Cisco Innovations for SP Access · Site Rental O&M Electricity Cell Site TCO Distribution BTS Civil...

© 2011 Cisco and/or its affiliates. All rights reserved. Cisco Connect 1 1 © 2012 Cisco and/or its affiliates. All rights reserved.

Cisco Innovations for SP Access

Hidde Beumer – Product Manager

Dubrovnik, Croatia, South East Europe

20-22 May, 2013

© 2011 Cisco and/or its affiliates. All rights reserved. 2 2 © 2012 Cisco and/or its affiliates. All rights reserved.

What do you think the challenges are from Service providers?

© 2012 Cisco and/or its affiliates. All rights reserved. Cisco Connect 3

Operator CxO Challenges …

Time to Market – for services velocity and customer satisfaction by

breaking down “non-standard” integration barriers

Shortage of Skills for IP, Mobility, Cloud and

Applications expertise

Optimize Cost – for exponential growth of traffic, signaling,

devices, content, and services..

And provide best Quality of User Experience

Monetize Assets – accelerate revenue growth via new

offers, e.g. B2B2C, VAS, API Integration..

Redefine Value Chain – sustainable profitability by building

an operator centric ecosystem

Questions from network org. in relation to the CxO challenges.

• How can I:

- Easily deploy the services/devices with low cost/skilled personnel ?

- Run devices anywhere without having to do a lot of work first ?

- Easily replace broken devices without “false truck-rolls”?

- Run any Service over a generic infrastructure ?

- Easily monitor the status of the devices and end-user services ?

- Run validation on a service before turning on the end-user ?

- Easily integrate with technology-X or topology-Y ?

- …..

In the access layer this is often driven by the volume of devices! in summary:

I want to do things repetitive, efficient and cost effective!

Focusing on SIMPLICITY is KING!

Simplicity; but is it easy?

Simple is a pre-requisite for reliability

Simple comes from Simplex, meaning single thread. The opposite is Complex, meaning multi-threaded

Easy comes from adjacent, what is already known. The opposite is what is difficult or unknown

Fig 1. represents each stovepipe network. Each step by itself to bring universal connectivity is simple in the figure, but the end result is complexity

To create simplicity is initially hard, takes planning and understanding of all aspects of business and technology


Where do you think Service providers are spending the money?


Operational focus improves TCO and ROI

Reduce Power

Increase Mbs/Watt

Reduce Footprint

Multi-use POP

Simplify Management

Instrumentation (tools).

OPEX CAPEX

Transmission

Site Rental

O&M

Electricity

Cell Site TCO Distribution

BTS

Civil Works

Site Support

Site Acquisition & Planning

40% TCO

60% TCO

Over 7 Years

Source: China Mobile


Operational focus improves TCO and ROI

Reduce Power

Increase Mbs/Watt

Reduce Footprint

Multi-use POP

Simplify Management

Instrumentation (tools).

OPEX CAPEX

Transmission

Site Rental

O&M

Electricity

Cell Site TCO Distribution

BTS

Civil Works

Site Support

Site Acquisition & Planning

40% TCO

60% TCO

Over 7 Years

Source: China Mobile

Unified MPLS Transport for Mobile

Backhaul and Carrier Ethernet reduces

TCO by 53%

Up to 60% reduced OPEX from lowest

power for the end-to-end solution

(Gbps/Watt)

Network Virtualization (nV) reduces

infrastructure TCO by up to 60% with

faster payback


The network must be able to deliver a

guaranteed and measurable services

The biggest change in network traffic is

mainly driven by the explosion of mobile

traffic

Carrier Ethernet has become the foundation

for most network services

Networks and requirements Converge

Mobility

Business

services

Carrier

Ethernet


Convergence doesn’t equal one option Deploy today, position for future

MPLS/IP

Distribution Node

Aggregation Node

MPLS/IP

Aggregation Node

Access

100~1000s nodes

Aggregation

10~100s nodes Core

10s nodes Services: TDM + Ethernet, P2P and Multipoint

nV Satellite

MPLS/IP

Multiservice Optimized

Carrier Ethernet

Integrate today evolve

with the future Zero Touch, simplify

MPLS/IP

nV Satellite

Ethernet

Multiservice

Resilient

Scalable

Easy to

deploy

Large number of devices

Topology: H&S, Ring

Operation Simpilicity is key

Smaller number of devices

Topology: mesh w/ many paths

Traffic engineering is key


Where can Cisco help Service Providers?

