Secure, High Performance Transport Networks Based on WDM Technology

Secure, High Performance
Transport Networks Based on
WDM Technology

Uli Schlegel, BD Datacenter Solutions
17.10.2013

Who We Are

2

© 2013 ADVA Optical Networking. All rights reserved. Confidential.

ADVA Optical Networking
Our History
• Two decades of innovation

Our Markets
• Operator, enterprise, government, research & education

Our Quality Commitment
• TL 9000 and ISO 14001

Our Leadership
• #1 in Ethernet Access Devices and #4 in Metro WDM

“Our mission is to be the trusted partner for
innovative Optical+Ethernet transport solutions
that ADVANCE next-generation networks for
data, storage, voice and video services.”

Your trusted partner for speed and innovation
3


How We Continue to ADVAnce
300

LEAD

Revenues (EUR million)

150

BUILD
50

Solutions

Customers

0

START

100% enterprises

30% carriers
70% enterprises

FSP-I

75% carriers
25% enterprises

FSP 500

OCM 4
OCM 8 & 16

1994

FSP-II

FSP 2000

FSP 150

2001

FSP 3000

FSP
Management
Suite

2012

Enterprises and carriers drive innovation and profitable growth
4


Products and Solutions

5


What is WDM?

Glass prism

Glass prism
~ WDM multiplexer

6


Our Solutions
Ethernet Access

Metro

Optical Access

Enterprise

7


Core

Private Enterprise Networks

Highest Availability
FSP 3000
Lowest Latency

Maximum Security
Primary Data Center

Backup Data Center

Market-leading enterprise connectivity solutions
8


FSP 3000 Product Overview

9


FSP 3000 Overview
Applications
•

Multi-service transport from access to long-haul applications

•

High-capacity multi-point connectivity for legacy and nextgeneration services

•

Optical access, backhaul and wavelength services

•

Cost-effective and scalable second mile transport network for
broadband services

•

Fiber relief and private enterprise networks

•

Data center inter-connection for disaster recovery and
business continuity solutions

Features
•
•

CWDM, DWDM, ROADM with GMPLS and WDM-PON

•

High density transponder and low-latency, OTH and packet
aggregation modules up to 100Gbit/s

•

10

120 protected wavelengths in flexible point-to-point, point-tomultipoint, ring and mesh topologies

EDFA and Raman amplification for reach extension beyond
2000km and up to 50dB single span loss

Scalable
optical transport

FSP 3000 Native Service Offerings
Mbit/s

Coupling
Link
ISC-2

2G FC/
FICON
ISC-3 Infini
Band
SDR

43.018

FC/
FICON

39.813
10.709

OTU-2 OTU-3
10GbE
WAN-PHY
LAN-PHY

Gigabit
Ethernet

ESCON

10.518

10.000
10.312

9.953
8.500

5.000

4.250

STM-256

STM-64
OTU-1

Ethernet
Fast
LAN/
Ethernet
WAN
LAN

11

2.666

STM-16

OTN

SAN
Sysplex Timer
ETR,CLO
HPC-Cluster

2.500

2.488

2.125

STM-1 STM-4

1.250

1.062,5

622,08

200

155,52

125

12,5

8…16

SDH/
ATM

Gbit/s

4G FC/
FICON

8G
FC

Infini
Band
1xDDR


100
GbE

10G 16G
FC
FC
Infini
Band
1xQDR

Basic Working Scheme of WDM

Optical Layer
Components

Transponders

Switch/Router
Server/Disk

MUX

xPDR
xPDR
xPDR
xPDR
xPDR
xPDR

EDFA

“Grey”interface on
WDM system
End device that
connects to other side

WDM MUX combines
wavelengths onto fiber
WDM wavelength
up to 160

Mux/Transponder card
converts “Grey” to
WDM wavelength

12

Optical amplifier
(optional)


