Krzysztof Konkowski – Consulting Systems Engineer working in IP NGN Team, Cisco. Mainly focused on carrier class solutions for broad range of customer segments: service provider, public sector, enterprise. Main technical expertise: MPLS/IP, Carrier Ethernet, BNG, Multicast. Holder of many certificates – amongst others CCIE RS i CCIE SP #20050. Topic of Presentation: Cisco Access Architectures: GPON, Ethernet, Access for business Language: Polish Abstract: TBD

1. Cisco Access Architectures
GPON, Ethernet, Access for business
Krzysztof.Konkowski@cisco.com
CCIE #20050 RS, SP
CCDE #2014::18

2. Agenda
§ Cisco FTTx offer: ME4600 Series
§ CVD: Evolved Programmable Network Architecture
§ Access for business
§ Summary
CVD – Cisco Validated Design,
http://www.cisco.com/c/en/us/solutions/enterprise/design-zone-service-provider/programmable-network.html#~info-customer
EPN – Evolved Programmable Network
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 2

3. Cisco FTTx offer
ME4600 Series

4. FTTx GPON Reference Architecture
• ITU-T G.984.x (GPON)
• Evolving to NG PON architectures
• ITU-T G.987.x (XG-PON1)
• ITU-T G.989.x (NG-PON2)
• Supports Point-to-Multipoint (P2MP) and
Point-to-Point (P2P) FTTx topologies
• Fiber-to-the-Home (FTTH)
• Fiber-to-the-Building (FTTB)
• Fiber-to-the-Curb (FTTC)
• Fiber-to-the-cell (FTTc)
• Fiber-to-the-business (FTTb)
• Ethernet service customers are also
addressed through native Ethernet
interfaces, typically using P2P links with
dedicated bit rate allocation.
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 4

5. Cisco ME4600 – OLT
OLT Portfolio:
q Urban high density to rural low density
q PON and Ethernet technologies from a
q Seamless MPLS network integration
(extent of the L3 up to the access and
ring protection mechanisms).
q Embedded RF Overlay features (option).
q Multi-Service platform.
q Ready to support Next Generation PON
technologies (XG-PON1 and NG-PON2)
q VDSL2+/ADSL2+ ready user connection;
1.3Tb/s
(256)
460Gb/s
(112)
160Gb/s
(48)
48Gb/s
(8)
() = Max GPON ports
equipment portfolio.
single chassis.
OLT-­‐3TX
(13RU
Chassis)
OLT-­‐2TX
(7RU
Chassis)
OLT-­‐1TX
(2RU
Chassis)
OLT-­‐1RX
(1RU
Chassis)
()
=
Max
GPON
ports
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6. Cisco ME 4620 OLT System Overview
1. ME4620 OLT Shelf
• Multi-Terabit Optical Access Shelf
• Dual Star High Availability Architecture
• 13RU High - 18 Access / Uplink Slots – “Any Card / Any Slot”
• Up to 120Gbps Per Slot
• -48VDC Power (Redundant)
2. XCO Switch Module
• Redundant 640Gbps Switch Fabric
• Redundant 1.3Tbps Switch Fabric (planned)
3. UMX Uplink Modules
• UMX-10G4: 4 x 10G Uplink Module
• UMX-100G: 1 x 100G Uplink Module (planned)
4. AMX-16G: 16 Port GPON Access Module (16 x 16 = 256 Ports)
• AMX-12G: 12 Port GPON Module (16 x 12 = 192 Ports)
5. AMX-48E: 48 Port FE/GE Access Module (16 x 48 = 768 Ports)
• Bidirectional CSFPs: 1000BASE-BX
• Access and or Uplink interfaces
1
5
3
2
2
4
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 6

7. ME 4611 OLT System Overview
1. ME4611 OLT Shelf
• Dual Star High Availability Architecture
• 7RU High - 9 Access / Uplink Slots – “Any Card / Any Slot”
• Up to 120Gbps Per Slot
• -48VDC Power (Redundant)
2. XCO Switch Module
• Redundant 480Gbps Switch Fabric
• Redundant 640Gb/s Switch Fabric
• Redundant 1.3Tbps Switch Fabric (planned)
3. UMX-10G Uplink Modules
• UMX-10G4: 4 x 10G Uplink Module
• UMX-100G: 1 x 100G Uplink Module (planned)
4. AMX-16G: 16 Port GPON Access Module (7 x 16 = 112 Ports)
• AMX-12G: 12 Port GPON Module (7 x 12 = 84 Ports)
5. AMX-48E: 48 Port FE/GE Access Module (7 x 48 = 336 Ports)
• Bidirectional CSFPs: 1000BASE-BX
• Access and or Uplink interfaces
1
4
2
3
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 7

