Coriant 8600, 8665 Reference Manual

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8600 Smart Routers

8665 Smart Router FP7.0

Reference Manual

76.8670-40128B

14.12.2015

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Document Information

Revision History

Document No.

Date

Description of Changes

76.867040128B

14.12.2015

- Cautionary note regarding cable connections added to ch.

2.3.4 Timing Block, 2.5.3 Console Port,and2.5.4 External Alarm Interface.

- Restriction regarding maximum current usage added as a footnote to ‘Power input speciﬁcation’ row in ch. 6.1 8665 Smart Router Technical

Speciﬁcations.

76.867040128A

25.05.2015

Initial release of the document for 8665 Smart Router FP7.0.

This revision of the manual documents the following network element and the corresponding feature pack or higher.

8665 Smart Router FP7.0

If a different feature pack of 8600 products, please refer to the relevant product document program on the Tellabs and Coriant Portal by navigating to www.portal.tellabs.com > Product Documentation > Data Networking > Tellabs 8600 Smart Routers > Technical Documentation.

This manual is protected by U.S. and international copyright laws, conventions and treaties. Your right to use this manual is

subject to limitations and restrictions imposed by applicable licenses and copyright laws. Unauthorized reproduction, m odiﬁcation,

distribution, display or other use of this manual may result in criminal and civil penalties.

The speciﬁcations and information regarding the products in this manual are subject to change without notice. All statements, information, and recommendations in this manual are believed to be accurate but are presented without warranty of any kind,

express or implied. Users must take full responsibility for their application of any products.

Adobe

Reader®are registered trademarks of Adobe Systems Incorporated in the United States and/or other countries.

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Document Information

Terms and Abbreviations

Term Explanation

ASIC Application Speciﬁc Integrated Circuit

BFD Bidirectional Forwarding Detection

BGP-4 Border Gateway Protocol version 4

BMP Broadband Management Protocol. A communication protocol which is used between

8600 network elements and 8000 network manager.

BSC Base Station Controller

CAC Connection Admission Control

CCN Conﬁguration Change Notiﬁcation

CDC Control and DC Power Card

CES Circuit Emulation Service

CLI Command Line Interface

Control card The control card in the 8600 system consists of a Control and DC Power Card CDC

(used in 8630 Smart Router and 8660 Smart Router), Switching and Control Module SCM (used in 8611 Sma rt Router). In 8000 Intelligent Networ

k Manager and CLI

referred to as unit.

CPU Central Processor Unit

CSMA/CD Carrier Sense Multiple Access/Collision Dete

CU Control functionality (used in 8615 Smart Router and 8665 Smart Router)

ECMP Equal Cost Multi Path routing

EEPROM Electrically Erasable Programmable

Read Only Memory

EMC Electromagnetic Compatibility

EMI ElectroMagnetic Interference

ERM Electromagnetic Compatibility

and Radiospectrum Matters

ESMC Ethernet Synchronization Message Channel

Fan One fan in a fan module

Fan Module A module consisting of two

or more fans, the mechanics and possibly the control

electronics

FIFO First In First Out memory

FLASH Electrically erasa

ble and programmable memory type

FMC Fixed m obile convergence

FTP File Transfer Protocol

FTP Foil S hielded Tw

isted Pai r

GND Ground

GUI Graphical User Interface

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Document Information

I2C Bidirectional two-wire serial bus that provides a communication link between

integrated circuits (ICs).

IEEE Institute o f Electrical and Electronics Engineers

IP Internet Protocol

IRB Integrated Routing and Bridging

IS-IS Intermediate System to Intermed iate System (Interior Gateway Protocol)

I-TEMP Industrial Temperature Range

ITU-T International Telecommunication Union - Telecom Standardization Sector

LDP Label Distribution Protocol

LED Light-Emitting Diode

LER Label Edge Router

Line card The line card in the 8600 system consists of an Ethernet Line Card (ELC1), Interface

Module Concentrator (IFC) and up to two Interface Modules (IFMs) (used in 8630 Smart Router and 8660 Smart Router). In 8000 Intelligent Network Manager and CLI referred to as unit.

Line unit The line unit in the 8665 Smart Router is the basic building block for the element.

One line unit contains always t he trafﬁc functionality (LU) and, optionally control functionality (CU).

LU Trafﬁc functionality (used in 8615 Smart Router and 8665 Smart Router).

LU1 Line Unit in 8665 Smart Router.

LSP Label Switched Path

LSR Label Switch Router

LTE Long Term Evolution

MAC Media Access Control Sublayer of Data Link Layer

MP-BGP Multiprotocol Border Gateway Protocol

MPLS Multiprotocol Label Switching

MTU Maximum Transfer/Transmission Unit

NE Network Element

NEBS Network Equipment Building Systems

NRTL Nationally Recognized Testing Laboratory

OAM Operation, Administration and Maintenance

OSPF Open Shortest Path First

OSS Operating Support System

PCML Pseudo Current Mode Logic

PFC Power Factor Correction Circuit

PHY Physical Layer Device

PIM Power Input Module

PLL Phase Locked Loop

PPP Point-to-Point Protocol

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Document Information

PPS Pulse-per-Second

PSN Packet Switch Network

PSU Power Supply Unit

PWE3 Pseudowire Edge to Edge Emulation

PWM Pulse Width Modulation

QoS Quality of Service. A way of guaranteeing a deﬁned performance through the

network. Implementation of QoS in the network means speciﬁc bandwidth, latency, jitter and loss guarantees per each trafﬁc ﬂow.

RAN Radio Access Network

RFC Request For Comments

RIB Routing Information Base

RISC Reduced Instruction Set Computer

RNC Radio Network Controller

RSVP-TE Resource Reservation Protocol – Trafﬁc Engineering

RTC Real Time Clock

SCI Station Clock Input

SCO Station Clock Output

SDH Synchronous Digital Hierarchy

SDRAM Synchronous Dynamic Random Access Memory

SEC Synchronous Equipment Clock

SFP Small Form-Factor Pluggable. A transceiver type used in 8600 IFMs.

SM Single Mode

SNMP Simple Network Management Protocol

SONET Synchronous Optical Network

SSM Synchronization Status Messages

STM Synchronous Transfer Mode

STP Shielded Twisted Pair

SU1 Switch Unit in 866 5 Smart Router

VCCV Virtual Circuit Connectivity Veriﬁcation

VLAN Virtual LAN (Local Area Network)

VPN Virtual Private Network

VRF VPN R outing and Forwarding Table

VRRP Virtual Router Redund ancy Protocol

VSI Virtual Switching Instances

WFQ Weighted Fair Queueing

WiMAX Worldwide Interoperability for Microwave Access

WRED Weighted Random Early Detection

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Document Information

XFP 10-Gigabit Small Form-Factor Pluggable. A transceiver type used in 860 0 ELC1

line card.

Compliance Statement

Hereby, Coriant Oy declares that this product is in compliance with the essential requirements and other relevant provisions of Directive 1999/5/EC and Directive 2011/65/EU.

FCC Notiﬁcation Statement

Federal Communications Commission (FCC) Rules require that you be notiﬁed of the following:

This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonabl e protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if n ot installed and used in accordance with the instructions, may cause harmful interference to radio com m uni cations. H owever, there is no guarantee that interference w ill not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.

• Increase the separation between the equipment and the receiver.

• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

• Consult the dealer or an experienced radio/TV technician for help.

Changes or modiﬁcations not expressly approved by Coriant Operations, Inc., in writing can void the user’s authority to operate the equipment.

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Table of Contents

About This Manual............................................................................................................10

Objectives....................................................................................................................................................................... 10

Audience......................................................................................................................................................................... 10

8600 Smart Routers Technical Documentation.............................................................................................................. 10

Document Conventions.................................................................................................................................................. 13

Documentation Feedback............................................................................................................................................... 13

8600 Smart Routers Discontinued Products ..................................................................14

Safety Notes ......................................................................................................................15

Intended Purpose ............................................................................................................................................................ 15

Class 1 Laser Product ..................................................................................................................................................... 15

Jewelry Removal ............................................................................................................................................................ 16

Installation and Maintenance ......................................................................................................................................... 16

Lightning Activity .......................................................................................................................................................... 18

1 8665 Smart Router Overview......................................................................................19

1.1 Subrack ................................................................................................................................................................ 19

1.1.1 Backplane ............................................................................................................................................ 20

1.1.2 Unit Slots ............................................................................................................................................. 21

1.1.3 Cooling ................................................................................................................................................ 23

1.2 8665 Smart Router Powering .............................................................................................................................. 25

1.3 8665 Smart Router Power Consumption ............................................................................................................. 26

1.4 Synchronization ................................................................................................................................................... 27

1.5 8665 Smart Router Redundancy.......................................................................................................................... 27

1.5.1 Control Redundancy ............................................................................................................................ 27

1.5.2 Line Unit Redundancy......................................................................................................................... 28

1.5.3 Switch Unit Redundancy ..................................................................................................................... 28

1.5.4 Redundancy Terminology.................................................................................................................... 28

2 Line Unit (LU1).............................................................................................................29

2.1 Overview ............................................................................................................................................................. 29

2.2 Main Features ...................................................................................................................................................... 29

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Table of Contents

2.3 Operation ............................................................................................................................................................. 30

2.3.1 CPU Subsystem ................................................................................................................................... 30

2.3.2 NPU Subsystem ................................................................................................................................... 31

2.3.3 FPGA Subsystem ................................................................................................................................. 31

2.3.4 Timing Block ....................................................................................................................................... 31

2.3.5 Backplane Data Links.......................................................................................................................... 33

2.3.6 Power Supply....................................................................................................................................... 33

2.3.7 Test Features ........................................................................................................................................ 33

2.4 Interfaces ............................................................................................................................................................. 34

2.5 Front Panel........................................................................................................................................................... 35

2.5.1 CFP2, SFP+ and SFP Transceivers ..................................................................................................... 35

2.5.2 USB Port.............................................................................................................................................. 36

2.5.3 Console Port ........................................................................................................................................ 36

