mototrbo nitro installation and configuration manualdocument history edition description date...

MOTOTRBO® Nitro™Installation andConfiguration Manual

System Release 1.2MOTOTRBO® Nitro™

*MN005823A01*MN005823A01-C

SEPTEMBER 2019© 2019 Motorola Solutions, Inc. All rights reserved

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MN005823A01-CCopyrights

2

Contact UsThe Solutions Support Center (SSC) is the primary contact for technical support included in yourorganization's service agreement with Motorola Solutions.

Service agreement customers should be sure to call the SSC in all situations listed under CustomerResponsibilities in their agreement, such as:

• Before reloading software

• To confirm troubleshooting results and analysis before taking action

Your organization received support phone numbers and other contact information appropriate for yourgeographic region and service agreement. Use that contact information for the most efficient response.However, if needed, you can also find general support contact information on the Motorola Solutionswebsite, by following these steps:

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MN005823A01-CContact Us

3

http://motorolasolutions.comhttp://motorolasolutions.commailto:[email protected]

Document HistoryEdition Description Date

MN005823A01-A Initial release of the MOTOTRBO® Nitro™ Instal-lation and Configuration manual

May 2019

MN005823A01-B Second release of the MOTOTRBO® Nitro™ In-stallation and Configuration manual

• Added Juniper EX4300-48MP ManagedSwitch on page 23 section

• Added and modified information on OnPremEdge Gateway support

• Added information on CBSD communicationwith RAN SRX firewall

• Removed support for PoE+ as a valid powersource

July 2019

MN005823A01-C Third release of the MOTOTRBO® Nitro™ Instal-lation and Configuration manual

• Added Disabling the Console Logging onpage 36

• Added Loading the Firmware (Optional) onpage 36

• Modified Loading the Configuration File onpage 37

• Added note on FAT32 USB format

• Added missing spaces in the commands

September 2019

MN005823A01-CDocument History

4

ContentsCopyrights................................................................................................................... 2Contact Us................................................................................................................... 3Document History....................................................................................................... 4List of Figures..............................................................................................................7List of Tables............................................................................................................... 8About This Manual...................................................................................................... 9

Helpful Background Information.................................................................................................... 9

Related Information....................................................................................................................... 9

Chapter 1: System Description................................................................................101.1 Deployment Architecture Diagram.........................................................................................11

1.2 Customer On-Premises Network Equipment Topology......................................................... 11

1.3 CBSDs................................................................................................................................... 13

1.3.1 SLX 2000................................................................................................................. 13

1.3.2 SLX 4000................................................................................................................. 14

1.3.2.1 Laird 9 Antenna for SLX 4000....................................................................14

1.3.2.2 Laird 16 Antenna for SLX 4000..................................................................15

1.3.3 Comparison of the CBSDs.......................................................................................15

1.4 Switches and Routers............................................................................................................16

1.4.1 Juniper SRX345 Firewall......................................................................................... 16

1.4.1.1 Connections for Juniper SRX345 Firewall................................................. 17

1.4.2 Juniper EX3400-24P Managed Switch.................................................................... 17

1.4.2.1 Connections for Juniper EX3400-24P Managed Switch withoutMOTOTRBO Nitro OnPrem Edge Gateway Support........................................ 18

1.4.2.2 Connections for Juniper EX3400-24P Managed Switch withMOTOTRBO Nitro OnPrem Edge Gateway Support........................................ 19

1.4.3 Juniper EX4300-32F Managed Switch.................................................................... 20

1.4.3.1 Connections for Juniper EX4300-32F Managed Switch withoutMOTOTRBO Nitro OnPrem Edge Gateway Support........................................ 21

1.4.3.2 Connections for Juniper EX4300-32F Managed Switch withMOTOTRBO Nitro OnPrem Edge Gateway Support........................................ 22

1.4.4 Juniper EX4300-48MP Managed Switch................................................................. 23

1.4.4.1 Connections for Juniper EX4300-48MP Managed Switch withoutMOTOTRBO Nitro OnPrem Edge Gateway Support........................................ 24

1.4.4.2 Connections for Juniper EX4300-48MP Managed Switch withMOTOTRBO Nitro OnPrem Edge Gateway Support........................................ 25

1.4.5 FibroLAN μFalcon-ST/G.......................................................................................... 25

1.4.6 MOTOTRBO Nitro OnPrem Edge Gateway.......................................................... 26

MN005823A01-CContents

5

Chapter 2: OnPrem Installation............................................................................... 282.1 Pre-Configuration Planning ...................................................................................................28

2.2 Site Preparation..................................................................................................................... 28

2.2.1 Considerations for CBSD Installation.......................................................................28

2.2.2 Networking Equipment Physical and Power Specifications..................................... 29

2.3 Installation Process................................................................................................................29

2.3.1 Installation Preconditions......................................................................................... 30

2.3.1.1 CEN Parameters........................................................................................ 30

2.3.1.2 OnPrem Edge Gateway Parameters..........................................................30

2.3.2 Installing the Hardware............................................................................................ 31

2.3.2.1 Installing the PTP Server........................................................................... 31

2.3.2.2 Installing OnPrem Edge Gateway.............................................................. 31

2.3.3 Connecting Cables...................................................................................................32

2.3.4 Configuring the Equipment...................................................................................... 32

2.3.5 Verifying Installation.................................................................................................32

2.3.5.1 Verifying CBSD Installation........................................................................ 33

Chapter 3: Configuration and Provisioning............................................................343.1 Configuring and Provisioning the Switches........................................................................... 34

3.1.1 Downloading Switches and PTP Configuration Files...............................................35

3.1.2 Establishing a Management Connection................................................................. 35

3.1.3 Disabling the Console Logging................................................................................ 36

3.1.4 Loading the Firmware (Optional)............................................................................. 36

3.1.5 Loading the Configuration File................................................................................. 37

3.2 Configuring and Provisioning the PTP Server....................................................................... 37

3.2.1 Establishing a Web Interface Connection................................................................ 38

3.2.2 Configuring the PTP Server..................................................................................... 39

3.2.3 Creating a New User Name and Password for the PTP Server.............................. 40

3.2.4 Saving Changes to the Startup Configuration File for the PTP Server.................... 41

3.2.5 Downloading Switches and PTP Configuration Files...............................................42

3.3 Provisioning OnPrem Edge Gateway (Optional)................................................................... 42

3.4 Provisioning CBSDs.............................................................................................................. 43

Chapter 4: System Testing and Troubleshooting.................................................. 444.1 Troubleshooting Juniper SRX345 Firewall............................................................................ 44

4.2 Troubleshooting Juniper EX3400/EX4300 Switches............................................................. 45

4.3 Troubleshooting FibroLAN μFalcon-ST/G PTP Server..........................................................46

4.4 Troubleshooting OnPrem Edge Gateway.............................................................................. 46

Chapter 5: Software and Firmware Upgrades........................................................ 485.1 CBSD Upgrades.................................................................................................................... 48

5.2 OnPrem Edge Gateway Upgrades........................................................................................ 48

MN005823A01-CContents

6

List of FiguresFigure 1: MOTOTRBO Nitro System Architecture..................................................................................11

Figure 2: MOTOTRBO Nitro Customer OnPremises Network............................................................... 12

Figure 3: SLX 2000.................................................................................................................................13

Figure 4: SLX 4000.................................................................................................................................14

Figure 5: Juniper SRX345 Firewall.........................................................................................................16

Figure 6: Connections for Juniper SRX345 Firewall ..............................................................................17

Figure 7: Juniper EX3400-24P............................................................................................................... 17

Figure 8: Connections for Juniper EX3400 Switch without OnPrem Edge Gateway..............................18

Figure 9: Connections for Juniper EX3400 Switch with OnPrem Edge Gateway...................................19

Figure 10: Juniper EX4300-32F Managed Switch..................................................................................20

Figure 11: Juniper EX4300-32F connections without OnPrem Edge Gateway Support........................ 21

Figure 12: Connections for Juniper EX4300-32F Switch........................................................................22

Figure 13: Juniper EX4300-48MP Managed Switch...............................................................................23

Figure 14: Juniper EX4300-48MP Connections Without OnPrem Edge Gateway Support................... 24

Figure 15: Juniper EX4300-48MP Connections with OnPrem Edge Gateway Support......................... 25

Figure 16: FibroLAN Falcon ST/G PTP Server...................................................................................... 26

Figure 17: OnPrem Edge Gateway port connections............................................................................. 27

Figure 18: PuTTY Configuration Using a Serial Interface...................................................................... 35