Dark fiber

System Overview
 Shelf








AC or DC PSU (redundant)
SCU
NCU
OSCM + OSFM
EDFA + DCM
Filters
Transponders

 1HU Slimline Shelf






SCU
NCU
Filters
Redundant AC or DC PSU
Transponders

 Note: Some systems has DC feed only, so rectifiers are needed too

13


Module Types

14


Transponder Designs

Client I/F

SONET/SDH
Mapping

G.709

Network

w/ FEC

I/F

Full standard compliant network (WDM)
Interface for Telco/ISP interaction

•

Digital performance monitoring

•

Up to 2000+km possible

•

Proprietary network interface

•

simplePerformance monitoring

•

Up to 200km possible w/o regeneration
Very fast and relaible (high MTBF)

WDM

Mapping

•

•

Typical link delay: 5μs ≙ 1km of fiber

Telco/ISP Transponder design

Typical link delay : 50ns ≙ 10m of fiber
WDM
Client I/F

signal regeneration

Network
I/F

Simple Transponder design

15


Muxponder (TDM) Designs

Client I/F

Client I/F

CODEC

8B/10B
CODEC

8B/10B
CODEC

8B/10B

w/ FEC

I/F

•

Up to 2000+km possible
Delay is not stable

Proprietary network interface
Simple Performance monitoring

•

Up to 200km possible w/o regeneration

•

Very fast and reliable (high MTBF)

•

Mapping Network

Digital performance monitoring

•

WDM

•

•

G.709

Full standard compliant network (WDM)
Interface for Telco/ISP interaction

•

(e.g GFP)

Client I/F

•

8B/10B

Standard Framing

Client I/F

Transparent for ‘non standard’ signals

CODEC

Telco/ISP Muxponder design

Client I/F

Client I/F

CODEC

8B/10B
CODEC

8B/10B
CODEC

Speed framing

Client I/F

8B/10B

Proprietary High

Client I/F

8B/10B

WDM
Network
I/F

CODEC

Simple Muxponder design
16


Transponders and MuxPonders
Channel Cards – Overview

Key features

Description

CORE modules
WCC / TCC

ACCESS modules
WCA / TCA

ENTERPRISE
modules
WCE / TCE

17

 Performance optimized
 Compliance focused
(SDH/Sonet, OTH G.709
features)

 Cost optimized
 High application
flexibility

 Application-specific
 Certified for dedicated
enterprise applications

 (E-)FEC, ECC, GFP
 Full set of SDH/Sonet and OTH
features (PM, (G)-AIS/RDI,
TCM)
 Single board path protection
for network interfaces

 Pluggable network interfaces
 ECC, PM available
 Highly reliable, serial design

 Supports special storage
protocols
 Certified and tested within
special storage environment


Transponders and Muxponders

Channel Cards – Full Service Support
Line speed:

100G

optimized

WCC-TN

WCC-PCTN

2TWCC-PCN

10TCC-PCTN

Performance

10G

WCC-PCTN

Core cards

40G

4TCC-PCTN

4TCC-PCTN

4TCC-PCN

Full G.709

2G7

10TCC-PCTN

support

4G

2WCC-PCN

Access cards

2WCA-PCN

Cost optimized

10PCA-PCN

Protocol aware

2PCA-PCN

Enterprise cards
Fully certified

Pluggable IF

18

WCE-PCN
10TCE-PCN

5TCE-PCTN
4WCE-PCN-16G

Tunable IF


4TCA-PCN

WCA-PCN
2TCA-PCN

16G FC Enterprise Transport
4WCE-PCN-16G
•

Quad Transponder

•

Multi-service: 8G FC, 10GbE, 16G FC

•

Optimized for Data Center

•

High density - Low latency

•

supports transparent forwarding
of Brocade compression/encryption

4x Client SFP+

4x Network XFP
CWDM (8ch)
DWDM
(80ch C-band)

Client

Grey (0.3/
10km)

SFP(+)
SFP(+)
SFP(+)
SFP(+)

8G FC
10GbE

16G FC

Module
Transparent
transport

LOS
forwarding

Network

DWDM*
(40ch C-band)

XFP V
8G FC
10GbE
16G FC

XFP V
XFP V
XFP V
Grey (0.3/
10/80km)