2.5.4 External Alarm Interface ..................................................................................................................... 37

2.6 LU1 LEDs............................................................................................................................................................ 38

2.6.1 LU1 Status LEDs ................................................................................................................................. 38

2.6.2 LU1 Ethernet LEDs ............................................................................................................................. 38

2.7 Cabling................................................................................................................................................................. 39

2.8 Laser Safety ......................................................................................................................................................... 39

2.9 LU1 Cooling ........................................................................................................................................................ 39

3 Switch Unit (SU1) ........................................................................................................ 40

3.1 Overview ............................................................................................................................................................. 40

3.2 Main Features ...................................................................................................................................................... 40

3.3 Operation ............................................................................................................................................................. 40

3.3.1 CPU Subsystem ................................................................................................................................... 41

3.3.2 FPGA Subsystem ................................................................................................................................. 42

3.3.3 Control Ethernet Switch ...................................................................................................................... 42

3.3.4 Backplane Data Links.......................................................................................................................... 42

3.3.5 Power Supply....................................................................................................................................... 42

3.3.6 Test Features ........................................................................................................................................ 42

3.4 Front Panel........................................................................................................................................................... 43

3.4.1 SU1 Status LEDs ................................................................................................................................. 43

4 Power Input Module .................................................................................................... 45

4.1 Overview ............................................................................................................................................................. 45

4.2 Operation ............................................................................................................................................................. 45

4.3 Front Panel and Connectors................................................................................................................................. 46

4.4 Input Fault Detection and LEDS ........................................................................................................................ 46

4.5 Cabling................................................................................................................................................................. 46

5 Pluggable Transceivers ..............................................................................................47

6 Technical Speciﬁcations............................................................................................. 48

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Table of Contents

6.1 8665 Smart Router Technical Speciﬁcations....................................................................................................... 48

6.2 LU1 Technical Speciﬁcations.............................................................................................................................. 52

6.3 SU1 Technical Speciﬁcations .............................................................................................................................. 52

6.4 8665 Smart Router DC48 Power Input Module Technical Speciﬁcations .......................................................... 53

6.5 8665 Smart Router Fan Module Technical Speciﬁcations .................................................................................. 53

6.6 Timing Block Technical Speciﬁcations ............................................................................................................... 53

End of Life Treatment ....................................................................................................... 55

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About This Manual

This section discusses the objectives and inten ded audience of this manual, 8665 Smart Router Reference M anual and consists of the following sections:

• Objectives

• Aud ience

• 8600 Smart Routers Technical Documentation

• Docu men t Conventions

• Documentation Feedback

Objectives

The goal is to describe the network element features of 8665 Smart Router.

Audience

This manual is intended for system specialists and personnel involved in network planning.

8600 Smart Routers Technical Documentation

The document numbering scheme consists of the document ID, indicated by numbers, and the document revision, indicated by a letter. The references in the Related Documentation table below are generic and include only the document ID. To make sure the references point to the latest available document versions, please refer to the relevant product document program on the Tellabs and Coriant Portal by navigating to www.portal.tellabs.com > Product Documentation & Software > Data Networking > 8600 Smart Routers > Technical Documentation.

Document Title Description

8600 Smart Routers ATMandTDMConﬁguration

Guide

(76.8600-50110)

Provides an overview of 8

600 NEs PWE3 applications, including types, Single-Segment and Multi-Segment; PWE3 Redundancy; ATM applica

tions, including PWE3 tunnelling, Trafﬁc Management, Fault Management OAM, protection a nd TDM applications as we

ll as instructions on how to conﬁgure

them with CLI.

8600 Smart Routers Boot and Mini-Applications Embedded Software Release Notes (76.8600-50108)

Provides information related to the boot and mini-applications software of 8605 Smart Router, 8607 Smart Router, 8609 Smart Router, 8611 Smart Router, 8620 Smart Router, 8630 Smart Router and 8660 Smart Router as well as the installation instructions.

8600 Smart Routers CLI Commands Manual (76.8600-50117)

Provides commands available to conﬁgure, monitor and maintain 8600 system with CLI.

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About This Manua l

Document Title Description

8600 Smart Routers Embedded Software Release Notes

8600 Smart Routers SR7.0 Embedded Software Release Notes (76.8670-50177) for the following products:

• 8602 Smart Router FP7.0

• 8609 Smart Router and 8611 Smart Router FP7.0

• 8615 Smart Router FP7.0

• 8630 Smart Router and 8660 Smart Router FP7.0

• 8665 Smart Router FP7.0

8600 Smart Routers Equipment Management Conﬁguration Guide (76.8600-50118)

Provides an overview of 8600 system HW inventory, software management, equipment protection 1+1 (CDC and SCM) as well as instructions on how to conﬁgure them with CLI.

8600 Smart Routers Ethernet Conﬁguration Guide (76. 8600-50133)

Provides an overview of 8600 system Ethernet applications, including interfaces; Ethernet forwarding (MAC Switching, Ethernet PWE3, IRB, VLAN, VPLS); Ethernet OAM; LAG; ELP as well as instructions on how to conﬁgure them with CLI.

8600 Smart Routers Smart Routers Fault Management Conﬁguration Guide (76.8600-50115)

Provides an overview of 8600 system fault management, including fault source, types and status as well as instructions on how to conﬁgure it with CLI.

8600 Smart Routers Frame Relay Conﬁguration Guide (76.8600-50120)

Provides an overview of 8600 system Frame Relay applications, including interfaces; Performance Monitoring; protection; Trafﬁc Management as well as instructions on how to conﬁgure them with CLI.

8600 Smart Routers Hardware Installation Guide (76.8600-40039)

Provides guidance on mechanical installation, cooling, grounding, powering, cabling, maintenance, commissioning and ESW downloading.

8600 Smart Routers Interface Conﬁguration Guides

The Interface Conﬁguration Guides provides an overview

of the 8600 NEs interface functions, including NE supported interface types and equipping; interface features; conﬁguratio

n options and operating modes; fault management; performance monitoring; interface conﬁguration layers and port protocol

saswellas instructions on how to conﬁgure them with CLI. The following interface conﬁguration guides are available:

• 8600 Smart Routers Network Interfaces Conﬁguration Guide (76.8600-50161) (for 8602 Smart Router, 8

615 Smart

Router and 8665 Smart Router)

• 8609 Smart Router and 8611 Smart Router FP7.

0 Interface

Conﬁguration Guide (76.8670-50179)

• 8600 Smart Routers FP7.0 Interface Conﬁgu

ration Guide (76.8670-50180) (for 8630 Smart Router and 8660 Smart Router)

8600 Smart Routers IP Forwarding and Trafﬁc Management Conﬁguration Guide (76.8600-50122)

Provides an overview of 8600 NEs IP, forwarding and trafﬁc management functionality, including: IP addressing; IP hosting (ARP, DHCP); IP routing (static); ACL; Differentiated Services (Policing, Queue Management, Shaping) as well as instructions on how to conﬁgure them with CLI.

8600 Smart Routers Management Communications Conﬁguration Guide (76.8600-50125)

Provides an overview of 8600 system management communications functions, including communication protocols: BMP; FTP; RADIUS; SNM P; SSH; TELNET as well as instructions for conﬁguring them with CLI.

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About This Manual

Document Title Description

8600 Smart Routers Mobile Optimization Conﬁguration Guide (76.8600-50100)

Provides an overview of 8600 system Mobile Optimization applications as well as instructions on how to conﬁgure them with CLI.

8600 Smart Routers MPLS Applications Conﬁguration Guide (76.8600-50123)

Provides an overview of 8600 NEs MPLS applications (including FRR (one-to-one and facility backup); LDP; protection and Trafﬁc Engineering), MPLS-TP applications (including OAM, linear protection), S-MPLS applications as well as instructions on how to conﬁgure them with CLI.

8600 Smart Routers Performance Counters Reference Guide (76.8600-50143)

Provides an overview of 8600 system supported performance counters.

8600 Smart Routers Reference Manuals

The reference manuals describe the 8600 network element features including:

• NE enclosure, baseboard, power supply modules, and interfaces in 8602 Smart Router FP7.0 Reference Manual (76.8670-40130)

• NE enclosure, baseboard, power supply modules, interfaces and physical LM types in 8609 Smart Router FP7.0 Reference Manual

• NE enclosure, baseboard, power supply modules, SCMs, HM and LM types in 8611 Smart Router FP7.0 Reference M anual

• NE enclosure, baseboard, power supply modules, and interfaces in 8615 Smart Router FP7.0 Reference M anual (76.8670-40132)

• NE subrack, fan modules, CDCs, line cards and IFMs in 8630 Smart Router FP7.0 Reference Manual

• NE subrack, fan modules, CDCs, line cards and IFMs in 8660 Smart Router FP7.0 Reference Manual

• NE subrack, fan modules, line unit and switch unit in 8665 Smart Router FP7.0 Reference Manual (76.8670-40128)

8600 Smart Routers Routing Protocols Conﬁguration Guide (76.8600-50121)

Provides an overview of 8600 NEs routing protocols, including BFD; BGP; BGP MP; ECMP; IS-IS; OSPF and VRRP as well as instructions on how to conﬁgure them with CLI.

8600 Smart Routers Scalability Reference Manual (76.8600-50160)

Provide a summary of tested scalability limits of the 8600 Smart Routers.

8600 Smart Routers SNMP MIB Support (76.8600-50116)

Describes SNMP MIB support by the 8600 NEs and

provides information on the supported objects a nd traps. For further information on SNMP MIBs, see the related RF

Cs.

8600 Smart Routers Statistic Counters Reference Guide (76.8600-50142)

Provides an overview of 8600 system supported statistic counters.

8600 Smart Routers Synchronization Conﬁguration Guide (76.8600-50114)

Provides an overview of 8600 NEs synchronization functionality, including physical layer F requency Synchronization (SEC, EEC); PTP Frequency Synchronization; Phase-Time Synchronization (L2 and L3 applications) as well as instructions on how to conﬁgure them w ith CLI.

