Persistent systems RF5100 MPU5 Upper C-BAND Radio Module User Manual

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MPU5
BASIC OPERATOR MANUAL
VERSION 2.5
03EN073
Rev. G
Copyright 2010 - 2018, Persistent Systems, LLC. All rights reserved. Wave Relay® is a registered trademark of Persistent Systems, LLC
(“Persistent”). This Basic Operator Manual (the “Manual”) contains information that is the sole property of Persistent Systems, LLC.
Therefore, the Manual may not be excerpted, summarized, copied, distributed, or otherwise published, in whole or in part, without
the prior written permission of Persistent Systems, LLC. All other product and service names, trademarks, logos, and brands are
property of their respective owners. All non-Persistent company, product, and service names and all non-Persistent trademarks used
in this Manual are for identification purposes only. Use of these non-Persistent names, trademarks, logos, and brands does not imply
endorsement.
READ MANUAL BEFORE OPERATION
DO NOT SWAP RADIO MODULES WHILE UNIT IS POWERED ON!
DO NOT POWER ON UNIT WITHOUT ANTENNAS ATTACHED!
Copyright 2010 - 2018 Persistent Systems, LLC
Issued: July, 2018
PERSISTENT SYSTEMS
Headquartered in New York City since 2007, Persistent Systems LLC is a global communications technology company
which develops, manufactures and integrates a patented and secure Mobile Ad Hoc Networking (MANET) system: Wave
Relay® . The company’s industry-leading R&D team has designed wireless networking protocols to support their cutting
edge Wave Relay® system and has designed MIMO radios to allow the Wave Relay® MANET to achieve its highest
potential. Wave Relay® is capable of running real-time data, video, voice and other applications under the most difficult
and unpredictable conditions. Their suite of products is field proven and utilized in Commercial, Military, Government,
Industrial, Agriculture, Mining, Oil and Gas, Robotics, and Unmanned System markets.
THE MPU5
The MPU5 is the Next Generation Wave Relay® platform. Leveraging multiple leading edge technologies such as MIMO
and Android™, the MPU5 is a smart radio that delivers increased performance, reliability, and capability to the end user
in a small, cost-efficient package. Stream multiple HD Video feeds, run commercial and custom apps, view situational
awareness, and communicate with high quality audio all with a single device and a minimal number of accessories.
WAVE RELAY® MANET
The Wave Relay® System is a peer-to-peer wireless MANET networking solution in which there is no master node. If any
device fails, the rest of the devices continue to communicate using any remaining connectivity. By eliminating master
nodes, gateways, access points, and central coordinators from the design, Wave Relay® delivers high levels of fault
tolerance regardless of which nodes might fail. The system is designed to maximize the capacity of the radio frequency
(RF) spectrum and to minimize the network overhead. While optimizing efficiency, Wave Relay® also implements tech­
niques that increase multicast reliability. The advanced multicast functionality allows the system to support both multicast
voice and video over IP.
Wave Relay® is designed to maintain high bandwidth con­nectivity among devices that are on the move. The system
is scalable, enabling it to incorporate unlimited meshed devices into the wireless network, where the devices
themselves form the communication infrastructure. Even in highly dynamic environments, the system is able to
maintain connectivity by rapidly re-routing data as necessary. Wave Relay® is a self-forming and self-healing network
where nodes can move freely within the network. Critical information flows reliably throughout the network while
individual data paths are able to adapt at sub-second intervals. This unique approach creates an ideal environment
for maximizing performance across the available communications medium. Customers leverage Wave Relay®’s
straight forward and effective architecture to enable a true “Plug and Play” capability. Deploying a Wave Relay®
network is as simple as connecting a standard Ethernet cable; customers are immediately connected to everything on
the network.
Wave Relay® is a seamless wireless networking system offering a dynamic and reliable solution for all mobile networking
needs. The MPU5 offers the Wave Relay® MANET combined with other leading edge technologies in a single smart radio.
CONTACT PERSISTENT SYSTEMS
Persistent Systems
Tel: (212) 561-5895 | www.persistentsystems.com
Persistent Systems Support
Email: support@persistentsystems.com | OS Ticket: www.persistentsystems.com/ps-support
Persistent Systems RMA
Email: rma@persistentsystems.com
Persistent Systems Sales
Email: sales@persistentsystems.com
Persistent Systems Training
Email: training@persistentsystems.com
TABLE OF CONTENTS
Introduction
Persistent Systems
The MPU5
Wave Relay® MANET
Safety
12
Suggested Hardware
16
Part I: Physical Setup
17
Section A: RF Setup
17
Inserting the Radio Module
20
Connecting Antennas
22
Section B: Power
Connecting Power
28
Removing Power
30
Powering On the Unit
32
Section C: Side Connector Cables
26
34
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
TABLE OF CONTENTS
Parts List
35
Connecting a Cable to a Side Connector
36
Part II: Software Setup
Section A: Configuring the Management Computer
40
40
Parts List
40
Configuring the Management Computer (Windows)
42
Configuring the Management Computer (Linux)
48
Section B: Connecting the MPU5 to the Management Computer
Parts List
Section C: Accessing the Web Management Interface
Parts List
Section D: Basic Network Setup
49
49
52
52
60
Security Key
60
Assigning IP Address and Interface Names
62
Rebooting an Individual Node
65
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
TABLE OF CONTENTS
Network Node List
66
Part III: Testing Connectivity
70
Check Neighbor Node Status
70
Perform a Throughput Test
72
Throughput Test Logging
74
Part IV: Using the Web Management Interface
76
View Individual Node Information
76
Configuring Radio Settings for a Single Node
78
Upgrading Firmware
80
Creating a Configuration File
82
Loading Settings from a Configuration File
84
Reset Node to Factory Configuration
86
Check GPS Status
87
Network Status Tab
88
Network Visualization
90
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
TABLE OF CONTENTS
Part V: Device Operation
94
Zeroize the Security Key
94
Connect a Camera to the MPU5
96
Configuring Video Settings
98
Video Kiosk Mode
108
Connect an EUD or Handheld Display to the MPU5
114
Connecting a Monitor or TV to the Wave Relay MPU5
116
Connect USB Accessories to the MPU5
119
Install Android™ Apps on the MPU5
121
Using Android™ Screenshot
124
Network Configuration Tab
126
Connect a PTT Device to the MPU5
128
Configure PTT Settings
130
Enable Push-to-Talk
131
Set Earpiece Volume
131
Set Microphone Level
132
®
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
TABLE OF CONTENTS
Set Transmit Mode
133
Set Transmit or Receive Audible Checktone
134
Enable/Disable Low Battery Audible Notification
135
Selecting Channels
136
Customize a PTT Channel
136
Using Wave Relay Push-to-Talk
138
Using Flash Override
139
®
Professional Installer – Compliance
140
Attachments
148
10
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
TABLE OF CONTENTS
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
11
SAFETY
Lire et comprendre les consignes de sécurité d’emploi et tout
de l’opérateur avant d’utiliser cet équipement
SAFETY WARNINGS
▶▶ Falling while installing or removing equipment can cause serious injury.
Handle Safely:
▶▶ If installing on a tower or any other tall locations, use proper lifting techniques and wear proper protective equipment.
Tomber lors de l’installation ou de retirer l’équipment peut causer des
blessures graves.
▶▶ Si vous installez sur une tour ou d’autres endroits de hauteur, utiliser des
techniques de levage appropriées et porter un équipment de protection
approprié.
▶▶
12
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
SAFETY
Electrical Shock
and Fires:
Understand and follow all local codes and regulations when installing electrical equipment.
▶▶ Only use approved battery and/or power supplies.
▶▶
Comprendre et respecter tous les codes et règlements locaux lors de l’installation des équipements électriques.
▶▶ Utilisez uniquement la batterie et les alimentations ou approuvé.
▶▶
RF Exposure:
Prevent injury from exposure to high frequency fields.
See antenna separation instructions in the Compliance section of this manual.
▶▶ Do not operate with antenna removed. This can increase RF exposure
risks and/or damage the equipment.
▶▶
▶▶
Prévenir les blessures d l’exposition aux champs de haute fréquence.
Voir les instructions de séparation de l’antenne dans la section de la conformité de ce manuel.
▶▶ Ne pas faire fonctionner avec antenne enlevé. Cela peut augmenter les
risques d’exposition aux radiofréquences et ou endommager l’équipement.
▶▶
▶▶
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
13
SAFETY
CAUTION
DEVICE UTILIZES LITHIUM ION BATTERY
RISK OF EXPLOSION IF BATTERY IS REPLACED BY AN INCORRECT TYPE.
DISPOSE OF USED BATTERIES ACCORDING TO THE INSTRUCTIONS
---------------------------------------------------------------------MISE EN GARDE
Dispositif utilise la batterie Ion Lithium
RISQUE D’EXPLOSION SI LA BATTERIE EST REMPLACE PAR UN TYPE INCORRECT.
Jetez les piles usagées selon
LES INSTRUCTIONS
Lithium Batteries Handling
Lithium ion batteries are defined as Class 9 dangerous goods by the IATA Dangerous Goods
Regulations.
▶▶ Handle with care.
▶▶ Do not use if package is damaged - it can cause fire.
▶▶
Disposing of Used Batteries
▶▶ Disposal should be done in accordance with applicable regulations, which vary from country to
country as well as by state and local governments. In most countries, trashing of used batteries
is forbidden and disposal can be done through non-profit organizations mandated by local au14
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
SAFETY
thorities or organized by professionals.
