Intellilight Optical Transport Service (iots)

Intellilight Optical Transport Service (IOTS)

Presentation Outline • • • • • • •

Benefits of Optical Networking What is Optical Networking? Optical Networking Technologies What is DWDM? Optical Solutions - Yesterday and Today What is Advanced Optical Solutions(AOS)? Why Verizon and WITS2001

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IT network initiatives are exploding… • • • •

IT Department funding is growing 5-9% while demands are growing 2-3 times that rate … IT Departments are burdened by storage growth rate IT Departments need to consolidate multiple network service IT Departments need to extend LANs beyond the campus

New Services

Traditional Services Data Communications Services Call Center Services Back Office Applications Traditional Voice Services

E-learning Initiatives Video Initiatives IT Regulation Compliance Business Continuance Initiatives E-Business Initiatives Supply Chain Processes Data Communications Services Call Center Services Back Office Applications Traditional Voice Services

All of these initiatives drives your demands on your network Verizon Proprietary - Not to be disclosed without prior written permission

…while some network demands stay constant! •

Highest possible need for network security • Security as in protecting the network • Security as in maintaining application availability

•

Constant need for scalability • Scalability as in more bandwidth • Scalability as in adding more locations • Scalability as in networking more applications

•

Increasing need for reliability • Reliability as in application performance •Reliability as in faster recovery

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… at any and all locations! Our customers want to reach any site – even future sites: • This reduces need for IT / Real Estate interdepartmental planning • This minimizes need for overlay networks • This drives consolidation benefits across entire IT budget

Campus #1

Campus #2

All Allprotocols protocolsand andall all service servicelevels levelsmust mustbe be available at any site available at any site–– even evenat atsites sitesthat thatare are currently unknown! currently unknown! LAN SAN

New Site #n

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Customers want to network any protocol… Our customers want to network campus locations across the WAN: • Network Service must support all enterprise protocols • Network Hardware must be certified to operate across Government networks • Network Hardware must allow for use of current or better management of application domains Campus #1

Campus #2 GbE Voice FC FICON ESCON ATM FR …

MAN

GbE Voice FC FICON ESCON ATM FR …

Customers Customersneed needto toextend extendapplications applicationsacross acrossthe theMAN MAN Verizon Proprietary - Not to be disclosed without prior written permission

What is Optical Networking? • Optical Networking Definition: – is the utilization of fiber systems in the transfer and management of data from location to location across the fiber system.

• Categories of Optical Data Services: – Switched Services - protocol management • TLS/Gigabit Ethernet, Frame Relay, ATM…

– Transport Services - protocol transport • Architectures - Point to Point or Ring • Delivery Method - ILEC, Network Integration or Hybrid • Protocols Transported

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Optical Networking Technologies Synchronous Optical Network (SONET) A fiber-optic transmission system for high-speed digital traffic. Ring and point to point architectures, standard OC interfaces and electrical DS1 and DS3 connections. Optical Interfaces OC-3 155 Mbps OC-12 622 Mbps OC-48 2.48 Gbps

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Optical Networking Technologies Dense Wave Division Multiplexing (DWDM)

λ λ λ λ

1

λ λ λ λ 1

2 : 32

2

..

32

• High bandwidth, multi-channel, protocol independent data transport over single fiber pair • Supports optical data protocols including SONET, ESCON, FICON, Fibre Channel, GigE, D1 Video, ETR/CLO, Fast Ethernet, ISC. Verizon Proprietary - Not to be disclosed without prior written permission

What is Dense Wave Division Multiplexing (DWDM) ? Dense Wave Division Multiplexing is a technology that utilizes the properties of refracted light to both combine and separate optical signals based on their wavelengths within the optical spectrum.

The Greek letter lambda ( λ ) , is often used to designate individual wavelengths.

DWDM allows for a more efficient use of existing fiber by providing multiple optical paths along a single pair of fibers DWDM allows for a greater range of protocol transmission better suited than legacy network for data centric applications. (Eg. GigE, ESCON, Fibre Channel, D1 video, ISC) Verizon Proprietary - Not to be disclosed without prior written permission

What is Dense Wave Division Multiplexing (DWDM) ? At Ingress: Multiple Optical signals of differing wavelengths are combined to form a single optical signal.

At Egress: A single Optical signals is refracted to separate multiple Optical signals of differing wavelengths.

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Capacity Enrichment with Optical Networking Any Speed-------------------------Any Protocol Traditional Capacity Expansions 600 Mb/s

MoreFiber

2.5 Gb/s 10 Gb/s Y Mb/s

. . .

