Juniper bti packet optical training

Juniper Confidential
Juniper’s Packet
Optical Training
Andyes Kailani
November, 2016

Topics to Cover
• What is WDM?
• Optical Transmission Challenges
• Grey and Colored Optics
• Receive Power
• Dispersion
• Multiple Wavelengths
• Amplifiers
• ROADMs
• Transponders and Muxponders

What is WDM?
• With Wavelength division multiplexing (WDM) technology, several wavelengths, or light
colors, can be simultaneously multiplexed over a strand of fiber.
• No need to lay new fiber, the effective capacity of existing fiber plant can be increased
by a factor 40, 96, and 128
• The term wavelength is used instead of the term frequency to avoid confusion with
other uses of frequency. Wavelength is often used interchangeably with lambda and
channel
Transmitter Receiver
Combiner
(Mux)
Separator
(Demux)

Optical Transmission Challenges
• Attenuation
• decay of signal strength, or loss of light power, as the signal propagates through the fiber
• Chromatic dispersion
• spreading of light pulses as they travel down the fiber
• Nonlinearities
• cumulative effects from the interaction of light with the material through which it travels,
resulting in changes in the lightwave and interactions between lightwaves

Gray and Colored Optics…
40km
• Gray (850nm/1310nm/1550nm)
• Colored Optics (WDM: 15xx nm)
Router / Switch Router / Switch
2m
Multi Mode
QFX-SFP-10GE
850nm
Single Mode
CFP-100GBASE-ER4, CFP 100G PLUGGABLE
TRANSCEIVER SMF 1550NM FOR 40KM
TRANSMISSION
2m
Multi Mode
QFX-SFP-10GE
850nm
850nm – ~2dB/km
1310nm – ~0.5dB/km
C-Band ~0.25dB/km
1530–1565 nm
L-Band ~0.25dB/km
1565–1625 nm
850nm 1310nm L-BandC-Band
DWDM

Receive Power
40km
• Receiver needs to be able to distinguish 1 from 0
• 3 key parameters have to be within the tolerance of the receiver
• Rx Power, Dispersion, and Optical Signal to Noise Ratio (OSNR)
• dB : relative measurement
• dBm : an absolute value
-1 dBm -11 dBm
Fiberloss = 0.25 dB/km x 40km = 10 dB
Sample SFP Tx/Rx Spec
Tx Power -1 to 2 dBm
Rx Power -22 dBm
Dispersion Tolerance 1600 ps/nm
OSNR 20dB
Site A Site B

Dispersion
40km
• Not all the photons have exactly the same wavelength
• Different wavelength photons will travel at a slightly different
rate down the fiber
• Causes pulse broadening which makes it difficult to
discriminate 1 from 0 pulses
Dispersion = 17 ps/nm/km x 40km = 680 ps/nm
Rx Power -22 dBm
OSNR 20dB
0 ps/nm 680 ps/nm
1 0 1 0 1 1 1 1
Site A Site B

Multiple Wavelengths
• C-Band or L-Band is where we transport multiple
wavelengths
• Wavelengths are combined using Optical Mux/Demux
Modules
• 8-32ch, 40ch, 96ch
• Spacing of the wavelengths or channels is usually 100GHz or
50GHz
• Mux/Demux have insertion loss
Rx Power -22 dBm
OSNR 20dB
Optical Mux Optical Demux
-1 dBm
-7 dBm
-17 dBm
-23 dBm
40km
Site A Site B

Amplifiers
• Amplifiers or EDFAs work in the C & L Bands, not the whole
CWDM spectrum
• Typically 3-types of Amplifiers
• Post-Amp (Booster) – Lower gain with best output power
• Pre-Amp – High gain with best receiver sensitivity
• Line-Amp – Multi-stage combining Pre & Post amplifiers
• EDFAs are not 100% efficient; amplify both the signal and the
noise
Post-Amplifier
or Booster Line Amplifier Pre-Amplifier
l
EDFA
The signal is amplified but Amplified
Spontaneous Emissions (ASE) noise is also
added.
l
Site A Site B

