E9-2 Overview
June 2, 2017
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By 2020…In just 3 years!
79% of internet traffic is video
50% of TVs are 4K
75% of mobile traffic is video
4x mobile traffic growth
70% growth in “how to” searches
year over year
2nd largest search engine
Cisco VNI 2016
Search Engine Land May 13, 2015
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Services Driving the Increased Bandwidth Demand
Business and
mobile services
MDU solutions
Bandwidth
Single Family
Residential
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Streaming Video - #1 bandwidth consumer
Yesterday …
Today …
Broadcast TV conserved
bandwidth
Streaming video consumes
available capacity
 Video separate from internet traffic
 Video distributed everywhere
 Delivered only to the subscribers
watching
 New streaming sources
 Saved precious bandwidth
 Alleviated the need to upgrade
Your subscribers demand fast reliable service!
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Changing Traffic Types cause network bottlenecks
Streaming video and VoD Cause a significant shift in traffic patterns
 Yesterday’s IPTV traffic was one stream per video channel to the access network
 Today’s Streaming video/VoD is unicast, ie. one stream per subscriber device
 Bandwidth increase in the access network, causes bandwidth exhaust at the Agg Switch
and Edge Router
NG-PON2 increases
the issue 4x
Internet
Edge Router w/
Integrated BNG
Edge
Network
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Aggregation
Router
Access
Network
How many networks are you operating?
Business Network
Mobile Network
Residential Network
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What if you had just one access network?
Business Network
Mobile Network
Residential Network
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Managing Subscribers in today’s network
Today’s Network Architecture
Service delivery complexities

Separate network equipment


Separate operations processes
Delays due to network segment readiness (all
must be synchronized)

Separate operations staff

Requires roadmap synchronization to deliver
service across network (OLT, BNG)

High operations costs to manage, deliver and
troubleshoot across multiple network segments

Limited visibility to subscriber behaviors
Internet
Edge Router w/
Integrated BNG
Edge
Network
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Aggregation
Router
Access
Network
How can you…





