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1
Table of contents

Introduction
Hardware Description
Feature Description
Photonic Line System Interworking
Network Management

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Introduction

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Introduction
Industry leading 2.4T in 1RU
Waveserver Ai leads the field with 2.4T/RU density
• Built with WaveLogic Ai coherent technology 2.4T of client 100GE + 2.4T of line capacity
• Industry leading 400G per line to minimize cost/bit Line Ports QSFP28
• Provides 200G to 400G in 100G increments and the
ability to maximize capacity for any distance
• 200G, 300G, or 400G per wavelength at 1RU
56.8Gbaud
• Key benefits Three pluggable Waveserver modules with Management
• Lower cost per bit 2 modems per module + 8x100GE clients Ports

• Lower power per bit

• Maximizes fiber capacity for any distance Most power efficient solution at 0.42 W/Gbps
• Space efficient solutions

400G 300G 200G 100G

Metro/Local Interconnect Regional Interconnect Terrestrial Long Haul Next Gen Submarine Cables
300km 1000km 5000km 12,000km

Data Center Data Center City A City B

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Introduction Power Supply
Hardware Description Units
FAN
Units

Waveserver
Control
Subsystem

Traffic Filler
Modules Access
(up to 3) Panel

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Introduction
High Level Comparison to Waveserver

Feature Waveserver Waveserver Ai Note

Modem Technology WL3e WL Ai

Chassis Design 1RU, 19” and 23” rack 1RU, 19” and 23” rack Same dimensions, but Waveserver Ai has
mountable, 600 mm depth mountable, 600 mm depth modular chassis design
Hardware Design Fixed Data path and Modular Data path and Waveserver Ai: chassis based design and
integrated Control modular Control Subsystem three traffic modules
Subsystem
Max Throughput 400G: 2x200G 2.4T: 6x400G Waveserver Ai has more line rates

Port Density (100G) 4xQSFP28 24xQSFP28 (8 per

pluggable module
Client Types 10GE, 40GE, 100GE 100GE

Typical Power ~580W (1.45W/Gbit) – fully ~1000W (0.42W/Gbit) – fully

Consumption filled filled

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Hardware Description

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Waveserver Ai
Mechanical Overview

• Modular Design (three Pluggable Modules) • Redundancy for PSU and CFU

Front view Rear view

Pluggable
Module
Power
Module
Access
Panel Waveserver Control
Subsystem
Fan Modules
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Waveserver Ai
Front View
Line Ports Client Ports Access Panel
(Fixed Optics) (QSFP28) Management Ports

Module#1 Module#2 Module#3

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Waveserver Ai Hardware Description
Rear View

Fan Modules

Power Modules

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Waveserver Ai Hardware Description
Waveserver Control Subsystem (186-1030-900)

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Waveserver Ai Hardware Description
Access Panel (186-1031-900)

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Waveserver Ai Hardware Description
Pluggable Module (186-1600-900)
• Waveserver Ai Rel.1 supports the following pluggable modules:
o 2x 400G WLAi + 8x 100GE traffic module which supports
- 2 x 400G WL Ai line port modems
- 8 x 100GE client port pluggables (QSFP28 pluggables)
- 56GBaud at 200G, 300G or 400G
o Slot filler module
- Empty slot must be equipped with slot filler to ensure proper cooling
- Alarm is raised when no filler or optical traffic module is present
• Pluggable modules LED behavior:
o Module level LED has a dual color (red/green) LED for module health
o Each Line and Client port has a tri-color yellow/red/green LED to indicate Rx
loss of signal/line optics failure
State Port level LED
State Module level LED
Off Module power off Off Port disabled or Pluggable
not present
Green Module in-service
Green Port in-service, optical
Red Module HW failed power present
Yellow Port in-service, LOS

Red Modem or Plug HW failed

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Waveserver Ai Hardware Description 200G Port Mapping
Pluggable Module Port Numbering and Client to Line port Mapping
• Pluggable Module port numbering:
o Top row - odd port numbers from 1 to 9
o Bottom row - even port numbers from 2 to 10