Figure 19: Windows IPv4 Network Adapter Configuration..................................................................... 38

Figure 20: Falcon-ST-G Configuration Drive Location........................................................................... 39

Figure 21: Restarting in Progress...........................................................................................................40

Figure 22: User Configuration Screen.................................................................................................... 41

Figure 23: Saving Running Configuration to Startup-Config.................................................................. 42

MN005823A01-CList of Figures

7

List of TablesTable 1: Deployment Types of the Mototrbo Nitro System.....................................................................10

Table 2: SLX 2000 Key Specifications................................................................................................... 13

Table 3: SLX 4000 Key Specifications................................................................................................... 14

Table 4: Laird 9 dBi Omni-Directional antenna specifications................................................................ 14

Table 5: Laird 16 dBi antenna specifications..........................................................................................15

Table 6: Comparison of the CBSDs....................................................................................................... 15

Table 7: Juniper SRX345 Key Specifications......................................................................................... 16

Table 8: Connections for Juniper SRX345 Firewall................................................................................17

Table 9: Juniper EX3400-24P Key Specifications.................................................................................. 17

Table 10: Connections for Juniper EX3400 Switch without OnPrem Edge Gateway.............................18

Table 11: Connections for Juniper EX3400 Switch with OnPrem Edge Gateway..................................19

Table 12: Juniper EX4300-32F Key Specifications................................................................................ 20

Table 13: Juniper EX4300-32F connections without OnPrem Edge Gateway Support......................... 21

Table 14: Connections for Juniper EX4300-32F Switch.........................................................................22

Table 15: Juniper EX4300-48MP Key Specifications............................................................................. 23

Table 16: Juniper EX4300-48MP connections without OnPrem Edge Gateway Support...................... 24

Table 17: Juniper EX4300-48MP Connections with OnPrem Edge Gateway Support.......................... 25

Table 18: FibroLAN Falcon-ST/G Key Specifications.............................................................................26

Table 19: PTP Server Power Supply......................................................................................................31

MN005823A01-CList of Tables

8

About This ManualThis manual is developed as a support tool for Motorola Solutions employees and channel partners.The chapters within this manual present detailed information on installing, configuring, andtroubleshooting the MOTOTRBO® Nitro™ system components.

Helpful Background InformationMotorola Solutions offers various courses designed to assist in learning about the system. Forinformation, go to https://learning.motorolasolutions.com to view the current course offerings andtechnology paths.

Related Information

Related Information Purpose

Nitro System Planner Provides description of thesystem functionality, sys-tem design guidelines andorderability options.

Nitro Cloud Portal User Guide provides list of proceduresdescribing functionalitiesavailable in the Nitro CloudPortal.

SLX 2000 Installation Guide Provides procedures for in-stalling the SLX 2000 In-door-Pico EnterpriseCBSD.

SLX 4000 Installation Guide Provides procedures for in-stalling the SLX 4000 Out-door-Pico EnterpriseCBSD.

MN005823A01-CAbout This Manual

9

https://learning.motorolasolutions.com/

Chapter 1

System DescriptionThe high-level network architecture of MOTOTRBO® Nitro™ is comprised of the following four maincomponents:

• User Devices

• The Radio Access Network (RAN) consisting of :

- Precision Time Protocol (PTP) server

- Citizens Broadband Radio Service Devices (CBSDs)

- Firewalls

- Switches

• Nitro Cloud Evolved Packet Core (EPC)

• Nitro Cloud Portal

The MOTOTRBO Nitro system has two deployment types for the specified components. The followingtable describes each deployment type.

Table 1: Deployment Types of the Mototrbo Nitro System

Deployment Without MOTOTRBO Nitro On-Prem Edge Gateway

Deployment With MOTOTRBO Nitro OnPremEdge Gateway

Motorola Solutions hosted EPC Core and Push-to-Talk (PTT) Server

Motorola Solutions hosted EPC Core and Push-to-Talk (PTT) Server

MOTOTRBO Nitro OnPrem Edge Gateway

User Devices access the Internet via the MO-TOTRBO Nitro Cloud

User Devices access a Customer EnterpriseData Network using Edge Gateway

Suitable for small networks or voice-centric net-works

Suitable for networks with substantial local dataneeds

MN005823A01-CChapter 1: System Description

10

1.1Deployment Architecture DiagramFigure 1: MOTOTRBO Nitro System Architecture

Public Cloud

Firewall / Router

Indoor CBSD

Outdoor CBSD

Outdoor CBSD

MOTOTRBONitro OnPremEdge Gateway(Optional)

SpectrumAccessSystem

Firewall / Router

CEN - Local Enterprise Apps(IIOT, Workforce Mgmt, other)

Secure VPN

Secure

VPNLTE Evolved

Packet Core (EPC)

SecurityMonitoring

Nitro Cloud Portal

Provisioning SubSystem

Fault Management

PTTApplication

Server

FutureApplications

NitroCloud Core

1.2Customer On-Premises Network Equipment TopologyFigure 2 shows the MOTOTRBO® Nitro™ network.

The Radio Access Network (RAN) begins with backhaul/Internet and at minimum requires thefollowing:

• One firewall: Juniper Networks® SRX345 Services Gateway

• One switch: Juniper Networks® EX3400 or EX4300 Ethernet switches

• Citizens Broadband Radio Service Devices (CBSD): either SLX 2000 or SLX 4000 (indoor oroutdoor)

Most networks also require at least one Precision Time Protocol (PTP) server when CBSDs cannotobtain GPS time reference. For larger systems you must add an expansion switch and more CBSDs.Recommended redundancy considerations need to account for multiple switches and firewalls in RadioAccess Network (RAN) deployment. Optional and redundant components are shown in gray in Figure2.


11

Figure 2: MOTOTRBO Nitro Customer OnPremises Network

Backhaul/Internet

Customer Enterprise Network

Public Internet

Firewall/Router

Switch 2 PTP server

Edge Gateway

Expansion Switch

Edge Gateway

CBSD CBSD

CBSD CBSD

Expansion Switch

CBSD CBSD

CBSD CBSD

Switch 1PTP serverGPS GPS

Firewall/Router


12

1.3CBSDsMOTOTRBO® Nitro™ uses two types of the following Citizens Broadband Radio Service Devices(CBSD) for indoor and outdoor deployment.

1.3.1SLX 2000SLX 2000 is a compact, easy to install plug-and-play Pico-class Citizens Broadband Radio ServiceDevice (CBSD) for indoor deployments.

Figure 3: SLX 2000

Table 2: SLX 2000 Key Specifications

Parameter Specification

CBRS Support: Full CAT-A support

MIMO: 2x2

IP Rating: IP-40, Indoor

Operating Temperature: -5 °C to 40 °C / 23 °F to 104 °F

Backhaul: RJ45 Ethernet / SFP port

Sync: IEEE-1588, GPS

Power: PoE+*, PoE++, DC

Operational Voltage Range 50.0-57.0 VDC

Antenna: Internal

Certification: FCC and OnGo

Dimensions: 9.8” height x 9.8” width x 2.36” depth

Weight: 4.4 lbs

Mounting Options: Wall and Ceiling

* PoE+ is not officially supported

NOTICE: The maximum power consumption for SLX 2000 is 30W regardless of source (PoE++or DC). A lower current is then drawn for higher voltage.


13

1.3.2SLX 4000SLX 4000 is a compact, easy to install Pico-class Citizens Broadband Radio Service Device (CBSD)for outdoor deployments.

Figure 4: SLX 4000

Table 3: SLX 4000 Key Specifications


CBRS Support: Full CAT-B

MIMO: 2x2

IP Rating: Outdoor, IP-66

Operating Temperature: - 40 °C to 55 °C / -40 °F to 131 °F

Backhaul: RJ45 Ethernet port

Sync: GPS, IEEE-1588

Power: -48V DC / 40W

Antenna: External

Certification: FCC and OnGo Certification

Dimensions: 9” height x 9” width x 6” depth

Weight: 8.8 lbs

1.3.2.1Laird 9 Antenna for SLX 4000Laird 9 dBi omni-directional antenna is useful for ubiquitous coverage over the surrounding area. It cancover large footprint area in all directions.