19


Enterprise Muxponder w/ Encryption
5TCE-PCTN-10GU(8GU)+AES10G(S)
•

Universal Enterprise Muxponder

•

AES256 encryption with 1576bit key

•

Dynamic key exchange

•

5x Any Multi-service

•

PCS Transparent or terminated

2x Client SFP/SFP+

•

SDH network variant

Network Interface

Client
SFP

5x GbE
5x 1G/2G FC

SFP

3x 4G FC

SFP

8G/10G*FC

SFP(+)

5G IB/10G* IB

SFP +
(

20

)

STM-16/64*
10GbE*

Module
TDM
(transparent
or
PCS
terminated

Network

Prop. framing

STM64

Prop. framing
OTN-, Eth-PM
GCC 0

ODU2

AES encryption

Grey (0.3/
10/40km)

3x Client SFP


OTU2

GFEC

tunable
IF

100G Metro & Enterprise Muxponder
10TCE-PCN-10GU+100G
•

100G (10x Any) Muxponder

•

Multi-service: 10GE, 8G FC, SDH

•

Ultra high density

•

Low power – low latency

•

Unique 4x 28G interface

•

Cost breaking 100G solution

Grey (0.3/
10km)

SFP+
SFP+
SFP+
SFP+
SFP+
SFP+
SFP+
SFP+
SFP+
SFP+

Network DWDM CFP

10x Client SFP+

Client

Module

10x 10GbE
10x 4/8G FC
10x STM64/ OC-192
(R12.1)

GMP
ODUflex

Network
4x 28G DWDM
(96ch C-band)

G.709
framing
OTN-PM

ODU4

GCC 0

OTU4

tunable
CFP

GFEC
EFEC*

* as variant

21


100G Metro & Enterprise Transponder
WCE-PCN-100G - second generation
Encryption on 100G
•

AES256 encryption with 2048bit key exchange

•

Dynamic key exchange

•

10 x Any Multi-service

•

10GE/FC4/8/10/16/Infiniband

•

40GE/100GE

SFP+
SFP+
SFP+
SFP+
SFP+
SFP+
SFP+
SFP+
SFP+
SFP+

22

Network DWDM CFP

10x Client SFP+

Client

Module

Network

10x 10GbE
10x 4/8G FC
10x STM-64/
OC-192

GMP
ODUflex

ODU4

AES 256

OTU4

EFEC
OTU PM


Tuneable
CFP

FSP Management Suite Overview
Applications
•

Element management
• Graphical user interface for point-and-click
provisioning of all modules and functions

•

Network management
• Simplified alarm reporting, performance monitoring,
fault analysis and log-file generation

•

Service management
• End-to-end service creation and maintenance via
software automation

Features
•
•

Scheduled automatic backup and network maintenance such
as software and release management

•

Accelerated service provisioning via service templates

•

23

Customization of labels, alarm thresholds and views to adapt
to provider-specific requirements

Integration with back-office operations support systems
through powerful northbound interface


Integrated network
management

Photonic Layer

24


From 40 to 120 Wavelengths WDM System
40 Channels
C-Band

80 Channels
C-Band

Booster
PreAmp

Interleaver

C-Band
Odd

C-Band
Even

Interleaver

C-Band
Odd

120 Channels
C + L-Band

Booster
PreAmp

Booster
PreAmp
C-Band
Even

L-Band
Booster
PreAmp

C/L Band
Splitter
Combiner

Maximum transport capacity of up to 8.4 Tbps
25


NE Management and Monitoring
Optical Power Tracking

•

Fiber cut protection through software adjustable
switching thresholds

•

Alarm generation through adjustable min/max
fiber attenuation thresholds

•

Long term fiber performance information
through integrated database

•

Intrusion detection through correlation of typical
power signatures

fiber cut

fiber degradation

long-term effects

fiber intrusion

26


Qualifications

27


FSP Qualifications
•

Providing a bit level transport on optical layer is not enough

•

ADVA has to understand the applications and the impacts of conversion
and distance transport

•

To verify our understanding and to make sure our customers get the full
support of their storage equipment vendors we run an extensive
qualification program

•

ADVA qualification partners:

GDPS (PSIFB)
Metro Mirror
Global Mirror

SRDF
Mirrorview

Metro Cluster

Qfabric

Non Stop Server
Server Cluster

MX

28

DCX
6xxx
VDX


FSP Qualifications- Examples
•

GDPS, IEDN/ZBX and Metro-Mirror Qualification for the following cards
•

•

4TCA, WCA-PC-10G, 2WCA, 5TCE, 5TCE-AES,
4WCE, 10TCE

SRDF, Mirrorview Qualification for the following cards and releases:
•

•

Qualification for 4G FC, 8G FC, 10G FC, 16G FC and 10GE with DCX, 51xx,
61xx and VDX for the following cards and releases:
•

•

4WCE, 10TCE

4WCE, 10TCE

Qualification for GE and 10GE with Qfabric Interconnect and QFX Gateway
for the following cards and releases:
•

29

2WCA, 2WCC, 5TCE, 5TCE-AES


The Next Steps SDN/Openflow

30


Software-Defined Networking
Network
Network
Apps
User I/Fs
Apps

Network Apps
Network Apps
Network Apps

Orchestration

Applications & derived
network services

Open APIs
(e.g. RESTful)

Platform
services

Extensions

SDN Controller
Platform

e.g. OpenFlow,

Network
services

Open Northbound
Interfaces

Southbound
Interfaces

Netconf/YANG,
vendor-specific

Network
Elements
Turning the network into a programmable resource under central control.
31


SDN Principles & Benefits
Separation of data

•

Deterministic behavior,
predictable performance,
rapid convergence

•

Simplified planning, global
optimization,
off-line analysis

management & control

•

Secure multi-tenancy &
infrastructure sharing

HW abstraction

•

Better machine &
service mobility

•

Application-driven
networking

and control plane
Flow oriented
data plane
Centralized

and virtualization
Network
programmability

More network efficiency & IT-style automation, basis for new services.
32


SDN in Data Centers
Orchestration of IT & network resources

Virtual
storage

Virtual
network

Storage pool

Fabric interconnect

Virtual
compute

Server pool

Virtualization is a key concept to pool servers, storage and appliances
and share them in a flexible and dynamic way.
33


SDN Beyond DC Boundaries
Web 2.0 data centers

Cloud data centers

From “warehouse-scale computers” to “the network is the computer”.
34


Optical OpenFlow Extensions
Optical Performance Constraints
Sequential Lightpath Setup/Teardown
Optical Power Balancing

OpenFlow Support for
FSP 3000 ROADM platform

Optical Node Model:
Wavelength Continuity &
Dynamic Switching Constraints

Connectivity & Topology Discovery
Signal Mapping & Format Compatibility

1:N WSS

1:N WSS

WSS

1:N WSS

WSS

WSS

WSS λ Block

1:N WSS

OSC

WSS Any λ

1:N WSS

(Out-of-band)

λ2λ3

TX
C

λ1

Optical extensions required to deal with the analogue nature of the optical layer.
35


Circuit Switching with OpenFlow

Circuit Switching Extensions
Circuit Flows
In
Port

In
Lambda

VCG

Starting
Time-Slot

Signal
36
Type

Out
Port

Out
Lambda

VCG

Starting Signal
36
Time-Slot Type

Good for electrical switches, but limited support for optical wavelength switching.
36


ADVA SDN Enablement
SDN controller

SDN controller

OpenFlow interface

OpenFlow vJack

OpenFlow interface

OpenFlow Direct

• Intermediate OpenFlow–enabled mediation server

• Direct OpenFlow agent on network elements

• Simplification of Optical Network representation

• Detailled Control of Ethernet-based elements

• Reduced complexity on OpenFlow controller

• Suited to networks with simple physics

ADVA FSP 3000R7

ADVA FSP 150

OpenFlow Overlay and OpenFlow Direct implementation

Open Networking Forum standardization ongoing
37


WAN Virtualization & Orchestration

Database
Policy Manager

Resource Mgr

Provisioning

Path Compute

Topology Disc

Control

Flow DB

Resource DB

Topology DB

Policy DB

Optical SDN Controller

WAN is exposed as virtual topology using OpenFlow or Restful API.
38


Abstraction

with Extensions

Physical ressources

Restful API

Derived topology

Optical Transport SDN

ADVA SDN Trial Activities

39


Thank you
uschlegel@advaoptical.com

IMPORTANT NOTICE
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