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About This Manua l

Document Title Description

8600 Smart Routers Test and Measurement Conﬁguration Guide (76.8600-50124)

Provides an overview of 8600 NEs measurement and connectivity veriﬁcation tools, including Ethernet loopback; IP ping and traceroute; MAC swap loopback; MPLS ping and traceroute; PLT; PWE3 loopback; VCCV (BFD, LSP ping) as well as instructions on how to conﬁgure them with CLI.

8600 Smart Routers VPNs Conﬁguration Guide (76.8600-50128)

Provides an overview of 8600 system virtual private network (VPN) layer 3 applications as well as instructions on how to conﬁgure them w ith CLI.

8000 Intelligent Network Manager Online Help

Provides instructions on how different operations are performed with the 8000 Intelligent Network Manager. Describes also different parameters and controls of the 8000 Intelligent Network Manager dialogs and windows. Note that the Online Help is not available on the Portal but it is incorporated in the 8000 Intelligent Network Manager.

Document Conventions

This is a note symbol. It emphasizes or supplements information in the do

cument.

This is a caution symbol. It indicates that damage to equipment is possible if the instructions are not followed.

This is a warning symbol. It indicates that bodily injury is possible if the instructions are not followed.

Documentation Feedback

Please contact us to suggest improvements or to report errors in our documentation:

Email: ﬁ[email protected]

Page 14

8600 Smart Routers Discontinued Products

8600 Smart Routers Manufacture Discontinued (MD) notiﬁcations are available on the Tellabs and Coriant Portal, www.portal.tellabs.com > Product Documentation & Software > Data Networking > [8600 Smart Routers product name] > Product Notiﬁcations.

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Safety Notes

This chapter lists safety notes and their translations for 8600 network elements.

Intended Purpose

The equipment shall be used only fo r its intended purpose.

Das Gerät soll nur für den vorgesehen Einsatzzweck verwendet werden.

CAUTION: Do not insert an RJ-11 (telephone) plug into Ethernet or

E1/T1 ports. Equipment damage may result. ACHTUNG: Stecken Sie keine RJ-11 (Telefon) Stecker in die Ethern

et oder E1/T1 Anschlüsse

da dieses zu einer Beschädigung des Gerätes führen kann.

CAUTION: Do not climb on or stand on the 8600 network element. Neither the network element nor its enclosure is designed to support the weight of a person. ACHTUNG: Ste igen Sie oder stellen Sie sich nicht auf das 8600 Netzwerk Eleme nt. Weder des Netzwerk Element noch da s Gehäuse sind dafür ausgelegt worden das Gewicht einer Person zu tragen.

Class 1 Laser Product

Class 1 laser product. Laserprodukt der Klasse 1.

WARNING: No other types of lasers can be used than supplied an d approved by Coriant. If other types are used, th

e laser class and compliance to laser safety and EMC standards must be checked. WARNUNG: Verwenden Sie

keine anderen als die von Corian t gelieferten und zugelassenen Lasertypen. Falls Sie andere Typen verwenden, müs sen die Laserklasse und die Einhaltung von Laser sicherheits-

undEMV-Normengeprüftwerden.

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Safety N otes

WARNING: Install only l asers that have been demonstrated to meet Class 1 eye safe levels by a Nationally recognized Authority such as The Food and Drug administration's 21CFR1040 Laser Energy Source, UL 60950-1 Information Technology equipment and European norms EN60950-1, EN60825-1 and EN60825-2. Failure to use laser transceivers which meet these standards could result in eye damage to users or service personnel working around the equipment. WARNUNG: Installieren Sie nur Laser der Klasse 1 die die Augenschutz Richtlinien der staatlich anerkannten Organisationen wie z.B. The Food and Drug administration’s 21CFR1040 Laser Energy Source, UL 60950-1 Information Technology equipment oder die Europa Normen EN60950-1, EN60825-1 un d EN60825-2 erfüllen. Laser die diese Standards nichterfüllenkönnenzuVerletzungenanAugendesBenutzersunddesServicePersonals das in der Nähe der Geräte arbeitet führen.

WARNING: Optic operation should be veriﬁed by observing the status LEDs. Do not look into the laser or ﬁber to verify operation. WARNUNG: Überprüfen Sie die Funktionstüchtigkeit der Optischen Einheit anhand der Status LED. Schauen Sie nie in den Laser oder die Glasfaser um die Funktion zu prüfen.

WARNING: Because invisible radiation may be emitted from the aperture of the port when no ﬁber cable is connected, avoid exposure to radiation and do not stare into open apertures. WARNUNG: Aus der Stecker Öffnung können unsichtbare Strahlen emittieren wenn kein Glasfaserkabel angeschlossen ist. Vermeiden Sie es sich den Strahlungen auszusetzen und starren Sie nicht in die Öffnungen.

Jewelry Removal

WARNING: Before working on equipment that is connected to power source, remove jewelry (including rings, necklaces, and watches). Metal objects will heat up when connected to power and ground and can cause serious burns or weld the metal object to the terminals. WARNUNG: Bevor Sie an Geräten arbeiten die an eine Spannungsversorgung angeschlossen sind, entfernen Sie all Ihren Schmuck (einschließlich Ringe, Ketten und Uhren). Metallobjekte erhitzen sich wenn sie einen Kurzschluss zwischen Spannungsversorgung und Masse/Erdung verursachen. Dieses kann zu schweren Verbrennungen führen oder das Anschweißen an die Anschlussklemmen zur Folge haben.

Installation and Maintenance

WARNING: This equipment is to be installed and maintained by qualiﬁed service personnel only. WARNUNG: Dieses Gerät darf nur von qualiﬁziertem Fach- oder Servicepersonal installiert oder gewartet werden.

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Safety Notes

CAUTION: Electrical interfaces may require external protection devices to safeguard against overvoltages, transients, earth potential differences and/or power cross-contacts. ACHTUNG: Elektrische Anschlü sse benötigen evtl. externe Schutzs chaltungen um sie vor Überspannung, Einschaltspitzen, Erdpotentialunterschieden und/oder Fremdspannungsüberlagerung zu schützen.

CAUTION: While handling the modules (Interface Modules, Line Modules, High Speed Modules, SCM, CDC, Line Cards, Power Modules, Power Input Modules and Fan Modules) of the 8600 network elements, always take care of proper handling, e.g. do not bend or twist the modules, do not touch the components on the modules, take care of good ESD working practices, do not use excessive force while inserting or removing the modules, do not drop the modules. ACHTUNG: Achten Sie darauf, dass Sie mit den Modulen (Schnittstellenmodulen, Netzmodulen, Hochgeschwindigkeits-Netzmodulen, SCM, CDC, Netzkarten, Netzteilmodulen, Netzeingangsmodulen und Lüftermodu le n) der 8600-Netzwerkelemente sorgsam umgehen und diese nicht verbiegen oder verdrehen. Berühren Sie nicht die Bauteile auf den Modulen. Wenden Sie beim Ein- oder Ausbauen der Module keine übermäßige Kraft an und lassen Sie die Module nicht fallen. Beachten Sie außerdem die Arbeitsrichtlinien im Zusammenhang mit elektrostatischer Entladung.

WARNING: For US usage: this equipment must only be used with a Nat

ionally Recognized Testing Laboratory (NRTL) approved power supply. WARNUNG: Für den Gebrauch in den USA: Dieses Gerät darf nur m it ei

ner von einer national

anerkannten Test Einrichtung (NTRL) zugelassenen Spannungsversorgung betrieben werden.

WARNING: Read the installation instructions before you connect the system to its power source. WARNUNG: Lesen Sie d ie Installationsanweisungen bevor Sie das System an die Spannungsversorgung anschließen.

WARNING: When installing or performing maintenance on the equipment, the ground connection must always be made ﬁrst. Never operate or maintain an ungrounded e quipment. WARNUNG: Bei der Installation oder b ei Wartungsarbeiten am Gerät muss die Masse/Erdung immer als erstes angeschlossen werde n. Betreiben Sie oder arbeiten Sie niemals an einem Gerät das nicht geerdet ist.

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Safety N otes

Lightning Activity

WARNING: Do not work on the system or connect or disconnect cables during periods of lightning activity. WARNUNG: A rbeiten Sie während eines Gewitters mit Blitzschlag nicht an dem Gerät oder schließen Sie auch keine Kabel an bzw. trennen Sie keine ab.

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1 8665 Smart Router Overview

1 8 665 Smart Router Overview

8665 Smart Router is a cost efﬁcient, 900 Gbp/s full duplex IP/MPLS router for pure packet networks providing Ethernet interfaces from 1 to 100 Gbp/s. It is designed to be deployed in medium-sized aggregation and large mobile macro sites as well as controller and S-GW sites in technically advanced all-IP networks. It provides the ﬂexibili ty and capabilities to serve all-IP mobile and ﬁxed networks inc lud ing applications ranging from traditional consumer, enterprise and machine-to-machine connectivity to cloud networking needs. It has the interface density, throughput and cost effectiveness to meet the needs of fast growing data services while maintaining high quality for low latency voice trafﬁc.

1.1 Subrack

The 8665 Smart Router subrack can be installed into 600 mm deep 19” rack. The outer dim ensions ofthesubrackare445mm/17.51inx666mm/26.22inx445mm/17.51in(wxhxd),thewidth with the integrated side adapter front ﬂange is 483 mm/19.01 in.

The 8665 Smart Router is 15U high and designed for front to back airﬂow installations. The 8665 Smart Router subrack allows the subrack and backplane serial num bers to be read by the software from an EEPROM device, thereby making them visible on 8000 Intelligent Network Manager and CLI.

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1 8665 Smart Router Overview

Fig. 1 Equipped 8665 Smart Router Subrack

1.1.1 Backplane

8665 Smart Router uses a dual backplane architecture, which allows that all the cards are accessible from the front panel. The backside of the subrack has a metal cover and all the interface connectors are located on the front side. The signal backplane itself is passive and only provides connectors and signal paths for high speed data packet transfer. Power distribution and low speed signaling among the cards is handled by a separate backplane. The power backplane contains some passive components for line termination, signal integrity purposes and the identiﬁcation EEPROM.