Table 4: Laird 9 dBi Omni-Directional antenna specifications


Frequency: 3300 - 3800 MHz

Gain: 9 dBi

Beamwidth (Azimuth): 360°


14


Beamwidth (Elevation): 8°

VSWR: < 1.5 : 1

Polarization: Vertical

Dimensions: 28” x 1.75”

Weight: 1.2 lbs

Connector: 36” Pigtail

Laird PN: S3307BPNF

1.3.2.2Laird 16 Antenna for SLX 4000Laird 16 dBi 2x2 multiple-input multiple output (MIMO) sector antenna is used for directed coveragerejecting undesired interference from sources outside the coverage area. Laird 16 dBi antenna mayalso be deployed in a three-sector configuration to provide higher capacity and range compared toomni.

Table 5: Laird 16 dBi antenna specifications

Parameter Specifications

Frequency: 3300 - 3800 MHz

Gain: 17 dBi +/- 1 dB

Beamwidth (Azmuth): 65°

Beamwidth (Elevation): 7°

VSWR: < 1.5 : 1

Polarization: Dual Slant +/- 45°

Dimensions: 28.1” x 4.81” x 2.66”

Weight: 6.6 lbs

Connector: 2x Type N

Laird PN: SJS330065-17-001

1.3.3Comparison of the CBSDsThe following table compares features of SLX 2000 and SLX 4000

Table 6: Comparison of the CBSDs

Parameter SLX 2000 Specification SLX 4000 Specification

Band: B48 (CBRS) 3550-3700 MHz

Tx Rx Paths: 2x 2T2R (Tx and Rx spatial diversity)

Carrier Configuration: Single Carrier

Backhaul: Copper Ethernet/SFP Copper Ethernet

Mounting: Wall/Ceiling Wall/Pole


15

Parameter SLX 2000 Specification SLX 4000 Specification

Max Tx Power per Channel: 4x25 dBm

Antenna: Integrated 8dBi Directional 65°(H) x 60° (V)

External N-Type Female Con-nector

Max Channel BW: 20 MHz

Synchronization: IEEE1588 / GPS (External An-tenna)

GPS (Antenna Included) /IEEE 1588

Power Source: PoE+*/PoE++ (802.3btclass6) / 12 VDC

-48 VDC

Weight: 4.4 lbs 8.8 lbs

Dimensions: 250 x 250 x 60 mm 220 x 220 x 150 mm

Operating TemperatureRange:

- 5 °C to + 40 °C / 23 °F to104 °F

- 40 °C to + 55 °C / -40 °F to131 °F

Rain and Dust Ingress: IP40 IP66

Compliance: 3GPP TS 36.104, UL Listed, FCC Parts 96, 15, RoHS6

*PoE+ is not officially supported

NOTICE: SLX 4000 has 4Tx/4Rx Paths that can be used for single 4x4 or two 2x2 MIMOcarriers in future releases.

1.4Switches and RoutersMOTOTRBO® Nitro™ network uses the following equipment:

1.4.1Juniper SRX345 FirewallJuniper SRX345 is a firewall that establishes secure connection (IPsec Virtual VPN) between premisesand Nitro Cloud Core.

Table 7: Juniper SRX345 Key Specifications

8 x 1 GbE

8 x 1 GbE smallSFP (SFP modules ordered separately)

Single internal AC power supply

5 Gbps Firewall/800 Mbps IPsec VPN

Single U form factor/front-to-back airflow

Operating temperature: 0 °C to 40 °C / 32 °F to 104 °F

Figure 5: Juniper SRX345 Firewall


16

1.4.1.1Connections for Juniper SRX345 FirewallFigure 6: Connections for Juniper SRX345 Firewall

SXR

345

Con

sole

Switc

h (0

0B M

gmt)

Switc

h (D

ownl

ink)

Red

unda

nt F

irew

aII

(Con

trol V

F)

Red

unda

nt F

irew

aII

(HAF

Dat

a Li

nk)

Unu

sed

RJ4

5 po

rt

Unu

sed

RJ4

5 po

rt

Unu

sed

RJ4

5 po

rt

Unu

sed

RJ4

5 po

rt

Back

haul

/ Int

erne

t U

plin

k (R

J45)

Back

haul

/ Int

erne

t U

plin

k (S

FP)

Unu

sed

SFP

port

Unu

sed

SFP

port

Unu

sed

SFP

port

Unu

sed

SFP

port

Unu

sed

SFP

port

Unu

sed

SFP

port

Unu

sed

SFP

port

Table 8: Connections for Juniper SRX345 Firewall

Quantity Port Designation Connector Type

2 Switch (Downlink andout-of-band manage-ment)

RJ45 1 GbE

1 Backhaul/Internet(Uplink)

RJ45 1 GbE

1 Backhaul/Internet(Uplink)

SFP Fiber Module(optional)

1 GbE

2 Redundant Firewall RJ45 1 GbE

1.4.2Juniper EX3400-24P Managed SwitchJuniper EX3400-24P managed switch connects on-premises equipment, such as Citizens BroadbandRadio Service Devices (CBSD), Precision Time Protocol (PTP) server, firewall etc.

Figure 7: Juniper EX3400-24P

Table 9: Juniper EX3400-24P Key Specifications

24 x 10/100/1000 BASE-T PoE/PoE+

4 x 1 GbE/10 GbE SFP/SFP+ (SFP/SFP+ modules ordered separately)

Dual power supply capable (2 x 600W)

Redundancy



17

1.4.2.1Connections for Juniper EX3400-24P Managed Switch withoutMOTOTRBO Nitro OnPrem Edge Gateway SupportFigure 8: Connections for Juniper EX3400 Switch without OnPrem Edge Gateway

EX3400

Fire

wal

l (00

8 M

gmt)

RES

ERVE

D

PTP

Serv

er (0

0B M

gmt)

Serv

ice

Acce

ss

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

Switc

h

CBS

D

Fire

wal

l (up

link)

RES

ERVE

D

Mirr

or

PTP

Serv

er (T

raffi

c)

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

Switc

h

Switc

h

Switc

h

CBS

D

2220181614121086420

2321191715131197531SFP2 SFP3SFP1SFP0

Table 10: Connections for Juniper EX3400 Switch without OnPrem Edge Gateway

Quantity Port Designation Connector Speed

14 CBSD RJ45 1 GbE

2 CBSD SFP/SFP+ FiberModule (optional)

1 GbE

2 PTP Server (trafficand out-of-band man-agement)

RJ45 1 GbE

2 Switch RJ45 10/100/1000

2 Switch SFP/SFP+ FiberModule (optional)

1 GbE / 10 GbE

2 Firewall (uplink andout-of-band manage-ment)

RJ45 1 GbE

1 Mirror (for trouble-shooting support)

RJ45 10/100/1000


18

1.4.2.2Connections for Juniper EX3400-24P Managed Switch with MOTOTRBONitro OnPrem Edge Gateway SupportFigure 9: Connections for Juniper EX3400 Switch with OnPrem Edge Gateway

EX3400

Fire

wal

l (O

O8

Mgm

t)

RES

ERVE

D

PTP

Serv

er (0

0B M

gmt)

Edge

Gat

eway

(Tra

ffic)

Edge

Gat

eway

(Tra

ffic)

Serv

ice

Acce

ss

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

Switc

h

CBS

D

Fire

wal

l (up

link)

RES

ERVE

D

Mirr

or

PTP

Serv

er (T

raffi

c)

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

Switc

h

Switc

h

Switc

h

CBS

D

2220181614121086420

2321191715131197531SFP2 SFP3SFP1SFP0

Table 11: Connections for Juniper EX3400 Switch with OnPrem Edge Gateway


12 CBSD RJ45 1 GbE

2 CBSD SFP/SFP+Fiber Mod-ule (optional)

1 GbE

2 Edge Gateway (trafficand out-of-band man-agement)

RJ45 1 GbE


RJ45 1 GbE

2 Switch RJ45 10/100/1000

2 Switch SFP/SFP+Fiber Mod-ule (optional)

1 GbE/10 GbE


RJ45 1 GbE


19



RJ45 10/100/1000

1.4.3Juniper EX4300-32F Managed SwitchJuniper EX4300-32F managed switch connects on-premises equipment, such as Citizens BroadbandRadio Service Devices (CBSD), PTP server, firewall etc.

The switch is ideal for fiber media (longer distances and noise immunity). It can be used as "hub" in"hub and spoke" switching topology.