Reduce cost of operating your network
Converge mobile, business and residential networks
Simplify new subscriber and services turn-up
Scale to easily add new subscribers and technologies
Add Intelligence to the access network to improve ROI
What else do you need
to change?
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Meeting the needs of a
Subscriber Driven Market
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The heart of Intelligent Access is
 Five years in the making
 Unencumbered by legacy hardware
 Unfettered by old development approaches
 Calix has transformed to agile development
 Built from the ground up using open standards (Linux, common Yang models, etc.)
 Designed for maximum operational simplicity
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The heart of Intelligent Access is AXOS
Software abstracted from the hardware
AXOS Architecture
 Any PHY (physical layer)
 Data plane fully decoupled from control and
management planes
 Modular components upgrade independently
Stateful, always on operation
 Self-monitoring, self-healing
Management
Control
Data
Infrastructure
Service Abstraction Layer
Hardware Abstraction Layer
Integration with any SDN / OSS platform
 Open standards, virtualized and abstracted
management
Hardware
Merchant Silicon &
New Technology
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AXOS creates new possibilities
WELCOME TO THE FUTURE
New Customers
Respond faster to subscriber needs
 (Even when they don’t know what they need)
Do upgrades with no downtime
 Operate like a data center with in service upgrades
Grow ARPU
Point-of-attack security threat mitigation
 Subscriber edge becomes the focal point for delivering services
Virtualize and distribute the access network
 Optimize efficiency of systems and software
Reduce Costs
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Welcome to the Future – AXOS Components
AXOS Component Library
A1
A2
B3
C2
A3
A4
A1
A2
A3
A4
B1
B2
B3
Layer
B4
3
C1
C2
C3
C4
D1
D2
D3
D4
A1
A2
A3
Layer
3
B1
B2
B3
C4
C1
C3
C4
D1
D2
D3
D1
AXOS Sandbox
10G EPON
Layer
3
A2
A4
A1
A3
B1
Layer
3
B1
Layer
3
C2
C3
C4
D1
D2
D4
C3
D4
D2
D3
D4
MEF CE 2.0
NG-PON2
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Redefining the
Access Network Edge
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Solving the Systems Problem
 Backplane bandwidth per slot
 Line card density
 Line card width affects density of card/system
 Drives uplink requirements and capabilities
 Aggregate power dissipation
 Can your system dissipate enough heat?
 Processor/Memory Requirements
 Requirements of future features /
capabilities are difficult to predict
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Introducing the E9-2 Intelligent Access Edge
Unconstrained, elastic, scalable system
 Unique disaggregated system design
 Intelligent, always-on AXOS
software architecture
 Unmatched TCO reductions
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Unconstrained, elastic, scalable system
 Pay as you succeed
• Add capacity, technologies as
desired
 Non-blocking architecture
• Backplane scales as needed
• New technologies easily included in
system
 Built on AXOS platform
• Easily integrates into BSS/OSS
 x86 hardware for a seamless
move to NFV architectures
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AXOS E9-2 redefines the access edge
Defining the Access Edge
 Subscriber facing functions
 Agnostic deployments (DC,CO,HE)
 Ride the VNF wave
Unbounded Performance
 Non-blocking
 Lowest Power
 Snaps into Data Center fabrics
 Fewer to provision and manage
 Less rack space, HVAC
and power required
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Are you Ready to Redefine your Access Network?
 Less systems to maintain, manage and
provision
 Easier to turn up new service types
 Reduced errors during service turn-up
 No more maintenance windows
 Reduce the need to upgrade/replace
existing routers
CapEx
Reduction
75%
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OpEx
Reduction
80%
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Welcome to the Future
Start using AXOS now with AXOS Sandbox
Replicating the OS and hardware
environment with actual system code
OSS/BSS
NETCONF/YANG
Orchestration
Openflow
(also SNMP, CLI)
SDN Controller
vE9-2
vE3-2
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Intelligent Access is here now
In the
Data Center
In the CO or
Cabinet
Strand, Pole
Or Vault
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Summary
E9-2 Intelligent Edge System brings the best of the data center
architecture to the access network
E9-2 Intelligent Edge System sets your network up to easily
migrate to SDN/NFV architectures when you’re ready
Redefine the Access Network Edge with AXOS, E9-2 Intelligent
Edge System, AXOS RPm, and AXOS SMm and reduce your
OpEX by as much as 80%
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Make your network ready for 2020!
Scale /
Bandwidth
Reduce OPEX /
CAPEX
Simplify
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E9-2 Intelligent Access Edge
Detailed Overview