The backplane data transmission architecture is based on differential signals in which the switch cards are the center points for a dual star topology in a redundant conﬁguration. There is also a separate internal communication dual star bus topology between the units in the NE. This separate control bus assures that the NE internal control is not lost even if the forwarding plane network processors have problems. The other buses are power, synchronization (clock), fan module co ntrol and unit presence busses.

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1 8665 Smart Router Overview

1.1.2 Unit Slots

There are 8 slots in 8665 Smart Router, of which 6 (slots 2...4 on the left side and slots 11...13 on the right side) are available for the line units with user trafﬁc interfaces. The central slot, divided into two slots (7 and 8) is reserved for the two switch units, SU1s.

At least one SU1 must be installed into one of the switch slots for the 8665 Smart Router t o be operational. Equipping the second slot with an SU 1 is highly recommended, although the need for it depends on protection requirements. All units are hot-removable and hot-insertable.

Besides the physical slots, logical slots 1 and 14 are reserved for the control functionality running on the line units. Refer to chapter Control Functionality (CU) for more information.

Fig. 2 8665 Smart Rou ter Slot Distribution

8665 Smart Router Line Unit (LU1)

8665 Smart Router line unit LU1 has the following interfaces:

• 1x100GE (CPF2) + 24x1/10GE ( SFP+/SFP) with two user selectable op erating modes:

• 1x100G E (CPF2) + 14x1 /10 GE (SFP+/SFP)

• 24x1/1 0GE SFP+/SFP

LU1 contains the following f unction al features:

• High sp eed data links with the switch unit

• Line interfaces

• Local power supply

• CPU for control plane processing

• Network processor for packet processing

• Timing interfaces and stable OCXO clock

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1 8665 Smart Router Overview

LU1 Features

Feature

LU1 Support

Throughput capacity 130 Gbps/s with one

operational SU1 200 Gbps/s w ith two operational SU1s

IPv4 routing Supported

MPLS switching Supported

Forwarding

Ethernet MAC switching Supported

IP VPN

Supported

Services

Pseudowire attachment circuits Supported

7DiffServtrafﬁc classes (EF, AF, BE, CS) Supported

7 queues per port

Supported

VLAN queuing Supported

Ingress packet policers Supported

RED/WRED queue management Supported

Tail drop queue management Supported

Strict priority and WFQ scheduling Supported

Egress port queue shaping

—

Trafﬁc management

VLAN shaping Supported

Synchronization Synchronous Ethernet Supported

Ethernet Link Protection (ELP) Supported

[IEEE 802.1AX] Ethernet link aggregation (intra-IFM) (LAG)

Supported

Equal Cost Multipath (ECMP) Supported

Fast Reroute (FRR)

—

Virtual Router Redundancy Protocol (VRRP) Supported

Protection

Ethernet Pseudowire redundancy Supported

Port and layer 2 protocol statistics Supported

IP a

nd MPLS statistics

—

Statistics

VLAN statistics Supported

OAM

[IEEE 802.1ag]/[Y.1731] Ethernet OAM Supported

L3/L4 access lists SupportedMiscellaneous

Power consumption measurement Supported

Control Functionality (CU)

The control functionality (CU) in 8665 Smart Router is run on one or two line units, depending on the required level of redundancy and the am ou nt of units present in the network element. Note that the CU on the line units is a completely separate running protected process.

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1 8665 Smart Router Overview

Currently, the control functionality can be run only on the line units in slots 2 an d 13, respectively the leftmost and rightmost line units in the network element. When both units in slots 2 and 13 are installed, the network element is fully redundant.

Note that the timing a nd alarm interfaces should be only used from slots 2 and 13.

Control Plane Functionality Inside an LU1 Via CU

Feature

Control plane functionality

CPU cores

8 (Dual threaded 16)

Operating frequency

1666 MHz

Memory speed 1800 MHz (DDR3)

Cache memory 32K L1 I+D cache per core,

4M L2 cache in two clusters, 1M L3 cache shared

CPU

Routing memory (RIB) Approximately 3200 MB

Management Ethernet port One of the normal trafﬁc interfaces

Serial console port Supported

Interfaces

Pulse per second (PPS) interface Supported

SD card Supported

Timing Integrated timing control functions

in baseboard

8665 Smart Router Switch Unit (SU1)

8665 Smart Router switch unit SU1 is used for packet switching inside the network element. SU1 has two separate switches. The main data plane switch, which has a capacity of 900 Gbps, and a separate control plane switch with a c

apacity of 90 Gbps. Although almost full data plane capacity can be reached with one SU1, it is strongly recommended to use two SU1s in a redundant conﬁguration, as the trafﬁc load will be shared between the two SU1s to enhance throughput and latency

SU1 contains the followi

ng functional features:

• High speed data links with all line units

• Local power supply

• CPU for local mana

gement

• Packet based Switch Fabric

• Node control packet switch

1.1.3 Cooling

8665 Smart Router has three hot sw appab le fan modules.

When there is only one SU1, packet header terminations and additions, packet size and other facto rs affect the throughput.

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1 8665 Smart Router Overview

8665 Smart Router is a forced convection-cooled equipment. Fresh air is taken from the bottom-front of the subrack and funneled through the units and the outlet air is led to the top-back. Forced cooling is needed to dissipate the generated heat load and to maintain the components within their o per a ting lim i ts.

Three fan modules, located below the card shelf, blow air through the units. O ne module consists of three parallel fans. If one of the fans fails, the other eight will maintain adequate cooling for a limited time.

The control functionality on LU1 monitors and controls the equipment temperature by adjusting the fan rotation speed via the backplane. The rotation speed control of the fans is based on the temperature values measured from the components on the units in the NE. The 8665 Smart R o uter fan module supports 16-step fan speed control. At start-up the fans are runningatfullspeeduntilthe equipment is booted up and able to monitor the card temperatures. The operating temperature of a unit measured by any sensor is targeted to be below +67° C/+152.6° F. I f any sensor exceeds that value, the rotation speed of the fanswillbeadjustedtomaintainit.

There are several temperature measuring sensors on the line unit and switch unit. Some of them measure the internal temperature of the components, while others measure the line unit temperatures in different locations. Each sensor has its own threshold for hig h temperature warning and critical temperature alarms. A high temperature warning is raised when the measured sensor temperature exceeds its time-conditional threshold for over 15 minutes and immediately when the high unconditional threshold is exceeded. The high te m perature warning indicates that the operating ambient temperature is high and about to exceed the allowed operating range. If the warning occurs and the equipment is not used in high ambient t emp e ratu re, it may be advisable to change the air ﬁlter and check that there are no obstacles preventing smooth air ﬂow. When operating at sea level and the air ﬁlter is clean, this warning will occur at ambient near +45° C/+113° F.

If the data plane switch component temperature is exceeded the data forwarding for that SU1 is disabled to cool down the unit, but the SU1 will still switch the N E internal communication to protect the NE internal communication integrity.

LU1 will go to power-save mode, if the critical time-conditional threshold is exceeded for over 15 minutes or immediately, if the unconditional threshold is exceeded. LU1 will stay in power-save mode for about 8-9 minutes before it checks if the conditions are acceptable.

LU1 Temperature Warning and Alar

m Thresholds

Sensor Name

High TimeConditional Threshold

High Unconditional Threshold

Critical TimeConditional Threshold

Critical Unconditional Threshold

NPU

81° C (177.8° F) 90° C (194° F) 90° C (194° F) 100° C (212° F)

CPU

81° C (177.8° F) 90° C (194° F) 90° C (194° F) 100° C (212° F)

8665 Smart Router Fan

Modules and Their Operating Voltages

8665 Smart Router fan module Operating voltage is the 48 Vdc battery voltage, fed to fan modules

via the power input modules and the backplane.

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1 8665 Smart Router Overview

Air Filtering

The air ﬁlter prevents dust from entering the subrack and keeps the cards clean in order to maintain adequate cooling. The air ﬁlter is located in front of the fan modules in 8665 Smart Router subrack. All empty unit slots must be shielded with a cover plate to enhance cooling, prevent EMC emissions and dust entering the subrack.

The fan modules and air ﬁlter can be replaced on the ﬂy without disturbing the data trafﬁc through the NE. Refer to the 8600 Smart Routers Hardware Installation Guide for detailed instructions.

Fan Module

One fan module has three brushless fans, three fan dri ve circuits and a com mon control logic including a watchdog. Fuses protect the input against over-current, similarly the fan drive circui ts have short circuit protection and limited output current in case of a fan failure. The control functionality (CU) is able to control and monitor the operation of the fan module. If the CU fails to control the module, the watchdog will set the fan speed to the maximum.

There is one LEDs on the front edge of the fan module.

LED Name

Color States

Power

GREEN

ON when module power is OK and a ll fans rotating. OFF otherwise.

Fig. 3 8665 Smart Router Fan Module

1.2 8665 Smart Router P

owering

The 8665 Smart Router can be powered with a power input module PIM with support for -48 Vdc nominal input voltage.

The NE has two s lots for PIMs. Redundant power feeding is achieved by installing a PIM in both power module slots.

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1 8665 Smart Router Overview

1.3 8665 Smart Router Power Consumption

The typical and maximum power consumption values of the 8665 Smart Router units and modules are deﬁned in the 6 Technical Speciﬁcations. These values are stored on the non-volatile memories, EEPROMs, of the units and modules. An estimation of the power consumption of a particular NE installation is calculated as a sum of all the units and m odules in the network element.

The network element software automatically calculates the sum of the power consumption values from the EEPROMs of the installed units and modules in the network element. The software then compares the power consumption sum w ith the maximum permissible power consumption or cooling capacity (smaller value used by software) for the network element. If the maximum permissible power is exceeded, an alarm will be raised and no new units will be accepted into the hw-inventory and thus the usage of the units will no t be allowed. Currently no such conﬁgurations exist for 8665 Smart Router.

