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Calix E3-48C, Application Manual

The Calix E3-48C is a cutting-edge networking solution that revolutionizes connectivity. With its advanced features and efficient design, this product enhances data transmission for improved user experience. To gain optimal performance and make the most of its capabilities, users can easily access and download the free Calix E3-48C Application Manual from 88.208.23.73:8080.

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Proprietary Information: Not for use or disclosure except by written agreement with Calix. 

© Calix. All Rights Reserved. 

Parameter 

Description 

Valid Options  

Service Type 

Specifies the operating mode that dictates the handshaking 
protocol, channel capacity, and other physical line characteristics 
based on xDSL specifications. 

 

auto

 – Enables the port to automatically detect and train up to 

the service type supported by the CPE. Enables G.DMT, 
T1.413, G.Lite, ADSL2, READSL2, ADSL2+,ADSL2 Annex M, 
ADSL2+ Annex M, and VDSL2. Note: If you want to constrain 
the modem from using a service type (e.g. vdsl2) that does not 
support the service type you want (e.g. ATM-TC), set the 
service type that only applies to the desired service type (e.g. 
mm2+) rather that using auto. 

 

mm

 (multi-mode) – Enables the port to automatically detect and 

train up to the service type supported by the CPE; supports 
G.DMT, T1-413, and G.Lite standards 

 

mm2+

 (multi-mode 2+) – Allows the port to automatically detect 

and train up to the service type supported by the CPE; supports 
ADSL2+, ADSL2, and READSL2 standards as well as G.DMT, 
T1-413, and G.Lite standards  

 

t1.413

 – ANSI standards specification 

 

g.dmt

 – ITU-T G.992.1 standards specification 

 

g.lite

 – G.Lite standards specification 

 

adsl2

 – ITU-T G.992.3 standards specification 

 

readsl2

 (Reach Extended ADSL2) – READSL2 standards 

specification; supports both READSL2 and ADSL2 standards 

 

adsl2+

 – ITU-T G.992.5 and ITU-T G.992.3 standards 

specification; supports ADSL2+, ADSL2, and READSL2 
(G.992.3, annex-L) standards 

 

annexm

 – ADSL2/ADSL2+ Annex M standards specification 

 

vdsl2

 – ITU-T G.993.2 standards specification for profiles 8a, 

8b, 8c, 8d, 12a, 12b, and 17a 

 

vdsl2mm

 – (VDSL multi-mode) – Enables the port to 

automatically detect and train up to the service type supported 
by the CPE; enables ADSL2, READSL2, ADSL2+, and VDSL2 

Each of the following service types use the Annex B frequency 
spectrum. Annex B is an addendum to the G.992.1 (G.dmt), G.992.3 
(ADSL2), and G.992.5 (ADSL2+)  specifications that specifies power 
shaping (as a function of frequency) to be used in conjunction with 
ISDN services.  Annex B should be used when ISDN lines are 
contained in the same wiring bundle as ADSL/2/2+ services. 

 

etsi

 – ETSI TS 101 388 technical specification 

 

gdmt-isdn

 –  ITU-T G.992.1 standards specification 

 

mm-isdn (multi-mode) – Enables the port to automatically detect 

and train up to the service type supported by the CPE; supports 
ETSI and G.DMT standards 

 

adsl2-isdn

 – ITU-T G.992.3 standards specification 

 

adsl2+-isdn

 – ITU-T G.992.5 standards specification 

 

mm2+-isdn

  (multi-mode 2+) – Allows the port to automatically 

detect and train up to the service type supported by the CPE; 
supports ADSL2+, ADSL2 standards as well as G.DMT and 
ETSI standards  

 

vdsl2mm-isdn

 –  (VDSL multi-mode) – Enables the port to 

automatically detect and train up to the service type supported 
by the CPE; enables ADSL2, ADSL2+ and VDSL2 

 

auto-isdn

 –  Enables the port to automatically detect and train 

up to the service type supported by the CPE. Enables ETSI, 
G.DMT, T1.413, G.Lite, ADSL2, READSL2, ADSL2+,ADSL2 
Annex M, ADSL2+ Annex M, and VDSL2. 

auto ‡, mm, mm2+ 
t1.413, g.dmt, g.lite, 
adsl2 readsl2, adsl2+, 
annexm, vdsl2, 
vdsl2mm, etsi,  gdmt-
isdn, mm-isdn, adsl2-
isdn, adsl2+-isdn, 
mm2+-isdn, vdsl2mm-
isdn, auto-isdn 

Summary of Contents for E3-48C

Page 1: ...E7 2 E5 48 E3 48C R2 4 xDSL Applications Guide December 2015 220 00811 Rev 12 ...

