WaveReady CWDM and DWDM Optical Transport ProductsUnlock the True Capacity of Your Network withCost-Effective, Flexible Solutions

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Table of Contents

WAVEREADY: COST-EFFECTIVE OPTICAL NETWORKING

High-Value Modules 5

Optical Layer Operation 5

BENEFITS

Simple 6

Reliable 6

Scalable 6

Low Power 6

Compact 7

Standards-based Management 7

Investment Protection 7

WAVEREADY APPLICATIONS

WDM Transport for Service Delivery 9

Next Generation Wireless Fronthaul 10

Channel In-Fill 11

Passive Wavelength Multiplexing 12

Reach Extension with Amplification 13

Optical Path Monitoring and Demarcation 14

Optical Path Protection 15

WAVEREADY SYSTEMS

POWERED SHELVES

PASSIVE SHELVES

SYSTEM CONTROLLER (COM-300) AND MULTI-NODE MANAGER

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WAVEREADY MODULES

Transponders 20

ROADM

WRS-05AD1C00B: Multi-Degree ROADM 21

AMPLIFIERS

WRA-1xx: Single-Channel EDFA Optical Amplifiers 22

WRA-2xx: Multichannel EDFA Optical Amplifiers 22

WRA-L20: ILA, Intelligent Line Amplifier with OSC 23

DISPERSION COMPENSATION

WRDCM and WRDCMG compensators 24

FIBER MONITORING

BJK Series Continuous Fiber Monitor 24

PROTECTION

LPR-530: Path and Equipment Protection Switch 25

TRANSCEIVERS

CWDM PASSIVE MODULES

Optical Add/Drop Modules 26

Mux/Demux and UMUX 26

DWDM PASSIVE MODULES

Optical Add/Drop Modules 27

Mux/Demux and UMUX 27

TRADEMARKS

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WaveReady: Cost-Effective Optical Networking

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Lumentum has been making products for the optical network for more than 35 years. That depth of experience has helped Lumentum validate the simple idea that when moving data the optical layer is where the most value for the least cost is found.

Since 2001, Lumentum has deployed tens of thousands of WaveReady system nodes and stand-alone solutions in all layers of the optical network, especially mobile broadband fronthaul and backhaul, campus, metro edge and aggregation, metro core, regional backbone, and data center networks.

Lumentum WaveReady systems and modules deliver the products that service providers need to maximize the capacity of in-service and dark fiber, improve service delivery flexibility and ensure long-term investment protection. WaveReady provides a smooth, simple roadmap for both greenfield development and incremental capacity expansion.

High-Value ModulesGrowth in high bandwidth services compels network operators to provide reliable and cost-effective transport across all levels of the optical network. For optical network operators the challenge is significant because they must achieve excellence in the face of new protocols, burgeoning demand and increasing complexity while managing upgrade cost versus higher customer expectations.

The Lumentum WaveReady products are ready to meet all of these challenges. Built to satisfy both Telco and Enterprise requirements, Lumentum WaveReady modules are ready to deploy in existing or new networks to generate new revenue with the capacity, quality, scalability, reliability and availability required by today’s high-bandwidth services.

Optical Layer OperationWaveReady modules are transparent to the details of the signal so WaveReady WDM solutions deploy quickly and can multiplex any combination of services required—Ethernet, SONET/SDH, Fibre Channel, CPRI, OTN and other protocols and data rates—over a single fiber and long distances. Other important features supporting this flexibility include:

• Autolock: WaveReady regenerators and amplifiers only need a connection—the modules automatically detect the data rate with no provisioning or equipment configuration required.

• Easy multiplexing: Increase the capacity of a single fiber from one channel to four, eight, 40 or even 88 channels with WaveReady WDM modules. The upgrade can often be performed with no configuration and usually without interrupting existing services, all within the optical layer of the network.

• Comprehensive management: Provision an optical connection to enable a management channel to modules in a shelf and subtended shelves. WaveReady Multi-Node Manager software provides management for WaveReady nodes with standard simple network management protocol (SNMP) or TL1 interfaces or integrates with third-party tools such as MegaSys™ Telenium™, IBM®’s Netcool®, and Telcordia® OSMINE compatible systems.

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BenefitsSimpleProtocol-independent optical layer products allow providers to deal with optical transport without worrying about evolving upstream and downstream technologies, protocols, third party equipment or other expectations. WaveReady’s focus on the optical layer results in dramatic simplification and reduced time and effort in installation and management. WaveReady WDM solutions can be installed and turned up within minutes.