FOADMs
• FOADM : Fixed Optical Add/Drop Multiplexor
• Required manually patching at transit site
• Manual adjust optical power is required
45km
10km
30km
Pass Thru
Add/Drop
Drop
Site A
Site B
Site C

ROADMs
• ROADM : Reconfigurable Optical Add/Drop Multiplexor
• Allows one to control which channels are add/dropped and
which channels are passed thru
• Power management and balancing to avoid non-linear effects
2-degree
3-degree
4-degree
45km
10km
30kmPass Thru
Add/Drop
Drop
2-degree
Site A
Site B
Site C

Transponders and Muxponders
Multiple Grey
10G waves
Multiple Colored DWDM
10G waves
1:1
Multiple Grey
10G waves
One Colored DWDM
100G wave
n:1
Transponder Muxponder

Packet Optical
Product Overview

Juniper/BTI End-to-End Solution Portfolio
BTI7000 product line BTI7800 product line
IP/Ethernet Platforms
Optical Solutions
ACX Series MX Series
MX Integrated Transponders
10G DWDM 100G DWDM
Network
Management/Applicati
ons proNX Service ManagerJunos Space/CSD
SDN
NorthStar SDN Controller
proNX SLA Portal
QFX Series

High-level product specifications
GE,FC, 10GE, OC192,
STM64, 10G DWDM, FC
BTI7000
C/DWDM, 4ch/8ch/40ch/96ch
2D ROADM, 4D ROADM
800 Series, ACX Series, MX Series
10GE, 100GE
100G Coherent, 200G Coherent
2D ROADM
ACX Series, MX Series
96 Ch DWDM
BTI7800
T1/E1, OC3/STM1, FE, GE, 10GE
BTI7000/ BTI7800
CE 2.0, Full IP/MPLS
BTI7000/ BTI7800
ACX Series MX Series
GE, 10GE, 40GE, 100GE
10G DWDM, 100G Coherent
BTI7000/ BTI7800
BTI7000/ BTI7800
ROADM
Optical
Packet Platforms/Features
Interfaces
QFX Series
10GE, 40GE, 100GE
, 100G Coherent
BTI7000/ BTI7800
BTI7000/ BTI7800

Packet Optical Solution Options
• IP/Ethernet aggregation function provided via ACX and MX
platforms including Ethernet OAM, QoS, reliability, CE2.0 services
• P2P, Mesh, Ring topologies
IP/Ethernet
• Integrated 10G DWDM: MX Series
• Integrated 100G Coherent: MX Series
• Disaggregated 10G : BTI800/ ACX/ MX + BTI7000
• Disaggregated 100G: ACX/MX + BTI7801/7802/7814
Optical
• CSD for E2E service provisioning
• PSM for E2E Optical domain management
EMS/NMS
• End-to-end network solutions capability
• Solution flexibility: Integrated and Disaggregated solution options
• Services flexibility, L2/L3 VPN services, IP services,
• Open solutions enabling best of breed, interop and easy of integration
Benefits
10G Disaggregated Solution
MX Series
MX Series MX Series
BTI7800
ACX Series
MX Series
ACX Series
BTI 7000 BTI 7000
BTI7800
100G Coherent DWDM Integrated Solution
MX Series MX Series
BTI7800 BTI7800
100G Disaggregated Solution
BTI800 line BTI800 Lline

Disaggregated Transponder solution • Enables end-to-end Juniper
solution with high capacity
10G & 100G DWDM transpor
• BTI7000 supports 10G/100G
Transponders and
Muxponders
• Compact design w/ flexible
chassis options (1/2/14 RU)
• Up to 9.6 Tbps capacity;
19.2T (Q4 2016)
• Supports Point-to-point &
Ring topologies
• 2D ROADM, In-line Amplifiers
• PSM + CSD for
comprehensive Packet
Optical management
• A-Z provisioning for MPLS
LSP’s
10G Solution
BTI7000 BTI7000
BTI7800 BTI7800
100G Solution
MX Series
ACX Series
BTI800 line
MX Series
ACX Series
BTI800 line
MX Series
MX Series
Includes Txp, Mxp, Mux/Demux/ ILA, ROADM
Grey
10GE/100GE
interfaces
n x 10G DWDM
n x 100G DWDM
Grey 10GE interfaces Grey 10GE interfaces
Grey
10GE/100GE
interfaces

