Transcript G.8031 - Fujitsu

100GE Mobile Backhaul Solution
Jeff Babbitt
1
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Agenda
Objective of Solution Overview statement
 Market Trends and Drivers
 Customer Challenges
 Fujitsu Solution
 Interop Details
 Customer Outcomes
 Conclusion
2
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Mobile Backhaul Market Drivers
 Evolution to Cloud Services

Move to the Cloud reduces individual capital expenditures and
shifts these individual demands to a centralized Data Center and
increases mobile traffic
 Explosion of Video and Over The Top (OTT) Traffic

These applications are driving more and more traffic over the
mobile network
 Explosion of Smart Phones

Always connected
 Tons of new and data hungry applications
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Escalating Ethernet Traffic Growth
5G is going to drive even
more MBH traffic
MSC
Businesses
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PMO - Service Provider Ethernet Network Implementation
The target market is Service Providers that have implemented
FW9500 Ethernet networks for Mobile Backhaul and/or Business
services
NG-EPON
10G
10 GE
10 GE
Router
or MSC
10 GE
10G
CWDM
And FW9500 ROADM networks that
want to add Ethernet aggregation
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Business Issue and Mitigation
Traffic Growth Results in:
Increased
Number of
Lambdas
6
Increased
Number of
10GE
hand-offs to
MSC/Service
Router
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Aggregate
10GE into
100GE
Lambdas
FMO - S100 and Virtuora L2 Network
1FINITY Metro Data Center Interconnect Solution

Virtuora (Network Management) with Packet Services App
 1FINITY S100
• Performs full featured E-Line services for 10GE to 100GE Ethernet Aggregation
• Can augment an existing FW9500 / FW CDS network