Page 2: ......

Page 3: ... Configuring an Ethernet Interface 26 Configuring a Link Aggregation Interface 33 Creating the Service VLAN s 47 Additional multicast addressing considerations 50 Adding the Uplink Interface s to VLAN Memberships 64 Step 2 Creating VDSL2 Related Profiles 68 Overview of VDSL2 Related Profiles 68 Creating the Quality of Service for VDSL2 Traffic Management 71 Creating Data and Video Service Profiles...

Page 4: ...closure except by written agreement with Calix Calix All Rights Reserved Chapter 3 Reference Information 215 System Support Capacities 216 xDSL Support Capacities 221 E Series LED Behavior 223 E Series Line Card Additional Status Descriptions 225 ...

Page 5: ...ports VDSL2 cards and the E3 48C E5 48 and E5 48C products that supports the equivalent of the VDSL2 line cards For specific procedures on provisioning Ethernet elements such as VLANs Ethernet ports and interfaces on the E5 48 E5 48C and E3 48C refer to the Calix E3 48 E5 48 E5 48C User Guide Intended Audience This document is intended for use by network planning engineers CO technicians and craft...

Page 6: ...ng Guide This document provides engineering and planning information for the Calix E7 Ethernet Service Access Platform ESAP and Calix E3 48C Ethernet Service Access Node ESAN It describes the features and capabilities of each system and provides engineering guidelines to assist engineers and network planners effectively deploy the E7 and E3 48C Installation Calix E7 2 Installation Guide Calix E7 2...

Page 7: ...lications Guide These application guides show you how to provision subscriber services using specific technologies assuming that the system is already installed and turned up Maintenance and Troubleshooting Calix E7 Maintenance and Troubleshooting Guide This guide includes procedures for monitoring E7 network operation general troubleshooting and replacing or installing equipment Command Line Inte...

Page 8: ... T1 Pseudowire Applications Guide Calix C7 VoIP Services Guide Calix Application Note Using the ONT VoIP Configuration File Completing Residential Gateway and SIP Configuration File Intake Forms Calix P Series VoIP Configuration File Template Calix 836GE RSG Wi Fi Best Practices Guide Calix GPON RF Overlay Deployment Guidelines Calix Application Note GPON Interface Adaptor Calix E7 Pluggable Trans...

Page 9: ...All Rights Reserved Chapter 1 VDSL Applications Overview This chapter describes VDSL2 applications and the Calix E Series VDSL2 solution Topics Covered This chapter covers the following topics An overview of the E Series xDSL support Description of modular chassis deployment with VDSL based cards ...

Page 10: ...d terminate it on an existing DLC or analog POTS port on a switch line bay One E7 2 VDSL2 48 line card can be plugged into a Calix E7 2 shelf to create a compact high density DSL overlay node with Ethernet aggregation and transport ideal for copper based delivery of IP services leveraging existing POTS infrastructure across the access network Rev 13 and above of the VDSL2 48 card supports 600 900 ...

Page 11: ...al loop as well as traditional Class 5 TDM Voice Switch consolidation applications The All Digital Loop provides high speed data services to all subscribers with the VoIP POTS functionality provided as an integrated component of the home residential gateway or as a separate IAD device attached to the modem VoIP traffic is packetized in the home and then forwarded across the Calix network to the SI...

Page 12: ...ull set of subscriber services and network topology protocols Interface Capacity The Calix E7 2 VDSL2 48C line card combines VDSL2 ADSL2 fallback subscriber ports and corresponding 900Ω integrated splitters with GE SFPs and 10GE SFP ports to provide high speed copper services with integrated Ethernet transport DSL Ports per card Cards s per E7 2 Shelf DSL Ports per E7 2 Shelf Integrated VF Splitte...