8. ME 4605 OLT System Overview
1. ME4605 OLT Shelf
• Dual Star High Availability Architecture
• 3RU High - 3 Access / Uplink Slots – “Any Card / Any Slot”
• Up to 120Gbps per slot
• Air Flow: Right to Left
2. XCO Switch Module
• Redundant 160 Gbps Switch Fabric
• Integrated 2 x 10GE (SFP+)
• -48VDC Power (Redundant)
• Alarm I/O: 4 input / 2 output
• T1/E1 Synchronization Interface
3. AMX-16G: 16 Port GPON Access Module (3 x 16 = 48 Ports)
• AMX-12G: 12 Port GPON Module (3 x 12 = 36 Ports) – Extended temperature range
4. AMX-48E: 48 Port FE/GE Access Module (3 x 48 = 768 Ports)
• Bidirectional CSFPs: 1000BASE-BX
• Access and or Uplink interfaces
3 1
2
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 8

9. ME 4601 OLT System Overview
§ Compact High Density GPON Access Platform
§ 1RU (1RUx19”x240mm)
§ 8 x GPON Interfaces
§ 1:64 Split Ratio è 512 ONTs
§ 8 x GE interfaces (SFP)
§ 2 x 10 GE (XFP)
§ -48 VDC 1+1 Redundant Power
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 9

10. ME4600 – ONT
ONT Portfolio:
q ONT and RGW on single equipment
(BBF.069).
q OLT multi-vendor interoperability (BBF.
247).
q Embedded RF Overlay interface with
multiple RF filters for differentiated TV
Channel packs.
q Customized solution for differenciated
client scenarios (e.g. Mobile Backhaul
and Hotspot / mobile offload).
q Voice (VoIP), High Speed Internet and
video (IPTV and RF Overlay) Multi-
Service Delivery.
q Compatible with some 3rd party vendors
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 10

11. ME4600 – VDSL2+/ADSL2+
FTTB/FTTC Scenario
uMSAN24/48
q MDU solution to reuse the existing copper and
coaxial (RF Overlay) infrastructure.
q Integrated equipment infrastructure solution
whether for indoor/outdoor placement.
q Up to 24/48 ADSL2+/VDSL2 copper premisses
interfaces are supported.
q GPON and Ethernet uplink interfaces.
q VoIP and TDM E1 interfaces (option).
q WiFi (802.11 b/g/n) wireless coverage (option).
q RF Overlay interface to link with existing copper
facilities (option).
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 11

12. Redundancy levels
OLT
PON
Int.
PON
Int.
Optical
Splitter
Protection
Area
1. Power supplies
2. Control plane + switching matrix redundancy
3. EDFA & RF-Overlay
4. Uplink redundancy 4x10GE or 2x10GE (LAG, MC-LAG);
5. 2:2 Splitter based redundancy
ONT
1
PON
Int.
...
ONT
N
PON
Int.
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 12

13. RF Overlay Application
Uplink LC GPON Interface Card Up to 128 ports
EDFA 1:4
Uplink LC = TU40GR
GPON + RF:
2xTG16G
1555 nm 1555 nm 1 490 nm
WDM
#1
1310 nm EDFA 1:32
…
WDM
#32
RF Overlay Interface Card = TR32R
1555 nm
x
4
x16
1xTR32R
Each output of the Uplink LC will feed one RF Overlay
Interface Card(TR32R)
Pre-amplifier in TU40GR can be redundant
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 13

14. RF Overlay Application
• RF Overlay optical distribution in GPON via integrated functions in
OLT
Max. Optical Network Terminations:
Up to 8192 ONTs with integrated RF Overlay
• HSI, VoIP
HSI • IPTV, VoD
• TV over
1xRF 1550nm
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 14

15. Web Based Management Features &
Functions
§ Graphical User
Only requires an Internet Browser
Customizable GUI
Hierarchical representation of managed objects
User access control
Multi-language support
§ Designed for large number of ONTs
Efficient memory utilization
Fast location mechanisms
§ Database Backup & Restore
§ Configuration Management and Provisioning
Offline configuration
Assigned BW management
Simplified service provisioning
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 15

16. Web Based Management Features &
Functions
§ Equipment Inventory
Dynamic equipment profiles
Capabilities discovery mechanism
Interoperability
§ Network Monitoring & Debugging
Status information on all relevant managed objects
On-demand counters for increased resource efficiency
Alarm logging
§ SW Redundancy
Transparent Matrix protection
Full real-time management redundancy
§ Firmware Management
Multiple FW versions
Individual or group upgrade
Manual or Automatic upgrade
Conditional upgrade (HW version)
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 16

17. AGORA-NG Management System
§ AGORA-NG is a modular, scalable multi-user,
multi- technology PRIME component
§ It implements element, network and service
management responsibility levels, in the
functional components of configuration, fault,
performance and security management.
§ Resource Manager (a.k.a. Assure Pack)
Implements element and network
responsibility levels. Manages devices
and the topology of their interconnections
§ Service Manager (a.k.a. Provision pack)
Implements service responsibility level. It
is mainly a circuit management pack
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 17