TimeDivisionMultiplexing

OC-12/ STM-4

OC-48/ STM-16

600 Mb/s 2.5 Gb/s

OC-192/ STM-64

DWDM

Z Mb/s N X 100 Gb/s

10 Gb/s •• •• ••

Size Sizeof oftransport transportpipe pipe dictated dictated by bybit bitrate rate Limited capacity growth potential Limited capacity growth potential Growth Growth accomplished accomplished through through infrastructure upgrades infrastructure upgrades

•• •• ••

Size Sizeof oftransport transportpipe pipe independent independentof ofbit bitrate rate Virtually Virtually unlimited unlimited capacity capacity growth growthpotential potential Growth accomplished within established Growth accomplished within established infrastructure infrastructure •• Optimum Optimumsolution solutionto to keep keeppace pace with withbusiness business growth growth

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Benefits of DWDM • Increases bandwidth (speed and distance) • Does not require replacement or upgrade their existing legacy systems • Provides "next generation" technologies to meet growing data needs • Less costly in the long run because increased fiber capacity is automatically available; don't have to upgrade all the time

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Yesterday’s Fragmented Networks Technology purchased a la carte to support requirements ESCON GigE

Specialized Transport Equipment

ESCON

Specialized Transport Equipment

GigE Fibre Channel

Fibre Channel

Specialized Transport Network DS1/DS3 OC3c, OC12c, OC48c

SONET

SONET

Separate SONET Network

DS1/DS3 OC3c, OC12c, OC48c

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Today’s Optical Solution Supports Many Interfaces ATM/IP SONET OC3-OC48, DS1, DS3 Gigabit Ethernet - 1000Mg Fast Ethernet - 100Mg ESCON FICON Fibre Channel FDDI D1 Video

Survivable Optical Ring

Optical Ring could be made up of DWDM, SONET, NextGen SONET or a combination of architectures depending upon customer interface requirements

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Verizon Components • Equipment – ILEC Nortel Optera Metro 5200 • Considering additional equipment providers

– NI Flexible Equipment

• Fiber – ILEC Verizon fiber – NI Procure fiber from third party vendor

• Network Management – Verizon SPOC – Installation/Maintenance/Monitoring

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What is IntelliLight Optical Transport Service (IOTS)?

New product offering utilizing Metro Ring DWDM technology to be offered as a dedicated ring product. • It is part of the IntelliLight Suite of Products

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Intellilight Optical Transport Service

Customer Location B

Demark

ILEC Fiber

Demark

Customer Location A

Verizon Owned and Managed

VZ Owned DWDM CPE

VZ Owned DWDM CPE

Verizon Owned and

Managed

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IntelliLight Optical Transport Service Metro Ring DWDM A metro ring DWDM is comprised of Nodes, Miles and Amplifiers. Whereas a SONET ring’s capacity is measured by bandwidth, DWDM’s are measured by quantity of optical paths. This product will offer 32 protected or 64 unprotected paths. Wire Center Node “B”

3 miles

Customer Premises

5 miles

Customer Premises Node “C”

Application of rates 4 Nodes 30 Miles 1 Mid-Span Amp 4 At-Node Amps

8 miles

Node “A”

Node “D”

7 miles

Ampl.

7 miles

WireCenter Verizon Proprietary - Not to be disclosed without prior written permission

Customer Premises

IntelliLight Optical Transport Service The Metro Ring DWDM itself does not perform protection switching in the event of a fiber cut like SONET, however, the individual channels are provisioned as either protected or unprotected. Wire Center Node “B”

3 miles

Customer Premises

5 miles

Customer Premises Node “C”

8 miles

Node “A”

Node “D”

7 miles

Ampl.

Fiber Cut

7 miles

WireCenter Verizon Proprietary - Not to be disclosed without prior written permission

IntelliLight Optical Transport Service Protected Channels

Application of rates 1 Protected Channel

If a fiber cut should occur along one of the signals paths, the channel will reroute and NOT fail. Wire Center Node “B” 3 miles

Customer Premises

Customer Premises Node “C” 5 miles

8 miles

Node “A”

Node “D”

7 miles Available Interfaces: OC3, OC3c, OC12, OC12c, OC48, OC48c, ESCON, FICON, Fibre Channel, ETR, FDDI, ISC, Fast Ethernet, Gigabit Ethernet, D1 Video

Ampl. Wire Center

Fiber Cut

7 miles

CFA: 101 OMC 1 CLLI-A CLLI-C

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IntelliLight Optical Transport Service Unprotected Channels for SONET Rings

Application of rates 4 Unprotected Channels 4 SONET Nodes

If a fiber cut should occur along one of the signals paths, the channel will NOT reroute and will fail. E

SONET ADM W

Node “B” 3 miles E

SONET ADM W

Wire Center

Customer Premises Fiber Cut

W

SONET ADM E

Node “C”

5 miles 8 miles

Node “A”

Node “D”

Customer Premises

7 miles

7 miles

Ampl.

