9
Moog Conguration Tool…………………………………………………………………………….........................................9
Using the Moog EXO Web Application..............................................................................................................................................................12
Application……………………………………………………………………........................……………............................12
System Status...............................................................................................................................................................................................13
Conguration.................................................................................................................................................................................................14
Conguration / Date Time………………………………………………………………………………………………........14
Conguration Network……………………………………………………................................................................................15
Conguration / Network / DHCP......................................................................................................................................................15
Conguration / Network / Host Name Conguration-NPT...................................................................................................................15
Conguration / Network / HTTP.......................................................................................................................................................15
Conguration / Network / API- Boujour............................................................................................................................................16
Conguration / Network / SNMP Conguration.................................................................................................................................16
Conguration / Network / RTSP Conguration..................................................................................................................................16
Conguration / Network / Multicast.................................................................................................................................................16
Conguration / Video In / Video Input..............................................................................................................................................17
Conguration / Video In / Sensor....................................................................................................................................................17
Conguration / Video In / Video Compression...................................................................................................................................18
Conguration / Video In / Point to Point...........................................................................................................................................18
Conguration / Video In / Text Overlay.............................................................................................................................................19
Conguration / Video In / Motion Detection......................................................................................................................................20
Conguration / Video In / Privacy Zones..........................................................................................................................................20
Conguration / Audio Out...............................................................................................................................................................21
Conguration / User Accounts........................................................................................................................................................22
Maintenance.................................................................................................................................................................................23
Live Viewer....................................................................................................................................................................................................24
Live Viewer Pan / Tilt and Presets...................................................................................................................................................25
Performing Batch Firmware Update.................................................................................................................................................................26
Point to Point Connections.............................................................................................................................................................28
Troubleshooting Guide....................................................................................................................................................................................28

MN00178 1359
SECTION I GENERAL INFORMATION
Scope
This manual provides information expected to be used in installing, adjusting, and operating the EXO HD GeminEye™ System.
CAUTION: READ THIS MANUAL COMPLETELY BEFORE CONNECTING POWER TO THE UNIT. INJURY TO PERSONS, AND DAMAGE TO THE UNIT OR
ASSOCIATED EQUIPMENT CAN OCCUR IF THE UNIT IS NOT USED PROPERLY.
Purpose of the Equipment
This device is to be used to provide azimuth and elevation positioning for one HD daylight camera, and if desired an optional thermal camera. Other congurations include
a HD daylight camera and Illuminator. Remote control of position, and camera functions are possible with this system.
The modular camera(s) may be positioned to any degree of azimuth within a continuous 360 degree circle. The camera elevation can be moved to any angle from horizontal
to approximately ±90 degrees. Hard mechanical limit stops are factory set to approximately ±95 degrees. Software adjustable limits (soft limits) are factory set to ± 90°.
Description of Equipment
The EXO HD GeminEye is designed to be operated by Internet Protocol (IP) control, and each EXO camera housing contains a IP Video Encoder. The video encoder has two
functions:
•Convert the video signal to a streaming signal that can pass over the internet to the user, allowing them to see the video image.
•Provide a separate control channel that will allow control of GeminEye.
Single camera models will have one active IP connection to the GeminEye while dual camera models will have two. The GeminEye HD visible camera video is fed to the
video encoder, which in turn streams video through the IP connection. Control communication to the GeminEye passes through the IP connection to the video encoder
housed in the camera housing, and is then sent to the positioner's main control microprocessor to provide the user control of the positioner. In models with both a visible
and thermal camera, either channel can be used to operate and move the GeminEye. GeminEye will respond to Moog commands as outlined in the "PTL-11 Protocol"
document, or to specic Pelco® commands, as outlined in the protocol document MN00177, included on the CD-ROM accompanying the product. All control command
must be wrapped with IP.
The HD GeminEye is constructed primarily of aluminum, is approximately 7.25" (184.15 mm) high by 10.5" (266.70 mm) deep by 14.25" (361.95 mm) wide, and weighs
approximately 24 lbs. (10.89 kg) with dual cameras. Its general conguration and major dimensions are shown in Drawing 1 in Appendix II.
No access is needed inside the positioner. There is no requirement for lubrication or periodic inspection.
A quick release system allows removing the camera housing(s) for quick replacement with "plug & play" capability. The camera housings as shipped are pressurized with
5 psi (max.) of dry nitrogen to prevent condensation.
The pan & tilt housing encloses the pan and tilt motors, belt drive assemblies, azimuth slip-ring, tilt hard limit stops, pan & tilt position optical position sensor assemblies,
power supply board, and a microprocessor control board. The power supply board supplies power for the camera(s), and raw input power (unconditioned 10 - 30 VDC)
input is sent to the camera enclosure(s) for the heaters. The camera housing assembly consists of a front glass window assembly (daylight camera), connectors/cables
for connecting camera, a camera interface board, & heater(s). The camera interface board decodes the universal serial buss commands and converts them to the specic
camera commands required for the specic camera. Each camera module contains a video encoder, which has channels for video and control. The video from each module
is streamed separately, allowing both to be visible at the same time. The control channels from both encoders are wired directly to the main controller PCB in the positioner
section. This board processes incoming commands, performs and manages pan & tilt functions, and routes camera commands to the camera(s) via a universal serial buss.
(In some models, camera commands are sent directly from the video encoder to the camera) The camera commands include camera/lens control where applicable.
Power and control signals enter the unit through a water tight connector exiting out the bottom of the unit. The mil spec mating connector and test cable are supplied.
The equipment uses o-ring seals and gaskets for the camera enclosure and pan & tilt housing to provide environmental protection. The camera housings are sealed and
should be pressurized with dry nitrogen at no more than 5 psi.
Models
All models consist of a LT-EXHDO1 center section positioner for single and dual camera models, or a LT-EXHD02 center section positioner for specic illuminator models.
Visible camera block available include models using the Sony FCB-EH6500 HD color camera, and the Sony FCB-EH6300 HD color camera.
Thermal vision blocks are available using the FLIR Tau 640 imager or the FLIR Tau 320 imager each with a variety of lenses ranging from 25mm to 100mm xed lenses,
and a 15mm to 100mm continuous zoom lens. Normal and slow frame rate version availability is subject to ITAR regulations.
EXO GeminEye models are also available with visible cameras and illuminators, where additional illumination may be required to enhance the image during low
light conditions.