18. Cisco PrimeTM Home Subscriber Portal
Accessible from
Any Web Browser
or Smartphone
Create and Deploy New
Consumer Apps
Consumer
Device
Click-Through
Easy to Integrate Other Services
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 18

19. Consumer Device Click-Through
Additional Consumer Self-Management
• It provides one-click setup and access to view local interfaces for LAN devices.
• Multiple LAN devices can have consumer device click-through access
configured; it is accessible from the admin or subscriber portal.
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 19

20. Consumer Applications
Differentiated Offers for Subscribers
Time Blocking Content Filtering Managed Wi-Fi Managed Firewall
Allows parents to
specify time of day and
amount of time allowed
for Internet access
(both globally and per
device)
Supports website
whitelist and blacklist,
as well as profile-based
dynamic content
filtering services
Enables remote
configuration of gateway
wireless settings, and
monitors the signal
strength of each Wi-Fi
client in the home
network
Enables the most
popular multiplayer
games, media devices,
remote access, and
messaging applications
to work through the
gateway firewall
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 20

21. CVD: Evolved Programmable Network Architecture

22. EPN 4.0 – Scope of work
Cisco’s Open Network Environment
vDPI
VM
vNAT
VM
vBNG
VM
Network APIs (REST) and Services Catalog
Network Function Virtualization
Part of ESP and EPN (Network, Storage, Compute)
Orchestration
Multi-Layer Control, Service Chaining and Policy Enforcement
Orchestration WAE
Quantum PS
Controllers, Collectors
nLight
IP+Optical
vDDoS
VM
vSLB
Virtualized Virtual PE
vGiLAN
VM
vFirewall
VM
ESP Cloud
Orchestration
Cisco nV IOS-XR VM
onePK, OpenFlow, PCEP, Netconf/YANG, BGP-LS, GMPLS
Virtualized Infrastructure
Programming and Managing of Virtual Resources
Physical Infrastructure
Programming and Managing of Physical Resources
NCS4000 ASR 9000 CRS
NCS6000
ME Series
ASR 9XX
NCS2000
VM
Nexus
UCS
EPN System Scope
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 22

23. EPN System Overview
Residential
FMC
IP
Consumer Convergence
• Unified Subscriber Experience
Virtualized RR, PCRF, CPE
Enterprise
FMC
Corporate
Business Convergence
• Unified L3 VPN experience
• Seamless and Personalized BYOD
remote access and VPN Access
Virtualized Network Services
Integrated BNG, WAG, CGN Virtualized PGW
Unified MPLS Transport
nV
MPLS
Ethernet
GPON
AN
uwave ACM
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 23

24. EPN Components
Mobile MAG
Fixed MAG LMA MPC
Enterprise
Fixed
DHCP
Cisco PNR
Corporate
Residential
Fixed
IP
NMS
AAA, PCRF Prime Network & Home
Quantum Policy Server
Unified Subscriber Experience Seamless Subscriber Mobility
Fixed PCRF
Fixed Edge Converged DPI Fixed CGN Mobile Edge
AGN-SE
PAN-SE
ASR-900X
AGN-SE
PAN-SE
ASR-900X
CN
CRS-3
Unified MPLS Transport
FAN
FTTB ME3600X
FTTH ME-2600X
PAN
ASR-903
PAN-SE
ASR-9001
CSG
ASR 901
FAN (PON,
DSL, Ethernet)
ME 4600, 2600
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 24
CPEs: vHN,
CSR1000v,
ISR, ASR1k
Virtualized Route Reflector
Virtualized MPC (PGW, GGSN)
FAN (PON,
DSL, Ethernet)
ME 4600, 2600

25. ME4600 PON access Integration
AGN-SE with
vCPEs
IP
IP
IP
• Applicable to Residential and Enterprise services
• Colocation of PON access with vCPE.
Unified MPLS Network
Enables PPPoE 1:1 & N:1 , IPOE 1:1 & N:1 and DSLAM .
Receives tagged and untagged packets and mapping them to different services.
Enables DHCP Snooping , IGMP Snooping with dedicated multicast VLAN.
• Supports long distance customers sites.
• Implements Port-channel with ASR9k dual homing mcLAG setup.
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 25
IP
Residential PON Homes
vCP
E
PON Access

26. EPN DIG
§ Systems Development Unit
§ Create & test architecture in lab
§ Quaterly updates – current EPN 4.0
§ Lab verification of end-to-end arch
§ Result – documents summarizing
services configuration, designs, i.e.:
• Design & Implementation Guide
§ Available from Cisco SEs or based
on Cisco.com login
DIG – Design and Implementation Guide
http://www.cisco.com/c/en/us/solutions/enterprise/design-zone-service-provider/programmable-network.html#~info-customer
http://www.cisco.com/c/en/us/solutions/service-provider/network-infrastructure/index.html
EPN – Evolved Programmable Network
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 26