FW CDS
100 GE
ROADM
S100
100 GE
NB
100 GE
NB
7

100 GE
NB
NGEPON
10G
Delivers:
100 GE
NB
S100
10G
CWDM
S100
10G
S100
• Ethernet Aggregation device
100 GE
High Density / Low Power
 Scalability to 100G per lambda
 Open and Modular
 G.8031 or G.8032 L2 Protection
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FMO - 10G and 100G ROADM options
Odd
100GE
100GE
G.8031
Even
G.8031
Variety of Options
10G/100G
DWDM
ROADM RING
10GE
10GE CWDM
RING
10GE
Diverse Route
w/ HD12
8
Odd
GE
Even
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S100 Four Use-Cases
 The 1FINITY S100 can be deployed in several places for this solution
Use Case
9
Description
Packet Elements
ROADM Lightpath
1
10GE Access Network
S100 to CDS HD12
N/A
2
10G ROADM core with 10GE CWDM access S100 to CDS HD12
10GE over 9500 Classic
3
10G ROADM core with Direct Connect CDS S100 to S100 (10GE) &
RIngs
S100 to CDS HD12
10GE over 9500 Classic
4
100GE ROADM core with distributed L2
aggregation and 10GE CWDM access
100GE over 9500 Classic
S100 to S100 (100GE) &
S100 to CDS HD12
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Use Case 1 - 10GE Access Networks
Odd
MSC
100GE
100GE
G.8031
Even
G.8031
10GE
10GE
G.8031 10GE CWDM RING
(7120 passive filters)
w/ HD12
Odd
Even
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Use Case 2 – 10G ROADM core with 10GE CWDM access
Odd
10GE Direct
Connect SFP+
from S100
G.8031
Even
G.8031
10GE
9500 Used for
ROADM Only
9500 Used for
ROADM (no L2)
100GE
100GE
10GE
10G DWDM
ROADM
RING
TBA1
10GE
10GE CWDM
RING
TBA1
10GE
Diverse Route
w/ HD12
11
Odd
GE
Even
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S100 Connected
to Close G.8031
Use Case 3 – 10G ROADM Core with Direct Connect CDS rings
Odd
Even
L2 Protection
L2 Protection
10GE Direct
Connect SFP+
S100’s
Connected to
Close G.8031
10G DWDM
ROADM
RING
10GE Direct
Connect SFP+
S100 Performs
L2 Functionality
S100
S100 Used for L2
Resiliency
S100
9500 Used for
ROADM Only
10GE CWDM
RING
Diverse Route
w/ HD12
12
1GE
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Note: G.8031 or G.8032
Layer 2 Protection
S100 Use Case 4 – 100G ROADM Core w/ CDS Rings
Odd
Even
L2 Protection
L2 Protection
100GE Direct
Connect SFP+
S100’s
Connected to
Close G.8031
100G DWDM
ROADM
RING
10GE Direct
Connect SFP+
S100
S100 Used for L2
Resiliency
S100
9500 Used for
ROADM Only
10GE CWDM
RING
S100 Performs
L2 Functionality
Diverse Route
w/ HD12
13
Odd
1GE
Even
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Note: G.8031 or G.8032
Layer 2 Protection
1FINITY S100 / FW CDS Interop
 FW CDS has 4 CoS
 S100 can do 4 CoS or 8 CoS
 When mixing 4 and 8, map multiple
S100 Classes into a FWCDS Class
Service
PCP
1FINITY
S100 Class
FW CDS
Class
Control
7
2
A
BFD
6
0
A
Voice/rt-Video (interactive)
5
1
A
Signaling
4
2
A
nrt-Video (streaming)
3
3
B
Priority Data
Best Effort
2
0
4
6
C
D
Data Type
S100 egress Shaper
1FINITY S100 and FW9500 egress Shaper
FW CDS egress Shaper
Highest
Class 0
CoS A
Class 1
MAXBW
Traffic
Shaper
SP
RR
RR
CoS D
MINBW
Traffic
Shaper
SP
CoS C
DWRR
CoS B
Strict
Priority
RR
MaxBWA
Traffic
Shaper
Class A
Shaper
Class B
Shaper
Logical
Interface
Class 2
Weight=1
Class 3
Weight=1
Class 4
Weight=1
Class 5
Weight=1
Class 6
Weight=1
Scheduling
Logical
D
W
R
R
Port
Shaper
Class 7
Lowest
14
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Mixed FW9500 and S100 Scenario
10G
100 GE
10G
10G
10G
NGEPON
100 GE
100 GE
ROADM
100 GE
100 GE
10x10 GE
or
10G
NGEPON
10 GE
L2+ ROADM
10G
10G
100 GE
10G
With Existing FW9500 ROADM
 Add MEF Services with S100
 S100 for L2 and FW9500 for ROADM
 Virtuora manages S100 L2 services
and FW9500 ROADM
 Some OSS/BSS work may be required
15
With Existing FW9500 L2, Initially
 Cap FW9500 L2 and grow S100
 NS1500 manages FW9500 L2 services
 Virtuora manages S100 L2 services
 Some OSS/BSS work may be required
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Virtuora FW9500 Layer 2, Plan of Vision
S100 / FW9500 Layer 2 Interop
 FW9500 and S100 have the same Egress shaper, thus,
from a queuing point of view, they are compatible
 Virtuora support for FW9500 Layer 2, PoV