Integrated Transponder solution
• Integrated Packet Optical
solution enabling better
economics
• Reduced TCO due to less
optics and network elements
• Integrated 24 x 10G DWDM
(tunable sfp+)
• Integrated 1 x 100G Coherent
DWDM (Cordoba MIC)
• Increased reliability due to
optical layer visibility e.g. Pre-
FEC FRR
• PSM + CSD for
comprehensive Packet
Optical management
• A-Z provisioning for LSP’s
MX480
BTI7800 BTI7800
Integrated 100G Coherent DWDM Solution
BTI7000 BTI7800 BTI7000/BTI7800
Integrated 10G DWDM Solution
MX Series
MX Series
MX960
Integrated Coherent
100G Transponder Integrated Coherent
100G Transponder
Integrated 10G
Transponder
Integrated 10G
Transponder
n x 10G DWDM
n x 100G DWDM

FRR BASED ON OPTICAL PERFORMANCE
Packet-optical integration enables L1 to L3 visibility
50 ms
TXP
Router
Post-FECBER
0
Loss of frame
Protection path
established
Pre-FECBER
FEC limit
Optical layer protection in
today’s networks
Router
Pre-FECBERPost-FECBER
0
Small performance hit
during FRR*
Transport-aware FRR in
converged packet-optical
networks
FEC limit
FRR threshold
* Depends on FRR
threshold and
allocated margin.
Visibility of packet layer resilience mechanisms to the optical performance improves overall
network resilience.

Access and Aggregation Portfolio
MX960
MX480
Access
ACX 4000
ACX 2x00
MX104
ACX 1x00
ACX 500
ACX 5000
Aggregation
Flexible services: Services: Business services (L2/L3 VPN’s), Residential services,
Mobile Backhaul
Architectures: Point-to-point, ring, mesh architectures
Scalability: 1GE to 100GE scalability
Reliability: G.8032, RSVP 1:1, FRR, BFD, PWE Redundancy, VRRP
MX240
MX80
ACX 500-O

MX Edge Portfolio + Integrated 10G/100G Transponders
One TRIO Architecture
One UNIVERSAL EDGE
MX240 MX480 MX960 MX2010 MX2020
Max system
Switching
Capacity (1/2
duplex)
1.92Tbps 5.1Tbps 10Tbps 40Tbps 80Tbps
Height (RU) 6 8 16 34 45
Slots 2 6 11 10 20 1 x 100G DWDM MIC
100G Transponder
20 x 10G DWDM
10G Transponder
24 x 10G DWDM

1 x 100G Coherent DWDM MIC
2nd Generation 100G Coherent Technology
• 1 x 100G Coherent Interface
Pluggable CFP2-ACO optics
• Modulation Type: DP-QPSK
• Tunability: 100 Channel (ITU-T C-band)
• 1528.773 – 1568.362
• Spacing: 50GHz spacing
• Rx Power range: -18 to 0
FEC Modes:
• GFEC (G.709)
• HG-FEC
• SD-FEC
CMD Tolerance
• +/- 40,000 ps/nm
OSNR (Typical): 14.2 dB
Supported on MX240, MX480, MX960, MX2010, MX 2020
• Requires MPC3E or MPC3E-NG
Distance: Up to 2000km
Software Release: 15.1F5
TCFP2-100G-C
Now
Available
MIC3-100G-DWDM

Juniper-BTI 7800 Series Portfolio
Platform Scale Evolution From 400G to 1Tbps/Slot
BTI 7802
400G
per slot
TODAY
800G
per slot
1Tbps
per slot
BTI 7814
BTI 7801
Model Capacity (bps) Slot
s
10GE Capacity 100GE
Capacity
Rank Units Multi-Chassis
7801 400Gbps 1 40 4 1 H/W Ready
7802 800Gbps 2 80 8 3 Yes
7814 5.6Tbps 14 560 56 14 Yes
Application
Software
ControlSoftwareIntelligentNetworkInfrastructure
BTI proNX Service Manager
BTI proNX Dashboard BTI proNX SLA Portal Other Applications
RESTful APIs
NETCONF, SNMP, OpenFlow
BTI 7000 Series BTI 800/700 SeriesBTI 7800 Series 3rd Party Network Nodes
REST
Open SDN ControllersBTI proNX Control