Incineration of lithium cells and batteries by consumers is not recommended. Incineration
should be done at a properly permitted facility that can handle this waste.
--------------------------------------------------------------------------------------------------Manipulation des batteries lithium
▶▶ Les batteries au lithium-ion sont définis comme Classe 9 marchandises dangereuses par le Réglement sur les marchandises dangereuses de l’IATA.
▶▶ Manipuler avec soin.
▶▶ Ne pas utiliser si l’emballage est dommage, il peut provoquer un incendie.
▶▶
Mise au rebut des batteries usagées
L’élimination doit être effectuée conformément aux réglementations applicables, qui varient
d’un pays à l’autre ainsi que par les gouvernements d’État et locaux. Dans la plupart des pays
saccage des batteries usagées est interdit et l’élimination peut être fair par les organisations à
but non lucratif mandatés par les autorités locales ou organisées par des professionnels.
▶▶ Incinération des dellules et batteries au lithium par les consommateurs est déconseillée. Incinération devrait être fait dans une installation dûment autorisée qui peut gérer ces déchets.
▶▶
See Attached Battery Spec Sheet, MSDS, and compliance document for more information
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
15
SUGGESTED ADDITIONAL HARDWARE
Suggested Additional Hardware
▶▶
#1 Phillips Head Screwdriver: Used to attach/detach radio module
▶▶
TPI Kit: Allows for antenna and RF cable matching
▶▶
RF cable at various lengths (LMR-400): Allows for flexibility in antenna setup
▶▶
Ethernet Cables
▶▶
Ethernet Female-to-Female Extenders
▶▶
HD Screen or TV with HDMI input: Displays Android™ computer interface and/or streaming
video
▶▶
Laptop with Administrator Access: Used for device configuration
▶▶
USB Thumb Drives: Used for software configuration storage and loading
16
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
PHYSICAL SETUP: RF SETUP
Part I: Physical Setup
Section A: RF Setup
→
What Will I Learn?
▶▶
How to insert radio modules into the MPU5 chassis
▶▶
How to attach antennas to the MPU5
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
17
PHYSICAL SETUP: RF SETUP
18
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
PHYSICAL SETUP: RF SETUP
WARNING!: User MUST refer to the Professional Installer – Compliance Section of this manual for ap-
proved antenna types. This warning applies only to RF-2100 with the FCC ID 2AG3J-RF-2100 and RF-5100 with
the FCC ID 2AG3J-RF-5100.
How do I tell if my antennas and radio modules are compatible?
Find the part numbers on the antennas. Antenna part numbers are on a sticker wrapped around the base
of the antenna.
Find the part number on the radio module. The radio module part number is on a sticker on the back of
the radio module.
Each part number will begin with ANT- (antennas) or RF- (radio modules) followed by four (4) digits. The
first digit references the radio band of the part. Make sure that the first digit of the antennas and radio
module match.
WARNING!: DO NOT use mismatched antennas and radio modules. This configuration will result in very
WARNING!: DO NOT switch radio modules while device is powered on. Power off device before changing
WARNING!: the MPU5 is not IP68 rated when the radio module is not attached. Ensure you are in a dry,
poor performance and/or damage to the device. If you do not have matching antennas and radio modules,
contact Persistent Systems.
radio modules.
dust-free environment before changing radio modules.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
19
PHYSICAL SETUP: RF SETUP
Inserting the Radio Module
20
If there are rubber caps
on the radio module
contacts, remove them.
Align the radio module
with the chassis.
Apply even force and
press the radio module
into the chassis.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
PHYSICAL SETUP: RF SETUP
Tighten screws clockwise in diagonal
order with a #1 Phillips Head screwdriver
until they stop (min. 4 in-lbs. of torque)
Pull on the radio module to verify that it
is attached securely. Ensure there are no
gaps in between the radio module and the
MPU5 chassis.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
21
PHYSICAL SETUP: RF SETUP
Connecting Antennas
Start with the middle
antenna port.
Tips & Tricks
Align the RF connector
on the antenna with the
RF connector on the unit.
Twist the antenna clockwise until it is fully mated.
▶▶ You can use a TPI Kit and/or extra LMR-400 RF Cables to remote antennas away from the unit. This setup is particularly useful for mounted or operations center configurations.
▶▶ To operate in SISO mode, you only need to attach an antenna to the antenna port for the chain you want to use.
22
WARNING!: if you want to operate in SISO mode, unused antenna chains MUST be turned off (See p. 78).
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
PHYSICAL SETUP: RF SETUP
Repeat Steps 1 - 3 for
the remaining two RF
antennas.
Align the SMA connector on the GPS antenna
with the SMA connector
on the unit.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
Twist the antenna clockwise until it is fully mated.
23
PHYSICAL SETUP: RF SETUP TROUBLESHOOTING
How do I ensure that the radio
module is aligned properly?
The three RF connectors on the radio module will
align with the three RF connectors on the chassis.
When aligned properly, the engraved writing on the
radio module will be facing the same direction as
the writing on the chassis.
24
What do I do if the antennas won’t
screw onto the RF connectors?
Ensure that you are using antennas with RP-TNC
Male connectors or an appropriate adapter from
your TPI kit.
Ensure that the connectors on both the unit and
antennas are not damaged.
Ensure that there are no foreign objects in any of
the connectors.
What do I do if the radio module
won’t insert into the chassis?
Ensure that the radio module is aligned properly.
Ensure that the connectors on the radio module are
not bent.
Ensure that there are no foreign objects in any of
the connectors, on the bottom of the radio module,
or in the chassis well.
How do I tell if the antennas are
connected properly?
When an antenna is mated properly, the threads on
the connector will not be visible. However, there
may be a small space between the antenna and the
chassis.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
PHYSICAL SETUP: RF SETUP
✓
What Can I Do Now?
▶▶
Swap radio modules and antennas to change the RF band you are capable of operating on
▶▶
Swap out broken radio modules and antennas
▶▶
Setup hardware to receive GPS connectivity
▶▶
Remote antennas away from the unit
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
25
PHYSICAL SETUP: POWER
Section B: Power
→
What Will I Learn?
▶▶
How to connect a power source to the MPU5
▶▶
How to power on the MPU5
WARNING!: the MPU5 requires an 8 hour charge in order to retain unit settings for 30 days.
How can I use my old power accessories from previous Wave Relay products with my
MPU5?
You can use your MPU4 twist locking battery pack or BB batteries with the MPU5. You CANNOT use old battery
eliminators with the MPU5. Use only CBL-PWR-0001 or CBL-PWR-0002. You CANNOT power the MPU5 via
Power over Ethernet (PoE).
26
Will I lose all my settings if I remove power from my MPU5?
If the MPU5 has been charged for 8 hours, it will retain unit settings for 30 days.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
PHYSICAL SETUP: POWER
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
27
PHYSICAL SETUP: POWER
Connecting Power
If you are using a battery, make
sure that the battery is charged.
Align the circular three pin connector on
the power source with the circular three
pin connector on the bottom of the MPU5.
28
Push the connectors together. Make sure
the connector is seated properly.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
PHYSICAL SETUP: POWER
Twist clockwise 90°. You will hear a click
when it is locked.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
If you are using a Wall Battery Eliminator,
plug the standard wall plug into a standard wall outlet.
If you are using a BB Battery Eliminator,
plug the BB plug into a BB Battery.
29
PHYSICAL SETUP: POWER
Removing Power
30
Slide up the battery latch on the side of
the MPU5.
Twist the battery counterclockwise until it
disconnects.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
PHYSICAL SETUP: POWER
What do I do if my power accessory will not fit the battery connector?
Ensure that no parts (pins, plates, etc.) on either connector are bent or damaged.
Ensure that there are no foreign objects in either connector.
What do I do if my power accessory will not lock?
Ensure that the battery latch moves freely by sliding it up and down.
Ensure that the battery latch is not stuck in the unlocked position.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
31
PHYSICAL SETUP: POWER
Powering On the Unit
Ensure that antennas, a radio module, and
an appropriate power source are connected.
WARNING!: Antennas MUST be installed prior
Locate the Power Knob on the top of the
unit.
32
Twist the Power Knob clockwise 1 click.
If the unit is powered and has turned on,
the LED on the top of the unit will glow
a color indicating unit status.
to powering on the unit.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
PHYSICAL SETUP: POWER
Quick Reference:
LED Color
Blue
Yellow
Green
Red
Orange
Purple
Unit Status
Booting
Running, no neighbors
Running, neighbors
Crypto Fail (No key or FIPS)
Low Battery
Loading Firmware
What do I do if my Power Knob does
not rotate?
What do I do if the Power Knob does
not click when I twist it?
Make sure that you are twisting it in the correct
direction (clockwise).
The Power Knob may be broken. Contact Persistent
Systems Support.
Make sure that no foreign objects are blocking the
rotation of the knob.
Ensure that the battery latch is not stuck in the
unlocked position.
If the knob still does not rotate, it may be broken.
Contact Persistent Systems Support.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
33
PHYSICAL SETUP: SIDE CONNECTORS
✓
What Can I Do Now?
▶▶
Provide power to an MPU5 via a battery or standard wall socket
▶▶
Power on/off the unit
▶▶
Replace dead batteries
Section C: Side Connector Cables
→
▶▶
34
What Will I Learn?