Figure 10: Juniper EX4300-32F Managed Switch

Table 12: Juniper EX4300-32F Key Specifications

32 x 1 GbE small form-factor pluggable (SFP). (SFP modules ordered separately)

4 x 10 GbE SFP+ (SFP+ modules ordered separately)

2 x 40 GbE quad small form-factor pluggable (QSFP)+ (QSFP+ modules not used)

Redundant power supply capable (2 x 350W)



20

1.4.3.1Connections for Juniper EX4300-32F Managed Switch withoutMOTOTRBO Nitro OnPrem Edge Gateway SupportFigure 11: Juniper EX4300-32F connections without OnPrem Edge Gateway Support

Fire

wal

l (00

B M

gmt)

RES

ERVE

D

PTP

Serv

er (0

0B M

gmt)

Unused

Serv

ice

Acce

ss

CBS

D

CBS

D

CBS

D

CBS

D

Fire

wal

l (up

link)

RES

ERVE

D

Mirr

or

PTP

Serv

er (T

raffi

c)

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

Switc

h

CBS

D

CBS

D

Switc

h

Switc

h

Switc

h

Switc

h

Switc

h

Unu

sed

Unu

sed

Switc

h

Switc

h

Switc

h

Switc

h

Switc

h

Switc

h

CBS

D

EX4300-32F

Unused

Table 13: Juniper EX4300-32F connections without OnPrem Edge Gateway Support

Qty Port Designation Connector Speed

14 CBSD SFP Fiber Module(optional)

1 GbE

10 Switch SFP Fiber Module(optional)

1 GbE


1 GbE/10 GbE


SFP RJ45 Module(optional)

1 GbE



1 GbE


21


1 Mirror (recommendedfor troubleshootingsupport)


10/100/1000

1.4.3.2Connections for Juniper EX4300-32F Managed Switch with MOTOTRBONitro OnPrem Edge Gateway SupportFigure 12: Connections for Juniper EX4300-32F Switch

Fire

wal

l (00

B M

gmt)

RES

ERVE

D

PTP

Serv

er (0

0B M

gmt)

Edge

Gat

eway

(Tra

ffic)

Edge

Gat

eway

(00B

Mgm

t)

Serv

ice

Acce

ss

CBS

D

CBS

D

CBS

D

CBS

D

Fire

wal

l (up

link)

RES

ERVE

D

Mirr

or

PTP

Serv

er (T

raffi

c)

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

Switc

h

CBS

D

CBS

D

Switc

h

Switc

h

Switc

h

Switc

h

Switc

h

Unu

sed

Unu

sed

Switc

h

Switc

h

Switc

h

Switc

h

Switc

h

Switc

h

CBS

D

EX4300-32F

Table 14: Connections for Juniper EX4300-32F Switch


12 CBSD SFP Fiber Module(optional)

1 GbE

10 Switch SFP Fiber Module(optional)

1 GbE


1 GbE/10 GbE


22


2 Edge Gateway (trafficand out-of-band man-agement)


1 GbE



1 GbE



1 GbE

1 Mirror (recommendedfor troubleshootingsupport)


10/100/1000

1.4.4Juniper EX4300-48MP Managed SwitchJuniper EX4300-48MP managed switch connects on-premises equipment, such as Citizens BroadbandRadio Service Devices (CBSD), PTP server, firewall etc.

Figure 13: Juniper EX4300-48MP Managed Switch

Table 15: Juniper EX4300-48MP Key Specifications

24 x 10/100/1000 BASE-T PoE++ 24 x 100/1000/2500/5000/10000 BASE-T PoE++

4 x 1 GbE/10 GbE SFP/SFP+ (SFP/SFP+ modules ordered separately)

Dual power supply capable (2 x 1400 W)

Redundancy and/or Additional PoE++ power



23

1.4.4.1Connections for Juniper EX4300-48MP Managed Switch withoutMOTOTRBO Nitro OnPrem Edge Gateway SupportFigure 14: Juniper EX4300-48MP Connections Without OnPrem Edge Gateway Support

FW M

gmt

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

PTP

Serv

er M

gmt

Serv

ice

Acce

ssM

irror

CBS

D

CBS

D

CBS

D

FW

Opt

iona

l Fib

er S

FP L

ink

To S

witc

h

Opt

iona

l Fib

er S

FP L

ink

To S

witc

h

Coo

per L

ink

To S

witc

hC

oope

r Lin

k To

Sw

itch

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 461 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 2 341 43 45 47 SFP 0 SFP 1

FW M

gmt

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

PTP

Serv

er M

gmt

Serv

ice

Acc

ess

Con

sole

s

Mirr

or

PTP

Serv

er S

igna

ling

CBS

D

CBS

D

CBS

D

Opt

iona

l Fib

er S

FP L

ink

To S

witc

h

Opt

iona

l Fib

er S

FP L

ink

To S

witc

h

Coo

per L

ink

To S

witc

hC

oope

r Lin

k To

Sw

itch

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

0 2 6 8 10 12 14 16 18 20 22 26 28 30 32 34 36 38 40 42 44 461 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 2 341 43 45 47 SFP 0 SFP 1

EX-340

0-48

MP

4 24

Mgmt (RAN OAM)

Mgmt (EPC Platform_Mgmt and EPC OAM

Consoles

Service Access Port (RAN OAM)

Mirror (S1AP, S1-U, X2AP, X2-C, PTP VLAN’s

Infrastucture network, (OAM, S1AP, S1-U, X2AP, X2-C, PTP, Data,, Consoles VLAN’s)

CBSD (S1AP, S1-U, X2AP, X2-C, PTP VLAN’s)

Optional Fiber SFP Link To Switch (All VLAN’s)

Copper Switch To Switch Links (OAM, S1AP, S1-U, X2AP, X2C, PTP, Data, Consoles VLAN’s)

SPGW Signalling (RAN S1-U, EPC GxRx, S5, EPC S11)

Grand Master (PTP)4

FW

RES

ERR

ESER

VED

VED

RES

ERR

ESER

VED

VED

Table 16: Juniper EX4300-48MP connections without OnPrem Edge Gateway Support


20 CBSD (a secondpower supply may beneeded if PoE++ isused. Contact Motor-ola Solutions SupportCenter for more de-tails)

RJ45 1 GbE PoE/PoE+/PoE++


1 GbE

2 Switch RJ45 10/100/1000


1 GbE/10 GbE


RJ45 1 GbE

2 PTP Server RJ45 1 GbE


RJ45 10/100/1000


24

1.4.4.2Connections for Juniper EX4300-48MP Managed Switch with MOTOTRBONitro OnPrem Edge Gateway SupportFigure 15: Juniper EX4300-48MP Connections with OnPrem Edge Gateway Support

FW M

gmt

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

PTP

Serv

er M

gmt

Serv

ice

Acce

ssM

irror

Gat

eway

Sig

nalin

g

CBS

D

CBS

D

CBS

D

FW

Opt

iona

l Fib

er S

FP L

ink

To S

witc

h

Opt

iona

l Fib

er S

FP L

ink

To S

witc

h

Coo

per L

ink

To S

witc

hC

oope

r Lin

k To

Sw

itch

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 461 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 2 341 43 45 47 SFP 0 SFP 1

FW M

gmt

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

RES

ERVE

D

PTP

Serv

er M

gmt

Serv

ice

Acc

ess

Con

sole

s

Mirr

or

PTP

Serv

er S

igna

ling

Gat

eway

Sig

nalin

g

CBS

D

CBS

D

CBS

D

Opt

iona

l Fib

er S

FP L

ink

To S

witc

h

Opt

iona

l Fib

er S

FP L

ink

To S

witc

h

Coo

per L

ink

To S

witc

hC

oope

r Lin

k To

Sw

itch

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

CBS

D

0 2 6 8 10 12 14 16 18 20 22 26 28 30 32 34 36 38 40 42 44 461 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 2 341 43 45 47 SFP 0 SFP 1

EX-340

0-48

MP

Gat

eway

Mgm

t

4 24

FW

Table 17: Juniper EX4300-48MP Connections with OnPrem Edge Gateway Support


20 CBSD (a secondpower supply neededif PoE++ is used)

RJ45 1 GbE PoE/PoE+/PoE++


1 GbE

2 Switch RJ45 10/100/1000


1 GbE/10 GbE

2 OnPrem Edge Gate-way

RJ45 1 GbE


RJ45 1 GbE

2 PTP Server RJ45 1 GbE


RJ45 10/100/1000

1.4.5FibroLAN μFalcon-ST/GFibroLAN μFalcon-ST/G is a PTP IEEE 1588v2 Grandmaster Clock that is used for providingfrequency and phase reference to Citizens Broadband Radio Service Devices (CBSD).

Grandmaster Clock is required for indoor deployments where CBSDs do not use GPS for timereference.