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Specications
PAN & TILT
TInput Voltage 10 to 30 VDC
Power Requirements Positioner w/Visible camera requires 60W during initialization or at start of move,30W during continuous motion, 11W at idle. If heaters
are activated, an additional 72W is required. The FLIR Tau camera used in thermal imager models requires an additional 1.2W
(approximate). Illuminator requires 45W, provided on separate power leads
Pan Range Continuous pan rotation, non-continuous selectable. Soft limits adjustable for non-continuous pan, no soft limits for continuous pan
Pan Speed Range 0.25º to 100º /sec with QuickShift® technology
Tilt Range Mounting Soft limits adjustable to ±90º max. (180º total) from horizon (parallel to P&T surface.) Factory default setting is 90º down, 90º up. Hard
stops set approximately ±95°
Tilt Speed Range 0.25º - 100º / sec. with QuickShift® technology
Motor Type Stepper motors are used for both Pan and Tilt axis
Wiring 26 Pin Connector on bottom of unit
System Dimensions (H x W x D) 7.25" x 14.25" x 10.5" (185 x 362 x 266.7mm)
System Weight 24 lbs. (10.9 kg) approximately with dual cameras
Drivetrain Belt driven stepper motors with high torque timing belts
Tilt Limit Internal, xed stops, adjustable soft limits
Repeatability 0.25º
Material Housings - Aluminum, Hardware - Stainless Steel
Exterior Color / Finish White Marine Powder Coated (other colors & custom colors/private labeling upon request)
Environmental Enclosure Gasketed & sealed, IP-66 rated
Operating Temperature -40˚ to 122˚F (-40˚ to 50˚C) with heaters
Position Feedback Motor pulse count and optical position sensors, position resolution to 0.01º.
CAMERA HOUSING
Environmental Enclosure O-ring seals and pressurizable (5 psi max)
Heaters Camera housing heater(s) (thermostatically controlled)
Hardware/Wiring Stainless hardware and concealed wiring
CONTROL
Communication modes: Ethernet TCP/IP for each camera and positioner control. Supports QuickSet PTL-11 and Pelco-D Extended command & control protocols,
Camera interface board required for each specic camera. Basic test software for Windows™ provides capability to congure, test, and
operate the Pan & Tilt 32 Preset positions - each storing azimuth, elevation, zoom, & focus. 2 tours of 63 steps of 32 presets with easy
insert editing capability. Capability of entering absolute angle offsets to align pan and tilt platform to user coordinate base. Align local
coordinates to global coordinates. Automatic calibration as required using internal optical position sensors. ™Windows and
Microsoft are registered trademarks of Microsoft Corporation.