Page 13: ...arried over the service loop using standard Voice Frequency carriers 300 to 3400 Hertz A line card integrated voice splitter separates the voice from the data service for each subscriber signal extracting the POTS service as an analog signal back out of the line through the POTS overlay connector ports The analog POTS service can then be handled via a collocated Digital Loop Carrier DLC or sent of...

Page 14: ...ports 3 and 4 LAG group may NOT include ports across the pair boundary For example a LAG with ports 1 and 3 or 2 and 3 are not supported Multiple modes of DSL deployment All xDSL ports on the VDSL2 line cards can be configured independently for any of the xDSL modes of operation The length and gauge of the copper pair loop determines the DSL mode s that can be supported for each port and the train...

Page 15: ...egacy mode this mode is only supported on the C7 and E5 series Calix products and NOT supported on the E Series is distinctly different than the other modes in that ATM VC are connected directly to individual ATM VC on the DSL line just as with a traditional ADSL card As such QoS is provided by the ATM VC rather than on a per priority per VLAN port basis Traditional CAC functions are performed to ...

Page 16: ... MOP Migrating Standalone E7 Systems to an E7 Modular Chassis for instructions on how to migrate multiple standalone E7 systems into a unified E7 modular chassis Calix E7 Maintenance and Troubleshooting Guide for instructions on how to add replace or delete components in a modular chassis system Considerations for VDSL2 based cards in a modular chassis The VDSL2 48C VDSL2 48 line cards are support...

Page 17: ... second card in the E7 2 same chassis Both the RT and CO nodes are fully and only equipped with E7 2 VDSL2 48C line cards while they could also use transport cards for example 10GE 4 in the MCC to aggregate multiple ERPS rings or take advantage of longer range XFP optics Both nodes support protected 10GE ERPS Transport and or RSTP or Link Aggregation network protocols from the MCC shelf See Turnin...

Page 18: ...18 Proprietary Information Not for use or disclosure except by written agreement with Calix Calix All Rights Reserved ...

Page 19: ...p and network configuration specific procedures see the Calix E7 User Guide or the Calix E3 48 E5 48 E5 48C User Guide See the E7 Maintenance and Troubleshooting Guide for a procedure on VDSL2 Single Ended Line Test SELT that is is a DSL pre provisioning test tool used to assess the line capability prior to installing a modem at the customer premise Topics Covered This chapter covers the following...

Page 20: ... Overview Configuring the Network Uplink s This chapter describes how to configure the network uplink s for E Series VDSL2 services If the network contains a number of E Series nodes such as in a 10GE transport ring the network uplink s may reside in a different shelf from the VDSL2 ports and may include multiple uplinks per service Network uplink s are typically located in a shelf closest to the ...

Page 21: ...rface even when it is being used in a standalone manner An Ethernet port can be either assigned to the Ethernet interface associated with the port or assigned to an existing LAG interface Before you can assign a port to a LAG interface you must disable the port s default associated interface The interface provisioning for example VLAN membership applies to the port when the interface is assigned t...

Page 22: ... SFP ports 1G fiber modules in SFP or SFP ports 2 5G fiber modules in SFP ports 10G fiber modules in SFP ports X X X X X X X X X X The following rules apply for stand alone E7 shelves and Modular Chassis Controller MCC shelves SFP and SFP Network ports support protection protocols ERPS LAG RSTP Transport ports ERPS or RSTP protection Trunk Edge ports RSTP and or LAG protection towards the edge swi...

Page 23: ...n State Service state of port While troubleshooting a port that has Admin State enabled no alarms either use the CLI command show alarm include suppressed or from the web browser interface temporarily set the Admin State to enabled and then refresh the alarm panel manually or wait for default refresh rate to see the suppressed alarms enabled disabled enabled no alarms Interface Name of interface t...

Page 24: ...G set the ports on the active card to a common LACP priority value and then set the LAG ports on the standby card to another common priority value The priority value on the active card ports must be lower than the value set for the ports on the standby card 0 65535 32768 LACP Timeout The length of timeout for LACP Note Avoid the use of LACP long timeouts unless there is a very specific need short ...

Page 25: ...upported for XFP ports Fixed speed setting forces the speed to the value specified Note See the configuration guidelines above for the forced speed setting supported for various ports auto module rate native speed of pluggable module 10mbps 100mbps 1gbps 2 5gbps 10gbps Default To configure an E Series GE port for service 1 On the Navigation Tree double click an E Series line card and then click a ...