Data rate and protocol agile interfaces and tunable small form-factor pluggable (SFP) transceivers also reduce sparing costs.

ReliableTelcordia NEBS™ (Network Equipment — Building System) Level 3 certified products deliver best-in-class carrier grade performance and reliability — increasingly important qualities as more and more traffic travels down single optical fibers. The rugged, electrostatic discharge (ESD) resistant full card enclosures of WaveReady offer significant advantages in real-world deployments.

ScalableWaveReady brings flexibility and scalability to the network. Up to 88 optical channels can be multiplexed onto a single link. Amplifier, multiplexer/demultiplexer and transponder protocol and data rate independence delivers a smooth service and capacity upgrade path.

Low PowerThe low power requirements of WaveReady systems reduces operating costs especially for power, backup, and heating, ventilation, and air conditioning (HVAC) in Mobile Telephone Switching Offices (MTSOs), Central Offices (COs), data centers and on customer premises.

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Compact WaveReady’s compact shelves and modules minimize the rack space required for new services and service upgrades. Combined with the ability of WaveReady modules to pack more traffic and revenue onto each fiber, compact WaveReady systems deliver reduced infrastructure costs especially in MTSOs, COs, and data centers.

Standards-based ManagementThe default management system, Multi-Node Manager, can be used immediately on turn-up to manage WaveReady nodes and active modules right out of the box. WaveReady can also be integrated with third-party network management systems through the industry standard TL1 and SNMP network management protocols. Management commands and alarms are thoroughly documented, ready for integration into the most widely deployed commercial and custom management solutions.

Investment ProtectionProtocol-independent WaveReady WDM modules and flexible transponders are inherently compatible with current and future technological developments. Operating in the optical layer allows WaveReady to carry current and future services by adding new optical channels or changing the client input on an existing channel.

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WaveReady Applications

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WaveReady can play a role almost anywhere in the optical network. This section outlines some typical applications. Please contact Lumentum to discuss your specific needs.

WDM Transport for Service DeliveryAs service providers invest heavily to offer new broadband services, selecting transport equipment that keeps networks simple and reduces time-to-profitability becomes ever more important. WaveReady WDM transport systems help service providers find the sweet spot that balances simplicity, capability and profitability. With WaveReady service providers can easily migrate existing services and add new services to a WDM transport architecture using the existing fiber infrastructure.

This solution is cost effective because it leverages existing equipment in the new network configuration. It is also much faster to deploy than other alternatives. New services can be added to the transport system independently, each using a separate wavelength.

The WaveReady WDM transport solution has numerous benefits:

• Keeps the transport layer simple, reliable and scalable

• Maintains compatibility with existing services

• Adds new services and capacity

• Enables rapid turn-up of new services and revenue

• Provides a cost-effective method of transporting multiple services on a single WDM platform.

Metro Core

Aggregation

Access

Range extension

with ampliers

Mobile fronthaul

Pathprotection

Channel inll on

legacy links

Add/drop channels

CWDM passive multiplexing

Optical path monitoring

DWDM passive multiplexing

BJK

A/D

BJK

A/D

Figure 1: WaveReady in the optical network

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Next Generation Wireless Fronthaul The introduction of 5G LTE wireless to support growth in services is driving the wireless fronthaul network to increasing densification. Deploying more antennas with more bandwidth generally demands DWDM optical fronthaul to provide the low latency, high capacity links mobile services require. Teamed with third-party Remote Radio Heads (RRHs) and Baseband Units (BBUs) WaveReady can play an important role in enabling operators to provide subscribers with both excellent coverage and excellent bandwidth.

Digital RF over �ber

Digital RF over �ber

BBU

Mobile telephone switching of�ce

BBU

BBU

BBU

Remote radio heads

Distributionsite patch panel

Figure 2: Typical fronthaul aggregation

Figure 3: Enhanced fronthaul aggregation with WaveReady

Digital RF over �ber

Digital RF over �ber

BBUDAS transport and

regneration node

Mobile telephone switching of�ce

Protection link BBU

BBU

BBU

DAS transport and regneration

node Working link

Remote radio heads

Distributionsite

WaveReady also offers the performance monitoring capabilities required to guarantee service level agreements (SLAs). Overall WaveReady can play an important role in enabling operators to provide subscribers with both excellent coverage and excellent bandwidth as well as excellent value, flexibility, extended reach, simple administration and maintainability.