How to connect a cable to the MPU5 side connectors
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
PHYSICAL SETUP: SIDE CONNECTORS
≈
Parts List
22-Pin to RJ45 Receptacle
CBL-DATA-2001
22-Pin to U94
CBL-AUD-0003
22-Pin to USB 2.0 Type A Receptacle
CBL-DATA-2003
22-Pin to U-329
CBL-AUD-0001
22-Pin to 6-Pin Push Pull USB Tether
CBL-DATA-2004
22-Pin to Audio and Video Out
CBL-DATA-3002
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
22-Pin to U-328
CBL-AUD-0002
35
PHYSICAL SETUP: SIDE CONNECTORS
Connecting a Cable to a Side Connector
36
The 22-Pin connector on
every cable is keyed so
that it will only attach to
a compatible side connector. If a cable can
attach to multiple side
connectors, it is keyed
(or not keyed) so that it
will attach to all compatible side connectors.
To connect a cable to a
side connector, locate
the appropriate side
connector.
Align the key pins on
the 22-Pin connector
with the key holes on
the case. Push the key
pins into the key holes.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
PHYSICAL SETUP: SIDE CONNECTORS
Twist the thumbscrew clockwise to attach
the cable to the device.
Ensure that the cable is firmly attached and
the connector is sitting flush with the case.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
What do I do if the cable won’t mate
with the side connector?
Ensure that you are trying to connect the cable to
the correct side connector.
Ensure that you are aligning the key pin properly
and the cable is not upside down.
Ensure that no parts of the thumbscrew and the
side connector are bent or damaged.
Ensure that there are no foreign objects in the
thumbscrew or side connector.
Ensure that the cable connector is flush with the
case.
37
PHYSICAL SETUP: SIDE CONNECTORS
Quick Reference:
Part Number
Description
Side Connector(s)
Uses
CBL-DATA-2001
22-Pin to RJ45 Receptacle
DATA
Connects to a standard RJ45 Ethernet cable. Use
this cable to connect the unit to a computer for
configuration.
CBL-DATA-2003
22-Pin to USB 2.0 Type A
Female
PTT/EUD,
DATA, RoIP
Connects USB accessories via a standard USB A
port.
CBL-DATA-2004
22-Pin to 6-Pin Push Pull
Android™ USB
PTT/EUD,
DATA, RoIP
Connects an Android™ EUD or Screen
CBL-DATA-2005
22-Pin to DB9 Serial Socket
PTT/EUD,
DATA, RoIP
Connects serial devices via a DB9 socket
CBL-DATA-2007
22-Pin to RJ45 Receptacle
and USB 2.0 Type A Male
DATA
Connects to USB devices via a standard USB A
plug and to a standard RJ45 Ethernet cable
CBL-DATA-2009
22-Pin to RJ45 Flying Leads DATA
Flying leads for custom Ethernet integration (72”)
CBL-DATA-2010
22-Pin to RJ45 Flying Leads DATA
Flying leads for custom Ethernet integration (18”)
CBL-DATA-3002
22-Pin to Audio and Video
Out
PTT/EUD
Connects to a standard HDMI cable to display
video on a TV or Monitor and connects to a
speaker box or headset.
CBL-AUD-0001
22-Pin to U-329
RoIP
Connect the unit to a Legacy Radio via a U-329
connector.
38
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
PHYSICAL SETUP: SIDE CONNECTORS
CBL-AUD-0002
22-Pin to U-328
PTT/EUD
Connects to a headset via a U-328 connector.
CBL-AUD-0007
22-Pin to Audio and USB
2.0 Type A Female
PTT/EUD
Connects USB accessories via a standard USB A
port and an audio accessory via a U-328 connector
CBL-AUD-2009
22-Pin to Audio and 6-Pin
Push Pull Android™ USB
PTT/EUD
Connects an Android™ EUD or Screen and an
audio accessory via a U-328 connector
Refer to the MPU5 Product Catalog for more information on MPU5 cables. If you still have questions, contact Persistent Systems.
✓
What Can I Do Now?
▶▶
Identify which cable you need for your configuration
▶▶
Identify which side connector your cables attach to
▶▶
Connect a cable to a side connector
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
39
SOFTWARE SETUP: MANAGEMENT COMPUTER
Part II: Software Setup
Section A: Configuring the Management Computer
→
▶▶
What Will I Learn?
How to configure your computer to be able to communicate with an MPU5
≈
Parts List
Management Computer with Administrator Access & Ethernet Port
40
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
SOFTWARE SETUP: MANAGEMENT COMPUTER
IMPORTANT INFORMATION!:
▶▶
To communicate with an MPU5, the computer must have an IP address in the same subnet
mask as the MPU5’s IP address.
▶▶
For example, with a subnet mask of 255.255.255.0, the computer and MPU5 will be able
to communicate if they share the same first three numbers in their respective IP addresses
(e.g. 10.3.1.10 and 10.3.1.254).
▶▶
If the computer and MPU5 do not share a subnet mask, the computer and MPU5 will not
be able to communicate.
▶▶
If either the computer or MPU5 do not have an IP address in the same subnet mask, the
computer and MPU5 device will not be able to communicate.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
41
SOFTWARE SETUP: MANAGEMENT COMPUTER
Configuring the Management Computer (Windows)
Locate the Network
icon at the bottom right
of the taskbar.
Right click the Network
icon.
Click Open Network
and Sharing Center.
42
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
SOFTWARE SETUP: MANAGEMENT COMPUTER
Click Local Area Connection 2.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
43
SOFTWARE SETUP: MANAGEMENT COMPUTER
Click Properties.
Select Internet Protocol Version 4 (TCP/
IPv4) and ensure that it is highlighted as
pictured.
44
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
SOFTWARE SETUP: MANAGEMENT COMPUTER
Click Properties.
Click Use the following IP address.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
45
SOFTWARE SETUP: MANAGEMENT COMPUTER
Enter 10.3.1.10 into the
IP address field.
10
Enter 255.255.255.0
into the Subnet mask
field.
11
Click OK.
10
11
46
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SOFTWARE SETUP: MANAGEMENT COMPUTER
12
Your computer is now properly configured to connect to the MPU5.
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SOFTWARE SETUP: MANAGEMENT COMPUTER
Configuring the Management Computer (Linux)
Open the command line.
Type:
sudo ifconfig eth0 10.4.1.10/24
Type:
sudo ip addr add 10.3.1.10/24 dev eth0
✓
What Can I Do Now?
▶▶
Configure computers to be able to communicate with Wave Relay® devices.
▶▶
Have a computer that is able to configure a Wave Relay® device.
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SOFTWARE SETUP: MANAGEMENT COMPUTER
Section B: Connecting the MPU5 to the Management Computer
→
▶▶
What Will I Learn?
How to physically connect the MPU5 to the Management Computer
≈
Parts List
22-Pin to RJ45 Receptacle
CBL-DATA-2001
Standard RJ45 Ethernet Cable
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
Properly Configured Management Computer with Ethernet Port
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SOFTWARE SETUP: MANAGEMENT COMPUTER
50
Connect CBL-DATA-2001 to the DATA
side connector on the MPU5.
Plug one end of the standard RJ45 Ethernet cable into the Ethernet receptacle on
CBL-DATA-2001.
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SOFTWARE SETUP: MANAGEMENT COMPUTER
Plug the other end of the standard RJ45 Ethernet cable into an Ethernet port on the Management Computer.
✓
What Can I Do Now?
▶▶
Connect an MPU5 to a computer for configuration
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SOFTWARE SETUP: WEB MANAGEMENT INTERFACE
Section C: Accessing the Web Management Interface
→
▶▶
What Will I Learn?
How to access the Web Management Interface to configure the MPU5
≈
Parts List
Web Browser (Internet Explorer 7+,
Firefox 3+, or Chrome
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Management Computer with properly configured IP address and subnet mask & Ethernet Port
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SOFTWARE SETUP: WEB MANAGEMENT INTERFACE
Open the web browser
In the address bar, type https://10.3.1.254
then press the Enter key.
Microsoft Internet Explorer 7+
Microsoft Internet Explorer 7+
Mozilla Firefox 3+
Google Chrome Mozilla Firefox 3+
Google Chrome
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SOFTWARE SETUP: WEB MANAGEMENT INTERFACE
The web browser will ask you to accept a security certificate.
In Internet Explorer:
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Click Continue to this website (not recommended)
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SOFTWARE SETUP: WEB MANAGEMENT INTERFACE
In Firefox:
Click I Understand the Risks
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SOFTWARE SETUP: WEB MANAGEMENT INTERFACE
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Click Add Exception
Click Confirm Security Exception
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SOFTWARE SETUP: WEB MANAGEMENT INTERFACE
In Chrome:
Click Advanced
Click Proceed to
10.3.1.254 (unsafe)
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SOFTWARE SETUP: WEB MANAGEMENT INTERFACE
Wait for the Web Management Interface page
to load
In the Management
password field, type
password
Click Authenticate.
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SOFTWARE SETUP: WEB MANAGEMENT INTERFACE
✓
▶▶
Why does the Security Exception Page or the Web Management Interface page not
load?
Verify that you configured the Management Computer IP address and subnet mask properly.
Ensure that you are using a compatible web
browser.
Ensure that all cables are connected properly
Reboot the node.
Ensure that you are accessing the correct management IP address (10.3.1.254).
What Can I Do Now?
Access the Web Management Interface for any node you connect to your computer.
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SOFTWARE SETUP: SECURITY KEY
Section D: Basic Network Setup
Security Key
→
▶▶
What Will I Learn?
How to set the security key and crypto mode on an MPU5
Click the Security tab.
In the Set Key section, locate the Update
drop down menu. Select Node.
In the Crypto Mode drop down menu,
select the desired Crypto Mode.
In the Enter key field, type the desired
security key or click the Generate button
to generate a random key.