The factors affecting the power consumption are e.g.:

• Equipping and conﬁguration (and SFPs)

• Activity level of the product

• Supply voltage, both battery voltage and the actual oper ational voltages of the integrated circ ui ts

• Temperature, air ﬂow, altitude and other environmental factors

• Different manufacturer’s integrated circuits for the same purpose

• Aging of components

Coriant has measured and evaluated the power consumptions of the cards and the power capability of the NEs and adjusted the element software in a way that only reliable installations are allowed by the software.

The software calculates from the EEPROMs:

• The sum of averages of the typical and maximum power consumption values for modules and cards in LU1 and SU1 in 8665 Smart Router,

• The sum of maximum power consumption values of the Fan Modules,

• For power input modules (PIM), add the average of the typical an d maximum power co nsum ptions of PIM to the NE power consumption sum only once, even though there are two PIMs in the NE.

Power consumption values of the network elements are needed for different purposes in central ofﬁces and other telecommunications sites. To properly dimension systems and resources to support the network elements in a sufﬁcient but economically feasible way, the users of the 8600 products may consider for what purpose they need the power consumption values and decide which value they want to use for which purpose. The sum of typical power consumption values of the cards and modules populated in the NE presents the typical power consumption o f the NE in most o f the cases. The way the element software calculates the po wer consumption of the NE (described above) is a good value fo r the maximum power consum pt ion with quite high probability. The sum of the maximum power consumption values of the cards and modules is the theoretical absolute maximum power consumption value for the NE, which should never realize with 8665 Smart Router.

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1 8665 Smart Router Overview

While dimensioning different things at the central ofﬁces and other telecommunications sites, the information about the power consumption of the NE or the current drawn by the NE may be needed. Cooling of the telecommunications site might be a good example for the former case and dimensioning of the cables and circuit breakers for the latter. The maximum current for the N E can be calculated by dividing the suitable evaluated maximum power consumption of the NE for the purpose by the lowest speciﬁed battery voltage for the NE.

1.4 Synchronization

8665 Smart Router has a common timing generator. It is especially needed when synchronous Ethernet interfaces are in use. The generator is located on every LU1, and the timing reference signals are distributed to every unit in the NE via the backplane.

The Timing Module provides a Synchronous Equipment Clock (SEC) or Stratum 3 generator complying with the relevant requirements. Typically, the NE is synchronized with a clock derived from any of the following input signals:

• LU1 interfaces: 10GBASE-R and 1000BASE-X

• Station Clock Input signal (E1/DS1)

• Station Clock Input clock (E1 G.703 2048 kHz)

For details of the synchronization functionality please refer to 8600 Smart Routers Synchronization Conﬁguration Guide.

The selected reference signal mu st be originated from an equip men t having, at least, the SEC quality clock, that is, the reference signal quality must be as deﬁned in [ETS 300 462-3] and [EN 300 462-5-1] or [GR-253-CORE]. This means, for instance, that a 2048 kHz signal which complies with [G.703] jitter and wander requirements may not be used as a reference.

When 8665 Smart Router is equipped with one LU1, the NE has one station clock interface (SCI), i.e. one input and one ou tpu t port. With a redundant conﬁguration both ports are duplicated and 1+1 protection is provided. The protecting port has a common parameter set with the protected port. Both LU1 drive th eir own station clock output (SCO) port separately.

1.5 8665 Smart Router Redundancy

1.5.1 Control Redundancy

8665 Smart Rou ter can provide protection via the control functionality (CU). When two equal LU1 are installed in slots 2 and 13, 1+1 protection is provided for the NE control functionality and for synchronization, if present in the line unit. At the same time, the power feed functionality utilizes a protection where the input with a higher volt age feeds the NE. A criti cal failure in the active LU1, where the CU is running, will trigger an automatic switchover to a redundant LU1. On the other hand, a failure in the NE power distribution will not cause a switchover because the DC inputs are shared continuously.

8665 Smart Ro

uter LU1 does not have a dedicated MFE (Management Fast Ethernet) port, instead any available Ethernet port can be used as management interface. If this port needs to be protected, ELPshouldbeusedtoprotectit.

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1 8665 Smart Router Overview

1.5.2 Line Unit Redu ndancy

Ethernet Link Protection (ELP) or [IEEE 802.1AX] Ethernet Link Aggregation (LAG) are applied for protecting E thernet physical interfaces. For more information see 8600 Smart Routers Ethernet Conﬁguration Guide.

1.5.3 Switch Unit Redundancy

8665 Smart Router provides two slots for the switch units. With one switch unit th e network element is not redundant in terms of trafﬁc switching. With two switch units the network element is fully redundant on the data and control plane switching. Also trafﬁcisloadsharedtobothswitchunitsto enhance the QoS behavior and reduce switchover time in case of failure.

1.5.4 Redundancy Termino logy

The following terminology is used in connection with redundancy.

Static terms:

• Wo rkin g refers to the card with the higher slot numbe r.

• Protecting refers to the card with the lower slot num b er.

Dynamic terms:

• Active refers to the card or interface actually doing its task.

• Passive refers to the card or interface that is not currently in performance.

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2 Line Unit (LU1)

2LineUnit(LU1)

2.1 Overview

LU1 is a single-slot unit designed for network s requiring high switching capacity and multiple high speed Ethernet interfaces for enabling smooth technology and capacity migration driven by HSPA and LTE growth. The main applications of LU1 are MPLS trunking over the 10/100-Gigabit Ethernet links in mesh or ring topology, and IP or IP VPN service endpoint, for example a t the RNC site.

LU1 combines 130 Gbp/s with a single operational SU1 and 200 Gbp/s with two operational SU1s switching capacity, and two operating modes with the following port conﬁguration options at wire speed:

• 1x100GBASE-R (CFP2) + 14x1/10GBASE-R (SFP+/SFP)

• 24x100 0BA SE-X/10GBA SE-R (SFP+/SFP)

As not all the ports can be used at the same time, one of the supported modes has to be selected. For more information on the operating modes, see chapter 2.4 Interfaces.

As all the other 8600 cards, LU1 is hot-swappable.

The maximum conﬁguration of six LU1 can be achieved either with one or two 8665 Smart Router DC48 power input modules in the 8665 Smart Router subrack.

Each LU1 h as a direct connection via the b ackplane to both switch units in 8665 Smart Router.

2.2 Main Features

• CPU subsystem

• SD-card for application software, ﬁeld upgrade possible

• Layer 2 and layer 3 packet switching, packet forwarding, packet ﬁltering and trafﬁc management functions (NPU subsystems)

• High speed backplane data links with swi tch units

• Four LEDs showing card status

• External alarm and timing i nterfaces

• Operation voltage monitoring and card temperature measurement

• I2C bus for accessing devices such as EEPR OMs, A/D converters and temperature sensors

• Serial EEPROM for the factory parameters

• Reference and equipment clock (SEC) selector and monitoring

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2 Line Unit (LU1)

2.3 Operation

The function of LU1 is to perform layer 2 and layer 3 packet switching, packet forwarding, packet ﬁltering and trafﬁc management functions. The CPU subsystem is used to control LU1 functionality.

The ﬁgure below p resents the LU1 functional block diagram.

Fig. 4 LU1 Block Diagram

2.3.1 CPU Subsystem

The CPU subsystem uses a high performance 64-bit RISC processor with the following memories:

• DDR3 DRAM

• Application FLASH (SD-memory card)

•BootFLASH

The application software is stored in FLASH memory. Thus, it is possible to update the software on the ﬁeld when new software feature packs become available. Similarly, the card and interface parametersarestoredinFLASH,sothosearerestoredafterreset.

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2 Line Unit (LU1)

PLD

Various system control functions are embedded in H EP PLD.

I2C

I2C bus and switches are used for accessing devices such as EEPROMs, A/D converters and temperature sensors.

RTC

The real time clock has backup for short power breaks. The time is kept for at least 20 hours (at 20º C/68º F).

A/D Converter

There is an analog-to-digi tal converter o n the baseboar d. It is used for measuring and monitoring operating voltages and temperatures.

Asynchronous RS-232 Serial Interface

The asynchronous serial interface is used for local management connections.

External Alarm Interface

There is one dedicated general alarm output. There are also four alarm inputs.

2.3.2 NPU Subsystem

The NPU subsystem performs layer 2 and layer 3 packet switching, p acket forwarding, packet ﬁltering and trafﬁc managem ent functions. For data buffering and o ther functions, the NPU uses DDR3 as well as TCAM memories.

2.3.3 FPGA Subsystem

The FPGA subsystem implements the timing l ogi c for the timing block and many miscellaneous control functions.

2.3.4 Timing Block

The timing block is a Network Element Clock generator with a station clock interface. The station clock interface supports a [G.703] 2048 kHz synchronization interface or an interface w ith Synchronization Status M essages.

The 8600 Smart Routers Network Element Clock complies with SEC [G.813] and Stratum 3 generator [GR-1244-CORE]. The functional modelling is speciﬁed in [ETS 300 417-6-1] and [G.781].

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2 Line Unit (LU1)

The timing block has the followin g main functional elements:

• Temperature compensated SEC/Stratum 3+ oscillator with PLL and holdover logic

• Station clock interface with PLL and framer

• Reference clock selection logic

• Clo ck monitoring logic

The Network Element Clock is distributed via the backplane to each line unit where the interfaces supporting synchronization via Synchronous Ethernet may use it as a Tx reference. In the opposite direction, the recovered line clock can be transferred to the timing block and, depending on the conﬁguration, the Network Element Clock is able to use it as a reference. The monitoring logic takes care that the selected reference clock is valid. It also monitors the operation of both PLL and other available reference clocks set on the fallback list (contains clock sources/priority order selected by the user). If a l l the clock sources fail, the Network Element Clock will enter into holdover mode and maintain the frequency and phase drift within the speciﬁed limits.

The station clock input/output interface is on the front plate of the timing block. Depending on the user needs, either coaxial or differential cabling can be used w ith a corresponding connector, i.e. SMB or RJ-48c. The front panel has also the Time of Day and Pulse Per Second (PPS) interfaces in an RJ-45 connector. The Time of Day and PPS interfaces use a point-to-point ITU-T V.11 interface.