25

Figure 16: FibroLAN Falcon ST/G PTP Server

To ServiceLaptop

To Port0/0/6

GPS Antenna

To Port 0/0/7

Table 18: FibroLAN Falcon-ST/G Key Specifications

3GPP and Citizens Broadband Radio Service (CBRS) Alliance requirements for CBSDs

0.1 ppm reference oscillator stability to keep radios on channel

+/- 1.5 μsec phase sync to minimize LTE TDD interference between adjacent cells

Remote positioning option

IEEE 1588v2 “Precision Time Protocol” (PTP)

+/- 1.5 μsec holdover time is 2 hours

Operating Temperature: -10 °C to 50 °C / 14 °F to 122 °F

Max GPS antenna cable length: 5m

1.4.6MOTOTRBO Nitro OnPrem Edge GatewayEdge Gateway is an optional hardware used to connect MOTOTRBO® Nitro™ network and CustomerEnterprise Network (CEN).

It is used for high demand data applications such as video. Also useful when end customer's dataapplication is on premises in their CEN. An Edge Gateway keeps the data local, on premises, andsimplifies data routing between End User Devices and the application server.

OnPrem Edge Gateway can be optionally deployed in the locally redundant configuration. In suchdeployment, each OnPrem Edge Gateway instance runs "active", independent of each other andprocesses a portion of the system load. In case of a failure of one of the OnPrem Edge Gateways, theremaining Edge Gateway assumes processing of the entire system load.


26

Figure 17: OnPrem Edge Gateway port connections

iLO

UID

21

1 2 4

3

UID

iLO

ProLiantDL20Gen10

SATA

SSD

480GB

To

CE

N/

Cu

sto

me

r N

W

To

RA

N s

witch

po

rt 8

(O

AM

/Mg

mt)

To

RA

N s

witch

po

rt 9

(S

ign

alli

ng

)


27

Chapter 2

OnPrem InstallationThe section covers requirements and considerations for on premise MOTOTRBO® Nitro™ equipmentinstallation.

2.1Pre-Configuration Planning To estimate the scope of MOTOTRBO® Nitro™ system, the user must provide Radio Access Network(RAN), Push-to-Talk (PTT) and data parameters.

For more information on the design parameters, see System Planning in the MOTOTRBO NitroSystem Planner.

2.2Site PreparationYou must consider the following options when preparing the site for the MOTOTRBO® Nitro™ systeminstallation:

1 Sketch the area that needs coverage.2 Plan for Citizens Broadband Radio Service Device (CBSD) locations.3 Identify power requirements for CBSDs, firewalls, switches, PTP servers, Edge Gateways.4 Identify racking solution. Locking secured cabinet is recommended.5 Plan out cabling for equipment and GPS antennas.6 Plan the configuration of all the equipment. Ensure that switches have recommended software/

firmware loaded.

7 Consult your IP plan for the list of IP addresses.

2.2.1Considerations for CBSD InstallationWhen preparing the site for Citizens Broadband Radio Service Device (CBSD) installation, considerthe following options for the selected CBSDs and antennas:

• Physical attributes:

- Height

- Width

- Depth

- Weight

• CBSD and antenna mounting configurations:

- Wall mount

- Ceiling mount

• GPS antenna installation:

- Outdoor

MN005823A01-CChapter 2: OnPrem Installation

28

- Indoor (with no Precision Time Protocol (PTP) server)

• Power source requirements:

- Power over Ethernet (PoE++)

- DC

- 12 V

- 48 V

NOTICE: If PoE is required, copper Ethernet cable (Cat6) must be used. Cable limitationsfor PoE must also be considered.

• Operating temperatures

CBSDs must be installed in a publicly inaccessible location to minimize unauthorized physical access.If PTP server is not utilized, a GPS antenna must be mounted in a location with satellite visibility forindoor CBSDs.

CBSDs require physical (cabled) network connectivity to the network equipment. Maximum GPSantenna cable length is five meters.

NOTICE: Additional network switches may be required depending on the distance.

2.2.2Networking Equipment Physical and Power SpecificationsThe specifications of the following network equipment should be considered:

• Juniper SRX345 Firewall on page 16

• Juniper EX3400-24P Managed Switch on page 17 or Juniper EX4300-32F Managed Switch onpage 20

• FibroLAN μFalcon-ST/G on page 25

• MOTOTRBO Nitro OnPrem Edge Gateway on page 26

When preparing the site for the network equipment, consider the following:

• Physical attributes (height, width, depth, weight, number of rack units)

• Power source requirements (PoE++, DC, 12V vs -48V, etc.)

• Operating temperatures

• Other options

NOTICE: Internet access must be provided and physically located for the Juniper SRX345Firewall rack.The network equipment should be maintained in a publicly inaccessible location to minimizeunauthorized physical access. A locking secured cabinet is recommended.

If you use a PTP Grandmaster Clock, a GPS antenna must be mounted in a location withsatellite visibility. If the PTP Grandmaster Clock must be installed outside the securedlocking cabinet to achieve satellite visibility, ensure it is in a publicly inaccessible location.

2.3Installation ProcessMOTOTRBO® Nitro™ installation process consists of four steps:

1 Installing hardware2 Connecting cables


29

3 Configuring equipment4 Verifying installation

2.3.1Installation PreconditionsThe following steps must be taken before the installation:

1 Complete the pre-configuration planning. See Pre-Configuration Planning on page 282 Order and receive hardware equipment.3 Prepare the installation equipment. See Site Preparation on page 284 Obtain backhaul and Customer Enterprise Network (CEN) parameters from Customer. See CEN

Parameters on page 30

2.3.1.1CEN ParametersThe following Customer Enterprise Network (CEN) parameters must be obtained from the Customerprior to installation:

• IPv4 Address for MOTOTRBO Nitro OnPrem Gateway (on Customer Enterprise Network)

- Associated subnet mask

- VLAN ID (optional)

• Default Gateway IPv4 address (router in the CEN)

• IPv4 address of a DNS Server to resolve Fully Qualified Domain Names (FQDN) to an IP Address

• Pool of IPv4 Addresses to be allocated to user devices

CEN parameters together with backhaul parameters are then provided to Motorola Solutions.

NOTICE: Static routing between MOTOTRBO Nitro Network and CEN is assumed. ContactMotorola Solutions if Open Shortest Path First (OSPF) or Border Gateway Protocol (BGP)routing is required.

2.3.1.2OnPrem Edge Gateway ParametersThe following network parameters must be provided by the user:

• Customer DNS Server, the DNS Server passed to the User Equipment (UE)

• LAN IP Address, IP address for the SPGW on the SGI connection

• LAN Subnet Mask, Netmask to define the SGI subnet range

• LAN Default Router IP, First hop router for the SGI network

• Device IP Address Pool, IP Address assigned to UE

• Device Subnet Mask, Netmask assigned to the UE

NOTICE: The user can either provide the customized network parameters or keep the defaultvalues provided by the system.


30

2.3.2Installing the HardwareThe following steps describe how to install the hardware for MOTOTRBO® Nitro™ network:

Procedure:Install the physical hardware, mounting and racking up to the point of connection

a Firewall: See https://www.juniper.net/documentation/en_US/release-independent/junos/topics/topic-map/srx345-install-overview.html

b Switches: See https://www.juniper.net/documentation/en_US/release-independent/junos/topics/topic-map/ex3400-unpacking-mounting.html and https://www.juniper.net/documentation/en_US/release-independent/junos/topics/topic-map/ex4300-unpacking-mounting.html

c PTP Server: See Installing the PTP Server on page 31d MOTOTRBO Nitro OnPrem Edge Gateway: See Installing OnPrem Edge Gateway on page

31

e CBSDs are installed by the Certified Professional Installer (CPI). See SLX 2000 InstallationGuide and SLX 4000 Installation Guide

2.3.2.1Installing the PTP ServerThe following information provides details on μFalcon-S PTP Server and its installation requirements.

Each μFalcon-S series device is housed in a highly compact, half-19”, 1U chassis (150mm deep), andhas an integrated internal wide range AC or DC power supply.

It requires GPS antenna mounting using an SMA GNSS interface. The GPS requires a line-of-site,non-obstructed view of the sky (GPS Satellites).

Table 19: PTP Server Power Supply

μFalcon-S PTP Server Internal Power Supply

AC/DC 100-240 VAC, 50/60 Hz, or 125 VDC

DC 20-60 VDC, ST connector

2.3.2.2Installing OnPrem Edge GatewayThe following information provides details on MotoTRBO® Nitro™ OnPrem Edge Gateway and itsinstallation requirements

Each HP DL20 server is a compact 1U chassis (4.32 x 43.46 x 38.22 cm) weighing around 17 lbs. Ithas an integrated AC power supply rated for 500W at 100V. The SSD drives are pre-loaded in theserver.