Page 26: ...lick Apply to commit the changes For CLI set eth port port ID speed duplex flow ctrl interface eth gos cos queue cfg bcast max rate unk mcast max rate dlf max rate lacp priority lacp timeout admin state Configuring an Ethernet Interface This topic describes how to configure an Ethernet port s associated interface E Series Ethernet interfaces are logical objects that represent the service related a...

Page 27: ... RSTP and LAG networking protocols are supported Examples of an edge port would include GE ports to managed CPE a GE 10GE port to external equipment which may use different tagging levels or GPON ports Access A port facing untrusted customer equipment or other devices serving subscribers Generally this port interface is where individual subscriber services are defined and enforced bandwidth limits...

Page 28: ... two cards in the same E7 shelf That is one port on each E7 card For Modular Chassis systems RSTP is only supported on MCC shelf interfaces For E7 20 systems RSTP is only supported on SCP cards Note Node protection can be configured by using two E7 2 nodes on an ERPS ring See Configuring RSTP Settings for the RSTP parameters to apply to the nodes To view the E Series Ethernet port interfaces that ...

Page 29: ...me card as Ethernet downlink Edge interfaces that are members of the outer VLAN ingress double tagged traffic from the downlink ports will not flow upstream resulting in a service interruption As a workaround for this application ensure that one of the following configurations are used The Ethernet uplink Edge port is on a different card than downlink Edge ports Ethernet downlink ports are configu...

Page 30: ... map that you want to associate to the E Series Ethernet port interface is already created Parameters You can provision the following parameters for Ethernet interfaces Parameter Description Valid Options Name Name of LAG interface or associated Ethernet port card Ethernet port Note This is a case sensitive string String 31 characters Role Role of E Series Ethernet port interface trunk and edge ar...

Page 31: ...g to the speed of the bridge The slower the media the higher the cost Note Leave the default value unless you are certain of a modified value to assign as the cost of service 1 200000000 4 Policy Map Name of policy map used on ingress traffic packets The associated map describes what actions to take when the ingress traffic packets match the listed criteria name of map Subscriber ID Identification...

Page 32: ...dant link 1ad results in the E7 transmitting BPDUs with a DA of 01 80 C2 00 00 08 Use this selection when the E7 is connected to an 802 1ad compliant switch with redundant link 1d 1ad LACP Tunnel LACP protocol packets are forwarded when set to enabled Y on an Ethernet interface and should only be used when configuring TLAN service disable enable RSTP Auto Edge Link Enables or disables automatic RS...

Page 33: ...unt Number of failed audit quality intervals within the polling window that will indicate an interface failure for IQA to take an alarm or OOS action 1 60 10 Interval Min Frames Minimum number of frames that must be received per interval for a specific interval to be considered valid 1 2147483647 100 Required field Default To configure an Ethernet port associated interface for service 1 On the Nav...

Page 34: ... this E7 Ethernet port interface is where all classification is first performed on ingress traffic if customer facing The E7 Ethernet interface is also expected to add replace or remove one or more VLAN tags on edge traffic RSTP and LAG networking protocols are supported Examples of an edge port would include GE ports to managed CPE a GE 10GE port to external equipment which may use different tagg...

Page 35: ...e ports that comprise a LAG can be on the same line card or on two different line cards in the same shelf Link aggregation provides two principle values to the network operator Point to point link protection redundancy between network elements Bandwidth expansion of the logical interface beyond the capacity of a single link You can configure the following LAG configurations The active LAG has all ...

Page 36: ...bled LAG cross card N No or disabled LACP Min Ports 1 LACP Max Ports 2 Note Ports added to the LAG that exceed the LACP Max Ports parameter are designated as standby ports Example Cross Card LAGs The cross card protection LAGs shown below have half of the LAG ports on one card and the other half of the LAG ports on another card in the same shelf You can designate the links on either card as active...

Page 37: ...G LACP Cross Card active standby LACP Min Ports 1 LACP Max Ports 1 Card 1 Ethernet port LACP Priority 100 Card 2 Ethernet port LACP Priority 128 LAG per card and RSTP As a network configuration RSTP can be enabled on two LAG interfaces to create a protected connection to routers As shown below a separate LAG is configured on each card and the LAG interfaces have an aggregated bandwidth capacity of...