Juniper-BTI 7814 Platform Overview (14RU)
Carrier grade. Flexible. Scalable.
Leveraging Best of Breed Commercial Building Blocks For High Performance and Rapid Time to
Market
FRONT VIEW REAR VIEW
Advanced Power System
 AC and DC options
 6kW protected
Rear Air Exhaust
 Auxiliary fan accessFront Fan Access and LCD
 Quick access to system health
 Redundant fans (4)
Front-Rear Airflow
 Designed for future
generations of modules
High Capacity Service Slots (14)
 Universal forwarding modules
 Optical modules
 Application modules
 240G  1T/slot
Cable Management
 Above and below service modules Management Modules (2)
 64-bit Linux / x86 / distributed
architecture
 HA software framework
 Multi-chassis scalability
 In-service software upgrades
 Secure protocols
Advanced Chassis Design
 Backplane, cooling and thermals support
future generations of service modules
 Industry-leading packet-optical density
Application
Software
RESTful APIs
REST

Juniper-BTI 7802 Platform Overview (3RU)
Fan
Power modules
Management modulesPower (AC shown) CMM B
CMM A
CAP
Cooling unit
With air filter
Slot 2
Slot 1
Fiber manager
• Common software, management modules & forwarding modules
• New chassis, fans & power supplies (AC and DC)
• Supports multi-chassis up to 4; Slot capacity up to 1Tbps/slot
• Ideal for colocation environments
Application
Software
RESTful APIs
REST

Juniper-BTI 7801 Single Slot Chassis (1RU)
Optimized for Space Constrained Applications
• Newest member of BTI 7800 Series
• Based on proven BTI 7800 technology
shipping since 2013
• Common software, O/S, management
modules and service modules
• Managed by BTI proNX
• CLI, NETCONF/YANG and SNMP
• Stand-alone or managed as a virtual slot of a
BTI 7814
• Field replaceable management module (without
losing configuration)
• Provides space and power efficiency
• Low start up costs
• Easy installation, turn up, maintenance
Form factor of a pizza-box without sacrificing modularity/extensibility
1RU
Front Rear
Application
Software
RESTful APIs
REST

Universal Forwarding Modules (UFM)
Flexibility Enabled by Universal Forwarding Modules
• 14 Universal Slots – Transport and Packet Capable
• Universal Forwarding Modules
• BTI Interface Cards (BICs)
– 12x 10G, 1x 100G
• CLI, NETCONF, PSM & REST
Application
Software
RESTful APIs
REST

Juniper-BTI 7800 Series – Applications
12x 10G Client
(Uncolored)
12x 10G Line
(DWDM Colored)
10x 10G Client
(Uncolored)
1x 100G Line
- 1x λ Coherent
- DWDM Colored
1x 100G Client
- LR4 CFP
- Uncolored
1x 100G Line
- 1x λ Coherent
- DWDM Colored
12x10G Transponder 100G Muxponder 100G Transponder

Juniper-BTI 7800 Series - 400G UFM
• Supported in BTI 7814, 7802 and 7801
• Supports either transponder or muxponder connectivity
• 10x QSFP clients (4 combo ports)
– 10G, and 100G protocols
– Router discovery option via LLDP
– QSFP+ and QSFP28 optics
• 2x 200G coherent line
– 16QAM modulation
– OTU4 protocol
– Soft decision FEC
– Electronic dispersion compensation
– Tunable, 50GHz spaced, compatible with 96ch mux/demux
10x QSFP
2x 200G
(16QAM)
4x combo
(10G/100G)