The server is installed on the rack using the mounting rails and the power cords that are connected tothe power supply.


31

https://www.juniper.net/documentation/en_US/release-independent/junos/topics/topic-map/srx345-install-overview.htmlhttps://www.juniper.net/documentation/en_US/release-independent/junos/topics/topic-map/srx345-install-overview.htmlhttps://www.juniper.net/documentation/en_US/release-independent/junos/topics/topic-map/ex3400-unpacking-mounting.htmlhttps://www.juniper.net/documentation/en_US/release-independent/junos/topics/topic-map/ex3400-unpacking-mounting.htmlhttps://www.juniper.net/documentation/en_US/release-independent/junos/topics/topic-map/ex4300-unpacking-mounting.htmlhttps://www.juniper.net/documentation/en_US/release-independent/junos/topics/topic-map/ex4300-unpacking-mounting.htmlhttps://www.juniper.net/documentation/en_US/release-independent/junos/topics/topic-map/ex4300-unpacking-mounting.html

2.3.3Connecting CablesThe following steps describe how to connect cables for MOTOTRBO® Nitro™ network.

Procedure:Connect the cables:

a For connecting firewall cables see Connections for Juniper SRX345 Firewall on page 17b For connecting switch cables see Connections for Juniper EX4300-32F Managed Switch with

MOTOTRBO Nitro OnPrem Edge Gateway Support on page 22

c For connecting PTP server see FibroLAN μFalcon-ST/G on page 25d For connecting MOTOTRBO Nitro OnPrem Edge Gateway see MOTOTRBO Nitro OnPrem

Edge Gateway on page 26

e CBSDs are installed by the Certified Professional Installer (CPI). See SLX 2000 InstallationGuide and SLX 4000 Installation Guide

2.3.4Configuring the EquipmentThe following steps describe equipment configuration for the MOTOTRBO® Nitro™ network:

Procedure:Configure the equipment:

a Firewall is preconfigured by Motorola Solutions and must be registered by the Partner in theNitro Cloud Portal. If a separate, customer firewall is deployed in the RAN by the customer,IKE and ESP traffic must be enabled in the customer firewall.

b Switches: See Configuring and Provisioning the Switches on page 34c (Optional) MOTOTRBO Nitro OnPrem Edge Gateway. Preconfigured by Motorola Solutions.d PTP Server: See Configuring and Provisioning the PTP Server on page 37e CBSDs: See Nitro Cloud Portal CBSD Management

2.3.5Verifying InstallationThe following steps describe installation verification

Procedure:Verify the installation. Ensure that the status is clear on the portal for each component:

a Firewall: See Troubleshooting Juniper SRX345 Firewall on page 44b Switch: See Troubleshooting Juniper EX3400/EX4300 Switches on page 45c (Optional) MOTOTRBO Nitro On Prem Edge Gateway: Troubleshooting OnPrem Edge

Gateway on page 46

d PTP server: See Troubleshooting FibroLAN μFalcon-ST/G PTP Server on page 46e CBSDs: See Verifying CBSD Installation on page 33


32

2.3.5.1Verifying CBSD Installation

Procedure:1 Verify proper Citizens Broadband Radio Service Device (CBSD) installation by one of the

following means:

• CBSD: the LED turns solid blue.

• Portal: CBSD has "Clear" (Green) status

NOTICE: CBSDs will not transmit until Spectrum Access System (SAS) grants achannel for transmission.

2 If you are unable to verify that CBSDs were installed properly, contact Motorola Solutions.


33

Chapter 3

Configuration and ProvisioningThe following chapter describes configuration and provisioning for all MOTOTRBO® Nitro™ componentsincluding Citizens Broadband Radio Service Devices (CBSD), switches, Edge gateways and radios.

• Provisioning is adding equipment to be configured and managed into the Nitro cloud portal. Forexample, adding a CBSD to a MOTOTRBO Nitro network creates the CBSD as an entity to bemanaged in the back end components which make up the Nitro cloud core. Once provisioned, theCBSD can be managed and configured.

• Configuration is adjusting parameters for provisioned equipment or onboarded devices, such asCSBDs, switches, routers and devices. The portal handles most of the configuration of theinfrastructure and devices.

All MOTOTRBO Nitro Radio Access Network (RAN) components receive configuration from the NitroCloud Core. All the components are managed by the Nitro cloud core automatically through theMOTOTRBO Nitro network or over the air. Devices in the network (radios, BYOD) can receiveconfiguration using Nitro broadband network or WiFi.

3.1Configuring and Provisioning the SwitchesPrerequisites: Ensure that the following has been observed:• The switch was registered in the Nitro Cloud Portal by the Partner.

• Firewall is powered on and connected to the Nitro Cloud Core.

• A copy of the EX3400/4300 RAN switch was created and loaded in the root directory of a USBmemory stick.

• The latest certified EX Firmware file was loaded in the root directory of a USB memory stick.

• The service laptop runs a terminal emulation program such as PuTTY software to establish aconsole connection to the EX Switch using serial cable that was shipped with the device. The RJ45console interface on the switch is located in the back of the unit marked as Console.

MN005823A01-CChapter 3: Configuration and Provisioning

34

Figure 18: PuTTY Configuration Using a Serial Interface

3.1.1Downloading Switches and PTP Configuration Files

Procedure:1 Log on to the Portal through https://www.motorolasolutions.com/ActivateNitro.2 If you have a customer role, go to step 43 If you have a partner role, perform the following actions:

a In the left pane, click Customers.b Click the name of the company you want to download the switches configuration for.

4 In the left pane, click MOTOTRBO Nitro.5 In the left pane, click About Network.6 On the right screen, click Download for Switch and/or PTP Server.

The downloaded "zip" files contain a unique configuration file for every switch and every PTPserver customized for your network.

3.1.2Establishing a Management ConnectionThe following steps describe how to establish management connection:

Procedure:1 Launch PuTTY connection.2 Validate connection if this is a new PuTTY connection. Hit Enter. Otherwise go to step step 3

Once the connection is established, a PuTTY window opens with login.

3 Enter root as the default login. No password is required. You should receive the switches shellprompt.


35

https://www.motorolasolutions.com/ActivateNitro

3.1.3Disabling the Console LoggingProcedure:

1 Enter Edit mode:root@RE% cliroot> configure

2 Disable console logging:root# delete chassis auto-image-upgraderoot# set system root-authentication plain-text-passworda Enter a new password:root# commitroot# exitroot> exitroot@RE%

3.1.4Loading the Firmware (Optional)Switches for the MOTOTRBO Nitro network come with firmware preloaded. Load new firmware ifMotorola Solutions recommends it for a specific deployment.

Procedure:1 Insert the USB drive with the Firmware file into the switches USB port on the back of the unit.2 At the shell prompt, mount the USB drive and assign a directory name to it.

root@RE% mount_msdosfs /dev/da1s1 /mntThe da1s1 directory should have been assigned when you inserted the USB drive in step 1.a Enter exit if the command prompt does not end with %b If the command fails, enter ls /devLook for a directory with the form /da#s#, where the # are assigned numbers. Rerun the mountcommand with the correct da#s# location.

3 Verify the file name of the firmware file on the USB drive by displaying a list of files in the /mntdirectory.root@RE% ls /mnt

4 Copy the firmware from the USB drive to the switch:root@RE%cp/mnt/ /var/tmpThe USB drive must be in FAT32 format. The file name entered is case sensitive. It takes a fewminutes to copy the file from the USB drive to the EX. When copying is completed, the shellprompt returns.

5 Go to command line mode:root@RE% cliroot>

6 Install firmware:root> request system software add no-copy /var/tmp/ no-validate unlink rebootThe file name entered is case sensitive. This command causes the switch to reboot. It takesseveral minutes before the switch is back on-line.

7 Unmount the USB drive.


36

root@RE% umount /mnt8 Remove the USB drive.

NOTICE: You may optionally upgrade or install firmware. Follow Motorola Solutionsinstructions on frequency of firmware updates or update as needed.

3.1.5Loading the Configuration FileProcedure:

1 Insert the USB drive with the configuration file into the switches USB port on the back of the unit.2 At the shell prompt, mount the USB drive and assign a directory name to it.

root@RE% mount_msdosfs /dev/da1s1 /mntThe da1s1 directory should have been assigned when you inserted the USB drive in step 1.a Enter exit if the command prompt does not end with %b If the command fails, enter ls /devLook for a directory with the form /da#s#, where the # are assigned numbers. Rerun the mountcommand with the correct da#s# location.