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ACCESSORIES
Included accessories:
•10' indoor test cable included with product, terminating with RJ45 connectors for Camera 1 & Camera 2, #6 spade lugs for GeminEye power, Illuminator
power, chassis ground.
•Connector for user installation QuickSet part number QS50495 (generic MS3116F16-26SW). Note that customer should supply an appropriate connector
back shell for outdoor installation to provide weather sealing appropriate to the installation.
Available accessories:
•7-17564 Kit - Curved Wall Mount Bracket
•7-17565 Kit - Adapter w/Chain-Strap for Pole Mount, use with 7-1756
•7-17566 Corner Mount for use with 7-17564
•7-17567 Pedestal Mount for mounting on Horizontal surface
SECTION II INSTALLATION
General:
To achieve optimum results from this unit, proper installation procedures should be followed, primarily: location, mounting, & setting soft tilt limit stops. These items are
reviewed in the following sections.
Unpack and Inspect:
Carefully remove the unit from the carton and examine for signs of physical damage, particularly dented or broken parts. If any are observed, notify the freight carrier im-
mediately for claim handling. Retain all packing material until claim is settled.
Check the box contents for (1) Integrated Camera System, (1) mating connector, (1) test cable, (1) basic test software/manuals CD00556, and (1) system schematic. If any
of the above components are missing, please contact Moog immediately, and please have your sales order number available. Claims for missing components must be led
within a reasonable time period from receipt. Retain packing box if future shipping or storage is expected.
Installation:
GENERAL:
To achieve optimum and safe results from this unit, proper installation procedures should be followed as described in section "B"; primarily these have to do with the Pan
& Tilt location and settings of the limit stops. These items are reviewed in the following paragraphs.
INSTALLATION PROCEDURES - MECHANICAL:
Site Location
Select a mounting location that will provide the desired maximum movement angles without allowing the pan and tilt or camera enclosure to come in contact with, or strike,
any objects in their sweep paths. Adjustable soft limits should be set to limit the degree of travel in tilt, (soft limits are set in software). Refer to the drawings below to see
the dimensions of the EXO product. Dimensions shown in brackets are metric [millimeters] while other dimensions are in inches.
Figure 1:
Standard EXO Visible /
Thermal camera version.

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Figure 2:
EXO Visible / Thermal
with Zoom lens version.
Mounting
The mounting base is drilled with four holes on a 4.75" diameter bolt circle in a 4.0" square base, sized for 1/4" screws. If mounted in a position other than horizontal, the
payload capacity may be reduced. Fasten the base to a stable platform. We recommend 1/4-20" high strength stainless steel bolts and nuts be used. Consideration of wind
and ice load is important when calculating how solid the mounting platform needs to be and the strength required in the mounting screws.
Figure 3:
Base mounting dimensions.
Dimensions shown in brackets
are metric [millimeters] while other
dimensions are in inches.
A selection of QuickSet Mounts are available for wall, pedestal, corner, and pole mounting. When used with the QuickSet wall mount bracket, these provide adequate
clearance for a full 360 degree continuous pan rotation with no interference. Contact your regional Business Development manager for information regarding these
components.
Internal Access
Access to the interior of the pan & tilt housing is not required.
Setting of Pan & Tilt Soft Limit Stops
The tilt soft (software settable) limit is factory set at ±90 degrees. They can be adjusted to values less than the ±90 degree range. There is no pan soft limit in continuous
mode, but there are user adjustable soft limits in the non-continuous rotation mode, when using the Moog PTZ controller. Refer to MN00307.