• Client to Line port mapping:

o 200G Port Mapping
Pluggable Module 300G Port Mapping
- Client 1,2 (port 3,4) to Line 1 (port 1)
Faceplate
- Client 5,6 (port 7,8) to Line 2 (port 2)
o 300G Port Mapping
- Client 1,2,3 (port 3,4,5) to Line 1 (port 1)
- Client 5,6,7 (port 7,8,9) to Line 2 (port 2)
o 400G Port Mapping
- Client 1,2,3,4 (port 3,4,5,6) to Line 1 (port 1) 400G Port Mapping
- Client 5,6,7,8 (port 7,8,9,10) to Line 2 (port 2)
• Mixing of line rate on the line ports of the same pluggable
module is supported (i.e. Line 1 at 200G, Line 2 at 400G
etc.)

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Waveserver Ai Hardware Description
Power Modules – AC (186-1510-900) C15 connector

• The Waveserver Ai is equipped with redundant,

field-replaceable power supply modules located at
the rear of the chassis
Characteristic AC (186-1510-900)
Ordering Code AC Power Cord Description Length (m)
Nominal operating range 100-264 V AC
NTK955EA AC Australia/New Zealand C15 A15 Cord 2.5
Minimum input voltage 100 V AC
NTK955EB AC Europe C15 A15 Cord 2.5
Maximum input voltage 264 V AC
NTK955ED AC India C15 A15 Cord 2.5
Output 12 V DC (nominal)
NTK955EH AC UK/Ireland C15 A15 Cord 2.5
Maximum input power 1200 W
NTK955EJ AC Japan C15 A15 Cord 2.5
Protection / Fuse 15A or 16A (EU) for 100-120V: 8A for 240V
NTK955EK AC North America C15 A15 Cord 2.5
LEDs Bi-color:
• Off: AC power below minimum NTK955EL AC Brazil C15 A15 Cord 2.5
• Green blinking: Power on NTK955EM AC North America C15-C14 A15 Cord 1.8
• Amber (Flashing): Power supply module
failure or on standby mode NTK955FK AC North America Right Angle C15 A15 Cord 2.5

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Waveserver Ai Hardware Description
Power Modules – DC (186-1511-900)

• The Waveserver Ai is equipped with redundant, field-replaceable

power supply modules located at the rear of the chassis

Characteristic -48 V DC (186-1511-900) Wire Max. length to power

Nominal operating range -40 V DC to -72 V DC Gauge distribution area
Minimum input voltage -40 V DC IMPERIAL
Maximum input voltage -72 V DC AWG 10 8.0 m (26 ft)
Output 12 V DC (nominal) AWG 8 12.5 m (41 ft)
Maximum input power 1200 W AWG 6 19.8 m (65 ft)
Protection Breaker size: 30A; Fuse size: 40A AWG 4 31.4 m (103 ft)

LEDs Bi-color: METRIC

• Off: No power to module 6 mm2 5 m (16 ft)
• Green: Power on
• Amber (Flashing): Power supply module failure or on standby 10 mm2 8 m (26 ft)
mode 16 mm2 13.0 m (14 ft)
25 mm2 21.0 m (69 ft)

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Waveserver Ai Hardware Description
Power Modules – LED behavior

• The Waveserver Ai Power Module has dual-color LED with the following states

LED State Status Description

Off AC below minimum AC Input is below minimum power-supply turn-on
specification
Green ─ blinking Standby mode Power supply standby output is operating within normal
parameters and main output is disabled.
Green ─ solid Power is good Power supply standby & main outputs are operating
within normal parameters and delivering power.
Yellow ─ blinking Warning condition Warning condition in power supply has been detected.
Yellow ─ solid Fault condition Fault condition in power supply has been detected.