Single management of both FW9500 L2 services and S100 L2 Services
Allows for a single service that encompasses both S100 and FW9500 L2
Allows for S100 to aggregate CDS 10G rings and 10G from FW9500 into a single 100G
Some OSS/BSS work may be required
10G
NG-EPON
CWDM
10 GE
10G
CWDM
10G
CWDM
100 GE
10/100
GE
Router
or MSC
10 GE
100 GE
10G
CWDM
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S100 / FW5300 Layer 2 Interop
 FW9500 and FW5300 have the similar Egress shaper, thus, from a queuing point of
view, they are compatible
 Although without Virtuora support it is not viable to connect and manage them as a
single service
 It is possible to provision a E-Line (UNI to UNI/INNI) on FW5300 Via NS1200 and
connect it to an E-Line (UNI/INNI to UNI) on S100 via Virtuora, but you don’t have a
single service, you see two services in different systems
10G
100 GE
10G
 This is not an intended application
 This has not been tested
 This is not scheduled to be tested
10G
17
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3rd Party Other Interop Details
 S100 interop with 3rd party L2 networks requires support for
E-Access.
 E-Access is not currently on the roadmap
 Current S100 does not preclude E-Access support
 E-Third party ( FW5300 with L2, can be considered 3rd party)
18
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G.8031 vs. G.8032
G.8031
G.8032
Sub-50ms path switching
mechanism similar to UPSR
(supported in S100 R1.1.2)
Sub-50ms ring-based switching
mechanism for bridging
environment
(supported in S100 R1.2)
No interoperation with G.8032
No interoperation with G.8031
Should interoperate with other
Should interoperate with other
G.8031 devices – but is untested. G.8032 devices – but is untested.
19
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1FINITY Component Management
Network Mgt
DCN
Remote S100 Management via an inband MVLAN
Remote T200 Management via GCC
Remote L100 Management via OSC
1FINITY
Product
Data Plane
Book-ending
Required
DCN access DCN Daisy
at both ends Chaining
MGT Remote
access
supported
T100
Yes
Yes
End only
No
T200
Yes
Yes
Yes
Yes
L100
Yes
Yes
Yes
Yes
S100
No
Yes
Yes
Yes
Virtuora can manage these
solutions in the configurations
shown
If the 3rd party Switch or Router is supported by
Virtuora then it can manage the entire solution
Network Mgt
DCN
20
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DCN communication for greenfield:
Integrated 1Finity 10GE/100GE Ethernet Aggregation Solution
LCN1
GCC0
over OSC
CDS and S100
managed by
Virtuora for end to
end services
Ethernet between LCN ports
100G
Unnumbered MVLAN
over data plane
MVLAN over data
plane
Support for unnumbered MVLAN in S100 R1.1.3
21
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DCN communication:
Integrated 10GE/100GE Ethernet Aggregation Solution
9500 ROADM
managed by Virtuora
9500 domain traffic
managed by NS1500
DCN
LCN1
GCC0
over OSC
100G
Ethernet between LCN ports
Acting as a GNE
Support for unnumbered MVLAN in S100 R1.1.3
Unnumbered
MVLAN over
data plane
22
MVLAN over
data plane
S100 / CDS
overlay domain
managed by
Virtuora
Note: Un-numbered VLAN is a regular VLAN
with an unnumbered IP address attached to it.
CDS does not identify its IP address with this
VLAN, it is its LCN IP address
In the future, OSPF/LLDP could discover this IP
address
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DCN communication:
Legacy/dual 10GE/100GE Ethernet Aggregation Solution
9500 domain traffic
managed by NS1500
DCN
LCN1
GCC0
over OSC
100G
1500
Ethernet between LCN ports
Acting as a GNE
Support for unnumbered MVLAN in S100 R1.1.3
Unnumbered
MVLAN over
data plane
23
MVLAN over
data plane
S100 / CDS
overlay domain
managed by
Virtuora
Note: Un-numbered VLAN is a regular VLAN
with an unnumbered IP address attached to it.
CDS does not identify its IP address with this
VLAN, it is its LCN IP address
In the future, OSPF/LLDP could discover this IP
address
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VIRTUORA NC SDN CONTROLLER
*Note the Pkt Svcs ILFs
(available in July)
Topology
OTN
WDM
Service
Activation
Functional application
adaptation
1
Pkt Svcs
ILF