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INSTALLATION PROCEDURES – ELECTRICAL:
General Comments
The interface cable between the computer and integrated camera system is important to the reliable operation of any motorized instrument positioning system. Selection
of the type of cable, the size (AWG), the number of conductors required, grounding techniques, special consideration for wiring to the devices mounted on the pan/tilt unit,
plug connections and the pan/tilt options are the topics covered in this Section.
Wire Selection
Careful consideration should be given to the type of cable utilized in order to achieve long-term reliability and avoid costly system modications. The type of cable instal-
lation, such as, underground, overhead, pole mounted generally requires cable designed for the specic application. In addition, the wire may have to be run in conduit.
Check your local electrical code. Adequate wire size insures that sufcient voltage will reach the pan/tilt motors, which will provide the required torque to move the camera.
One factor that inuence the wire size is the distance between the power supply and the pan/tilt unit. The current draw is approximately 5.625 amps (135 W @ 24VDC)
with a dual camera system. Size the connecting wires to minimize voltage drop to the positioner based on distance from the power source.
Mating Connector Installations
Pan / Tilt Site - A mating connector is provided. Carefully solder the cable leads to the Pan / Tilt mating receptacle pins. Refer to the appropriate schematic and / or
connector diagram.
Connector Pin Signal Description Conductor used on Test Cable
A Input Power, +10-30 VDC Red 18 AWG
B Input Power, 0 VDC (return) Black 18 AWG
L Chassis Ground Green 18 AWG
N Aux Power, + 24VDC Orange 18 AWG
R Aux Power, 0 VDC (return) Brown 18 AWG
U Cam 1, Tx+ (IP, pin 1 of RJ45) White / Orange (Cat 5E)
V Cam 1, Tx-, (IP, pin 2 of RJ45) Orange (Cat 5E)
W Cam 1, Rx+, (IP, pin 3 of RJ45) White / Green (Cat 5E)
X Cam 1, Rx-, (IP, pin 6 of RJ45) Green (Cat 5E)
Y Cam 2, Tx+ (IP, pin 1 of RJ45) White / Orange (Cat 5E)
Z Cam 2, Tx-, (IP, pin 2 of RJ45) Orange (Cat 5E)
a Cam 2, Rx+, (IP, pin 3 of RJ45) White / Green (Cat 5E)
b Cam 2, Rx-, (IP, pin 6 of RJ45) Green (Cat 5E)
Aux power is used for models with illuminators. Connections are not required if you do not have an illuminator.
PINOUTS SHOWN FOR REFERENCE ONLY - PLEASE REFER TO THE SCHEMATIC THAT CAME WITH YOUR PRODUCT
INSTALLING / UNINSTALLING CAMERA ASSEMBLY
The GeminEye system should have arrived with the camera systems installed. In the event that a camera system must be removed or reinstalled, please follow these instructions:
To detach a camera module:
1. Turn off power to the system.
2. Remove the locking screw at the rear of the camera module on the stainless steel plate. The screw has a 1/4" head.
3. Slide the stainless steel locking plate toward the rear.
4. Separate the camera from the positioner by gently pulling outward. Use caution to not pull on the connector once the module pulls away.
5. Disconnect the electrical cable by turning the connector sleeve counter clockwise.
To attach the camera module to the GeminEye, reverse the above process:
1. Turn off power, then connect camera cable to mating plug in camera module.
2. Stainless steel locking plate must be retracted in direction shown.
3. Camera module is oriented for the hole in the locking plate to line up with the hole in the camera module. Apply pressure to compress the sealing gasket by
pressing the camera housing toward the GeminEye center section. Engage the locking plate by sliding toward the pivot axis of the camera housing. Install
retaining screw at rear of locking plate.
4. For daylight cameras, clean front window glass before installing GeminEye system.
5. Test total camera, lens, positioner functions before installing on mount.
INTERNAL ACCESS & ADJUSTMENT
NOTE: Normal operation and maintenance do not require opening the unit. The belt drive system requires no lubrication, and the bearings are lubricated and sealed. No
opening of the positioner for adjustment or inspection is required.