Today…


OPEX Reduction Tools from Cisco Automate and simplify

Autonomic

Network

Zero Touch

Provisioning

Converged

Platforms Auto IP

EEM

(Remote)

LFA

nV satellite Low Power

Draw

Service

Activation and

Performance

Testing

Cisco Prime

Extended

Temperature

Cisco

Validated

Designs

E-OAM

BGP PIC

OnePK

Unified

MPLS

Hybrid

Clocking


Carrier Ethernet

The Evolution of Ethernet Technology Cisco Makes Ethernet a Carrier-Class Technology

Services

High

Availability

Manageability

Service

Differentiation

Campus LAN Carrier VPN Services

Slow

Convergence Sub 50ms Convergence

None End-to-End Service

Management

Basic QoS Multi-Level Rich QoS

Continuous Cisco Innovation in Carrier Ethernet

1980 (DEC, Intel, Xerox)

1985 (IEEE 802.3)

2000 First CE switch

2002 VPLS

2013 E-VPN

Traditional Ethernet Carrier Ethernet

Cloud Mobile Video

… 2004 Ethernet OAM

2009 Provider Backbone Bridging

© 2012 Cisco and/or its affiliates. All rights reserved. Cisco Connect 14 © 2010 Cisco and/or its affiliates. All rights reserved. 14

The Cisco Carrier Ethernet Advantages

Scalable

End to End

Portfolio

New

Revenue

Generation

Comprehensive MEF-certified portfolio scaling

from sub-Gigabit to multi-Terabit solutions

Cutting-edge silicon & optical Innovation

Rich CE experience with #1 market share

Flexible application

integration: OnePK for

SP customization,

differentiated services

OP

EX

$$$

Operational simplicity with

mega scale: nV and SDN

for zero-touch provisioning

Service Rich

with

Simplicity

CA

PE

X

Cisco Validated

CE Design


ASR 9000 Series

ASR 901

ASR 903

ME Series

Building A Superior CE Experience with Cisco End-to-End Portfolio

IP+Optical

End to End NMS by Cisco Prime, Cariden

Scalable Aggregation/Edge

Scalable Access

The Industry’s ONLY End to End MEF CE 2.0 Certified Portfolio!

Comprehensive, Cost Effective, Scalable Portfolio

Cisco Validated Design End-to-End Solutions

CPT Series M Optical Series


Where can Cisco help Service Providers?

And in the future…


Software Roadmap Timeline Nov 30

2012

Mar 31

2013

Jul 31

2013

Nov 30

2013

Mar 30

2014

IOS/IOS-

XE

IOS-

XR

ASR901

ME36/3800

ASR903

ASR9000s

XE3.9 XE 3.8 XE 3.7 XE 3.6 XE 3.12 15.4(1)S XE 3.11 15.3(4)S XE 3.10 15.3(3)S XE 3.9 15.3(2)S XE 3.13

15.4(2)S

IOS-XR

5.1.1

IOS-XR

5.1.0

IOS-XR

4.3.1

IOS-XR

4.3.0

IOS-XR

5.2.0

IOS XR

4.3.0

IOS XR

4.3.1

IOS XR

5.1.0

IOS XR

5.1.1

IOS XR

5.1.2

15.3(4)S 15.3(3)S 15.3(2) 15.4(1)S

15.3(4)S 15.3(3)S 15.3(2) 15.4(1)S

XE 3.11 XE 3.10 XE 3.9 XE 3.12


Cisco Carrier Ethernet ASICInnovation for access and pre-aggregation

• Most comprehensive CE feature set in an ASIC

• Builds on Cisco’s expertise working with service providers worldwide

• Purposely build for the Carrier Ethernet and MPLS Access and pre-aggregation

CE ASIC

802.1Q 802.1ad

802.1ah VPLS

Statistics Collection

High Availability

Service Scale

H-QoS

Deep Buffers

Control Plan Security

Loopbacks

Multiple PQ

Next gen CE ASIC greatly expands existing ASIC features/performance

© 2012 Cisco and/or its affiliates. All rights reserved. Cisco Connect 20 © 2010 Cisco and/or its affiliates. All rights reserved. 20