Juniper BTI7000 Product Line Optical Portfolio
Transponders
Muxponders
PacketVX
ROADM
Optical
 Reclaim Fiber from legacy low rate
SONET/SDH
 GE / Fiber Channel Price Line svs
 Sub-wavelength Services
 Metro-E Infrastructure
 Ethernet Business Services
 Mobile Backhaul
 Dynamic Optical Layer
 10G/100G Wave Services
 2.5G and 10G Wave Services
 High Capacity Data Center
Interconnect
BTI7200 (7RU, 20 Service Slots)
BTI7060 (2RU, 6 Service Slots)
BTI7020 – (1RU, 2 Service Slots)
Passive
 Scalable from 6 to 60 service slots
 Same software & management system

Scalability to address Growing Needs
7200706072007060 7060
7060
7060
7060
Compact | High Capacity | Scalable
7200
7200
Application
Software
RESTful APIs
REST

BTI 7000 Series - C/DWDM Network Multiplexing
DWDM Scalable
8 to 32 channels
DWDM High Capacity
40 channels
All sub-wavelength plan network multiplexing modules have
Expansion Ports to enable scaling as demand grows
Drop the full 40 – 96 DWDM Channels
CWDM
Scalable
from 4 to 16
Channels
Day One: Channels 1-8 Initially
Day Two: Add Channels 9-16
Day Five: Add Channels 17-24
Day Ten: Add Channels 23-32
Day One: Channels 1-4 Initially
Day Two: Add Channels 5-8
Day Five: Add Channels 9-12
Day Ten: Add Channels 13-16
To Dark Fiber
DWDM Ultra High Capacity
96 channels

Dual 2.5G Multiprotocol Transponder
Client 1 Line 1
Client 2 Line 2
Client
Line W
Line P
Transponders  High Capacity Transport
Dual 10G Multiprotocol Transponder
Dual 4G Multiprotocol Transponder
● ● ●
2.5G 4G 10G
Line
Rate
Extend services across the WAN with high capacity connectivity over
dedicated wavelengths
BTI7000 Series 10G Transponders
• Single Slot (1W x 1H)
• 2 Multiprotocol Client XFP Ports
– 10GE LAN PHY, WAN PHY, OC192, STM64,
10G FC
• 2 10Gbps Line XFP Ports
– 850nm, 1310nm, 1550nm, WDM
• Client Mapping
– Transparent
– Section Regen (OC-192, STM-64 clients)
– G.709 OTU2
• Network Configurations
– Unprotected: supporting 2 clients
– Protected: OTN 1+1 WAN protection
– Regenerator for TPR, DTPR, MXP, PVX
• Performance monitoring on all ports
• FEC and enhanced FEC
• In-band management: OTN GCC

Client 1
Line
GbE 1
GbE 2
…
Client 10
Line
2-port GbE Muxponder
8-port Multiprotocol Muxponder
10-port Multiprotocol Muxponder
● ●
1G 2.5G 4G 10G
Muxponders  Efficient λ Aggregation
Line
Rate
Aggregate multiple services onto a shared wavelength with dedicated
bandwidth per service
BTI7000 Series 10G Muxponders
• 10 Multiprotocol Client SFPs
– 1G FC, 2G FC, 4G FC, GbE, OC-N, STM-N
– 1310nm, 1550nm, and WDM
• 2x10G Line XFPs
– STM-64, OC-192, OTU-2 mapping
– 850nm, 1310nm, 1550nm, WDM
• Full rate & Sub rate GbE transport
• Resilient timing references using Basic SSM
• SNCP/UPSR, OTN-based 1+1 Line protection
• Client Encapsulation via GFP/VCAT/CCAT:
– FC, GbE: GFP-T/VCAT/CCAT
– GbE: GFP-F/VCAT/CCAT
• Line Mapping
– STM-64/OC-192
– STM-64/OC-192  OTU-2
– 4x ODU-1  OTU-2
• Performance Monitoring on all ports
• In Band management: G.709 OTN GCC

ProNX Service
Manager and remote
lab training

Agenda
• PSM Intro
• Lab Setup
• PSM Configuration
• Optical Service Management (DOL, BTI 7000, and BTI 7800)
• Summary
• Q & A

proNX Service Manager (PSM)
Large Scale Deployments & Rapid Service Extensions
• Packet-optical portfolio management
– One system for end-to-end management
– Fault, Configuration, Accounting, Performance,
and Security (FCAPS)
• Complementary Java and Web Clients
• Open Interfaces (SNMP, REST)
– OSS/BSS integration and Flow Thru
Provisioning
– Layered SDN Controller integration
Analytics
SDN Orchestrator
Network Optimization
Bandwidth On Demand

