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Table of Contents

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

76.8670-40128B

8600 Smart Routers

© 2015 Coriant.

8665 Smart Router FP7.0 Reference Manual

7

Summary of Contents for 8600

Page 1: ...8600 Smart Routers 8665 Smart Router FP7 0 Reference Manual 76 8670 40128B 14 12 2015 ...

Page 2: ...ntation Data Networking Tellabs 8600 Smart Routers Technical Documentation 2015 Coriant All rights reserved 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 modification distribution display or other use of thi...

Page 3: ...ntelligent Network Manager and CLI referred to as unit CPU Central Processor Unit CSMA CD Carrier Sense Multiple Access Collision Detect 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 Compatibi...

Page 4: ...unit in the 8665 Smart Router is the basic building block for the element One line unit contains always the 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 ...

Page 5: ...tput 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 8665 Smart Ro...

Page 6: ...t installed and used in accordance with the instructions may cause harmful interference to radio communications However there is no guarantee that interference will 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 interfer...

Page 7: ... 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 L...

Page 8: ... 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 Pane...

Page 9: ...nical 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 76 8670 40128B 8600 Smart Routers 2015 Coriant 8665 Smart Router FP7 0 Reference Manual 9 ...

Page 10: ...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 ATM and TDM Configuration Guide 76 8600 50110 Provides an overview of 8600 NEs PWE3 applications including types Single Segment and Multi Segment PWE3 Redundancy ATM applications including PWE3 tunnelling ...

Page 11: ...des 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 configuration options and operating modes fault management perfor...

Page 12: ...er FP7 0 Reference Manual 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 5012...

Page 13: ... 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 th...

Page 14: ...anufacture 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 8600 Smart Routers 76 8670 40128B 8665 Smart Router FP7 0 Reference Manual 2015 Coriant 14 ...

Page 15: ... is designed to support the weight of a person ACHTUNG Steigen Sie oder stellen Sie sich nicht auf das 8600 Netzwerk Element Weder des Netzwerk Element noch das 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 and approved by Coriant If other types ...

Page 16: ...ser 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 di...

Page 17: ...ese 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 Nationally Recognized Testing Laboratory NRTL approve...

Page 18: ...onnect cables during periods of lightning activity WARNUNG Arbeiten Sie während eines Gewitters mit Blitzschlag nicht an dem Gerät oder schließen Sie auch keine Kabel an bzw trennen Sie keine ab 8600 Smart Routers 76 8670 40128B 8665 Smart Router FP7 0 Reference Manual 2015 Coriant 18 ...

Page 19: ...e 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 dimensions of the subrack are 445 mm 17 51 in x 666 mm 26 22 in x 445 mm 17 51 in w x h x d the width with the integrated side adapter front fl...

Page 20: ...e 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...

Page 21: ...nsertable 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 Router 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 operating modes 1...

Page 22: ...d 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 and MPLS statistics Statistics VLAN statistics Supported OAM IEEE 802 1ag Y 1731 Ethernet O...

Page 23: ...ing 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 capacity of 90 Gbps Although almost full data plane capacity can be reached with one SU1 i...

Page 24: ...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 temperature 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 temper...

Page 25: ... watchdog Fuses protect the input against over current similarly the fan drive circuits 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 mo...

Page 26: ...ed 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...

Page 27: ...uality 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 output port With a redundant con...

Page 28: ... network element is fully redundant on the data and control plane switching Also traffic is load shared to both switch units to enhance the QoS behavior and reduce switchover time in case of failure 1 5 4 Redundancy Terminology The following terminology is used in connection with redundancy Static terms Working refers to the card with the higher slot number Protecting refers to the card with the l...

Page 29: ...tion 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 has a direct connection via the backplane to both switch units in 8665 Smart Router 2 2 Main Features CPU subsystem SD card for applica...

Page 30: ... 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 Boot FLASH 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 parameters are stored in FLASH so those are re...