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E9-2 Intelligent Access Edge
 19” rack mount chassis
 Compatible with 19”, 23” and ETSI 600mm racks
 2 universal line card slots
 Any card, any slot
 Redundant -48VDC Power
 Independently replaceable rear-access fans
 Front air intake, rear exhaust
 Unconstrained “backplane” architecture
 Non-blocking bandwidth to all line cards
 400G breakout to 100G QSFP-28 ports
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E9-2 System
Uplink Options
4 QSFP-28 (40G/ 100G)
16 SFP+ (10G)
Aggregation Shelf
• 2 Cards installed
• 300G Backplane interconnect
Access Shelves
• 1 or 2 cards installed as
needed
8 Line Cards
• 128 Subscribers
• 8192 Subscribers (using 1:64
split)
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E9-2 System Management
Redundant Control
And Management
Redundant
Line Card
Interconnect
Single Managed System
 Single IP Address
 Redundant Control
Redundant Uplinks
Start with single
access line card and
then expand
Continue to expand the
number of Access Cards
 Service creation
 Upgrade
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E9-2 CONNECTING IT ALL
400G to 4 * 100G
 Fully redundant configuration
 100G per line card supporting 16 line
cards per system
 200G per line card supporting 8 line
cards per system (as shown)
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E9-2 CONNECTING IT ALL
1m and 3m options
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E9-2 Aggregation Line Card
4 Interconnect Interfaces
(400G/4x100G)
2 QSFP-28
(40G / 100G)
8 SFP+
2 SFP
 Carrier Class: Management, control and data plane redundancy
 Transport: High-capacity Ethernet ring and point-to-point (G.8032, LAG)
 Collapsed Functionality: Layer 3 routing, centralized policy and instrumentation
 Network interfaces: QSFP-28 (40G, 100G), SFP+ (10G), SFP (1G)
 Aggregation: 400G -> 4*100G interfaces to each line card (QSFP-28)
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E9-2 NG-PON2 Line Card
4 x QSFP-28
(40G / 100G)
16 x NG-PON2 ports
 16 port NG-PON2 line card
 Non-blocking 400G uplink capacity
 Utilize Active/Active or Active/Standby LAG for uplink redundancy
 Supports Layer 2 Business / Switched Ethernet Services
 Supports Layer 3 Residential Services
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E9-2 GPON Line Card
4 x QSFP-28
(40G / 100G)
4 x QSFP-28
(40G / 100G)
32 x GPON ports
16 x GPON ports
 16 / 32 Port GPON line card
 Non-blocking 400G uplink capacity
 Same features / functions as NG-PON2 line card
Proprietary and Confidential
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New AXOS Modules
Management
Control &
Data
REST
SNMP
NETCONF / YANG
CLI
OpenFlow
QoS Manager
Performance
Monitoring
Subscriber
Management
Diagnostics
Syslog
Timing
Routing Protocols
OAM
Host Services
3rd Party
Topology & Discovery
Protocols
Layer 2 Protocols
Multicast Protocols
Traffic Management
Multi-Service Protocols
SERVICE ABSTRACTION LAYER
Infrastructure
HARDWARE ABSTRACTION LAYER
 AXOS Routing Protocol Module
• Layer 3 Static and Dynamic routing protocols and capabilities
 AXOS Subscriber Management Module
• Authentication, Authorization, Accounting (AAA) as well as IP Address Management and Policy
management
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AXOS Subscriber Management Module
Authorization/Authentication
RADIUS/DIAMETER
servers
DHCP Server
Accounting
Policy Charging
& Rules Function
(PCRF)
Internet
Edge Router w/
Integrated BNG
Edge
Network
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Aggregation
Router
Access
Network
AXOS Subscriber Management Module
Authorization/Authentication
RADIUS/DIAMETER
servers
DHCP Server
Accounting
Policy Charging
& Rules Function
(PCRF)
Internet
Edge Router
with integrated
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Defined
Data
IPTV
Operator
Network
VOD
Voice
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L3
IPoE
ONT
IPv4 / IPv6
Static IPv4/v6
• Towards subscribers
• Towards WAN (i.e., forwarding)
• Cost assignments
• ECMP
IGP
• OSPFv3
• ISISv3
BGP
• eBGP
• iBGP
Defined
AXO
Subs.
Database
AAA
PCC
DHCP
Data
Radius
IPTV
Operator
Network
L3
Diameter
TACACS+
IPoE
ONT
IPv4 / IPv6
VOD
Voice
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•
•
•
•
•
•
•
AAA (Diameter, Radius, TACACS+)
IP Address Management (DHCP Server, Relay, proxy)
Dynamic Policy Management via PCRF integration
URL redirect, walled garden
Per subscriber per service QOS and service isolation
DDOS and MAC/IP spoofing detection
Lawful intercept via Device Mediation
E9-2 UPLINK CONNECTIVITY
Maintain constant uplink bandwidth
 Active / Standby LAG Groups
 Ensures no bandwidth drop on uplink if failure
 Utilize uplinks across both cards
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E9-2 UPLINK CONNECTIVITY
Reduce cost of network connectivity
 Active / Active LAG groups
 Reduces number of uplinks required
 Utilize uplinks on same aggregation card or on both cards
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Thank you
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