WaveReady low latency optical layer equipment is ready to take CPRI or Ethernet traffic from RRHs and aggregate up to 88 10 Gbps channels and transport them back to BBUs in base station hotels or MTSOs. From there, WaveReady equipment can backhaul the traffic to a regional or metro switching center or CO.

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Figure 4: Channel in-fill on legacy network

Channel In-FillThe widespread adoption of Ethernet, CPRI, and other high-speed services at the wireless, access and metro edge has transformed the business of optical transport. The WaveReady channel in-fill system enhances the capacity and protocol compatibility of legacy networks by adding new wavelengths one at a time to existing fiber. This avoids replacing stranded assets that still perform their original function and reduces the need for CAPEX and forklift upgrades.

Channel in-fill offers significant savings over network fiber and equipment replacement or upgrades:

• Extends the life of existing hardware and fiber investments

• Reduces the cost and time to deploy for new services in the existing network.

WaveReadychannel in�ll

node

WaveReadychannel in�ll

node

Existing traf�c on legacy equipment wavelengths

New traf�con alien

wavelengths

Legacy DWDM system with

unusedchannels

Existing traf�c on legacy equipment wavelengths

New traf�con alien

wavelengths

Legacy DWDM system with

unused channels

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Passive Wavelength Multiplexing WaveReady passive modules allow network operators to continue using their existing WDM transceivers and switches to consolidate many services in a network onto fewer fibers. The cost savings can be dramatic because of the reduction in infrastructure CAPEX as well extending the life of existing transmission equipment. Add/drop capability also enhances the flexibility of the network, allowing for further optimization of network topology, deployment and maintenance.

WaveReady passive modules require no power and many are temperature hardened for reliable outdoor deployment.

Mux/D

emux

OADM

...

TxRx

...

TxRx

TxRx

TxRx

...

TxRx

TxRx

TxRx

TxRx

Mux

/Dem

ux

Fixed optical add/drop

Figure 5: Passive mux/demux and OADM

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Reach Extension with Amplification Optical networks often need a simple and efficient way to extend the reach of an optical signal. This is especially true of legacy systems where repeaters, switches or some other combination of equipment was used in a node specifically to extend the reach of the signals to a remote location. WaveReady can often replace one of these reach extension nodes with a single amplifier module.

WaveReady WRA series multi-channel EDFA amplifiers take any optical signal on a fiber and improve its signal strength and

OEO

OEO

Legacy reach extension node

Mux

/Dem

ux

Mux/D

emux

Tx

Tx

Tx

Tx

Tx

Mux/D

emux

Customerpremises

Rx

Rx

Rx

Rx

Rx

Mux

/Dem

ux

Centralof�ce

OEO

OEO

OEO

OEO

reach. WRA amplifiers are fully user-configurable. They provide a simple economical optical amplification solution in a flexible ready-to-use package with an advanced gain control. They support protocol and data-rate independent applications including coherent optical transmission. Features include, depending on the model:

• Booster or pre/inline amplification modes

• Optical output monitor port

• Low power and low noise

• Tilt compensation.

Figure 6: Typical reach extension node

WaveReadyampli�er

Tx

Tx

Tx

Tx

Tx

Mux/D

emux

Customerpremises

Rx

Rx

Rx

Rx

Rx

Mux

/Dem

ux

Centralof�ce

EDFA

Figure 7: WaveReady amplifier replaces typical reach extension node

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Optical Path Monitoring and DemarcationThe WaveReady BrightJack modules offer a compact, modular solution for monitoring the performance of optical links. The BrightJack solution allows system operators to isolate faults within the fiber plant to improve response time. The BrightJack also allows system operators to monitor optical fiber health over time to address slow degradation in fiber performance before it results in unexpected service outages.

The BrightJack operates independently from the client optical power and will not disrupt service should a power failure occur. Unlike Layer 2 performance monitoring solutions, which may not differentiate between equipment and fiber failure, the BrightJack monitors fiber plant health from a central location without relying on electronics located at the far end of the link.

Brightjack monitor

Tx

Rx

Central Ofce

Brightjack loopback

Tx

Rx

Remote site

Out-of-band monitoring wavelength

Trafc ber pair

Figure 8: BrightJack optical path monitoring

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LP-530Tx

Rx

Central Of�ce

LP-530Rx

Tx

Remote site

Working path

Protection path

Optical Path Protection The WaveReady LPR-530 path and equipment protection modules are rugged, plug-and-play, bi-directional protection switches for single mode fiber. They can be used for both equipment and fiber protection. A typical application would be the protection of multi-channel links.