Spectral
Frag Opt
YANG
API Definitions
(North)
NORTHBOUND ADAPTATION (APIs and NBIs)
Distributed
Core
MODEL-DRIVEN
SERVICE
ABSTRACTION
Scalability, Availability, Performance,
Persistence
(MD-SAL)
2
Device drivers
3
CONTROLLER
PLATFORM
Datastore
ONOS
Instance 1
Interchangeable open
source SDN platform
OpenFlow
Others
ONOS
Instance 2
Device
Layer
Network
Layer
ONOS
Instance n
Data Models
Service
Layer
OpenFlow
OpenFlow
LOGICAL
FUNCTIONAL LAYERS
Others
Others
API Definitions
(South)
SOUTHBOUND ADAPTATION (NETCONF, OpenFlow, TL1, CLI, Other)
Configuration
Topology, State Change, Alarms, Events, PM, DB Change
NETWORK INFRASTRUCTURE
Physical network
FLASHWAVE
9500
FLASHWAVE
CDS
1Finity
(S100, A100,T200..)
Juniper, Cisco,
ALU
Other
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Pkt Svcs Feature
• Network Information
• Path Computation
• Service Activation
• QoS templates
• Service Restoration
• Simplified Service Lifecycle Orchestration
• MEF Services; E-Line, E-LAN (Future)
• Protection, G.8031 and G.8032 (Future)
• Supports S100 and CDS
Packet Services Application
PS
• Open source controller
• Simple service lifecycle orchestration
• Abstracts underlying network complexity
• MEF Services, VLAN
• Dynamic Multi-layer optimization
Access/Metro
MEF Business Services
Mobile Backhaul
• Multi-vendor support
Open, Scale, Simple…
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25
Packet Services Application
Control Feature Overview
 Network Information
 Service Activation
• Nodes, Links, Topology, Resources from NE
• Unprotected VLAN
• E-Line, E-LAN, other MEF (Future)
 Path Computation
• Bandwidth aware
• Fault aware (EMF)
• Latency optimization and constraint
• Active and pending service states
 User Interface
• Simplified Service Lifecycle Orchestration
• QoS template
• Customer groups
• End User Service Portal
26
 Service Restoration
• G.8031
• G.8032 (Future Support)
• Link Faults (LOS)
 NE Support
•
S100
• FLASHWAVE CDS
• Other 3rd Party (Future)
 Performance Management thru
Virtuora EMF
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Chassis Competitive Analysis for S100
(10GE -> 100GE Aggregation Density)
Fujitsu 1FINITY
S100
Ciena Cyan Z77
Ciena Cyan Z33
Ciena 6500-14
Ciena 8700-10
Cisco NCS 4009
19”
21”
19”
19”
19”
19”
Shelf Depth
450mm
534mm
300mm
300mm
600mm
450mm
Rack Units
1 RU
13 RU
5 RU
13 RU
10 RU
15 RU
Interface Slots
4 PIU
14
6
12
10
9
Client Interface
per Shelf
300G
(10x10G x3, 3 PIU)
700G
(10 x 10G x7)
300G
(10 x 10G x3)
600G
(10 x 10G x6)
1T
(20 x 10G x5)
0.8T
(20 x 10G x4)
NW Interface
per Shelf
300G
(100G x3, 1 PIU)
700G
(100G x7)
300G
(100G x3)
600G
(100G x6)
1T
(2 x 200G x5)
0.8T
(2 x 200G x4)
Aggregation capacity
300 Gbps /1RU
700 Gbps /13RU
300 Gbps /5RU
600 Gbps /13RU
1.0 Tbps /10RU
800 Gbps /15RU
Aggregation Density
(Per 1 RU)
300Gbps
54Gbps
60Gbps
46Gbps
50Gbps
35Gbps
Best Density
Width in Rack
1FINITY S100 – 5 times the density with 22% power reduction
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27
PMO vs. FMO
CAPEX Comparison
FMO: S100 L2+ Virtuora Solution
10GE L2 FW9500 network,
20-10GE CDS rings to a router
100GE S 100 with ROADM FW9500,
20-10GE rings to 4 100GE to a router
20x10 GE
10 GE
L2+ ROADM
10G
NGEPON
100 GE
100 GE
ROADM
100 GE
100 GE
10G
S100
10G
NGEPON
S100
10G
100 GE
S100
10G
S100
PMO: FW9500 10GE L2
100 GE
10G
Build a model
Add up FW9500 & S100 street price of PMO and FMO to evaluate value
28
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PMO vs. FMO
CAPEX Comparison
FMO: S100 WB Optics - $915k
PMO: FW9500 w/ L2 - $1.2M
14%
0%
23%  in Network CapEx
using R1.1 100GE wideband
Plus: 2 λ versus 20 λ
35%
17%
0%
50%
0%
83%
FMO: S100 NB Optics - $436k
64%  in Network CapEx
using R1.3 100GE Narrowband
Plus: 2 λ versus 20 λ
30%
FW9500 Commons + ROADM
FW9500 Transponders
FW9500 Switch Cards
S100
29
70%
0%
0%
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As of July 15, 2016
1FINITY L-T-S Roadmap
FGA
Product Release Dates Shown are
Target FGA Dates
POR (Plan of Record):
Planning Date/Engineering Estimate
2016 - Q2
July-2016
o VXLAN forwarding
o VXLAN T-GW
o SNMPv3
o LAG 1:1
Virtuora EMF App v2.0