Highly Intuitive User Experience
• Auto-created Multi-Layer Network Topology
• Point & Click management through complete
network lifecycle
– Devices, Cards, Ports, Amps, etc.
• Point & Click activation of end-to-end
connections and services
– Path calculation & provisioning end-to-end
– Optical: Dynamic ROADM & Static Optical
connections
– MEF Ethernet: Circuit monitoring, protection and route
visualization
– Pseudo Wire Services
• Network and Service visualization end-to-end

Widely Deployed @ Scale Worldwide
Leverage Industry Standard Components
• Market-leading OS: Red Hat Enterprise Linux / CentOS
• Bare Metal** or Virtualized deployment
• Scales to many users, hundreds of elements, thousands
of services
• High Availability and Reliability through Clustering
• Comprehensive Fault Management
• Historical and Real-Time Performance Data Collection
and Reporting
• Centralized User Management and Single Sign On
• Network OAMP functions: Upgrade, DB
Backup/Restore, Logs

Service Activation and Visualization
Connecting Multiple Layers
• Links and Link-Status graphically displayed
• ROADM, Layer-1 (OTN), Ethernet, PW, etc. services shown end-to-end
• Complementary multi-layer views provided via Java and Web clients

High Availability Clustering
Redundancy & Scale
• Two or more instances clustered
• Hot Standby solution
• Simultaneous monitoring of full network OR
segment by region/market/technology
– User privileges can be unique between region/market
• Instances can be geographically separated for
regional access
• One server instance can be used as backup
when needed

• Java client
• Complete feature coverage
• Clients downloadable from server for easy distribution
• Dashboard Web client: https://<IPadd>:9000
• Focus on NOC personnel tasks; monitoring, reporting, etc.
• Responsive design for flexible and remote access
• Common Client-Server interface = REST
• Includes common user AAA
• Expanding perspectives using common centralized data
• Trends; Responsiveness; Capacity
Complementary Java and Web Clients
Flexible Distribution of Operational Roles

PSM relative to existing Juniper applications
Continuing PSM’s Architectural Evolution
• Existing REST APIs are used to integrate these applications
– eg. PSM native REST APIs, IETF draft-ietf-teas-yang-te-topo
• Applications typically provide overlapping common capabilities
– eg. HA, Security, Scheduling, Topology, Fault Management, etc.
REST APIs
NorthStar Controller
Connectivity Services Director
End-to-end packet-optical
management plus FCAPS
management for legacy BTI
components
FCAPS management
for all Juniper
components
IP services
management
LSP provisioning and
optimization

How does PSM fit in an SDN architecture?
• Open APIs for ease of integration
• NETCONF/YANG Southbound; REST Northbound
• As a Domain Controller, integrating with a Global Controller/Orchestrator
• Tight integration with customers’ existing operations and business systems
• Existing REST API provides flexible set of functions enable a variety
of applications; examples:
• Ethernet Self Service Portal: proNX SLA Portal; Interxion, Epsilon
• OSS integration for Optical Service Provisioning: APAC customer
• API extension to IETF TEAS Optical Topology for integration with
NorthStar

Lab Setup

Transponder Setup

Muxponder Setup

7800 Setup (100G)

ProNX Service
Manager (PSM)
Configuration

PSM Client Login and Interface

Network Discovery
 Network Element Discovery Process
– Enter the IP address, or a range of IPs
– Optionally enter a Domain name
– Specify an SNMP write community
string
 Note:
– BTI7000 7.1.x (and higher)
provides default SNMP community
strings
(public:read, private:write)
– For earlier releases this must be
configured manually

Network inventory
 Retrieve Full Network Inventory
– Formatting options:
• Sort the table by clicking any column header
• Right-click columns or click button at the far-
right to select the displayed columns