Click the Set button to set the key for the
node.
Note: All nodes must have the same Crypto
Mode in order to communicate.
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Copy and paste the security key to a
text file in a secure place on the Management Computer.
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SOFTWARE SETUP: SECURITY KEY
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SOFTWARE SETUP: SECURITY KEY
✓
What Can I Do Now?
▶▶
Set or change the security key and crypto mode for a single node
▶▶
Generate a random security key
▶▶
Save a security key in a text file to copy to other nodes
Assigning IP Address and Interface Names
→
▶▶
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What Will I Learn?
How to set and change the Node Name and IP Address of a node
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
SOFTWARE SETUP: ASSIGNING IP ADDRESS AND INTERFACE NAMES
Click the Node Configuration tab.
Click the Node Configuration button.
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SOFTWARE SETUP: ASSIGNING IP ADDRESS AND INTERFACE NAMES
In the Management section, find the Node
Name field and enter the desired Node
Name.
Enter a Netmask and Gateway, if required. Otherwise, check the Factory
Default box.
In the IP Address field, enter the desired
IP Address.
Scroll to the bottom of the page and click
the Save & Reconfigure Unit button.
Wait for the page to reload.
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SOFTWARE SETUP: REBOOTING AN INDIVIDUAL NODE
✓
What Can I Do Now?
▶▶
Access the Node Configuration page for an individual node
▶▶
Set the Node Name and IP Address of a node to fit the node into your IP scheme and identify
the node in status functions
Rebooting an Individual Node
Log into the node.
Click the Node Configuration tab.
Scroll down and click the Reboot
Node button.
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SOFTWARE SETUP: NETWORK NODE LIST
Network Node List
→
What Will I Learn?
▶▶
How to add and remove nodes from the Management Node List
▶▶
How to push the Management Node List to all nodes in your network
Click the Network Configuration tab.
Click Network Node List.
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SOFTWARE SETUP: NETWORK NODE LIST
The Network Node List creates a list of nodes for Network Status and Network Configuration
functions. Those functions will ONLY operate on nodes that are in the Network Node List.
Adding Nodes to the Network Node List
Ensure that all your nodes are powered on and that you
have configured their IP addresses and node names.
These will appear in the Other Nodes on Network box.
Click Refresh if all nodes do not appear.
Click All to add all nodes in the box to the Network Node
List. Alternatively, select one or more nodes and click
Selected IPs to add those nodes to the Network Node
List. Hold the shift key or ctrl key while clicking to select
multiple nodes.
Nodes can be added manually as well. Enter a comma
separated list of all IP addresses to add in the Manually
Add IP(s) box, then click Add.
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SOFTWARE SETUP: NETWORK NODE LIST
Managing the Network Node List
After you add nodes to the Network Node List, they will
appear in the box on the left of the page.
Use the Up, Down, Remove, Clear All, and Sort buttons
to reorder or delete nodes from the Network Node List.
Click Push Management List to Network to copy the
Network Node List to all the nodes in the Network Node
List. This will ensure that Network Status and Network
Configuration functions will work properly on all nodes in
the network.
Note: ensure that all nodes are turned on and have the same radio settings (i.e. they are able to be
contacted). If nodes are not able to be contacted, they will not receive the Network Node List.
Note: remember to add new nodes to the Network Node List when you are expanding your network.
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SOFTWARE SETUP: NETWORK NODE LIST
✓
What Can I Do Now?
▶▶
Add new nodes to the Network Node List
▶▶
Remove nodes from the Network Node List
▶▶
Synchronize the Network Node List between all nodes on your network
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69
TESTING CONNECTIVITY: NEIGHBOR NODE STATUS
Part III: Testing Connectivity
→
What Will I Learn?
▶▶
How to tell if nodes are connected
▶▶
How to see the connection strength between Neighbor Nodes
▶▶
▶▶
Neighbor Nodes are nodes connected without hops through other nodes
How to test bandwidth between nodes
Check Neighbor Node Status
Click the Network Status tab.
Click the Neighbor Status button.
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TESTING CONNECTIVITY: NEIGHBOR NODE STATUS
Verify that all nodes are communicating with the network.
Notes:
▶▶ This table only displays Neighbor Nodes (nodes directly connected without hops through other nodes. If you
spread nodes apart, they may disappear from the Neighbor Nodes Status page when they become connected via a
hop.
▶▶ The Neighbor Nodes status page displays:
▶▶ Node Names
▶▶ IP Addresses
▶▶ Receive Signal-to-Noise Ratio (SNR) between nodes
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TESTING CONNECTIVITY: THROUGHPUT TEST
Perform a Throughput Test
Click the Node Status tab.
Click the Bandwidth Test button.
Check or uncheck the Upload only test
box. If this box is checked, only upload
speed to the destination node will be tested.
WARNING!: During long duration tests,
data will continue to be sent for the full
specified duration even if a different data
flow is started or the web browser is exited.
Click Run Test and wait for the test to complete.
The page will display the upload speed to
and download speed from the destination
node.
Select a destination node for the throughput test from the Destination drop-down
menu. This menu is populated from the
Node List.
Enter the desired test duration (in seconds) in the Test Duration field.
Note: Persistent Systems recommends the test
duration to be set to a minimum of 5 seconds.
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TESTING CONNECTIVITY: THROUGHPUT TEST
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TESTING CONNECTIVITY: THROUGHPUT TEST
Throughput Test Logging
74
Click the Enable Logging button.
When the throughput test is run, data will
be collected in a table at the bottom of the
page.
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TESTING CONNECTIVITY: THROUGHPUT TEST
Position Status: displays GPS status information for the current node. See the Check GPS Status
section for an explanation of these fields.
Clear: clears all data from the table
Note: If Clear is not pressed before beginning a test, the new throughput test data will be appended sequentially to the existing table of data.
Download CSV: downloads all throughput test data in the table as a CSV file
Download KML: downloads all throughput test data in the table as a KML file
Time: date and time for each line of test
Rem Name: Node Name of the destination node
data
Lcl Name: Node Name of the source node
Interface: interface used to communicate
Rx(%): percentage of the channel used to receive
during the test
Tx(%): percentage of the channel used to
SNR (dB): Signal-to-Noise Ratio at which
transmit
the destination node is heard
Cs(%): percentage of the channel occupied by
Chain 1/2/3 (dB): Signal-to-Noise Radio for
noise
each chain on the source node
Tl(%): total percentage of channel used
Tx Rate: MIMO or SISO rate used to
Bw Tx (Mbps): Upload Bandwidth, in Mbps
communicate between nodes in the format
Bw Rx (Mbps): Download Bandwidth, in Mbps
MIMO|SISO [Rate]:[Number of streams].
Interval (s): time interval of the throughput test
Dist (m): distance between nodes, in
for each line of throughput test data
meters, if available
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USING THE WEB MANAGEMENT INTERFACE: INDIVIDUAL NODE INFO
Part IV: Using the Web Management Interface
View Individual Node Information
Click the Node Status tab.
Click the Unit Info button.
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USING THE WEB MANAGEMENT INTERFACE: INDIVIDUAL NODE INFO
The page will display:
Firmware Version: Wave Relay® firmware version
loaded on the node
Wave Relay Model: Device model
Serial No.: Serial number of the node
Uptime: Operating time since the node was last powered on or rebooted
Temperature: Temperature of the power board, main
board CPU, and all three RF chains
Input Power Voltage: Voltage supplied to node
Battery Status: Battery percentage remaining
Battery Temperature: Appx. temperature of battery
Real Time Clock Battery: Voltage of real-time-clock
keep-alive battery (on units with RTC)
Current System Time: Current system time of the
node (in both UTC and current time zone if not UTC)
Management HW MAC Address: MAC Address for
the management hardware of the node
Radio 1 HW MAC Address: MAC Address and frequency band for the radio installed in the node
Ethernet 1 HW MAC Address: MAC Address for the
Ethernet port in the node
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USING THE WEB MANAGEMENT INTERFACE: INDIVIDUAL NODE INFO
Configuring Radio Settings for a Single Node
78
Click the Node Configuration tab.
Click the Radio Configuration button.
Scroll to the Radio
Configuration section
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USING THE WEB MANAGEMENT INTERFACE: INDIVIDUAL NODE INFO
Configure settings if needed.
Note: changing these settings may cause poor performance or loss of connectivity.
Radio Name: Assign a name to the radio - check the Factory Default box to use the factory default name.
Frequency: Assign a frequency to operate on. Radios must be operating on the same frequency to communicate. Ensure that the frequency is set to match the radio module installed in the unit.
WARNING!: User MUST refer to the Professional Installer – Compliance Section of this manual
for approved power levels and approved channels. This warning applies only to RF-2100 with the
FCC ID 2AG3J-RF-2100 and RF-5100 with the FCC ID 2AG3J-RF-5100.
Bandwidth: Assign a bandwidth to operate on. Nodes must be set to the same bandwidth to communicate. Bandwidth should be increased for shorter distances and decreased for longer distances.
Max Link Distance: Set Max Link Distance to the maximum distance any individual link between nodes in
the network may need to be. All nodes on the network must be set to the same Max Link Distance.
Channel Density: Select the menu item that corresponds to the number of nodes in the network.
Radio Preference: Increasing radio preference will make the routing protocol more likely to choose this
radio when routing traffic in the network.
Max Transmit Power/Chain: Adjust transmit power of the radio - this setting is per chain. The total power
is shown to the right of the drop down menu.