2017 – Q1
2016 - Q4
Sept -2016
S100, T100
PM correlation to links and circuits
SNMP Uplink – fault management
Shelf view enhancements
Alarm correlation – phase 1 - WDM
NE template enhancements
Alarm maintenance state - NE
Virtuora EMF App v3.0




Dec-2016
T300, T400, FW9500, FWCDS
Alarm correlation – phase 2 – OTN, Packet
PM Export function
Alarm maintenance state – Link, Service
July-2016
 L100 R1.1
 T200 R1.1
o T200 100G/200G Support (OTSi/OTSiG/OTUCn)
o L100/T200
 FW9500 Classic with T200
 L100 with FWCDS
30
 PIC cards (4PIU/blade)
o 2x CFP2 (NBO)
o 12xSFP (1GE/10GE)
 Functional Features
o MC-LAG
o IGMP
o Data Center Interconnect
 Functional Features
o G.8032
2016 - Q3
L100, T200
Fault Management – active and historical alarms
PM Collection
Graphical Shelf views
Maintenance operations – SWDL, RMBU, Python
Scripts, NE templates
Virtuora Controller NC v3.2
S100 R1.3 Dec-2016
S100 R1.2 Sep-2016
 Shelf & Commons
o 1.2T Blade
 PIC cards (4PIU/blade)
o 3xCFP4 (100GE)
o 12xSFP+ (10GE)
 Functional Features
o Layer 2 VPN service
o Ether-OAM
o G.8031, Link Aggregation
o OTN Support
o Un-numbered MVLAN
o NAT64, LOAM (Discovery)
 Management Features
o CLI
o Netconf with Yang model





POV (Plan of Vision):
Business & Financial/Analysis Stage
* Indicates ILF (Individually Licensed Feature)
S100 R1.1 Aug-2016
Virtuora EMF App v1.1
POI (Plan of Intent):
Schedule & Content/Under Study
Virtuora Packet App





S100, FW CDS
G.8031 Protection
LAG & Service PM
L2 Service activation
Rest NBI
Sept -2016
Virtuora Packet App
Dec -2016
 FW9500 L2
 G.8032
 PCE – Low latency and pre-calculated
optimization
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1FINITY 10GE/100GE Ethernet Solution Outcomes
Density
Power
CapEx
6x Density
22% Power savings
1/6 Space Cost
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23% cost reduction R1.1
64% cost reduction R1.3
FMO Values / Benefits
1.2 Tbps
10GE/100GE L2
Switching in
1RU System
Open Modular
Architecture
supports
Customized
Network
Interoperable
with existing
FLASHWAVE
networks
PAYGO with
Efficient Scaling
Open API for
easy Integration
with SDN
Controllers
G.8031/2 Carrier
Ethernet
Interoperation
Increased Rack
Utilization
32
Faster time to
Market
Open Optics
Simplify
Procurement
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Increased
Network
Progammability
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