LPR-530 modules continuously monitor optical power on both primary and secondary links. If optical power on the primary link drops below a certain threshold the module restores traffic on the secondary link in less than 15 ms.

Figure 9: Optical path protection

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WaveReady Systems

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WaveReady SystemsWaveReady systems are made of simple, sophisticated yet cost-effective elements that enable network operators and service providers to deploy leading edge services on a reliable, scalable, and easy-to-operate WDM optical infrastructure. WaveReady modules are ready to deploy in existing or new networks to generate new revenue with the capacity, quality, scalability, reliability and availability required by today’s high-bandwidth services. They are ideal for complementing existing networks or as the foundation of next-generation networks.

The WaveReady platform is a carrier-grade solution that is field proven and NEBS-3 certified yet has the flexibility expected in enterprise and service provider optical transmission products.

WaveReady systems are managed by industry standard TL1 or SNMP network management protocols through an Ethernet serial connection, embedded management channel interfaces and/or dry contact alarms. WaveReady modules are data rate and protocol-independent, offer exclusive ease of installation features and provide management flexibility through an easy to use management GUI or third party management applications.

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Powered ShelvesThe WaveReady 3500F series shelves are compact seven or eight Rack Unit (RU) 14-slot, fan cooled full-featured optical access platforms. They accommodate 13 optical modules and one system controller module that provides management access to all the modules in the node and subtended nodes. All powered WaveReady modules are compatible with these shelves.

The WaveReady 3100 is a one RU chassis suited to customer premises/remote terminal and stand-alone network applications. These shelves can also be daisy-chained together in future upgrades, gradually increasing capacity until a 3500F shelf becomes more cost effective.

Passive Shelves WaveReady one, two, and four RU rack-mountable passive shelves are ideal for mounting LGX™-compatible passive optical modules in standard 19- or 23-inch telecommunications racks. The two RU and four RU versions have removable kick plates to protect the fiber and pullout shelves to easily install modules. Built-in fiber-control brackets simplify fiber management.

Wall-mount and magnetic-mount shelves are ideal for customer premises and colocation applications.

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System Controller (COM-300) and Multi-Node Manager

The COM-300 System Controller and the Multi-Node Manager software manage WaveReady network elements.

The COM-300 controls all of the cards in a WaveReady shelf and has OSC ports for remote management over fiber.

Multi-Node Manager provides a node-level graphical user interface (GUI) and access to all provisioning and troubleshooting features.

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WaveReady ModulesThe full line of WaveReady modules includes transponders, ROADMs, amplifiers, dispersion compensators, fiber monitors, protection modules, transceivers, and CWDM and DWDM passive modules.

Build a complete optical transport system tailor-made for current requirements and future expansion.

TranspondersWaveReady transponders provide a managed interface to the optical network and demarcation and regeneration functions. This family of modules delivers a flexible and cost effective on-ramp to the optical network through double-density modules and pluggable optics with a wide range of interface types.

The long reach WRT-882 is a dual-bidirectional OTN transponder that converts short-reach 10 Gbps to the long-reach OTN protocol. Its network interface is C-band tunable and supports mapping of client signals into OTU2 with enhanced forward error correction (EFEC).

It also provides a 10 Gbps small form-factor pluggable (XFP) tunable line interface and pluggable XFP client-side optics. The 10G XFPs support various protocols and reaches including OC-192/STM-64 (SR-1), and 10 Gigabit Ethernet (10GE).

The WRT-882 also has advanced demarcation capability, including features such as remote management, performance statistics on network and client interfaces, data-rate provisioning, loopback testing, and power monitoring. These functions facilitate fault location and correction and simplify operations required by service management and service level agreements (SLA).

The short reach WRT-791 is a bidirectional four-port SFP/SFP+ based dual 10 Gbps transponder module. Remote in-channel management and a range of performance monitors enable flexible service demarcation solutions over all wavelengths.

The WRT-791 supports two independent transponders that may be configured to a broad range of protocols including Ethernet, CPRI and SONET/SDH. Performance monitoring, synchronous transport and embedded OA&M connectivity between a host node and multiple remote sites makes the WaveReady system suitable for Radio Access Network (RAN) fronthaul, line speed Ethernet, distributed storage networks and wavelength services.