Page 31: ... 3 2 NPU Subsystem The NPU subsystem performs layer 2 and layer 3 packet switching packet forwarding packet filtering and traffic management functions For data buffering and other functions the NPU uses DDR3 as well as TCAM memories 2 3 3 FPGA Subsystem The FPGA subsystem implements the timing logic for the timing block and many miscellaneous control functions 2 3 4 Timing Block The timing block i...

Page 32: ...If all 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 with a corresponding connector i e SMB or RJ 48c The front panel has also the Tim...

Page 33: ...dwidth 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 ga...

Page 34: ...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 depend...

Page 35: ...ansceivers For more information on CFP2 SFP and SFP transceivers approved by Coriant and the Receive Rx and Transmit Tx directions in them see 8600 Smart Routers Hardware Installation Guide 76 8670 40128B 8600 Smart Routers 2015 Coriant 8665 Smart Router FP7 0 Reference Manual 35 ...

Page 36: ...RJ 45 female with 8 pins Fig 8 RJ 45 Connector The port must be connected to the same type of port with proper cable otherwise network element functionality may be affected or physical damage may occur Long cables should be terminated properly to reduce interference RJ 45 Female CLI Connector Pin Map Pin Signal Name 1 Do not connect 2 Not connected 3 TxD 4 GND 5 Do not connect 6 RxD 7 Not connecte...

Page 37: ...parator 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...

Page 38: ...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 m...

Page 39: ... case can be approximately 15 degrees higher than the ambient temperature For more information on the allowed SFP SFP CFP2 case temperature range see chapter Pluggable Transceivers in 8600 Smart Routers Hardware Installation Guide 2 9 LU1 Cooling It is important to ensure that adequate cooling is used when an LU1 is installed in a subrack LU1 has temperature sensors that monitor the unit temperatu...

Page 40: ...D card for application software field upgrade possible Switch matrix FPGA Ethernet control switch Operation voltage monitoring and card temperature measurement I2C bus for accessing devices such as EEPROMs A D converters and temperature sensors Serial EEPROM for the factory parameters 3 3 Operation The function of SU1 is to perform packet switching between the line units on data and control plane ...

Page 41: ...us it is possible to update the software on the field when new software feature packs become available Similarly the card and interface parameters are stored in 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 76 8670 40128B 8600 Smart R...

Page 42: ... 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 different blocks The input voltage is fed by either of the PIMs redundancy with two PIMs The generated output vo...

Page 43: ...SU1 has a watchdog to reset itself in case of a fatal failure in the CPU subsystem 3 4 Front Panel Fig 12 SU1 Front Panel 3 4 1 SU1 Status LEDs There are four LEDs to indicate the SU1 status and one for the power OK status 76 8670 40128B 8600 Smart Routers 2015 Coriant 8665 Smart Router FP7 0 Reference Manual 43 ...

Page 44: ...eate 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 contai...

Page 45: ...ansient overvoltage protection Input voltage status monitoring Input voltage status LED 3 6 V auxiliary Power Supply Unit PSU 4 2 Operation The input voltage is fed through the input fuses and filters to the backplane The PIM also includes transient overvoltage protection Redundancy is realized by using two PIMs in the NE There is no active current sharing between the two PIMs However in the case ...

Page 46: ... 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 mm2 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 thick...

Page 47: ...ers For detailed information on the transceivers approved by Coriant supported in 8600 Smart Routers refer to 8600 Smart Routers Hardware Installation Guide 76 8670 40128B 8600 Smart Routers 2015 Coriant 8665 Smart Router FP7 0 Reference Manual 47 ...

Page 48: ... 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 2 Climatic mechanic...

Page 49: ... 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 figu...

Page 50: ...tional 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...

Page 51: ... 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 fac...

Page 52: ...See chapter Pluggable Transceivers in 8600 Smart 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...

Page 53: ...odule Technical Specifications Dimensions 143 x 59 x 375 mm w x h x d 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 hours Time 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 Timing Block Technical Specifications Technical Speci...

Page 54: ...NSI 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...

Page 55: ... equipment with unsorted municipal and household waste Please consult your 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 76...

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