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SECTION III THEORY OF OPERATION
General:
This manual provides information expected to be used in installing, adjusting, and operating the EXO HD GeminEye™ System.
OVERVIEW
The EXO GeminEye system is fundamentally different than previous GeminEye models in that it provides streaming video and control through an IP connection. Unlike
previous models, there is no serial communication method, and there are no analog video outputs.
Each camera housing has a video server, also known as an encoder, which converts the video directly from the camera to streaming internet video. The two RJ45 IP con-
nectors on the cable are connected directly to the encoder, and provide the pathway for both video and control. The video for the visible camera is on the cable labeled
"Camera 1", and the video for the thermal camera (if equipped) is on "Camera 2". Both encoders in a two camera GeminEye have a separate control signal path to control
and position the GeminEye, and either encoder can control and position the unit.
The center section camera positioning system consists of stepper motors with their respective motor drivers controlled by a power supply and logic circuit boards. The unit
is powered by 10 to 30 VDC. Control communication from the encoders is processed on the logic circuit board, providing control and status information on the command
signal. Also connected to the control board are two positions sensing optical boards (one for the pan axis of motion, and one for tilt); these are referenced during a power
up condition to determine position of the system. During the power up cycle, the GeminEye will move to determine its position, and once the sensors are read, the unit will
return to the centered position.
LOGIC CONTROL BOARD
The logic control board is located inside the pan & tilt cabinet in the front heat sink. The control board processes all communication, and position information.
OPTO POSITION DETECTORS
There are 2 detection circuits used for detecting position and dynamic re-calibration. The pan uses a 4 channel optical system to read absolute sector position (16 sectors
of 22.5 degrees) and 17 transition points of pan movement. These are encoded using reected binary code for absolute sector position. The tilt uses a 2 channel optical
system to read absolute sector position (4 sectors of 45 degrees) and 3 transition points. The positioner recalibrates "on the y" when moving "right" and "down" directions.
The system counts motor pulses to the stepper motors to dene position. Each micro step is equal to 0.01 degrees of movement in both the pan and tilt axis. These are
readout in 0.01º increments. If for any reason, the system is stalled during motion; the microcontroller will know what sector the system is in and will recalibrate the system
if sufciently out of calibration.
DRIVE SYSTEM
The drive system consists of:
•Two 0.9º stepper motors, each driven by a 16x micro step motor driver.
•A high torque timing belt drive system with a 5.625:1 mechanical reduction ratio
•The motor drivers generate a holding current which holds the motors in position when they are not being commanded to move.
•The dual camera system uses 3 ball bearings, 3 thrust bearings, 3 rotary seals, 2 timing belts, and drive pulleys.
•The stepper motor drive circuits divide each 0.9º step of the motor into 16 microsteps, providing for very ne motion control, with each microstep equating
to 0.01 degree of movement. The QuickShift® technology introduces an additional division of speed, changing the speed range for pan and tilt independently.
This allows a very wide dynamic range of speeds from fast to extremely slow movements.
COMMUNICATIONS & CONTROL BOARD
All communication to the EXO GeminEye model is through a Moog Video encoder, which is an IP connection only. There is one video encoder for each camera module, and
either can provide motion control of the positioner.