Network Wide Logs
 On-Demand log collection
– Select ‘View->Network->
Log Collection
– Add Filters (optional)
– Click ‘Perform Query’
– Use buttons and text
fields at the bottom to
page through the
collected logs

Network Alarms
Alarms on NE

Network Alarm (Historical view)
 View Historical Alarms
– Select View > Alarms >
Historical Alarms
– Set filters and sorting options
 Leaving all options blank
retrieves everything
– Click Perform Query

NE Upgrade
Select ‘Software Upgrade’ from Right-
click menu of Single network element,
user group, or topology icon
In Software Upgrade window:
 Select FTP Server
 Browse to the software file to
upload from server to NEs
 Options:
– Check: Verifies upgrade file is
valid
– Check/Load: Also uploads file to
NEs
– Check/Load/Invoke: Also invokes
upgrade
– Check/Load/Invoke/Commit:
Performs the full upgrade

Node Controller Configuration
 You can configure NEs using the Node Controller from within PSM
 First you configure PSM to point to the correct version of proNX 900
 Once configured, PSM launches the correct version of proNX 900 if the
version is installed locally

Direct Configuration on NE at System Level

Adding Customer
 PSM allows you to add, modify and delete data about your
customers. Including:
– Company name
– Company reference
– A list of employees
– Primary and
maintenance contact, and
– Notes

Optical Service
Management (DOL,
BTI 7000, BTI 7800)

Dynamic Optical Layer
 DOL = Reconfigurable optical add/drop multiplexing,
reach extension, and end-to-end service- and path-
centric management.
– Simplified operations and enhanced automation
– Touchless and modular nature of the DOL architecture
simplifies the design, installation, operation and
optimization of service delivery networks.
– 2 Degree/ 4 Degree ROADM-on-a-Blade (ROB)
– DWDM Line Amplifier (DLA)

Optical Service Activation
Activate new Optical Service
 Activate service for
customer sites
 Activate multiple paths for
services
 View service details

Optical Service Activation (cont’d)
Activate new Optical Service
 Activate service for
customer sites
 Activate multiple paths for
services
 View service details

Optical Service Visualization
 Topology View of Service

Optical Power PM Display
 Provide a simple way to initiate
or halt real-time PMs collection
for an optical service
 Optical PM data widget will be
used to retrieve and display the
current PM statistics
– Example of OSC PM collection
for a selected service
– Example of Optical Data
Widget for All channels on a
port

Optical Power PM Display (cont’d)
 Power level PMs for all Wavelengths/Services per Port
– When viewing all channels, each port has a new tab, with each channel passing over that
port shown in one graph

DTPR Provisioning (BTI 7000)

Creating Crossconnect using PSM (BTI 7000)

Setting Protection Group using PSM (BTI 7000)

Activate Optical Service for BTI 7800
 Select Tools > Service Activation > Optical
– Select Fixed vs Dynamic
 Enter Site A details and select interface type
– Enter Site B details
 Activate and check

Activate Optical Service for BTI 7800 (Cont’d)

Alarm Summary
Navigable
Inventory
Intuitive navigation to all
functions
Detailed System Hierarchy, Fault Management
Navigation to objects, alarms via PSM Dashboard

• proNX Service Manager (PSM) = Comprehensive full service solution
• Flexible deployment options to suit all customer needs
• Scale, reliability, extensibility
• Ease of integration with SDN and traditional architectures
• Comprehensive plan for Juniper integration
Summary

Recap of the first half of the BTI Workshop
• Metro packet optical market for DCI and Service Provider are growing and Juniper
is well positioned to help customers take advantage of the opportunities
• We covered the primary solutions and best fit applications for Juniper’s Packet
Optical Platforms
• The BTI Series has a modular, flexible, pay-as-you-grow architecture, it supports a
broad range of interfaces, including 10, 100, and 200Gbps
• proNX software makes service deployment and management easy
• Juniper provides a comprehensive packet + optical solution to beat the
competition
• Software licensing has been adjusted to reflect common Juniper pricing models
and practices
Optical transport technologies for high-bandwidth metro and DCI networking

Questions ?

Thank you

Juniper bti packet optical training

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