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Waveserver Ai Hardware Description
Shelf Cooling
• The Waveserver Ai Shelf cooling consists of the following modules,
located at the rear of the chassis:
o Two Fan Modules (186-1410-900) Two fans per
o Two Power Module Fans (both power modules should always be fully inserted Fan Module
for their fans to operate). Note that the Power Module fan will operate even if
only one Power Module is powered
• The Waveserver Ai supports front-only air intake with rear-only
exhaust in an ETSI , EIA 19” or 23” or Data center 19” rack
• When a single fan in a fan unit fails, adequate cooling is maintained
provided that both Fan Modules and both Power Modules remain
seated and operational in the chassis.
• Data center operating environment:
o operating ambient relative humidity range of 5% to 85%
o operating temperature range of 0ºC to 40ºC

Power Module Fan Fan Modules Power Module Fan

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Waveserver Ai
WL Ai Interface Specifications

Parameter Value Notes

Connector Type LC
Line rate See next slide for details
Transmitter tunable wavelength spacing Flexgrid
191.3425 to 196.1075 THz with tuning precision at 0.1GHz (100
Tunable frequency
MHz or 0.0001 THz)
Transiter output power -9 (default) to +4 dBm
Receiver Type Balanced PIN Coherent Receiver
Receiver sensitivity (minimum EOL) -20 dBm (per channel) See Note 1
Receiver overload +5 dBm (per channel) and +5 dBm (total power) See Note 1
Receiver damage level +17 dBm (total power) See Note 1
Note 1: The WS Ai Line port has two optical power detectors on its Rx interface. One is for total input power (that is, the sum
total of all the wavelengths, up to 16 when, connected to the CCMD8x16 circuit pack, and amplifier noise [ASE]). Second one
for channel input power (the channel corresponds to the wavelength the transmitter is tuned to). When the WS Ai Line port is
connected to colored Photonic systems, the two WS Ai line port Rx interface detectors see similar power levels.

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Waveserver Ai
WL Ai Interface Specifications

Parameter Value Notes

Chromatic Dispersion Total dispersion compensation: Chromatic dispersion corrected by
(CD) For 200G line rate: -35000 to +226500 ps/nm Digital Signal Processor
For 300G line rate: -35000 ps/nm to +35000 ps/nm
For 400G line rate: -17500 ps/nm to +17500 ps/nm
Tx dispersion compensation:
For 200G line rate: -17500 ps/nm to +209000 ps/nm (default +16400 ps/nm)
For 300G line rate: -17500 ps/nm to +17500 ps/nm (default +16400 ps/nm)
For 400G line rate: 0 ps/nm
Rx dispersion compensation:
For 200G, 300G & 400G line rates: -17500 ps/nm to +17500 ps/nm
Polarization Mode 50 ps mean, 150 ps peak (See Note 1) Mean Differential Group Delay (DGD)
Dispersion (PMD) corrected by Digital Signal Processor–
tolerance peak is 3x mean
Polarization Line rate dependent: 2.5 dB (200G), 2 dB (300G), 1.5 dB (400G) Mean PDL (+PDG) corrected by Digital
Dependent Loss (PDL) Signal Processor - peak is 3x mean
tolerance
Full-fill reach on SMF- Depends on Reach Class Reach is segmented by license.
28
Reach is subject to Transmission
mode, Chromatic Dispersion, and other
link engineering factors.
ROADM support Up to 16 Link dependent
FEC gain TBD dB

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Feature Description

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Waveserver Ai Feature Description
Management and Operations Summary

* Automatic Private IP Addressing (APIPA), provides IPv4 link local addressing (e.g., address block
169.254.0.0/16) if a manually configured IPv4 address is not present and/or the DHCPv4 client has failed
to get an address from a DHCPv4 server.