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SECTION IV TEST SOFTWARE
SOFTWARE SETUP
Moog Conguration Tool
By factory default, the Moog EXO Camera is congured in DHCP. If you are not using a DHCP server it will automatically allocate itself an APIPA (Automatic Private IP Ad-
dressing) address in the range 169.254.0.1 to 169.254.255.254 with subnet mask 255.255.0.0.
Initial device network conguration is done via the Moog Discovery Tool (MDT), a tool provided by Moog that can be found on the company’s web site and on the CD-ROM
or ash drive supplied with each camera system. The ash drive also contains a copy of Microsoft Silverlight 5. Both programs should be installed on the local server.
The MDT plays 3 important roles:
1. Discovery of all Moog EXO Cameras
2. Allows for remote conguration of the IP address and subnet mask
3. Permits batch rmware upgrade of all common EXO devices
Note: Silverlight is a free plug in and is required to interface with the Moog EXO Web brower. Once your device is installed on your network and powered up, launch MDT
from any computer on the network and the following window will be displayed:
The MDT supports 2 ways to discover a device. The rst way doesn’t need any conguration and uses the Bonjour discovery protocol. In order to be able to discover a device
via Bonjour, the network must support multicast delivery.
If it is not the case, you can use the second way, which is the Unicast Discovery. The Unicast Discovery can be congured by using the “Unicast Discovery” conguration
form. This conguration form is available via the Admin / Unicast Discovery menu option.
By factory default, the Moog EXO GeminEye™ system is congured in DHCP. If you are not using a DHCP server it will automatically allocate itself an APIPA (Automatic
Private IP Addressing) address in the range 169.254.0.1 to 169.254.255.254 with subnet mask 255.255.0.0.
Initial device network conguration is done via the Moog Conguration Tool (MCT), a tool provided by Moog supplied on a CD-ROM that accompanied the product with each
GeminEye system, and that can be found on the company’s web site.
The MCT plays 3 important roles:
1. Discovery of all Moog EXO GeminEye systems and EXO Cameras
2. Allows for remote conguration of the IP address and subnet mask
3. Permits batch rmware upgrade of all common EXO devices
Once your device is installed on your network and powered up, launch MCT from any computer on the network and the following window will be displayed:
The MCT supports 2 ways to discover a
device. The rst way doesn’t need any
conguration and uses the Bonjour
discovery protocol. In order to be able to
discover a device via Bonjour, the network
must support multicast delivery.
If it is not the case, you can use the
second way, which is the Unicast
Discovery. The Unicast Discovery can be
congured by using the “Unicast Discovery”
conguration form. This conguration form
is available via the Admin / Unicast
Discovery menu option.

MN00178 1359
To congure the Unicast Discovery, add one or more IP address ranges. The Unicast Discovery tries to reach a device at a specic IP address in the congured ranges. The
discovery can be a long process if the range of IP addresses is large and the device is at the end of the range. To accelerate the discovery, add several small ranges of IP
addresses. The ping timeout option can be increased for a high latency network.
The MCT will display as many devices as it discovers on the network
If no DHCP server was able to assign an IP address to a Moog EXO Camera, it will appear in the MCT device list with an APIPA address (169.254.*.*). If a Moog Camera
displays an APIPA address it must be congured with a valid IP address before it can be remotely congured by selection the "Assign IP address" from the selection list
and conguring the TCP/IP settings.

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To assign IP Address, update rmware, or congure Moog web interface, right click on highlighted serial number / Mac Address.
Assign IP address(es)
Once the IP information is set, the Silverlight web application served by the EXO Camera can be launched from the MDT or directly in your web browser by typing the device’s
IP address in the address bar. You can start to use your networked video management system for nal system conguration or you can congure advanced parameters
using the Moog EXO web based management.

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Using the Moog EXO Web Application
Application
When entering the Web Application, the following window will be displayed. You will be asked a username and password. The default User name and Password is 'admin'.
(To reset the user name and password see I Congurations I User Accounts)

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System Status
1. System Status - 2.1.0
2. Conguration - 2.2.0
3. Maintenance - 3.0.0
4. Live Viewer - 4.0.0
5. Recording - 5.0.0
Status Window
Main Menu Tabs
Upon successfully logging into the web interface, a welcome screen will be displayed. The welcome screen shows general devices health status as well as rmware version
and system uptime.

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Conguration
Under the Conguration section, select the System tab to perform the following operations:
•View product model information, current rmware version and serial number.
•Specify a custom name; this name can be used by third-party software to display a selected name for the device.
Conguration / Date Time
Under the Conguration section, select the Date Time tab to perform the following operations:
•Set the time zone in which the device is operating.
•Manually set the current date and time for the device’s internal clock.
•Note: For an accurate time stamp, you must sync UTC Time.

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Conguration Network
Conguration / Network / DHCP
Under the Conguration section, select the Network tab to perform the following operations:
•Set the encoder’s IP parameters; DHCP or static IP information.
•Congure an NTP server to allow the device to automatically update its internal clock using an NTP server.
Conguration / Network / Host Name Conguration-NPT
NPT Server- use when desiring to have local network time as default, to do so you must…….
Conguration / Network / HTTP
•Change the device’s HTTP conguration, Note: Avoid changing these settings unless absolutely necessary.