Cisco products Functional Evolution Comprehensive Functionality

2013

Ma

rke

t F

un

cti

on

ality

Rich

OAM features

Available

Layer 2

Carrier

Ethernet

Rich L3 VPN

Services &

Legacy

Interfaces

IP RAN Backhaul

For Ethernet, ATM

& TDM

Higher speed

Legacy interfaces

Multi-router

redundancy

2013+

Advanced

Timing

capabilities

Multicast

Delivery

capabilities

Increased

Interface

density

Low speed

Legacy interfaces More

Form factors

nV for Mobile

Integrated

Timing

Enhancements

Transport/Resiliency

Optimizations

SDN and OnePK

Increased

performance

Simplified

deployment


Cisco Access and Small Aggregation Portfolio Snapshot (2013)

ASR 903

Build with investment

protection in mind

Redundant control

processors

Modular design

High service scale in

compact form factor

FE/GE/10GE Ethernet

access

TDM interface

Temperature hardened

Low power consumption

ME 3800X

Line Rate Performance, Multi-Dimensional Service Scale

Evergreen Devices

ME 3400E ME 3600E

ME 2600X

ASR 901

Cisco ASR 903 Series Compact

• 3RU, ETSI 300mm, high performance and scalable

• Hardened/Extended temp range: -40c to +65c

Reliable

• Redundant PSUs, FANs and RSPs all hot-

swappable

• Fully redundant yet separate data and control plane

• Centralized forwarding with ISSU (IOS-XE)

• Hardware: Cisco Carrier Ethernet ASIC

• On RSP switchover the performance will not change.

Flexible

• Today: 55Gbps with services at different scale, while

capable of >360G in the future (roadmap)

• Interface cards: 1x10GE, 8xGE ,16xT1/E1, 4xSTM1

/1xSTM4

Scalable and feature rich

• L2 Switching, L3 Routing, MPLS, QOS with deep

queues at line rate

• SyncE, 1588v2, 10Mhz, BITS, 1PPS, ToD, p2p

• nV client support


Cisco ME 3600/3800X Product Family Portfolio Expansion to Multi-Service

A

cc

es

s

Ag

gre

ga

tio

n

Ethernet Based Services

ME-3800X

series

ME-3600X

series

Multi - Services

10GE Services Multi Services

Access

1GE Ethernet Aggregation

1GE Ethernet Services

ME-3600X-24CX Overview

2RU

GPS IN/OUT

SD Flash

Mgmt/Console

BITS/Alarms

16 Gig SFP

8 Ethernet

Combo

TOD

16 T1/E1

8 Ethernet

Combo

10 GE

XFP OC3/STM-1 LEDs

• 24xGE(8 combo + 16 SFPs), 4 x 10GE XFPs

• 16 T1/E1, 4xOC3/STM-1(roadmap)

• 2RU, 15” Deep, I-temp: -40 ~ 65C

• Modular Redundant PSU, FANs

•All Interfaces built-in( Usage Licenses)

•L2: EVC, EoMPLS

•L3: IP Routing, IPv6

•MPLS: MPLS VPN, VPLS,

•OAM: Y.1731 PM, 802.1ag, 802.3ah

•CESoPSN, SAToP

•Clocking: Sync. E., 1588-2008 BC/OC

Flexible Interface Options:

• 8GE + 4 x 10GE

• 16GE + 3 x 10GE

• 24GE + 2 x 10GE PSU

Fan Tray

PSU

“Obviously the best solution for us is equipment that is reliable so that we only have to access the location during the summer. These sites are only accessible via helicopter during the winter. The equipment we replaced in this location used to take up the whole building, now it all fits in one rack, not including generators and battery.” - customer quote

It really works….