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Waveserver Ai Feature Description NOC
Management Access & Interfaces
Operator/Technician
Web UI
MCP CLI
>_

RESTCONF
REST/HTTPS SSH
HTTPS

File Servers SSHv2 SSHv2

TLS 1.2 TLS 1.2
SFTP, SCP Network Services
Radius
DHCPv4
Management Network NTP
FTP, TFTP IPv4 DNS
Syslog

Site 1 / Group 1 Site 2 / Group 1

Member 1 Member 1

Member 2 Member 2

Member 3 Member 3

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Waveserver Ai Feature Description
Management Communications Overview
Radius DNS
DHCP
NTP

DCN
Collocated Waveservers
External DCN (10/100/1000BaseT – IPv4
(configured via DHCPv4 or manually configured)

ILAN Daisy Chain (1000BaseT/FDX)

• LLDP discovery of ILAN neighbors, group members
• Settings automatically propagated to group members
.
.
.

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Waveserver Ai Feature Description
Client port Conditioning
• Waveserver Ai supports Link State Holdoff, user provisionable times:
o From 0ms to 100ms in 10ms increments Note that the Local Fault alarm in the
Local Laser off conditioning will change in the
o From 100ms to 1000ms in 100ms increments Fault*
Next release to the correct LOS.
• Conditioning type can be provisioned globally per chassis

Conditioning Type: Ethernet (default) Conditioning

Conditioning Type:
Type: Laser off
Ethernet

Local
Fault*

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Waveserver Ai Feature Description
System Restart Options
• Waveserver Ai supports both Cold and Warm restarts
• While Cold restart is traffic affecting, Warm restart allows for software to reset without impacting services and
support for future in-service software upgrades.
• The warm restart has the following impact on the shelf:
o System Configuration
- Software and Hardware configuration prior to the warm restart is maintained and recovered while the software re-initializes.
Note: In the case of cold restart, the saved configuration is recovered and it may be different than the software and hardware configuration prior to the restart..

o DCN communications:
- If the WS connected to DCN is warm restarted, management access to this chassis is unavailable until the initialization is complete.
However, there is no impact to any Waveserver chassis on the ILAN network connected to the restarted chassis.
- Similarly, if a Waveserver in the middle of the ILAN network is warm restarted, there is no impact to other Waveservers downstream
from the rebooted Waveserver chassis
Note: During a cold restart, there is short outage to downstream Waveservers in ILAN configuration as the IAN connectivity is reset and initialized.

o Cold and Warm Restart affect on PM instances and statistics:

Parameter Warm Restart Cold Restart
PM instance Untimed bins and modem Untimed bins and modem statistics cleared
statistics persist
Line and client port statistics Values persist All values are cleared

Line Port Operational Stats. All values are cleared All values are cleared
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Waveserver Ai Feature Description
Facility Loopbacks
• Facility loopback testing is supported on the Line and Client Ports:
o An Rx loopback test forwards ingress traffic from an Rx port directly to a Tx port (i.e., toward the fiber)
o A Tx loopback test forwards egress traffic from a Tx port directly to an Rx port (i.e., back toward the Waveserver)

Rx loopbacks Tx loopbacks List of supported loopbacks:

Line ports
Tx Tx Port Rx Tx
Type Loopback Loopback
Rx Tx Rx Tx Rx Rx Rx Tx
Rx Tx
Line Yes No
Client Client
ports ports Client Yes Yes

• Loopback engineering rules

o Loopback is configured on the port PTP object and requires the administrative state to be disabled.
o Waveserver disables local signal conditioning on ptp facilities where loopbacks are enabled.
o Either Rx loopback or Tx loopback can be enabled once at a time.
o Facility loopback can be queried through CLI and REST
o Loopback is restored after system cold-restart with configuration save
o Loopback is not affected by system warm restart
o Loopback status of the port can be retrieved using the >port show port <port#> CLI command:
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Waveserver Ai Feature Description
Lamp Flash

• Lamp-flash allows you to identify a port or a Waveserver Ai box by remotely, flashing all LEDs or a
subset of LEDs for a specified amount of time.
• Using command line commands, you can enable lamp flash for the LEDs on :
o the whole chassis – both front (pluggable traffic modules, AP, pluggables) and back (power and
fan modules)
o all ports on the specific pluggable traffic module

Note: The Lamp-flash settings are not saved in the configuration file, so they are not retained on restart.