Available Interfaces: OC3, OC3c, OC12, OC12c, OC48, OC48c, ESCON, FICON, Fibre Channel, ETR, FDDI, ISC, Fast Ethernet, Gigabit Ethernet, D1 Video

Wire Center

CFA: 101 OMC 1 CLLI-A CLLI-B CFA: 101 OMC 1 CLLI-B CLLI-C CFA: 101 OMC 1 CLLI-C CLLI-D CFA: 101 OMC 1 CLLI-D CLLI-A

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W

SONET ADM E

Applications STORAGE AREA NETWORKING

Remote Data Backup and Restore Point-in-time copy of data to a remote location and restoration of data in the event of disaster or loss Remote Data Replication Continuous copying of data to another location for data mirroring Each location contains live, production data Disaster Recovery Recovery and restoration services for damaged, deleted or destroyed data, or site-wide disaster Storage Hosting Outsourced primary data storage and storage on demand at an off-site storage facility Managed Storage Data administration and management provided as an outsourced service

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WITS2001 Offering Customer Location A

•

Nodes - can be at the CO or Customer Premises – Primary (up to 16 protected channels) – Expansion (next 16 protected channels)

• •

Ring Mileage - node to node Network Optimization Amplifiers – Mid-span – At-Node

•

Optical Transport Channels – Protected – Unprotected

Optical Channels Optical Channels NODE NODE “A” to “B”

Customer Location B

“”D” to “A”

Mileage

Mileage

NODE

At-Node Amplification

Optical Channels

NODE

Optical Channels

Location D (Wire Center)

IntelliLight Optical Transport Service “B” to “D” Mileage

Mid-span Amplification Location C (Wire Center)

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Protocol Speed Matrix Protocal SONET OC3 SONET OC3c SONET OC12 SONET OC12c SONET OC48 SONET OC48c SONET OC192 SONET OC192c ESCON FICON Fibre Channel ETR/CLO FDDI ISC Fast Ethernet Gigabit Eithernet D1 Video

Speed Capacity 155.52 Mbps Synchronous 84 DS-1 or 3DS-3s 155.52 Mbps Concatenated Synchronous 84 DS-1 or 3DS-3s 622.08 Mbps Synchronous 336 DS-1 or 12DS-3s 622.08 Mbps Concatenated Synchronous 336 DS-1 or 12DS-3s 2.48 Gbps Synchronous 1344 DS-1 or 48DS-3s 2.48 Gbps Concatenated Synchronous 1344 DS-1 or 48DS-3s 9.95 Gbps Synchronous 5376 DS-1 or 192DS-3s 9.95 Gbps Concatenated Synchronous 5376 DS-1 or 192DS-3s 200 Mbps Distance Limitation 43km 1 Gbps Distance Limitation 100km 1.0625 Gbps Distance Limitation 100km 8 Mbps Distance Limitation 40km 100 Mbps 1.06 Mbps Distance Limitation 40km 100 Mbps 1 Gbps 270 Mbps uncompressed digital transmission

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IntelliLight Optical Transport Service • CLIN Structure – Separate CLIN for each tariffed rate, structured by term plan period (36 months, 60 months) – Separate Disconnect CLINs for 3 and 5 year term plans at full service rate – Credit CLINs - structured to recognize months in service by customer

• Service Credits – Two Credits: Failure in excess of 4 hours/1 occurrence per month – Failure in excess of 1 minute on protected channel/NTE 1 occurrence per month

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Benefits of Intellilight Optical Transport Service • Market Driven – Meets customers’ increased need for higher bandwidth services – Allows customers to deploy new applications that are transported over ‘new’ data protocols

• Offers a full set of optical solutions – Includes broad variety of protocols, speeds, architectures and technology

• Customer applications are the solution drivers – Verizon will meet customer requirements by utilizing the most feasible technology (e.g., Frame, ATM, IP, DWDM, SONET, or a combination)

• Implement Converged Networks that support full range of bandwidths, data interfaces, architectures and optical service applications • Leverage existing network infrastructure

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