WARNING!: User MUST refer to the Professional Installer – Compliance Section of this manual
for approved power levels and approved channels. This warning applies only to RF-2100 with the
FCC ID 2AG3J-RF-2100 and RF-5100 with the FCC ID 2AG3J-RF-5100.
Transmit Chain Select: Choose which RF chains to use to transmit - you may select one, two, or three
chains. The Auto setting will instruct the MPU5 to select Transmit Chains on its own.
Receive Chain Select: Choose which RF chains to use to receive - you may select one, two, or three chains.
The Auto setting will instruct the MPU5 to select Receive Chains on its own.
Scroll to the bottom of the page and click Save & Reconfigure Unit.
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USING THE WEB MANAGEMENT INTERFACE: UPGRADING FIRMWARE
Upgrading Firmware
Click the Node Configuration tab.
Click Choose File, then navigate to and select the firmware file you wish to load.
Click Upload.
WARNING!: A firmware upgrade will cause the node to be reconfigured, an operation that
causes a period of downtime. Do not perform a firmware upgrade during mission critical
operations that cannot tolerate such disruptions. Perform firmware upgrades only during
scheduled maintenance or other appropriate times.
WARNING!: when upgrading or downgrading a node’s firmware, the LED will turn purple.
Do not unnecessarily disturb devices during an upgrade. Loss of power during the upgrade
can permanently damage the device.
Click the Firmware Upgrade button.
Note: when new firmware is available for the MPU5, you will receive an email with the new firmware file to upgrade your units.
Note: MPU5 firmware will NOT load on legacy Wave Relay® devices (MPU4, MPU3, QUAD).
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USING THE WEB MANAGEMENT INTERFACE: UPGRADING FIRMWARE
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USING THE WEB MANAGEMENT INTERFACE: CONFIGURATION FILES
Creating a Configuration File
Click the Node Configuration tab.
Click the Config Management button.
Click Store File.
Click Store.
A prompt will appear to choose where to save the configuration file.
Note: this file contains settings (both Network Configuration and Node Configuration settings) for the current
node only.
Note: do not save configuration files from nodes without a radio module installed.
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USING THE WEB MANAGEMENT INTERFACE: CONFIGURATION FILES
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USING THE WEB MANAGEMENT INTERFACE: CONFIGURATION FILES
Loading Settings from a Configuration File
Click the Node Configuration
tab.
Configure Node Name and Management IP configuration (IP, Netmask, Gateway) source.
Keep Current Settings: Node Name, Management IP, Netmask, and Gateway will not
change after the configuration file is loaded.
Pull from Config File: Node Name, Management IP, Netmask, and Gateway will be set to
the values in the Config File you are loading.
Quick Setup: A box will appear that will allow you to enter a Node Name and Management IP Address to be set when the Config File is loaded.
Configure Push to Managed Node List.
No: The configuration file will be loaded on this node only.
Yes, Require All: The configuration file will be loaded on every node in the Managed
Node List if and only if all nodes in the Managed Node List are able to be contacted. If at
least one node in the Managed Node List is not able to be contacted, the configuration
file will not be loaded onto any nodes.
Yes, Any Available: The configuration file will be loaded onto any node in the Managed
Node List that is able to be contacted. The configuration file will not be loaded on any
nodes in the Node List that are not able to be contacted.
84
Click the Config Management button.
Click Load File.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
USING THE WEB MANAGEMENT INTERFACE: CONFIGURATION FILES
Click Choose File. Navigate to the desired configuration file to
load.
Click Load.
Note: the configuration file should be from a device with the same firmware
version and radio hardware configuration as the device being configured.
Note: do not load configuration files that have been saved from nodes with no
radio module installed.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
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USING THE WEB MANAGEMENT INTERFACE: RESET TO FACTORY CONFIG
Reset Node to Factory Configuration
Click the Node Configura2 Click Config Management. 3 Click Factory Reset.
tion tab.
Configure Node Name and Management IP configuration (IP, Netmask, Gateway).
Keep Current Settings: Node Name, Management IP, Netmask, and Gateway will not
change after the node is reset to factory configuration.
Full Factory Reset: All settings will be reset to factory configuration.
When you are ready to remove all custom configuration and restore the node to factory settings, click the Factory Reset button.
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USING THE WEB MANAGEMENT INTERFACE: CHECK GPS STATUS
Check GPS Status
Click the Node Status tab.
Click the GPS Status button.
The page will display:
Source: GPS information source
Latitude: Current latitude of the node
Longitude: Current longitude of the node
Altitude: Current altitude of the node as MSL
(above sea level) and HAE (above ellipsoid)
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USING THE WEB MANAGEMENT INTERFACE: NETWORK STATUS
Network Status Tab
The Network Status tab allows you to view information about every node in the network at the
same time. Besides MANET Monitor, Network Visualization, and Channel Plan, each page displays
the same information as its counterpart on the Node Status page, but for every node in the network.
Unit Info: general node information for every node in the network
Neighbor Status: neighbors and SNR for every node in the network
MANET Monitor: number of nodes in the network, serial number, node name, IP address, velocity
and direction, altitude, neighbors, battery percentage remaining, SNR for every node in the network
GPS Status: GPS information for every node in the network
Network Traffic Load: traffic load information for every node in the network
Network Visualization: view the network in Google Earth
Channel Plan: channel setting for each radio
IP Flow List: IP flows on the network
IP Multicast Status: IP Multicast information
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USING THE WEB MANAGEMENT INTERFACE: NETWORK STATUS
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USING THE WEB MANAGEMENT INTERFACE: NETWORK VISUALIZATION
Configuring Visualization Settings
Click the Node Configuration tab.
Click Node Configuration.
Scroll to the Wave Relay SA box.
Configure Wave Relay Situational Awareness settings:
Enable/Disable WRSA Packets: select Enabled to enable Wave Relay SA
WRSA Multicast Address: defines the multicast address for sending and receiving Wave Relay SA packets - uncheck the Factory Default box to modify this field.
SA Neighbor Info: enables or disabled SA Neighbor info - if disabled, Google Earth will not
display SNR lines, and SNR will not appear in the MANET monitor. Disable this setting to
reduce network overhead and improve scalability and performance of high density networks.
Visualization Icon: select an icon to represent the node in Google Earth.
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USING THE WEB MANAGEMENT INTERFACE: NETWORK VISUALIZATION
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USING THE WEB MANAGEMENT INTERFACE: NETWORK VISUALIZATION
Viewing Network Visualization
Click the Network Status tab.
Scroll to Network Visualization.
Select a refresh rate from the drop-down menu. Faster refresh rates will use more bandwidth.
Click Network Visualization. A file named node-monitor.kml will download.
Open this file in Google Earth to view network visualization.
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USING THE WEB MANAGEMENT INTERFACE: NETWORK VISUALIZATION
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DEVICE OPERATION: ZEROIZE THE SECURITY KEY
Part V: Device Operation
Zeroize the Security Key
Pull down the zeroize latch on the top of the unit.
With the zeroize latch held down, twist the Power Knob counterclockwise from the OFF
position to the Z position.
Note: the status indicator LED will blink red once when the key is zeroized.
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DEVICE OPERATION: ZEROIZE THE SECURITY KEY
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DEVICE OPERATION: CONNECTING A CAMERA
Connect a Camera to the MPU5
≈
Parts List
For HD-SDI Connection:
HD-BNC to BNC Cable
CBL-VID-2001
96
Camera with BNC output
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DEVICE OPERATION: CONNECTING A CAMERA
Connect the HD-BNC end of CBLVID-2001 to the HD-BNC connector on
the top of the MPU5.
Connect the BNC end of CBL-VID-2001 to
the BNC connector on the camera.
Note: the Video In connector does not supply power to the camera. Ensure that your camera is
properly powered via another source.
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DEVICE OPERATION: CONFIGURING VIDEO SETTINGS
Configuring Video Settings
Connect the MPU5 to the
Management Computer
and log into the Web Management Interface.
Click the Node Configuration tab.
Click the Video Configuration button.
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DEVICE OPERATION: CONFIGURING VIDEO SETTINGS
Check Camera Input Status
The left column displays status information for the camera connected to the MPU5. Use this
status information to verify that the connected camera is configured and working properly.
Overall Input Status: displays Yes if a camera is connected; displays No otherwise.
Scan Mode: scan mode setting of the connected camera,
if available
Video Data Format: output format setting of the connected camera, if available
Input Resolution: resolution setting of the connected
camera, if available
Input Frames/Sec: frame rate setting of the connected
camera, if available
Audio Present: audio status from the connected camera,
if available
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DEVICE OPERATION: CONFIGURING VIDEO SETTINGS
Encoder Configuration
The center column displays configuration settings for the MPU5’s onboard video encoder.
Enable/Disable Video Encoding
In the Enable/Disable drop-down menu,
select Enabled.
To disable Video, select Disabled.
Select Video Input
Select the video source that corresponds to your camera from the Video Input drop-down
menu.
3G-SDI: 3G-SDI input via the Video In connector on the top of the MPU5
Composite 4:3: Composite input with a 4:3 aspect ratio via the Video In connector on
the top of the MPU5
Composite 16:9: Composite input with a 16:9 aspect ratio via the Video In connector on
the top of the MPU5
Note: you MUST manually configure the correct input source. If the correct input source is not
selected, input status will show no camera detected.
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DEVICE OPERATION: CONFIGURING VIDEO SETTINGS
Configure Video Output IP Address and Port
Enter an IP address for the video in the Video Output IP field. Pick a unique IP address.
Uncheck the Factory Default box to make changes to this field. Check the Factory Default
box to use the Factory Default Video Output IP.