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Conguration / Network / API- Boujour
NOTE:
To control the EXO Camera system with a VMS software system, you must enable the required Network APIs. Enable PSIA or GENETEC API depending on which VMS
platform you intend to use with the device. Disabling any unrequired APIs will accelerate boot time. Milestone VMS will link through the PSIA API.
•Note: ONVIF is standard built in and does not require activation. If using ONVIF you do not need to select an API.
•Set Bonjour discovery protocol settings.
•Modify SNMP settings to match with any SNMP software you wish to use for monitoring the device.
Conguration / Network / SNMP Conguration
Conguration / Network / RTSP Conguration
Conguration / Network / Multicast
If using Multicast output, Insert Multicast starts IP, and select start port.

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Conguration / Video In / Video Input
Under the Conguration section, select the Video In tab to perform the following operations:
Digital format – choices are, 720 30fps, 720 60fps, 1080 30fps, 1080 25fps. Note max camera output with WDR Active is 15fps (1080p).
Conguration / Video In / Sensor
Congure camera bloc / sensor parameters. These parameters will also be saved to the camera bloc itself if possible
(Note: Activating WDR at 1080P will reduce maximum frame rate to 15fps.)
Congure video compression parameters for any of the three available codec instances (Primary H.264, Secondary H.264 and MJPEG). Most VMS software solutions will
interact with these parameters and thus it is suggested to leave these at default values in the web interface.
VBR aggressiveness however is unique to Moog EXO Cameras and proposes various levels (disabled to aggressive) of motion triggered rate control. The more aggressive
the setting, the more variation motion will have on the rate control. It is strongly suggested to disable VBR aggressiveness for low bit rate scenarios (below 1Mbps) as this
parameter may negatively affect perceived video quality.

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Conguration / Video In / Video Compression
Set Quantization (QP) level to desired rate. The higher the number the greater the compression. (16 very low, 51 very high)
Frame Rate - Allows you to specify the frame rate to be used by the codec.
Rate Control - Allows you to choose between Variable Bit Rate and Constant Bit Rate. The rst option will instruct the H.264 codec to dynamically adjust the
bit rate in order to meet both the target quality (QP) and frame rate settings. The second option will instruct the H.264 codec to prioritize target
bit rate and vary quality (QP) rst and frame rate as a last resort
Min/Max QP - This parameter allows you to specify the compression range that the codec will use to determine image quality during compression. In order to
force a specic quality setting, you can set the minimum and maximum to the same value. The lower the value, the better the quality will be.
VBR Aggressiveness - This parameter allows you to specify if the codec should take into account the level of motion in the image for bit rate calculations. You can
select from Conservative, Moderate and Aggressive options for this setting. Using the rst option, the codec will allow bit rate to drop up to ¾ of
the congured target bit rate when no motion is detected in the image. Using the second option, the codec will allow bit rate to drop up to ½ of
the congured target bit rate when no motion is detected in the image. Using the rst option, the codec will allow bit rate to drop up to ¼ of the
congured target bit rate when no motion is detected in the image. You can disable this feature by selecting the disabled option.
Conguration / Video In / Point to Point
•Congure point to point video connections (up to three) for creating persistent video streams from the encoder to a network endpoint.

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Conguration / Video In / Text Overlay
To insert a text overlay:
•There are (2) available strings (Text blocks). Select string.
•Select string Size.
•For string position click mouse inside string position box.
–Text bar will appear on video image.
–If you wish to relocate, simply click in desired position.
–Type desired text into String Text Box.
–Press Save Button.

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Conguration / Video In / Motion Detection
Select from 1 of 4 available regions:
•With mouse click on region position box.
•Bring mouse pointer to view window and drag box around area for motion detection.
•Select desired Frame Count, Sensitivity and Thresholds.
•Press “Save” button to store information.
•You can select up to (4) separate “Motion” windows.
–Frame count: Number of frames required to trigger motion
–Sensitivity: No sensitivity, 100 MAX sensitivity
–Threshold: % of image required to trigger, both threshold must have a value; “off” value must be lower than “on”.
Conguration / Video In / Text Overlay
Privacy Zones are used to block out video in areas view is not permitted or desired.