ME 3600X-24CX under 8 to

10 feet of snow


Name Ethernet Access Switch Ethernet TDM Access Switch Carrier Ethernet Switch Router

Deployment Access Access Aggregation

SKU ME3600X-24TS (Copper)

ME3600X-24FS (Fiber) ME-3600X-24CX-M ME3800X-24FS (Fiber)

10Gig 2 4 2

10Gig

transceivers SFP+ XFP SFP+

10Gig License License required License required only for 3rd and 4th port No License

TDM No 16 T1E1 interface

4 OC3 No

Timing SyncE, BITS IEEE 1588-2008, SyncE, BITS SyncE, BITS

Features Identical for all platforms listed except for HW differences - MPLS / L3VPN / L2VPN / (H-)VPLS / BGP / IGP

Buffers 44 MBytes 44 MBytes 352 MBytes

Scalability Medium Medium Large

Features

Licensing

• Metro IP Access ( IPv4 & Layer2)

• Advanced Metro IP Access (MPLS, IP & Layer2)

• Metro IP Access ( IPv4 & Layer2)

• Advanced Metro IP Access (MPLS, IP &

Layer2)

• 1588 BC

• Metro Ethernet Services (Layer2 Only)

• Metro IP Services (IP and Layer2)

• Metro Aggregation Services (MPLS, IP and

Layer 2)

• Scaled Metro Ethernet

• Scaled Metro IP

• Scaled Metro Aggregation

Performance

Line rate performance

Throughput: 44Gbps Full Duplex

Forwarding Capacity: 65Mpps







ME 3600X 24FS/TS ME 3600X 24CX ME 3800X

Cisco ME 3600X/3600X-24CX/3800

ME 2600X Product Overview

Redundant Power Feeds

• AC, or -48vDC Power Options

44xGE UNI

• Full Line Rate Packet Processing and Traffic Management

Field Replaceable Fan Tray

• Redundant Fans

• ToD/PSS Output

• Bits Out

4x10GE UNI/NNI

• Full Line Rate Packet Processing and Traffic Management

Industrial Temp Rated

• -40C to +65C Operational Temperature (DC only)

• -40C to +70C Storage Temperature

1 RU ANSI & ETSI Compliant

LEDs

FTTH Security functions

DHCPv4 Snooping with Option-8 / DHCPv4 Rate Limiting /

Dynamic ARP Inspection / IP Source Guard / Mac Security /

Support Access Control List per EFP / Support Storm Control /

Control Plane Security / Dynamic port provisioning / ICMP Rate

Limiting / ARP Rate Limiting per port / All L2 EVC/EFP/QoS

Traffic management

8K policers 2 level hierarchical

Egress queuing (8 queues per port)

Power

Maximum Power 170 Watts, Nominal Power 120 Watts.

Typical 2.72 W Watts Per User

FCS

March 2013

Cisco ASR 901 Series Compact

• 1RU, ETSI 300mm depth, low power draw

• Hardened/Extended temp range: -40c to +65c

Reliable

• DC Power Supply: Dual line feed

• Redundant DC power supply

• Single AC power supply (10G model)

• Redundant fans

Flexible

• TDM/ATM/Ethernet/L3/MPLS

• Pay-as-you-grow license model

Scalable and feature rich

• 12 GE ports + 16 T1/E1 ports

• 12 GE ports + 8 T1/E1 ports + 2 10GE port

• L2 Switching, L3 Routing capabilities with MPLS,

QOS at line rate

• SyncE, 1588v2, 10Mhz, BITS, 1PPS, ToD, p2p

• nV client support

ASR 901 1G – DC Cell Site Router with up to 16 T1/E1 + 12 GE ports

A901-12C-F-D / A901-4C-F-D – Eth Only

A901-12C-FT-D / A901-4C-FT-D – Eth + TDM

ASR 901 10G – DC and AC Cell Site Router with up to 8 T1/E1 + 12 GE + 2x10GE ports

A901-6CZ-FT-D / A901-6CZ-FT-A - Eth + TDM

ASR 901 10G – DC and AC Cell Site Router with up to 12 GE + 2x10GE ports

A901-6CZ-F-D / A901-6CZ-F-A – Eth Only


Thank you.

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