Enter a port for the video stream in the Video Output Port field. Uncheck the Factory Default box to make changes to this field. Check the Factory Default box to use the Factory
Default Video Output Port.
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DEVICE OPERATION: CONFIGURING VIDEO SETTINGS
Advanced Video Configuration Options
Click Show/Hide Advanced Settings. This
will show or hide drop-down menus for
I-Frame Interval, IDR-Frame Interval, and
Protocol.
I-Frame Interval (Advanced): Sets the time between I-Frames (in seconds). The shorter amount
of time between I-Frames, the better video quality will be, but the video stream will use more
bandwidth. It is not recommended for non-advanced users to change this setting.
IDR-Frame Interval (Advanced): Sets the time between IDR-Frames (in seconds). Increasing IDRFrame interval will decrease the bandwidth used by the stream, but it may reduce video quality. It is
not recommended for non-advanced users to change this setting.
Note: Available IDR-Frame Interval options change based on the selected I-Frame interval. If you
change I-Frame Interval and the selected IDR-Frame Interval setting is available for that I-Frame
Interval, the IDR-Frame Interval will not change. If you change I-Frame Interval and the selected IDRFrame Interval setting is not available for that I-Frame Interval, IDR-Frame Interval will be set to the
factory default setting for that I-Frame Interval.
Protocol (Advanced): Selects the streaming protocol for the video stream. Options are: MPEG-TS/
UDP or RTP/UDP.
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DEVICE OPERATION: CONFIGURING VIDEO SETTINGS
Select Video Encoding Settings
Select a resolution from the Resolution
drop-down menu. This setting selects
the resolution at which video will be
encoded. Options are:
Select a frame rate from the Frame Rate drop-down menu. This setting selects the frame rate
at which video will be encoded.
Select a bit rate from the Bit Rate drop-down menu. This setting selects the bit rate at which
video will be encoded.
Note: Available frame rate and bit rate options change based on the selected resolution. If
you change resolution and the selected frame rate and bit rate settings are available for that
resolution, they will not change. If you change resolution and the selected frame rate or bit
rates settings are not available for that resolution, frame rate and bit rate will be set to the
factory default setting for that resolution.
If you wish to encode audio with the
video stream, select Yes from the Audio
drop-down menu. Otherwise, select
No.
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DEVICE OPERATION: CONFIGURING VIDEO SETTINGS
When you are finished configuring settings, click Save & Reconfigure Unit.
Use the Camera Motion & Estimated Video Quality table on the
bottom left of the page to check if the bit rate you have selected
will be sufficient for good-quality video based on how much your
camera will be moving. If it is not, adjust the bit rate setting accordingly.
104
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DEVICE OPERATION: CONFIGURING VIDEO SETTINGS
Video Viewer URLs
The Video View URLs page will display two URLs below the Video Configuration settings. To pull
video from this node, enter the For VLC URL into VLC or the Other Viewers URL in another video
player.
Note: if you change Video Output IP or Video Output Port on the Video Configuration page,
these URLs will change as well.
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105
DEVICE OPERATION: CONFIGURING VIDEO SETTINGS
Video Encoding Status
The center column displays configuration settings for the MPU5’s onboard video encoder.
Overall Encoder Status: displays whether this node is
encoding video or not.
Subscribers: displays whether there are users on the
network subscribing to the video from this node.
Note: if no one is subscribed to the video from this node,
the node will not encode video.
Output Resolution: displays the resolution of the encoded
video being output
Output Frames/Sec: displays frame rate of the encoded
video being output
Output Bit Rate: displays the bit rate of the encoded
video being output
Audio Encoded: displays whether audio is being encoded
with the video stream or not
106
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
DEVICE OPERATION: CONFIGURING VIDEO SETTINGS
What do I do if video is not being encoded?
Ensure that the camera is powered and all cables are connected securely to the correct connectors.
Ensure Video Encoding is enabled on the node. You must click the Save & Reconfigure Unit button for
settings to take effect.
Ensure that the correct video input is selected on the Video Encoding Configuration page.
If there are no subscribers to the video, video will not be encoded. Check if video is being encoded when
a subscriber is present.
Ensure the correct Video Viewer URL is entered into your video viewer.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
107
DEVICE OPERATION: CONFIGURING VIDEO KIOSK MODE
Video Kiosk Mode
Video Kiosk Mode allows you set up the MPU5 as a kiosk video player. When Kiosk Mode is enabled, up to four video feeds may be configured. The MPU5 will automatically display one of these
video feeds, and the standard MPU5 Android interface is disabled. The video being viewed can be
changed from within the Web Management Interface or toggled by using the keypad.
Configuring Video Kiosk Mode
Connect the MPU5 to the
Management Computer
and log into the Web Management Interface.
Click the Node Configuration tab.
Click the Video Configuration button.
108
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DEVICE OPERATION: CONFIGURING VIDEO KIOSK MODE
Enable Video Kiosk Mode
In the Enable/Disable drop-down menu, select Enabled.
To disable Video, select Disabled.
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109
DEVICE OPERATION: CONFIGURING VIDEO KIOSK MODE
Configure Video Feed Settings
The Video Feed box configures settings for each of the 4 feeds to be viewed in Video Kiosk Mode.
Select Feed: this column controls which video feed will be displayed by default in Video Kiosk
Mode. Click the circle for the video feed you wish to be the default.
Feed Number: displays the number of each of the four video feeds. When in Video Kiosk Mode,
you may select a feed to be displayed using the corresponding keypad number or the left and right
arrow keys.
Feed Name: assigns a custom name to each video feed. Uncheck the Network Default box to edit
this field.
IP & Port: sets the IP address and Port for the video feed to be accessed in the format :. Uncheck the Network Default box to edit this field.
110
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DEVICE OPERATION: CONFIGURING VIDEO KIOSK MODE
Video Kiosk Mode Status
The Status box displays Video Kiosk Mode status information.
Enabled: displays Yes if Video Kiosk Mode is enabled and displays No if Video Kiosk Mode is disabled
Currently Playing Feed: displays the number of the video feed that is currently being viewed in
Video Kiosk Mode
Feed Number: displays the number of each of the four video feeds
Feed Name: displays the name for each video feed
Feed IP & Port: displays the IP address and port for each video feed
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
111
DEVICE OPERATION: VIDEO KIOSK MODE OPERATION
Video Kiosk Mode Operation
The video kiosk app will automatically restart if video encoding settings change or a problem
occurs.
▶▶ The only way to exit the video kiosk player is to disable Video Kiosk Mode from the Web Management Interface.
▶▶
Video Kiosk Mode Disabled
112
Video Kiosk Mode Enabled
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DEVICE OPERATION: VIDEO KIOSK MODE OPERATION
▶▶
The video feed being viewed can be changed from the Web Management Interface or from the
app:
▶▶ With num lock disabled, use the left and right arrow keys
▶▶ With num lock enabled, use the keypad to select the corresponding video feed
Num Lock Disabled
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Num Lock Enabled
113
DEVICE OPERATION: CONNECTING AN EUD OR HANDHELD DISPLAY
Connect an EUD or Handheld Display to the MPU5
≈
Parts List
22-Pin to 6-Pin USB Push Pull Android™ Tether Cable
CBL-DATA-2004
Android™ EUD
ACC-EUD-0001
114
EUD IP67 Enclosure
MOLLE-IP67-N3
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DEVICE OPERATION: CONNECTING AN EUD OR HANDHELD DISPLAY
Connect CBL-DATA-2004
to the PTT/EUD side connector on the MPU5.
The MPU5 Android™ OS will be displayed on the EUD or Display.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
Insert the Android™ EUD
into the Juggernaut Case.
Connect the 6-Pin Push
Pull connector on the
Juggernaut Case to the
6-Pin Push Pull connector on CBL-DATA-2004.
115
DEVICE OPERATION: CONNECTING A MONITOR OR TV
Connect a Monitor or TV to the MPU5
≈
Parts List
22-Pin to Audio and Video Out
CBL-DATA-3002
Speaker Box or Headset with U-328 Connector
Monitor or TV with HDMI Input
116
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DEVICE OPERATION: CONNECTING A MONITOR OR TV
Connect CBL-DATA-3002
to the DATA side connector on the MPU5.
Connect the speaker box
or headset to the U-328
audio connector on
CBL-DATA-3002.
Connect the HDMI end
of CBL-DATA-3002 to
the HDMI Input on the
monitor or TV.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
117
DEVICE OPERATION: CONNECTING A MONITOR OR TV
118
Why can’t I see video on my Monitor or TV?
Ensure that the Monitor or TV is powered on.
Ensure that the Monitor or TV is set to the correct
HDMI input.
Ensure that all cables are connected properly.
Reboot the node.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
DEVICE OPERATION: CONNECTING USB ACCESSORIES
Connect USB Accessories to the MPU5
≈
Parts List
22-Pin to Type A Female USB 2.0 Receptacle
CBL-DATA-2003
USB Hub
(Optional)
USB Keyboard
(Optional)
USB Mouse
(Optional)
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119
DEVICE OPERATION: USB ACCESSORIES
Connect CBL-DATA-2003
to an unused side connector on the MPU5.
Connect the USB Hub or
one USB accessory to the
USB receptacle on the
end of CBL-DATA-2003.
If you are using a USB
Hub, connect USB accessories to the USB receptacles in the USB Hub.
Why don’t my USB accessories work?
Ensure all cables are connected properly.
If available, test a different CBL-DATA-2003. If the
accessory works, the original CBL-DATA-2003 may be
defective.