3 Verify the file name of the configuration file on the USB drive by displaying a list of files inthe /mnt directory.root@RE% ls /mnt

4 Enter edit mode:root@RE% cliroot> configureroot#

5 Load the configuration file:root# load override /mnt/load completeThe file name is case sensitive.

6 Assign a password to the switch.root# set system root-authentication plain-text-passwordYou are then prompted to enter a new password. The file cannot be applied without thepassword.

7 Commit the configuration changes:root# commitcommit completeroot# exitroot> exit

8 Unmount the USB drive.root@RE% umount /mnt

9 Remove the USB drive.

3.2Configuring and Provisioning the PTP ServerPrerequisites: Ensure that:


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• IPv4 Network Adapter of your service laptop is configured with an IP address that is on the samenetwork as the default IP address of the PTP Server. The default IP address assigned to the PTPServer is 192.168.1.90/24

Figure 19: Windows IPv4 Network Adapter Configuration

• Your service laptop runs a working web browser such as Google Chrome to establish an HTTPWebUI connection with the PTP Server.

• Your service laptop has an Ethernet Cable connected to the port 1 (10/100/1000BaseT) on the PTPServer.

• You have a copy of the customer specific generated FibroLAN μFalcon-ST-G configuration file andknow the file location on your service laptop. This procedure assumes the configuration file islocated in the desktop directory of your service laptop.

3.2.1Establishing a Web Interface ConnectionThe following procedure describes how to establish web interface connection

Procedure:1 Launch web browser.2 Enter 192.168.1.90 in the browser URL.3 Enter moose as the default login.4 Enter 1234 as the default password.


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3.2.2Configuring the PTP ServerThe following procedure describes how to configure the PTP server:

Procedure:1 In the left pane of the Web Management Display, select Maintenance.2 Select Configuration.3 Select Upload.4 Select Choose File tab to open the File Directory window.5 Select the drive location of the FibroLAN μFalcon-ST-G configuration file on the local service

laptop and click Open.Figure 20: Falcon-ST-G Configuration Drive Location

6 Select startup-config as the destination file.7 Select Upload Configuration tab.

You receive Upload Successfully Completed notification after a few seconds when the step iscomplete.

8 In the left pane under Maintenance select Restart Device.9 Select Yes to restart the device.

Once you initiate the restart, the WebUI will indicate that the device is now restarting. It takesless than a minute for the μFalcon-ST-G to reboot. The System restart in progress screen willappear to run indefinitely due to the fact that the WebUI interface was using HTTP by default.Now the WebUI has been configured to use HTTPS.

10 After about a minute, enter https://192.168.1.90 in the URL to refresh the WebUI.The installation is now complete


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Figure 21: Restarting in Progress

3.2.3Creating a New User Name and Password for the PTP ServerPrerequisites: To establish a management connection to the PTP server, see Establishing a WebInterface Connection on page 38.

Procedure:1 In the left pane select Configuration → Security → Switch → Users.2 Click Add New User button in the main pane.


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Figure 22: User Configuration Screen

3 Enter the following new values:•

•

•

You must enter the password twice to avoid errors. The password must comply with strongsecurity policies by the Motorola Information Assurance guidelines. Privilege level 15 is requiredfor full access. Lower security levels are defined under the Privilege Level option in the samesection and can be configured there if necessary.

4 Click Apply.NOTICE: When applied, any changes made to the are automaticallysaved to the running configuration. You must save changes to the Startup Configurationfiles. See Saving Changes to the Startup Configuration File for the PTP Server on page41.

3.2.4Saving Changes to the Startup Configuration File for the PTP ServerWhen the Startup Configuration file is loaded and the PTP Server is rebooted, the StartupConfiguration file becomes the Running Configuration file. Any post deployment changes to the PTPServer that you apply, are then only saved to the Running Configuration file (for example, creating anew username and password. See Creating a New User Name and Password for the PTP Server onpage 40). If the PTP reboots, the applied changes to the Running Configuration file are lost. To ensurethat the applied changes to the Running Configuration file are retained, you must save the changes tothe Startup Configuration file

Prerequisites: For details on the PTP Server configuration see Configuring the PTP Server on page39.


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Procedure:1 In the left pane select Maintenance → Configuration → Save startup-config.

Figure 23: Saving Running Configuration to Startup-Config

2 Click Save Configuration to save the Running Configuration file to startup.A confirmation window displays that the startup-config has been successfully saved.

3.2.5Downloading Switches and PTP Configuration Files

Procedure:1 Log on to the Portal through https://www.motorolasolutions.com/ActivateNitro.2 If you have a customer role, go to step 43 If you have a partner role, perform the following actions:

a In the left pane, click Customers.b Click the name of the company you want to download the switches configuration for.

4 In the left pane, click MOTOTRBO Nitro.5 In the left pane, click About Network.6 On the right screen, click Download for Switch and/or PTP Server.

The downloaded "zip" files contain a unique configuration file for every switch and every PTPserver customized for your network.

3.3Provisioning OnPrem Edge Gateway (Optional)Provisioning OnPrem Edge Gateway is performed by Motorola Solutions Partners.

See the following section in the Nitro Cloud Portal User Guide:


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https://www.motorolasolutions.com/ActivateNitro

• 4.6 Partner: Registering Edge Gateways.

3.4Provisioning CBSDsFor information on provisioning CBSDs, see Nitro Cloud Portal CBSD Management.


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Chapter 4

System Testing and TroubleshootingThe chapter provides information for troubleshooting the following MOTOTRBO® Nitro™ on-premisenetwork equipment:

• Juniper EX3400/EX4300 Switch

• Juniper SRX345 Firewall

• FibroLAN PTP Server

• OnPrem Edge Gateway

4.1Troubleshooting Juniper SRX345 FirewallProcedure:

1 Check your firewall status on the Nitro Cloud Portal Network Hardware page:a Log on to the Nitro Cloud Portal Network.b Click on the MOTOTRBO Nitro link.c Click on the Network Hardware tab and check the configured IP address and status of your

firewall.

If the firewall operates normally, its status is "Clear" (Green).

d If the status is not "Clear", continue with troubleshooting steps below.It may take some time after initial installation for the new device to be discovered and itsnetwork status properly reflected on the Nitro Cloud portal.

2 Ensure that the correct cables are plugged into the correct ports (internet gateway, switches).If you do not have the port mapping for your device, contact your Motorola Solutions provider.

3 On the backhaul interface of the SRX345 firewall, examine the LED when it is connected to thebackhaul.

The LED for backhaul connection must be green. If the LED is not green, check your cablingand physical connection to your internet gateway.

4 Troubleshoot the backhaul connection using a service laptop or a compute.a Configure a service laptop/computer with the static IP address, subnet mask and default

gateway that were assigned by the Internet Service Provider (ISP) to the firewall.

b Disconnect the firewall from the backhaul and connect the service laptop/computer to thebackhaul.

c Open a command prompt on the service laptop/computer.d Ping the default gateway IP address as provided by your Internet Service Provider (ISP)

If the ping is not successful, check your ISP internet configuration and connection.

e To examine the Address Resolution Protocol (ARP) table, in the command prompt, enterarp-a.

f Ensure that IP addresses that appear are consistent with your ISP internet configuration.If results from ARP table are wrong, check your ISP internet configuration and connection

MN005823A01-CChapter 4: System Testing and Troubleshooting

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g Enter ping 8.8.8.8 in the command prompt to ping a public DNS server.If the ping fails, check your ISP internet configuration and connection

h Enter ping 212.69.144.179 in the command prompt to ping Motorola Nitro Cloud.If ping fails, contact your Motorola Solutions provider and check on the status of the MotorolaNitro Cloud.

i Disconnect the service laptop/computer from the backhaul and reconnect Juniper SRX345firewall to the backhaul.

5 Troubleshoot the firewall internet connection by using your service laptop/computer.a Ping the firewall at its IP address with public internet access.

If ping fails, contact your Motorola Solutions provider to check firewall configuration

6 If none of the steps helped address the issue, contact your Motorola Solutions provider.

4.2Troubleshooting Juniper EX3400/EX4300 SwitchesUse the following steps to troubleshoot Juniper EX3400/Juniper EX4300 switches if CBSDs do notconnect to the core network.