Each transponder on the card supports two SFP client and network interfaces.

WRT-882: OTN Transponder, Dual 10G Tunable

WRT-791: Transponder, Dual Multirate with Performance Monitoring, 614.4 Mbps to 10.7 Gbps

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ROADM

The WRT-780+’s automatic lock-on to the data rate, low latency, high flexibility and density make the WRT-780+ the ideal transport solution for access and metro wavelength division multiplexing (WDM) networks, including cloud RAN and data center interconnect.

It has two independent transponders that can transport traffic operating independently at different rates. Its flexible SFP or SFP+ interfaces support a variety of transceivers on both the client and line interface.

The flexible, powerful WaveReady Reconfigurable Optical Add/Drop Multiplexer (ROADM) node wavelength switching and channel grooming solution enables wavelength-agile dense wavelength division multiplexing (DWDM) optical networks.

Leveraging the industry-leading Lumentum wavelength selective switch (WSS) and optical channel monitoring (OCM) technology, the WaveReady ROADM uses advanced wavelength selective switching to enable flexible wavelength planning in DWDM systems.

It also provides the capability to dynamically manage add/drop and pass-through optical power levels to compensate for individual channel degradation, amplifier gain tilt, or broadband loss changes

WRT-780+: Transponder, Dual Any-Rate

WRS-05AD1C00B: Multi-Degree ROADM

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Depending on the model, WaveReady EDFA amplifier features include single to multichannel WDM, tilt control, OSC, and automatic span loss control.

Amplifiers

The WaveReady WRA-1xx series are user-configurable, single-channel amplifiers that provide simple and economical C-band optical amplification for single-channel, non-gain flattened applications. These erbium doped fiber amplifiers (EDFAs) are network-ready and easily configured as booster or as pre- or inline amplifiers.

The modules work by default in constant signal-gain mode but they can be configured to constant total output-power mode. Ease-of-use and performance make the WRA-1xx series the ideal solution for access and metro optical networks.

The WaveReady WRA-2xx amplifiers are dense wavelength division multiplexing (DWDM) optical amplifiers that are completely user-configurable. These multichannel amplifiers provide a simple, economical optical amplification solution in a flexible ready-to-use package. They include an advanced gain control circuit, an efficient pump laser, and a mid-stage variable attenuator.

The WRA-2xx series can be configured as booster or as pre- or inline amplifiers. The modules work by default in constant signal gain mode but can be configured to constant total output power mode. Ease-of-use and performance make the WRA-2xx amplifiers the ideal solution for high-density metro applications. Some models include tilt support and Optical Services Channel (OSC) capability.

WRA-1xx: Single-Channel EDFA Optical Amplifiers

WRA-2xx: Multichannel EDFA Optical Amplifiers

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The WaveReady Intelligent Line Amplifiers (ILAs) are rugged, compact 1- and 2-rack unit (RU) optical amplification nodes that reduce the complexity of optical amplifier deployment, management, and operation, especially in harsh environments. Deployable as a pre-amp, post-amp, or in-line a WaveReady ILA is self-optimizing, auto adjusting, and easy to use.

These WaveReady east/west bidirectional ILAs are compact, space saving, front-access units. Requiring only one or two Rack Units of rack space for bidirectional amplification, WaveReady ILAs can reduce space requirements up to 90 percent compared to similar solutions. Front access and 300 mm rack depth allows back-to-back installation for high density deployment.

The hardened design of the 2-RU ILA supports extended operating temperature up to 65°C reducing or eliminating cooling costs. It also eliminates the need for an air filter, further reducing operating costs related to basic maintenance even in areas of poor air quality.

Key features include:

• Full C-band 88 channels at 50 GHz capacity

• 20 dBm output power

• Fully configurable constant gain of 20 to 29 dB across all channels

• Tilt control for extended amplifier cascades

• Operating temperature up to 65°C

• Automatically accommodates span loss for temperature dependent loss.

WRA-L20: ILA, Intelligent Line Amplifier with OSC

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Dispersion Compensation

Fiber Monitoring

WaveReady provides two types of dispersion-compensation modules: fiber compensation and Fiber-Bragg grating compensation.

Fiber compensation is continuous and suitable for shorter-reach applications where loss is not a critical factor.