Ensure that all wireless accessories (keyboards/mice/etc.) are powered (i.e. batteries
are not dead)
If you are using a USB Hub, connect the USB
accessory directly to CBL-DATA-2003. If the
accessory works, replace the USB hub.
Reboot the node.
Your USB accessory may not be compatible. Contact
Persistent Systems support.
120
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DEVICE OPERATION: INSTALLING APPS
Install Android™ Apps on the MPU5
≈
Parts List
.apk file for Android™ App(s)
Management Computer
Note: the Operating System on the MPU5 is Android™ version 5.0 (Lollipop). Ensure that the app
you wish to install is compatible with this version of the Android™ OS.
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121
DEVICE OPERATION: INSTALLING APPS
Connect the MPU5 to the
Management Computer
and log into the Web Management Interface.
Click the Node Configuration tab.
Click APK Install.
122
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DEVICE OPERATION: INSTALLING APPS
Click Choose File and navigate to the
.apk file you wish to install.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
Click Upload and wait for the on-screen
prompt to say Node APK Install Succeeded. The page will then reload.
123
DEVICE OPERATION: ANDROID™ SCREENSHOT
View Android™ OS via the Web Management Interface
▶▶
The Android™ Screenshot page allows users to view and control Android™ on the MPU5 via the
Web Management Interface
Accessing the Android™ Screenshot Page
Connect the MPU5 to the
Management Computer
and log into the Web Management Interface.
Click the Node Status tab.
Click the Android™
Screenshot button.
124
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DEVICE OPERATION: ANDROID™ SCREENSHOT
Using the Android™ Screenshot Page
Mouse Click: tap/swipe as if using a touch screen EUD
Reload Screenshot: refreshes the displayed image of the Android™ OS
Power: powers on/off the Android™ display - this will not close apps
Back: returns to the previous page
Home: returns to the Android™ Home Screen
App Switch: allows the user to toggle between open apps
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
125
DEVICE OPERATION: NETWORK CONFIGURATION
Network Configuration Tab
The Network Configuration tab allows you to perform actions on all nodes in the network.
Network Node List: manage the Network Node List
Network Upgrade: upgrade firmware on all nodes
Network Password: change the Management Password for all nodes
Network APK Install: install an APK on all nodes in the network
Reboot Network: reboot all nodes in the network
Each action on this tab is the same as the corresponding action on the Node Configuration tab.
Network Upgrade and Network APK install have a box labeled Require All. If this box is checked,
the firmware or .apk file will only be installed if and only if all nodes in the Network Node List are
able to be contacted. If any node is unable to be contacted, the firmware or .apk file will not be
installed on any node. If this box is unchecked, the firmware or .apk file will only be installed on
nodes that are able to be contacted. The firmware or .apk file will not be installed on nodes that
are unable to be contacted.
126
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DEVICE OPERATION: NETWORK CONFIGURATION
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
127
DEVICE OPERATION: CONNECTING A PTT DEVICE
Connect a PTT Device to the MPU5
≈
Parts List
22-Pin to audio and Video Out
CBL-DATA-3002
22-Pin to U94 Receptacle
CBL-AUD-0003
The cable you need is dependent on what connector your PTT device has.
22-Pin to U-329
CBL-AUD-0001
22-Pin to U-328
CBL-AUD-0002
128
Compatible Push-to-Talk device
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
DEVICE OPERATION: CONNECTING A PTT DEVICE
Connect the cable to the PTT/EUD side
connector on the MPU5.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
Connect the PTT device to the connector
on the end of the cable.
129
DEVICE OPERATION: CONFIGURING PTT SETTINGS
Configure PTT Settings
Connect the MPU5 to the
Management Computer
and log into the Web Management Interface.
Click the Node Configuration tab.
Click the PTT Configuration button.
130
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DEVICE OPERATION: CONFIGURING PTT SETTINGS
Enable Push-to-Talk
In the Run PTT Subsystem drop-down
menu, select Enabled.
To disable Push-to-Talk, select Disabled.
Set Earpiece Volume
Next to Volume, check the Network Default box to use the Network Default earpiece volume.
To customize earpiece volume, uncheck
the Network Default box.
In the Volume field, enter a value 0 - 125.
Values above 100 are digitally amplified.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
131
DEVICE OPERATION: CONFIGURING PTT SETTINGS
Set Microphone Level
Next to Microphone Level, check the Network Default box to use the Network Default microphone level.
To customize microphone level, uncheck the
Network Default box.
In the Microphone Level field, enter a value:
auto: Uses automatic gain control for microphone input - recommended for most
users
0 - 100: valid microphone level volumes
132
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DEVICE OPERATION: CONFIGURING PTT SETTINGS
Set Transmit Mode
Select a setting from the Transmit Mode
drop-down menu:
OnKeyPress: audio is transmitted only
when the PTT button is pressed on the
headset
Continuous: audio is continuously transmitted.
Note: other nodes may monitor
the channel only. Selected Channel
audio transmissions will interrupt
monitored continuously transmitted
audio.
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133
DEVICE OPERATION: CONFIGURING PTT SETTINGS
Set Transmit or Receive Audible Checktone
134
From the Tones on Transmit and Tones on
Receive drop down menus, select:
Quiet: no audible checktone
Beep: audible checktone will be set to a
beep
Voice: audible checktone will be a vocalized “one”
Network Default: audible checktone will
be set to the network default setting
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
DEVICE OPERATION: CONFIGURING PTT SETTINGS
Enable/Disable Low Battery Audible Notification
Select a setting in the Low Battery dropdown menu:
Enabled: when the battery is depleted to
5%, the node will play an audible notification every 5 minutes.
Disabled: no low battery audible notification will occur.
Network Default: network default setting
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
135
DEVICE OPERATION: CONFIGURING PTT SETTINGS
Selecting Channels
In the Selected column, click the circle for the channel(s) you wish to transmit on.
In the Monitor column, check the box for each channel you wish to monitor. You will be able
to hear PTT audio on the monitored channel.
Pro Tip: you may select any number of channels to monitor. In the Monitor column, check
the box for each channel you wish to monitor. You will NOT be able to transmit PTT audio on
channels other than the one you selected in Step 3.
Customize a PTT Channel
In the Channel field, uncheck the Network Default box and enter the desired channel name.
In the Multicast Address field, uncheck the Network Default box and enter the desired multicast address and multicast port in the form :.
Note: valid multicast address values are in the range 224.0.0.0 - 239.255.255.255
Note: valid multicast port values are in the range 1 - 65534
Note: each channel MUST have a unique multicast address and multicast port.
136
Scroll to the bottom of the page and click Save.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
DEVICE OPERATION: CONFIGURING PTT SETTINGS
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
137
DEVICE OPERATION: CONFIGURING PTT SETTINGS
Using Wave Relay® Push-to-Talk
Ensure that your PTT device is connected and channel settings have been configured properly and as desired.
Press and hold the PTT button on the PTT device.
Wait to hear a single beep.
Talk.
Release the PTT button when you are finished talking.
You may talk or listen, but you may not do both simultaneously.
Transmissions from an individual user are broadcast to all other users on the network using the
same channel.
▶▶ Only one person may talk on a channel at one time. If you try to PTT while another user is transmitting, you will hear a busy signal.
▶▶ Selected Channel audio will interrupt Monitored Channel audio.
▶▶ Flash Override audio will interrupt both Selected Channel and Monitored Channel audio.
▶▶
▶▶
138
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
DEVICE OPERATION: CONFIGURING PTT SETTINGS
Using Flash Override
Flash Override is a feature that allows a user to transmit audio to all nodes on the network regardless of which channel they are operating on.
Flash Override audio will interrupt all audio on all channels.
To activate Flash Override, “tap-tap-hold” the PTT button (press and release the PTT button
quickly in succession, then press and hold the PTT button for the duration of the transmission)
The transmitting user and all receiving users will hear three beeps.
Talk.
Release the PTT button when you are finished talking.
© 2010 - 2018 Persistent Systems, LLC – All Rights Reserved
139
PROFESSIONAL INSTALLER – COMPLIANCE
The following notes refer to these part numbers:
Persistent Systems P/N
RF-2100
RF-5100
Description
FCC ID
IC ID
S-Band Radio Module
2AG3J-RF2100 20968-RF2100
Upper C-Band Radio Module 2AG3J-RF5100 20968-RF5100
This device complies with part 15 of the FCC rules and Industry Canada license-exempt RSS standard(s). Operation is Subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operation of the device.
Le présent appareil est conforme aux la partie 15 des règles de la FCC et CNR d’Industrie Canada
applicables aux appareils radio exempts de licence. L’exploitation est autorisée aux deux conditions suivantes : (1) l’appareil ne doit pas produire de brouillage, et (2) l’utilisateur de l’appareil doit
accepter tout brouillage radioélectrique subi, même si le brouillage est susceptible d’en compromettre le fonctionnement.
140
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PROFESSIONAL INSTALLER – COMPLIANCE
NOTE: THE MANUFACTURER IS NOT RESPONSIBLE FOR ANY RADIO OR TV INTERFERENCE
CAUSED BY UNAUTHORIZED MODIFICATIONS TO THIS EQUIPMENT. SUCH MODIFICATIONS
COULD VOID THE USER’S AUTHORITY TO OPERATE THE EQUIPMENT.
NOTE II: This equipment has been tested and found to comply with the limits for a Class B digital
device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable
protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not
installed and used in accordance with the instruction manual, may cause harmful interference to
radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at their own
expense.