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Photonic Line System Interworking

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Waveserver Ai Network Configurations
Point-to-point

• Unprotected, No Photonics System

Optical Mux/Demux* Optical Mux/Demux*

• Unprotected, Over Photonics System

6500 6500
Photonics System* Photonics System*

Optical Mux/Demux* Optical Mux/Demux*

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Waveserver Ai Network Configurations
Point-to-Multipoint -Linear
• Unprotected, No Photonics System

CMD* CMD* CMD* CMD*

CMD* CMD*

• Unprotected, Over Photonics System

6500 6500
Photonics System* Photonics System*

CMD* CMD* CMD* CMD*

6500 6500
Photonics System* Photonics System*

CMD* CMD*

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Waveserver Ai Network Configurations
Point-to-Multipoint –Ring

• Unprotected, No Photonics System

CMD* CMD* CMD* CMD*

CMD* CMD* CMD* CMD*

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Waveserver Ai Network Configurations
Point-to-Multipoint –Ring

• Unprotected, Over Photonics System

6500 6500
Photonics System* Photonics System*

CMD* CMD* CMD* CMD*

6500 6500
Photonics System* Photonics System*

CMD* CMD* CMD* CMD*

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Protected Solution- Bharti

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Overview

• Service-Photonic Layer Interoperability (SPLI) communicates DWDM channel provisioning

information between a device (e.g., transponder or line module) and the adjacent 6500
photonic line system
• For Waveserver Ai Rel.1.0, SPLI facilitates tighter integration of its Line ports with the 6500
Rel. 12.1 photonics control functions to reduce OAM costs associated with wavelength
configuration and maintenance
• Modem provisioning is sent from Photonic line SPLI master (the 6500) to service layer SPLI
slave (the Waveserver Ai) after transmitter type is discovered by 6500.
• On Waveserver Ai SPLI is enabled by default on all line ports
• The SPLI can be disabled globally on all Waveserver Ai line ports suing the following
command:
Waveserver-Ai> spli disable
• If SPLI is disabled on the system, it can be enabled on specific ports using the following
command:
Waveserver-Ai> ptp set ptp 2/1 spli enabled

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SPLI Information Flow
Waveserver Ai to 6500 6500 to Waveserver Ai
When the discovery process completes, the The following PTP attributes of the modem
Waveserver Ai shares the transceiver are controlled by the SPLI
following information with the 6500: software:
• Transmitter type parameters: •
- Modulation scheme/transmission mode of modem; for •
example, WLAi- 56-400 •
- Platform type •
- Modem type •
• Ciena product code of the Waveserver Ai; for example, •
186-1010-900.
•
• Current transmitter frequency value
•
• Current transmitter power value
•
• Current transmitter minimum spectral width
•
• Current laser centering mode (on, off, or standby)
•
• Laser centering range
•
• Frequency resolution
•
• 3db Tx signal bandwidth
• 10db Tx signal bandwidth

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COMMS description

Comms path uses SSH connection between 6500 and Waveserver Ai, established over DCN
management network, meaning that each site requires DCN access

Datacenter 6500
WSAi
DCN Photonics

DCN port Datacenter DCN Connection (IPv4)

Waveserver Ai ILAN ports SPLI Communication between 6500 SP and

Waveserver
6500 ILAN ports

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Network Management

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 Open NBI APIs

MCP

Resource • Optical Service Management

Adapters • Network Optimization
• Online Planning
• Support for Ciena portfolio

Feature Benefits
REST API programmability, ease-of-integration,
Open Platform
extensibility.
Cloud Ready
Designed for IT-centric environments
Platform
Web-based
Improved user access and experience for lifecycle
advanced
operations across networks and services
visualization
Pre-plan services on existing Waveservers to support
On-line planning
future growth.
Full NMS Scheduled backups, event and alarm history, local
Capabilities and site redundancy

Note: For details on supported Waveserver Ai MCP features, refer to MCP CFN.
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Copyright © Ciena Corporation 2016. All rights reserved. Confidential & Proprietary. 40