Fig. 5 8665 Smart Router Timing Front Panel Connectors

The port m ust be connected to the same type of port with proper cable, otherwise network element functionality may be affected or p hysical damage may occur. Long cables should be terminated properly to reduce interference.

Station Clock Interface Signals of RJ-48c, Female 8 Pins

Pin #

Description

Input A-wire (ring)

Input B-wire (tip)

Not connected

Output A-wire (ring)

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2 Line Unit (LU1)

Pin #

Description

Output B-wire (tip)

Not connected

Pulse per Second and Time of Day InterfaceSignalsofRJ-45,Female8Pins

Pin #

Description

Pulse per second cable compensation negative, RS-422 level signal

Pulse per second cable compensation positive, RS-422 level signal

Pulse per second negative, RS-422 level signal

Ground

Pulse per second positive, RS-422 level signal

Time of Day negative, RS-422 level signal

Time of Day positive, RS-422 level signal

2.3.5 Backplane Data Links

Near End Unit Remote End Unit Remote Device Raw Bandwidth

LU1 SU1

Switch Fabric FPGA 130 Gbp/s with one

operational SU1 200 Gbp/s with two operational SU1s

LU1 SU1

Control ethernet switch 10 Gbp/s

2.3.6 Power Supply

LU1 contains an integrated power supply (DC/DC converters) on board. It generates all the voltages needed within different blocks. The input voltage is fed by either of the PIMs (redundancy with two PIMs). The generated output voltages are galvanically isolated from the battery voltage. LU1 also has polarity protection for input voltages.

2.3.7 Test Features

During boot-up, LU1 performs self tests to verify that the system operational status is nominal.

During norm al operation, the CPU monitors the following:

• LU1 operating voltages

• Temperature inside LU1

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2 Line Unit (LU1)

• Mem ory access (DRAMs, FLASH memories)

• Performance of high speed data links with other cards

LU1 has a watchdog to reset itself in case of a fatal failure in the CPU subsystem.

2.4 Interfaces

LU1 provides two different interface conﬁgurations:

• 1x100GBASE-R (CFP2) + 14x1000BASE-X/10GBASE-R (SFP+/SFP)

• 24x100 0BA SE-X/10GBA SE-R (SFP+/SFP)

There are three virtual modules M0, M1 and M2 on LU1. The virtual M0 comprises the 1x100GBASE-R interface, M1 comprises the 10x1000BASE-X/10GBASE–R interfaces and M2 comprises the 14x1000BASE-X/10GBASE-R interfaces. M2 is always available, but M0 or M1 cannot be enabled at the same time.

When selecting between the 1G/10G modes it has to be done in pairs, i.e. M1/0 and M1/1, M1/2 and M1/3 etc.

For M2/4...13 ports the maximum link span with 10GBASE-ZR SFP+ optics is ~65km depending on the link conditions, all other 10GBASE-R port

s support the full link span.

Fig. 6 LU1 Virtual Modules and Ports

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2 Line Unit (LU1)

2.5 Front Panel

Fig. 7 LU1 Front Panel

2.5.1 CFP2, SFP+ and SFP Transceivers

For more info

rmation on CFP2, SFP+ and SFP transceivers approved by Coriant and the Receive

(Rx) and Transmit (Tx) directions in them, see 8600 S mart Routers Hardware Installation Guide.

Page 36

2 Line Unit (LU1)

2.5.2 USB Port

This port is for future use and will become operational in a future software release.

The USB port is not currently supported.

2.5.3 Console Port

The asynchronous serial interface is accord ing to [EIA/TIA-232-E]. The baud rate

for this interface

is 38400 bps. The connector type is RJ-45, female, with 8 pins.

Fig. 8 RJ-45 Connector

RJ-45 Female CLI Connector Pi

nMap

Signal Name

Do not connect

Not connected

TxD

4 GND

5 Do not connect

RxD

Not connected

Page 37

2 Line Unit (LU1)

2.5.4 External Alarm Interface

The external alarm interface is used for NE alarms and user conﬁgurable output and inputs. It provides output with solid state relay contacts and inputs for external voltage free contacts, for example relays. Inputs can also be voltage driven.

The user conﬁgurable output is similar to convention al relay and have three pins; common (Com), normally closed (NC) and normally open (NO) pins. The con ﬁguration is carried throu gh CLI or 8000 I ntel ligent Net wor k Manager.

Fig. 9 Input

In addition to the outputs, there are four user conﬁgurable inputs which consist of comparator and protecting circuits. When the input is connected below the threshold voltage, for example, to ground by an external device (relay), the state of the input is considered to be closed, otherwise open.

The user is able to conﬁgure a possible consequence action if the input state changes, i.e. what kind of an alarm is risen. A typical application would be, for example, site intrusion detection or site power supply problems.

The connector type is RJ-45, female, with 8 pins.

Fig. 10 RJ-45 Connector

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2 Line Unit (LU1)

RJ-45 Female Alarm Connector Pin Map

Signal Name

8 6 7

General Out (NC) General Out (NO) General Out (Com)

1 Input1

2 Input2

3 Input3

4 Input4

GND

2.6 LU1 LEDs

2.6.1 LU1 Status LEDs

There are fou r LEDs to indicate the LU1 status and one for the power OK status.

LED Name

Color States

Local Alarm

RED

ON when NE itself has a fault. BLINKING during the following operations:

1) Manually set to forced blinking.

2) If also yellow LED is blinking, the card/NE ha

s reached shutdown state after " esw -shutdown" command and can be removed from NE or power can be switched off. OFF otherwise.

Remote Alarm

YELLOW

ON when online and NE detects or suspects a fault in another NE or remote site. BLINKING during the following operations:

1) Boot-up sequence.

2) Inventory create.

3) Inventory (backup) restoration.

4) Manually set to forced blinking.

5) If also red LED is blinking, the card/NE has reached shutdown state after " esw -shutdown" command and can be removed from NE or power can be switched off. OFF otherwise.

OnLine

GREEN

ON when NE is online (it is “up” meaning successful boot-up sequence ﬁnished and startup permission granted). Note that online NE may still contain errors.

BLINKING when CU is active. OFF otherwise.

Power

GREEN

ON when NE power is ON and und

ervoltage not detected.

BLINKING Power supply failure. OFF otherwise.

2.6.2 LU1 Ethernet LEDs

There are two LEDs to indicate the LU1 Ethernet port status.

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2 Line Unit (LU1)

LED Name

Color States

Online

GREEN

ON when administrative status for Ethernet interface is online. BLINKING when manually set to forced blinking. OFF when administrative status for Ethernet interface is

shutdown or Ethernet link is down.

Link/Activity

GREEN

ON when Ethernet link is up. BLINKING when Ethernet link is up and there is transmit

or receive activity. OFF when Ethernet link is down or in shutdown state.

2.7 Cabling

Cabling depends on the SFP, SFP+ or CFP2 type on the optical interfaces, see chapter Pluggable Transceivers in 8600 Smart Routers Hardware Installation Guide.

2.8 Laser Safety

See more on laser safety in chapter Pluggable Transceivers in 8600 Smart Routers Hardware Installation Guide.

Laser safety

[IEC60825-1, A1, A2] [IEC60825-2]

Check that the operational temperature range of the SFP

/SFP+/CFP2 module is suitable for the installation environment. Note that the temperature of the SFP/SFP+/CFP2 case can be approximately 15 degrees higher than the ambient temp

erature. For more information on the allowed SFP/SFP+/CFP2 case temperature range see chapter Pluggable Transceivers in 8600 Smart Ro uters Hardware Installatio n Guide.

2.9 LU1 Cooling

It is important to ensure that adequate cooling is used when an LU1 is installed in a su brack. LU1 has temperature sensors that monitor the unit temperatures during operation. LU1 can endure a single fan failure but if two or all the fans of one fan module fail, the LU1 located above it will go to power-save mode after 6 minutes.

Thehightemperaturewarningwillberaisedwhenthecardisoperatedinhighambienttemperature. This occurs at around +45° C/+113° F ambient. Another reason why this w arn ing can be active is if the air ﬂow is decreased, which can be caused by a dirty air ﬁlter in the subrack. There are also critical temperature limits which will cause the cards to go to power-save mode if they are exceeded.

All empty line unit slots have to be shielded with blank cover plates.

Page 40

3 Switch Unit (SU1)

3.1 Overview

SU1 provides 900 Gbps switching capacity for the network element and also control channel Ethernet switching at 90 Gbps.

As all the other 8600 cards, SU1 is hot-swappable.

In 8665 Smart Router the maximum conﬁguration of two SU1s is supported, but the network element is fully functional with one SU1.

Each LU1 h as a direct connection via the b ackplane to both switch units in 8665 Smart Router.

Coriant recommend s to use always two SU1s in 8665 Smart Ro

uter.

3.2 Main Features

• CPU subsystem

• SD-card for application software, ﬁeld upgrade possible

• SwitchmatrixFPGA

• Ethernet control switch

• Operation voltage monitoring and card temperature measurement

• I2C bus for accessing devi

ces such as EEPROMs, A/D converters and temperature sensors

• Serial EEPROM for the factory parameters

3.3 Operation

The function of SU

1 is to perform packet switching between the line units on data and control plane levels. Control and data plane trafﬁc is separated inside the chassis and they cannot disturb each other in any situation. The CPU subsystem is used to control the switch unit functionality.

The ﬁgure belo

w presents the SU 1 functional block diagram.

Page 41

3SwitchUnit(SU1)

Fig. 11 SU1 Block Diagram

3.3.1 CPU Subsystem

The CPU subsystem uses a high perform

ance 64-bit RISC processor with the following memories:

• DDR3 DRAM

• Application FLASH (SD-memory card)

•BootFLASH

FLASH, so those are restored after reset.

PLD

Various system control functions are embedded in SUP PLD.

I2C

I2C bus and switches are used for accessing devices such as EEPROMs, A/D converters and temperature

sensors.