Procedure:1 Check your switch status on Nitro Cloud Portal Network hardware page.

a Log into Nitro Cloud Portal and click on MOTOTRBO Nitro link in your Customer view.b Click on the Network Hardware link and check the configured IP address and status of your

switch.

If the switch operates normally, its status is "Clear" (Green).

c If the status is not "Clear", continue with troubleshooting steps below.It may take some time after initial installation for the new device to be discovered and itsnetwork status properly reflected on the Network Hardware portal.

2 Ensure the correct cables are plugged into the correct ports (firewall, CBSDs, PTP server, peerswitches).

If you do not have the port mapping for your device, contact your Motorola Solutions provider

3 Examine the LED on the cable connecting the switch to the firewall/router.LED for switch to firewall connection must be green. If the LED is not green, check your cablingand/or physical connection to your firewall/router.

4 Examine the LEDs on the cables connecting switches to each other if multiple switches aredeployed.

The LED for switch-to-switch connection must be green. If the LEDs are not green, check yourcabling and/or physical connections between your switches.

5 Log into the switch and at the command prompt enter show configuration to displayconfiguration.

Check the script version at the top to confirm the configuration was downloaded from the NitroCloud Portal and applied properly.

6 Contact your Motorola Solutions provider if none of the steps helped to address the issue.


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4.3Troubleshooting FibroLAN μFalcon-ST/G PTP ServerThe following steps provide information on FibroLAN μFalcon-ST/G PTP server troubleshooting if enduser devices fail to connect to the system.

Prerequisites:• Ensure that your IPv4 Network Adapter for the service laptop is configured with an IP address that

is on the same network as the default IP address of the PTP server. The default IP addressassigned to the PTP Server is 192.168.1.90/24.

• Ensure that your service laptops runs a working web browser such as Google Chrome to establishan HTTP WebUI connection with the PTP Server.

• Ensure that your Service Laptop has an Ethernet Cable connected to the port 1(10/100/1000BaseT) on the PTP Server.

• Ensure that you have a copy of the customer-specific generated FibroLAN μFalcon-ST-Gconfiguration file and know the file location on your service laptop. This procedure assumes theconfiguration file is located on the Desktop directory of the service laptop.

Procedure:1 Check the PTP server status on Nitro Cloud Portal Network hardware page.

a Log into Nitro Cloud Portal Network.b Click on MOTOTRBO Nitro link in your Customer view.c Click on the Network Hardware link and check the configured IP address and status of your

FibroLAN PTP Server.

If the PTP Server operates normally, its status is "Clear" (Green).

d If the status is not "Clear", continue with troubleshooting steps below.It may take some time after initial installation for the new device to be discovered and itsnetwork status properly reflected on the Network Hardware portal.

2 Ensure the connectors are seated properly.3 Ensure the correct cables are plugged in the correct ports (GPS antenna, switches).

If you do not have the port mapping for your device, contact your Motorola Solutions provider.

4 Ensure the switch is configured properly. See Troubleshooting Juniper EX3400/EX4300Switches on page 45

4.4Troubleshooting OnPrem Edge GatewayTroubleshoot your OnPrem Edge Gateway if end user devices cannot attach to the system or there isno connection between user devices and the application servers. In optional redundant OnPrem EdgeGateway deployments, each OnPrem Edge Gateway instance is operating independently and needsindependent troubleshooting.

Procedure:1 Check your OnPrem Edge Gateway status on Nitro Portal Network hardware page.

a Log into Nitro Cloud Portal and click on MOTOTRBO® Nitro™ link in your Customer view.b Click on the Edge Gateway link and check the configured IP address and status of your

gateway. If the gateway is operating normally, the status is "Clear" (Green).

If the status is not "Clear", continue with the troubleshooting steps below.


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NOTICE: It may take some time after initial installation for the new device to bediscovered and its network status properly reflected on the Network Hardware portal.

2 Ensure the correct cables are plugged in the correct ports (firewall, server, peer switches).Contact your Motorola provider if you do not have the port mapping for your device.

3 Examine the LED on the cable connecting the switch to the firewall. The LED for switch tofirewall connection must be green.

If the LED is not green, check your cabling and/or physical connection to your firewall.

4 Examine the LEDS on the OnPrem Edge Gateway server.a If the light on the power switch is not green, check the power cable to the sever and try

pressing the power switch again.

b If lights on the hard drive are not rotating green, try to re-seat the hard drive by powering offthe server.


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Chapter 5

Software and Firmware UpgradesThe following sections provide information on software and firmware upgrades.

5.1CBSD UpgradesCitizens Broadcast Radio Service Devices (CBSD) upgrades are performed by Motorola Solutions asneeded.

5.2OnPrem Edge Gateway UpgradesOnPrem Edge Gateway upgrades are performed by Motorola Solutions Partners and Customersthrough the Nitro Cloud Portal.

See the following sections in the Nitro Cloud Portal User Guide:

• 2.13 Partner, Customer: Updating Firmware

• 4.6 Partner: Registering Edge Gateways

MN005823A01-CChapter 5: Software and Firmware Upgrades

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CopyrightsContact UsDocument HistoryContentsList of FiguresList of TablesAbout This ManualHelpful Background InformationRelated Information

System Description1.1 Deployment Architecture Diagram1.2 Customer On-Premises Network Equipment Topology1.3 CBSDs1.3.1 SLX 20001.3.2 SLX 40001.3.2.1 Laird 9 Antenna for SLX 40001.3.2.2 Laird 16 Antenna for SLX 4000

1.3.3 Comparison of the CBSDs

1.4 Switches and Routers1.4.1 Juniper SRX345 Firewall1.4.1.1 Connections for Juniper SRX345 Firewall

1.4.2 Juniper EX3400-24P Managed Switch1.4.2.1 Connections for Juniper EX3400-24P Managed Switch without MOTOTRBO Nitro OnPrem Edge Gateway Support1.4.2.2 Connections for Juniper EX3400-24P Managed Switch with MOTOTRBO Nitro OnPrem Edge Gateway Support

1.4.3 Juniper EX4300-32F Managed Switch1.4.3.1 Connections for Juniper EX4300-32F Managed Switch without MOTOTRBO Nitro OnPrem Edge Gateway Support1.4.3.2 Connections for Juniper EX4300-32F Managed Switch with MOTOTRBO Nitro OnPrem Edge Gateway Support

1.4.4 Juniper EX4300-48MP Managed Switch1.4.4.1 Connections for Juniper EX4300-48MP Managed Switch without MOTOTRBO Nitro OnPrem Edge Gateway Support1.4.4.2 Connections for Juniper EX4300-48MP Managed Switch with MOTOTRBO Nitro OnPrem Edge Gateway Support

1.4.5 FibroLAN μFalcon-ST/G1.4.6 MOTOTRBO Nitro OnPrem Edge Gateway

OnPrem Installation2.1 Pre-Configuration Planning2.2 Site Preparation2.2.1 Considerations for CBSD Installation2.2.2 Networking Equipment Physical and Power Specifications

2.3 Installation Process2.3.1 Installation Preconditions2.3.1.1 CEN Parameters2.3.1.2 OnPrem Edge Gateway Parameters

2.3.2 Installing the Hardware2.3.2.1 Installing the PTP Server2.3.2.2 Installing OnPrem Edge Gateway

2.3.3 Connecting Cables2.3.4 Configuring the Equipment2.3.5 Verifying Installation2.3.5.1 Verifying CBSD Installation

Configuration and Provisioning3.1 Configuring and Provisioning the Switches3.1.1 Downloading Switches and PTP Configuration Files3.1.2 Establishing a Management Connection3.1.3 Disabling the Console Logging3.1.4 Loading the Firmware (Optional)3.1.5 Loading the Configuration File

3.2 Configuring and Provisioning the PTP Server3.2.1 Establishing a Web Interface Connection3.2.2 Configuring the PTP Server3.2.3 Creating a New User Name and Password for the PTP Server3.2.4 Saving Changes to the Startup Configuration File for the PTP Server3.2.5 Downloading Switches and PTP Configuration Files

3.3 Provisioning OnPrem Edge Gateway (Optional)3.4 Provisioning CBSDs

System Testing and Troubleshooting4.1 Troubleshooting Juniper SRX345 Firewall4.2 Troubleshooting Juniper EX3400/EX4300 Switches4.3 Troubleshooting FibroLAN μFalcon-ST/G PTP Server4.4 Troubleshooting OnPrem Edge Gateway

Software and Firmware Upgrades5.1 CBSD Upgrades5.2 OnPrem Edge Gateway Upgrades

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