27. Access for business

28. ME1200 – NID 2x10/100/1000 + 4xSFP
Standard Based Demarcation
• Optimized for all Ethernet demarcation applications
• MEF CE 2.0
• MEF QoS
• HW Ethernet OAMs
• Service Activation
• SyncE, 1588v2
Green & Reliable
• Indoor and Outdoor models
• Hardened/Extended temp range: -40c to +65c
• Very low power: ~10W
• Various Mounting options: 19”, 23” ,ETSI wall mount, desk top
• Chassis dimensions :10.6" Width x 1.75“ Height x 7.2" Depth
• Chassis Weight: <1.7 Kg
• AC/DC PSU available
• Passive Cooling
Touch-less Deployment
• Complete remote management from ME-3600X/ME-3800X/
ASR903 series
• Cisco Prime Suite Support
Host: ME3600X
(or other SPAG platforms)
Touchless NID
Touchless NID
Touchless NID
Single Logical Network Element
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 28

29. ASR920 – low density variants
Features across the lower density range:
• Fixed power supplies with redundancy
• 64 Gbps Carrier Ethernet ASIC (shared with ASR-900 series RSP2)
• Extended temperature range: -40° C to 65° C
• IOS-XE operating system (from the ASR-1000 and ASR-900 series)
• Indoor units have front-to-back airflow with four fans
• Feature parity: the same code base across range, shared with RSP2
• Stratum III OCXO and ZL30363 SETS device for clocking support
Variant Copper GE
Ports
Combo
GE Ports SFP GE Ports 10 GE Ports
SFP+
ASR-920 Indoor,
12+2 Port - 8 Cu/SFP 4 2*
(10GE or GE)
ASR-920 Compact, 2+4
Port 2 - - 4*
(10GE or GE)
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 29

30. ASR920 – high density variants
Features across the lower density range:
• Redundant, modular (FRU) power supplies
• 64 Gbps Carrier Ethernet ASIC (shared with ASR-900 series RSP2)
• Extended temperature range: -40° C to 65° C
• IOS-XE operating system
• All units have front-to-back airflow with removable (FRU) fan tray
• Feature parity: the same code base across range, shared with RSP2
• SyncE and 1588 clocking support
• HW assisted OAM (BFD, CFM, Y.1731PM) and 1588 SETS device
• One version (1.5 RU) with Interface Module slot from ASR-900 series
Variant Copper
GE Ports
Interface
Modules SFP GE Ports 10 GE Ports
SFP+
ASR-920 Copper, 24 + 4 Port 24 - - 4
ASR-920 SFP, 24 + 4 Port - - 24 4
ASR-920 SFP, 24 + 4 Port plus IM - 1* 24 4
* Interface module can add additional Ethernet or TDM (T1/E1, SDH/SONET) ports
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 30

31. ASR902 – new modular access / AGG
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 31
• Compact
• 2RU, 4 interface slots, side-2-side cooling
• Fits in 300mm cabinets (235mm deep)
• Reliable
• Extended operating temp. range -40 to 65 C
• Redundant PSUs and FANs
• Optional Dust filter
• Single RSP
• Modular
• >400 Gbps back-plane capacity - future proof
• Upgradable RSP and Interfaces
• Flexible Interface Module selections
• Capable
• Hardware: Cisco Carrier Ethernet ASIC
• Software: Cisco IOS-XE (Carrier Grade OS)
• Manageable
• Local USB, Serial and Ethernet Console ports
• 2 Dry input contact ports on the FAN tray
• Cisco Prime for management
• OAM: Y.1731, IP-SLA , CFM, Link OAM, MPLS OAM

32. Summary
§ Cisco offers GPON solutions:
High port density – from 8xGPON + 8xGE up to 256xGPON / 864xGE;
Support for XGPON, readiness for NG-PON2;
ONT – SFU, RGW, 3rd party – VDSL2+/ADSL2+, business;
Free GUI to manage every OLT model (also 1RU)
§ Evolved Programmable Network
Ready to use, fully tested network design and implementation guides
Includes broad range of technologies and applications
Available copy&paste of working services configurations
§ Access for business
Cisco extends business access portfolio
New devices in ASR9xx family: ASR902, ASR920 – featurewise compatible with ASR903 RSP2A.
New product – ME1200 NID controlled by ME3600/ME3800, ASR9xx
© 2014 Cisco and/or its affiliates. All rights 30/09/2014 PLNOG 13 reserved. Cisco Public 32

33. Dziękuję za uwagę!
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