Page 42

3 Switch Unit (SU1)

RTC

The real time clock has backup for short power breaks. The time is kept for at least 20 hours (at 20º C/68º F).

A/D Converter

There is an analog to digital converter on the baseboard. It is used for measuring and monitoring operating voltages and temperatures.

3.3.2 FPGA Subsystem

The FPGA subsystem implements t he switch matrix functionality for t he NE at 900 Gbps.

3.3.3 Control Ethernet Switch

The control Ethernet switch is used for NE internal communication and it is fully separated from the normal data plane.

3.3.4 Backplane Data Links

Near End Unit Remote End Unit Remote Device

Effective Bandwidth

SU1 LU1

Switch Fabric FPGA 130 Gbp/s with one

operational SU1 200 Gbp/s with two operational SU1s

SU1 LU1

Control ethernet switch 10 Gbps

3.3.5 Power Supply

SU1 contains an integrated power supply (DC/DC converters) on board. It generates all the voltages which are needed within diff

erent blocks. The input voltage is fed by either of the PIMs (redundancy with two PIMs). The generated output voltages are galvanically isolated from the battery voltage. SU1 has a polarity protection for wrong polarity.

3.3.6 Test Features

During boot-up, SU1 performs self tests to verify that the system operational status is nominal.

During norm al oper

ation, the CPU monitors the following:

• SU1 operating voltages.

• Temperature inside SU1.

Page 43

3SwitchUnit(SU1)

• Mem ory access (DRAMs, FLASH memories).

• Performance of high speed data links with other cards.

The SU1 has a watchdog to reset itself in case of a fatal failure in the CPU subsystem.

3.4 Front Panel

Fig. 12 SU1 F ront Panel

3.4.1 SU1 Status LEDs

There are four LEDs to indicate the SU1 status and one for the power OK status.

Page 44

3 Switch Unit (SU1)

LED Name

Color States

Alarm

RED

ON when SU1 itself has a fault. BLINKING during the following operations:

1) Manually set to forced blinking.

2) If also yellow LED is blinking, the card/NE has reached shutdown state after " esw -shutdown" command and can be removed from NE or power can be switched off. OFF otherwise.

Alarm

YELLOW

ON when online and SU1 detects some non-critical fault. BLINKING during the following operations:

1) Boot-up sequence.

2) Inventory create.

3) Inventory (backup) restoration.

4) Manually set to forced blinking.

5) If also red LED is blinking, the card/NE has reached shutdown state after " esw -shutdown" command and can be removed from NE or power can be switched off. OFF otherwise.

OnLine

GREEN

ON when SU1 is online (it is “up” meaning successful boot-up sequence ﬁnished and and the switch matrix is switching). Note that online NE may still contain errors.

BLINKING when manually set to forced blinking. OFF otherwise.

Power

GREEN

ON when NE power is ON and undervoltage not detected. BLINKING Power supply failure. OFF otherwise.

Page 45

4 Power Input Mod ule

4 Power Input Module

4.1 Overview

The DC48 power input module for 8665 Smart R outer offers -48 Vdc supply interface. 8665 Smart Router subrack provides two power input modules (PIM) on the front side of the NE. Two power input modules enable redundant power feeding. The nom in al input voltage is -48 Vdc. The -48 Vdc output of the PIM is routed to the backplane for the use of line units, switch units and fans.

The PIM features are the following:

• Input over-current protection (fuses)

•EMIﬁltering

• Input transient overvoltage protection

• Input voltage status monitoring

• Input voltage status LED

• 3,6 V auxiliary Power Supp ly Unit (PSU)

4.2 Operation

The input v oltage is fed through the input fuses and ﬁlters to the backplane. The PIM also includes transient overvoltage protection. Redundancy is realized b y using two PIMs in the NE. There is no active current sharing between the two PIMs. However, in the case of equal input voltages at input connectors the current will be divided rather equally between the two PIMs. One PIM is able to supply the whole current required by the 8665 Smart Router subrack in case of failure in other PIM.

Page 46

4 Power Input Module

4.3 Front Panel and Connectors

The fo llowing ﬁgure show s the PIM front panel.

Fig. 13 8665 Smart Router Power Input Module

The input connector is located on the front side of the PIM. The -48 Vdc output voltage and signal connector is located on the back side of the PIM.

4.4 Input Fault Detection and LEDS

On the PIM there is a voltage monitor for input voltage detection. If the input voltage after the fuse is missing or too low, an alarm is forwarded to the CU on the LU1, and a LED indicates the input voltage status.

LED Name

Color States

Battery Voltage

GREEN

ON when Input voltage is valid. OFF otherwise.

4.5 Cabling

The PIM can be used with normal copper power cables as screw terminals are used. The maximum conductor cross section is 25 mm

(solid), 16 mm2(stranded) and 16 mm2(with ferrule). The router can be wired with either single power cable pair or two pairs of cables if thinner cable is preferred in the installation.

Also a grounding cable with the same or thicker cross-sectional area than the power cable must be used with the 8665 Smart Router subrack with PIMs installed; that is, at least 16 mm

(approximately 5 AWG) or 25 mm2(approximately 3 AWG). For more details on power and grounding cabling, please refer to 8600 Smart Routers Hardware Installation Guide.

Page 47

5 Pluggable Transceivers

For detailed info rmation on the transceivers approved by Coriant supported in 8600 Smart Routers, refer to 8600 Smart Routers H a rdware Installation Guide.

Page 48

6 Technical Speciﬁcations

6.1 8665 Smart Router Technical Speciﬁcations

8665 Smart Router subrack dimensions

445 x 666 x 445 mm (w x h x d), width is without the integrated side adapter front ﬂange, the width with the integrated side adapter front ﬂange is 483 mm.

17.51 x 26.22 x 17.51 in (w x h x d), width is without the integrated side adapter front ﬂange, the width with the integrated side adapter front ﬂange is 19.01 in. Standard 19-inch rack or cabinet mounting.

8665 Smart Router subrack weight

25 kg/55.11 lbs without cards. 34 kg/74.95 lbs with two DC48 Power Input Modules (PIMs) and three fan modules

Blank cover plate w eight (only for LU1)

81.86B-LUBLANK-R6 (line unit blank cover with air guide) 0.24 kg/0.52 lbs

Safety compatibility

[EN 60950-1:2006]. [IEC 60950-1:2005].

Electromagnetic compatibility

[EN300 386 V1.6.1] [FCC 47 CFR Part 15, Subpart B] Class A Installation environment: telecommunication centre

Storage: [ETSI EN 300 019-1-1] Class 1.1 Temperature: -5° C to +45° C (+23° F to +113° F).

Transportation: [ETSI EN 300 019-1-2] Class 2.3 Temperature: -40° C to +70° C (-40° F to +158° F)

Climatic/mechanical compatibility

Operating Conditions: [ETSI EN 300 019-1-3] Class 3.2

Temperature: -5° C to +40° C (+23° F to +104° F). Relative humidity: 5% to 95%. Usage altitude 60 m below sea level (106 kPa air pressure) to 3000 m (70 kPa).

The operational temperature range of the whole network element is determined on the narrowest operating temperature of the interface modules and or SFP/SFP+/XFPs used.

Rain is not a llowed.

Condensation is not allowed.

Page 49

6 Technical Speciﬁcations

Check that the operational temperature range of the SFP/SFP+/XFP module is suitable for the installation environment. Note that the temperature of the SFP/SFP+/XFP case will be approximately 15 degrees higher than ambient temperature. For more information on the allowed SFP/SFP+/XFP case temperature range see chapter Pluggable Transceivers in 8600 Smart Ro uters Hardware Installatio n Guide.

Power input speciﬁcation 8665 Smart R outer equipped with PIMs:

• -48 Vdc nominal input voltage

• -40 Vdc...-60 Vdc absolute input voltage range

• 85A maximum current

• Fuses inside PIM 2* T60A, strip fuse, bolt down

External circuit breakers shall be used on the battery side of the power cable for PIM. See recommendations for external circuit breakers in 8600 Smart Routers Hardware Installation Guide.

Power consumption Maximum power capacity of

• 8665 Smart Router subrack equipped with 8665 Smart Router DC48 power input modules can be used with power consumptions of up to 3400 W. With LU-1 and SU-1 the maximum power that can be used is maximum 1.7kW

The typical and maximum power consumption values for all cards and modules can be seen in the corresponding chapters of this manual. See more information in chapter 1.3 8665 Smart Router Power

Consumption.

Heat dissipation In practice, all electrical power turns into heat in 8600 Smart

Routers. Thus, when calculating the power dissipation of the NE, the same ﬁgure represents the heat dissipation in Watts. Depending on the conﬁguration of the system the equipment a rea heat release may exceed the limit speciﬁed in [GR-63-CORE] (995 [W/m2]). If this interferes with the cooling capacity of the installation facility, additional equipment for room cooling may be required.

PIM

Powerfeedcardforthechassis.

-48 Vdc power feed. Max input current: 85 A. Power feeding protection (redundancy) is achieved with two PIMs in 8665 Smart Router R2 subrack. Coriant recommends that 2 PIMs should always be used.

Unit Slots 6 slots for line units, 2 slots for switch units.

Chassis equipped with LU1 and SU1 cards does not use the full 85A, but in the worst conditions (temperature, components, voltage) up to 45A.

Page 50

6 Technical Speciﬁcations

LU1

1-port 100GE + 24-port 1/10 Gigabit Ethernet Line Unit LU1 (1x100GBASE–R / 24x10GBASE-R/1000BASE-X, note the different operating modes as all ports are not usable at the same time) Timing block: ETSI SEC or ANSI Stratum 3 timing reference, SyncIn/Out (RJ-48c and SMB connectors), PPS (RJ-45 connector, point-to-point ITU-T V.11 interface), E1, 2MHz, T1 SF, and T1 ESF interfaces. Management interfaces: RS-232 serial (RJ-45 connector) and Ethernet (RJ-45 connector) ports. External Alarm In/Out interface (RJ-45 connector). Runs routing and label distribution protocols via the control functionality (CU). Unit optionally protected (redundant) - synchronization management androutingprotocols.