OPERATING FREQUENCY: Operating frequency is determined by the installer. It is important that
the frequency configured meets local regulations.
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PROFESSIONAL INSTALLER – COMPLIANCE
P/N: RF-2100
FCC ID: 2AG3J-RF2100
IC ID: 20968-RF2100
US and Canada Power Limits
Mode:
SISO: Only One Port Active
MIMO (2x2): 2 Ports Active
Power Setting / Port
MIMO (3x3): All 3 Ports Active
Power Setting / Port
CHANNEL:
Max. Power Setting
Approved (dBm)
Max. EIRP
(dBm)
Max. Power Setting
Approved (dBm)
Max. EIRP
(dBm)
Max. Power Setting
Approved (dBm)
Max. EIRP
(dBm)
28
32
26
31
24.5
31
30
35
26
32
24.5
31
30
36
26
32
24.5
31
30
36
26
32
24.5
31
30
36
26
32
24.5
31
30
36
26
32
24.5
31
30
36
26
32
24.5
31
30
36
26
32
24.5
31
30
36
26
32
24.5
31
10
30
33
26
32
24.5
31
11
29
32
26
31
24.5
31
142
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PROFESSIONAL INSTALLER – COMPLIANCE
P/N: RF-5100
FCC ID: 2AG3J-RF5100
IC ID: IC ID: 20968-RF5100
Antenna Type and Gain (dBi): Omnidirectional / 3.5 dBi
USA
Freq
(MHz)
Canada
Channel
(WLAN)
Channel
Width
(MHz)
SISO Max. 2x2 Max.
Power
Power
Setting
Setting
Approved Approved
(dBm)
(dBm)
3x3 Max.
Power
Setting
Approved
(dBm)
Max. EIRP
Approved
(dBm)
SISO
2x2 Max.
Max.
Power
Power
Approved
Approved
(dBm)
(dBm)
3x3 Max.
Power
Approved
(dBm)
Max. EIRP
Approved
(dBm)
5180
36
20
17.0
14.0
11.5
21
n/a
n/a
n/a
n/a
5200
44
20
17.0
14.0
11.5
21
n/a
n/a
n/a
n/a
5240
48
20
17.0
14.0
12.0
21
n/a
n/a
n/a
n/a
5745
149
20
29.5
26.5
24
36
29.5
26.5
24
36
5787
157
20
29.5
26.5
24
36
29.5
26.5
24
36
5825
165
20
29.5
26.5
24
36
29.5
26.5
24
36
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PROFESSIONAL INSTALLER – COMPLIANCE
Operations outside of the FCC grant will require special licensing.
Approved Antennas:
The radio transmitters listed in the table below have been approved by Industry Canada to operate
with the antenna types listed below with the maximum permissible gain indicated. Antenna types
not included in this list, having a gain greater than the maximum gain indicated for that type, are
strictly prohibited for use with this device.
Part Number FCC ID
IC ID
Antenna Type
RF-2100
RF-5100
20968-RF2100
20968-RF5100
Omni
Omni
2AG3J-RF2100
2AG3J-RF5100
Max. Gain Approved
(dBi)
7.4
3.5
EIRP (Isotropic Radiated Power) = Power Setting + Antenna Gain - Cable Loss
National regulations may require that operations may be limited to portions of the frequency range
shown in the channel selection page of the interface.
144
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PROFESSIONAL INSTALLER – COMPLIANCE
Dipole (Omnidirectional)
Minimum Safe Distance (MSD)
*Occupational ExpoAntenna Gain (dBi)
sure Distance (cm)
2.1
7.0
3.5
7.0
4.0
8.0
7.4
**11.0
Non Occupational Exposure Distance (cm)
20.0
20.0
20.0
**25
In addressing the MSD for operation of the RF-2100 S-Band (2200 MHz – 2500 MHz) radio module with FCC ID
2AG3J-RF2100 and IC ID 20968-RF2100 and the RF-5100 Upper C-Band (5100 MHz – 6000 MHz) radio module with
FCC ID 2AG3J-RF5100 and IC ID 20968-RF5100, the applicable Maximum Permissible Exposure (MPE) limits were
obtained IAW the FCC rules for radio frequency radiation exposure limits under FCC Title 47, Chapter 1 Subpart 1
Article 1.1310 and Industrial Canada RSS-102, Section 2.6.
En abordant la MSD pour le fonctionnement des RF-2100 S-Band (2200 MHz - 2500 MHz) module radio avec FCC
ID 2AG3J-RF2100 et IC ID 20968-RF2100 et RF-5100 Upper C-Band (5100 MHz – 6000 MHz) avec FCC ID 2AG3JRF5100 et IC ID 20968-RF5100, l’exposition maximale admissible applicable (MPE) limites ont été obtenus conformément à la FCC règles pour les limites d’exposition aux radiations de fréquences radio sous FCC Titre 47,
Chapitre 1 partie 1 article 1,1310 et industriel Canada RSS-102, Section 2.6.
For compliance information, contact Persistent Systems’ Quality Management Department.
Pour plus d’informations de conformité, le service de qualité contact Persistent Systems.
(212)-561-5895
support@persistentsystems.com
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145
PROFESSIONAL INSTALLER – COMPLIANCE
Notes:
*Occupational/controlled exposure limits apply in situations in which persons are exposed as a consequence of their employment provided those persons are fully aware of the potential for exposure
and can exercise control over their exposure. Limits for occupational/controlled exposure also apply
in situations when a person is transient through a location where occupational/controlled limits
apply provided he or she is made aware of the potential for exposure. The phrase fully aware in the
context of applying these exposure limits means that an exposed person has received written and/
or verbal information fully explaining the potential for RF exposure resulting from his or her employment. With the exception of transient persons, this phrase also means that an exposed person has
received appropriate training regarding work practices relating to controlling or mitigating his or
her exposure. Such training is not required for transient persons, but they must receive written and/
or verbal information and notification (for example, using signs) concerning their exposure potential and appropriate means available to mitigate their exposure. The phrase exercise control means
that an exposed person is allowed to and knows how to reduce or avoid exposure by administrative
or engineering controls and work practices, such as use of personal protective equipment or time
averaging of exposure.
** Cable loss is the minimum cable loss that may exist between the antenna port and the 7.4dBi
antenna. 0.50dB cable loss was taken into consideration when calculating minimum distance.
146
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PROFESSIONAL INSTALLER – COMPLIANCE
Country: Japan (Government)
Mode of Operation: MIMO 3x3
Antenna Types and Gain (dBi)
Antenna 1:
Omnidirectional / 3.5 dBi
Antenna 2:
Blade / 9 dBi
Antenna 3:
Patch 4x4 / 13 dBi
Japan Power Limits
Channel
(MHz)
Channel Width
(MHz)
5660
Antenna 1
Antenna 2
Antenna 3
Max. Power Approved (dBm)
Max. EIRP Approved (dBm)
Max. Power Approved (dBm)
Max. EIRP Approved (dBm)
Max. Power Approved (dBm)
Max. EIRP Approved (dBm)
20
25.2
36
22.2
36
18.2
36
5655
10
25.2
36
22.2
36
18.2
36
5665
10
25.2
36
22.2
36
18.2
36
5675
10
25.2
36
22.2
36
18.2
36
5680
20
25.2
36
22.2
36
18.2
36
5685
10
25.2
36
22.2
36
18.2
36
5695
10
25.2
36
22.2
36
18.2
36
5700
20
25.2
36
22.2
36
18.2
36
5705
10
25.2
36
22.2
36
18.2
36
5715
10
25.2
36
22.2
36
18.2
36
5720
20
25.2
36
22.2
36
18.2
36
5725
10
25.2
36
22.2
36
18.2
36
5740
10
25.2
36
22.2
36
18.2
36
5745
20
25.2
36
22.2
36
18.2
36
5750
10
25.2
36
22.2
36
18.2
36
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BAT-06 Technical Datasheet
Rechargeable, Lithium-Ion Battery
Features
•
Communicates using a Single Wire DQ interface.
•
UN/DOT 38.3 Rating: 73Wh
•
Comparable to: BT-70716BE
Typical Applications
•
Wave Relay System
•
AN/PRC-148
•
TRC-9110
Recommended Charging Platforms
Charger Part Number Required Adapter Part Number
BTC-70801 BTA-70810
BTC-70844 BTA-70810
BTC-70819, -1, -3 BTA-70810
BTC-70836 BTA-70830, BTA-70830-1
BTC-70870, -1, -3 BTA-70830, BTA-70830-2
BTC-70824-1 BTA-70810S
BTC-70663 BTA-70810S
BTC-70716-1 Not Required
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Technical Specifications
National Stock Number Pending
BT Part Number BT-70716BG
Dimensions
Length: 2.8 in. (71 mm) Width: 1.6 in.
(41 mm)
Height: 3.4 in. (86 mm)
Weight 0.75 lbs (0.34 kg)
Nominal Voltage 10.8V
Maximum Voltage 12.6V
Capacity 6.4Ah
Discharge 6A Max Continuous
Pulse Discharge 40A ≤ 1 ms
Operating Temperature -30°C to +60°C (-22°F to +140°F)
Recommended Storage Temperature -40°C to +40°C (-40°F to +104°F)
Connector Flat Contacts (bottom), Fly Wheel
Connection (top)
State of Charge Indicator Not Applicable
Disposal Check local regulations (Contains 0%
Mercury or Cadmium)
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MPU5
BASIC OPERATOR MANUAL
VERSION 2.5
303 Fifth Avenue Suite 306
New York, NY 10016
www.persistentsystems.com

---

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