Fiber-Bragg grating is channelized and has lower loss and is therefore more economical in longer compensation schemes (50 km and up). Fiber-Bragg compensation is also immune to high-power nonlinearities and is therefore ideal for applications where low loss or high power is required.

The BrightJack series offers a compact, modular solution for performance monitoring on optical fiber links. BrightJack enables system operators to isolate faults within the fiber plant to improve corrective action response time. BrightJack enables the monitoring of fiber health over time to address slow degradation in fiber performance before it results in unplanned service outages.

BrightJack operates independently from the client optical power and will not disrupt service should a power failure occur. Unlike Layer 2 performance monitoring solutions, which may not differentiate between equipment and fiber failure, the BrightJack monitors fiber-plant health from the central office (CO) without relying on electronics located at the far end of the link.

With interfaces for remote TL-1 or SNMP alarms over TCP/IP, visual alarms, and local telemetry alarms, the BrightJack is readily integrated into a wide variety of network management interfaces and ready to deploy right out of the box.

WRDCM and WRDCMG compensators

BJK Series Continuous Fiber Monitor

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Protection

Transceivers

The WaveReady LPR-530 path and equipment protection modules are rugged, plug-and-play, bi-directional protection switches for single mode fiber (SMF). They can be used for both equipment and fiber protection. A typical application would be the protection of multi-channel links on SMF.

The LPR-530 module continuously monitors optical power on both the primary and secondary links. If optical power on the primary link drops below a certain threshold, the module switches traffic to the secondary link in less than 15 ms.

Two switching schemes are available. Manual operation allows for on-site or remote switching from one link to the other. Automatic operation in window switching mode allows users to control both the lower and upper level switch activation points. An automatic switchback feature resets the module to its original configuration when the primary link power levels return to normal.

LPR-530 features are highly configurable to fit most any network application. Configuration, using TL1 commands or GUI, is available through a System Controller module on the WaveReady chassis.

The full line of WaveReady SFF (Small Form Factor) MSA (Multi-Source Agreement) Pluggable Transceivers have all been qualified to work with WaveReady equipment under real world conditions. They provide the wavelength agility and reduced sparing costs required by network operators.

LPR-530: Path and Equipment Protection Switch

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CWDM Passive ModulesWaveReady CWDM products support a wide variety of multiplexing solutions for single- or dual-fiber systems. Typical CWDM passive applications include: 1310/1550 nm overlay, 8-channel mux/demux or UMUX, and CWDM OSP optical add/drop.

CWDM OADMs are East- and West-facing bidirectional over two fibers. MDX models are ideal for central office (CO) or multi-tenant applications. Coyote (MDF) and Tyco (MDFT) enclosures are ideal for outdoor two-fiber ring applications.

CWDM Mux/Demux and UMUX modules are East- or West-facing mux/demux for two fibers or UMUX for a single fiber.

Optical Add/Drop Modules

Mux/Demux and UMUX

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DWDM Passive ModulesWaveReady DWDM passive products support a wide variety of multiplexing solutions for single- or dual-fiber systems. Typical DWDM passive applications include: interleaving, 1310/1550 nm overlay, 8-channel mux/demux or UMUX, DWDM OSP optical add/drop, and 40- or 88-channel DWDM multiplexer/demultiplexer systems

DWDM OADMs are East- and West-facing bidirectional over two fibers. MDX models are ideal for central office (CO) or multi-tenant applications. Coyote (MDF) and Tyco (MDFT) enclosures are ideal for outdoor two-fiber ring applications.

DWDM Mux/Demux and UMUX modules are East- or West-facing mux/demux for two fibers or UMUX for a single fiber.

Optical Add/Drop Modules

Mux/Demux and UMUX

North AmericaToll Free: 844 810 LITE (5483)

Outside North AmericaToll Free: 800 000 LITE (5483)

ChinaToll Free: 400 120 LITE (5483)

© 2017 Lumentum Operations LLCProduct specifications and descriptions in this document are subject to change without notice.

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More InformationTo learn more about the WaveReady portfolio visit www.lumentum.com/waveready or contact your local Lumentum account manager or Lumentum directly at customer.service@lumentum.com.

TrademarksTelcordia® and NEBS™ are trademarks of Telcordia Technologies, Inc. (Ericsson). IBM® and Netcool® are trademarks or registered trademarks of International Business Machines MEGASYS ™ and TELENIUM™ are registered trademarks of MegaSys Enterprises Ltd. LTD.

LGX is a trademark of OFS FITEL LLC.