SU1

Switch unit. Coriant recommends that two SU1s are always used.

Packet buffer size

LU1: 2 GBytes

Performance HW-based architecture guarantees forwarding at wire speed both for

IP and MPLS trafﬁc under any condition. Throughput:

• 130 Gbp/s bidirectional per LU1 with one operational SU1

• 200 Gbp/s bidirectional per LU1 with two operational SU1s

• 780 Gbp/s bidirectional per subrack assuming simple IMIX LU1 with one operational SU1

• 1200 Gbp/s bidirectional per subrack assuming simple IMIX LU1 with two operational SU1s

2000 VRFs per LU1 and subrack. 440K IPv4 routes or 440K VPN routes with LU1. 16000 PWE3 tunnels per subrack. 8000 VLANs per LU1. 64 Link Aggregation groups. 16000 ACL entries per LU, 2000 ACL lists per subrack. 2000 Virtual Switching Instances (VSI) with LU1. 500 000 MAC address table with LU1.

IPv4 and MPLS routing and label distribution protocols and functionality

Static routing, OSPF-TE [RFC3630], IS-IS-TE [RFC378

4], (MP)-BGP4 [RFC1771] and [RFC2858], LDP [RFC3036], RSVP-TE [RFC3209]. IPv4 loadbalancing to RSVP-TE LSPs. Equal Cost Multi Path (ECMP) routing. Integrated Routing and Bridging. IPv4 header compression [RFC2507].

L3 VPN technologies IP VPNs based on [RFC4364].

PWE3 functionality Ethernet raw mode PWE3 [RFC4448].

Ethernet tagged mode PWE3 [RFC4448]. Multi-segment pseudowires [RFC6073]. Pseudowire redundancy [draft-ietf-pwe3-redundancy]. VCCV BFD. VCCV LSP ping. Drop counters and history records for Layer 2 pseudowire.

Page 51

6 Technical Speciﬁcations

Ethernet functionality Virtual LAN (VLAN) interfaces.

MAC switching [IEEE802.1D], [IEEE802.1Q]. Virtual Switching Instances (VSI). [IEEE 802.1ag]/ITU-T [Y.1731] Ethernet OAM connectivity check, loobpack, and link trace. ITU-T [Y.1731] Ethernet OAM delay, delay variation, and loss measurements. Ethernet line and equipment loops. [IEEE 802.1AX] Ethernet link aggregation (LAG). Stacked VLANs (Q-in-Q) in PWE3 applications. Ethernet over MLPPP in PWE3 applications. VLAN cross-connections. VPLS and H-VPLS [RFC4762].

Synchronization

ITU-T [G.8262]. ITU-T [G.813] option 1. Telcordia [GR-1244] Stratum 3. Station clock input and output interfaces (SCI/SCO). Synchronous Ethernet. [G.8264] SSM over Ethernet.

Link Layer technologies Ethernet, VLAN.

Quality of service functionality DiffServ, DiffServ aware MPLS Trafﬁc Engineering [RFC3270],

[RFC3564] and [RFC5462]. L-LSP and E-LSP supported for MPLS. 7 queues for QoS classes (cs7/StrictPriority1, EF/StrictPriority2, 4 AF classes, Best Effort) per port for IP, MPLS, and Ethernet trafﬁc. Trafﬁcclassiﬁcation can be done based on protocol, source and destination address, source and destination port and Type of Service ﬁeld. Policing with Two Rate Three Color Marker [RFC2698]. Queue based WRED for congestion control, SP/WFQ scheduling. Optional trafﬁc shaping per trafﬁc class, VLAN or Ethernet port. VLAN shaping.

Resiliency Common logic 1+1 protection, hot-swappable plug-ins.

1:1 RSVP-TE LSP protection. Fast Reroute [RFC4090], one-to-one and facility backup modes. Ethernet Link Protection (ELP). [IEEE 802.1AX] Ethernet link aggregation (LAG). Dynamic LSP rerouting. VRRP [RFC3768]. OSPF Graceful Restart [RFC3623], Graceful Restart mech

anism for BGP with MPLS [RFC4781] and LDP Graceful Restart [RFC3478] mechanisms. Restart signaling for Intermediate System to Intermediate System (IS-IS) [RFC3847]. Pseudowire redundancy [draft-ietf-pwe3-redundancy].

Connectivity veriﬁcation IPv4 ping and traceroute.

LSP ping and traceroute for RSVP-TE and LDP LSPs [RFC4379]. Single-hop BFD [RFC5880]. VCCV BFD [RFC 5085]. VCCV LSP ping and traceroute [RFC5085]. MPLS OAM [Y.1711]. Packet Loop Tester (PLT). [IEEE802.1ag]/ITU-T [Y.1731] Ethernet OAM connectivity check, loobpack, and link trace. ITU-T [Y.1731] Ethernet OAM delay, delay variation, and loss measurements.

Page 52

6 Technical Speciﬁcations

Management protocols CLI, FTP, SNMP (read), proprietary BMP.

Conﬁguration Change Notiﬁcations (CCN).

Other CPU load gauge.

Memory utilization gauge. NPU usage gauge.

6.2 LU1 Technical Speciﬁ cations

LU1 Technical Speciﬁcations

Dimensions 61 x 335 x 387,5 mm (w x h x d)

2.40x13.18x15.25in(wxhxd)

Weight 4.4 kg/9.7 lbs without Pluggable Transceivers

Power consumption Typical 190 W

Maximum 220W

Switch/routing engine

NPU

Packet buffer size

2GBytes

MaxIPv4entries

440 K

Max number of IPv4 VPN entries

440 K

Interfaces — One 100GBASE-R CFP2 interface

— Twenty four 1000BASE-X /10GBASE—R SFP/SFP+ interfaces. See chapter Pluggable Transceivers in 8600 S

mart

Routers Hardware Installation Guide.

Synchronization Synchronous Ethernet support at both ingress and

egress: — Optical egress signal synchronized to ETSI SEC or ANSI Stratum 3 (NE clock) — Optical ingress signal used as reference for Timing Modules on the CUs

MTU

Max. 9500 byte frames

VLANs Max. 4096

MAC ﬁlter Erroneous frames; Short and too long frames;

Flow control and overﬂow

Loopbacks Line loop

Power supply Nominal -48 Vdc

Card LEDs Green, yellow and red

6.3 SU1 Technical Speciﬁ cations

SU1 Technical Speciﬁcations

Dimensions 57 x 151 x 388.45 mm (w xhxd)

2.24 x 5.94 x 1

5.29 in (w x h x d)

Weight 3.2 kg/7.05 lbs without Pluggable Transceivers

Power consumption Typical 100 W

Maximum 120W

Page 53

6 Technical Speciﬁcations

Switch/routing engine

FPGA

Power supply Nominal -48 Vdc

Card LEDs Green, yellow and red

6.4 8665 Smart Router DC48 Power Input Module Technical Speciﬁcations

DC48 Power Input Module (PIM) for 8665 Smart Router Technical Speciﬁcations

Dimensions 45.75 x 112 x 385.75 mm (w x h x d)

1.80x4.40x15.18in(wxhxd)

Weight 1.4 kg/3.08 lbs

Input speciﬁcations -48 Vdc nominal input voltage (-40 ... —60VDC)

85 A input current 3400 W maximum power (for the whole NE)

Power consumption Typical 35 W

Maximum 62.5 W

Alarms Battery voltage monitoring

6.5 8665 Smart Router Fan Module Technical Speciﬁcations

8665 Smart Router Fan Module Technical Speciﬁcations

Dimensions 143x59x375mm(wxhxd)

5.62 x 2.32 x 14.76 in (w x h x d)

Weight 2.2 kg/4.85 lbs

Power consumption Typical 50 W

Max. 100 W

single fan failure Less than 72 hoursTime to change fan module

more than one fan failure Within three hours, or at least within one day

Air ﬁlter change At least twice a year

6.6 Timin g Block Technical Speciﬁcations

Technical Speciﬁ

cations of SEC [G.813] and Stratum 3 [GR-1244-CORE]

Frequency accuracy in free-running condition

± 4.6 ppm

Minimum pull-

in range

± 4.6 ppm

Maximum pull-out range

± 20 ppm

Wander in locked mode < 40 ns ( t < 1 s )

Noise transfer Bandwidth is between 1 … 10 Hz when the clock

system

operates in SEC mode and < 0.1 H z when it operates in Stratum 3 mode, phase

gain < 0.1 dB

Page 54

6 Technical Speciﬁcations

Short-term phase transient response < 120 ns over any period S up to 16 ms

Holdover performance in constant temperature Initial frequency offset: < 0.05 ppm

Ageing : < 0.01 ppm/day

Technical Speciﬁcations o f Station Clock Interface

Frequency or data rate 2048 kHz or 1544 kHz ± 4.6 ppm

Electrical characteristics According to [G.703] or ANSI [T1.102]

Nominal impedance 75 Ω unbalanced, 100 Ω or 120 Ω balanced

Maximum jitter at an output port

0.05 UI peak-to-peak, measured within the frequency range 20 Hz to 100 kHz

Attenuation margin 0 to 6 dB

Loss of input clock signal detection According to [G.775], short haul operation -12 to

-15 dB

Input return loss 100 kHz to 3100 kHz ≥ 18 dB

Output return loss According to [ETS 300 166]

Connector type

SMB (50-ohm unbalanced male) RJ-48c (balanced female) RJ-45 (time of day)

Page 55

End of Life Treatment

Disposal of electrical and electronic waste in member states of the European Union shall be done according to Directive 2002/96/EC Waste of Electrical and Electronic Equipment (WEEE) and local legislation.

Do not dispose electrical and electronic equipment with unsorted municipal and household waste. Please consult yo ur local authorities for suitable disposal method for electronic and electrical waste.

Correct handling of the disposed equipment contributes to reuse, recycling and other form of recovery to protect the environment.

The equipment is marked with the ﬁgure shown below, to indicate that the equipment must be collected separately.