Page 38: ...rds in the same E7 shelf That is one port on each E7 card For Modular Chassis systems RSTP is only supported on MCC shelf interfaces For E7 20 systems RSTP is only supported on SCP cards For cross card LAG interfaces RSTP is not supported on the E7 and the LAG end connected to a switch must also have RSTP disabled If RSTP is enabled on the connected system then that system will take 20 30 seconds ...

Page 39: ... 1 by default Access interfaces do not support a Native VLAN however tag actions can be used to assign untagged traffic to a VLAN ID All network connections ERPS RSTP LAG DHCP servers multicast routers IGMP enabled video servers network facing routers are made on Trunk or Edge interfaces only Interfaces can be associated with additional VLANs through memberships or tag actions If an Ethernet uplin...

Page 40: ...ically checks the number of File Check Sequence FCS errors received as a percentage of total frames received on an interface An interface that exceeds the provisioned thresholds can be set to generate an alarm switch traffic to an alternate path or force the interface to an OOS state where operator intervention is required to bring the interface to an operational state by manually disabling the in...

Page 41: ...me The VLAN IGMP Mode proxy The IGMP profile Router Learning Mode static The IGMP profile Router Solicit On Topology Change N disabled The LAG interface is designated as a static router port through the VLAN membership For a single card LAG the ports added to the LAG that exceed the LACP Max Ports parameter value are designated as standby ports and come online when a LAG active port fails This is ...

Page 42: ...sociate to the E7 Ethernet port interface is already created Parameters You can provision the following parameters for LAG interfaces Parameter Description Valid Options Name Name of LAG interface or associated Ethernet port card Ethernet port Note This is a case sensitive string String 31 characters Role Role of E7 Ethernet port interface trunk and edge are supported on E7 2 standalone E7 modular...

Page 43: ...o the speed of the bridge The slower the media the higher the cost Note Leave the default value unless you are certain of a modified value to assign as the cost of service 1 200000000 4 Policy Map Name of policy map used on ingress traffic packets The associated map describes what actions to take when the ingress traffic packets match the listed criteria name of map Subscriber ID Identification in...

Page 44: ...dant link 1ad results in the E7 transmitting BPDUs with a DA of 01 80 C2 00 00 08 Use this selection when the E7 is connected to an 802 1ad compliant switch with redundant link 1d 1ad LACP Tunnel LACP protocol packets are forwarded when set to enabled Y on an Ethernet interface and should only be used when configuring TLAN service disable enable RSTP Auto Edge Link Enables or disables automatic RS...

Page 45: ...or a specific interval to be considered valid 1 2147483647 100 LACP Cross Card LAG only Whether LAG cross card protection is enabled allowing ports on two cards to be configured into a LAG active standby one card s ports are active and the other card s ports are standby active active both cards ports are active Note This only applies to cross card protection LAGs disabled active standby active act...

Page 46: ...cally the upstream side of the LAG is configured for the LAG master lower value When the LACP system priority is changed a 2 second downtime will occur where no traffic passes through the LAG When provisioning active standby LAG the port priority should NOT be provisioned to 0 For both ends of a cross card LAG the LAG ports on each card must all have the same LACP Priority value for the Ethernet p...

Page 47: ...or transparent LAN TLAN to segregate traffic for different services or subscribers on the same network and separate device management control messages from traffic See Provisioning VLAN Ranges on page 62 if you want to create a set of VLANs with similar settings Native VLAN and untagged traffic By default every E Series Ethernet port with an associated interface role of Trunk or Edge is a member o...

Page 48: ...ted previously the C tag also known as the customer tag is used to uniquely identify a customer typically is used on a per port basis The S tag also known as the service provider tag is used to logically group C tags together Metro Ethernet Forum MEF Transport LAN TLAN business service models MEF TLAN service can transparently trunk business traffic across a network to other locations typically a ...

Page 49: ...ch ports should be a member of a multicast group It can provide a local response if the channel already exists on the E Series or it will forward those requests upstream to a multicast router or another IGMP snooping Ethernet switch When multicast channels are received from the network the E Series forwards the channels to all ports that are currently members of the requested IGMP membership group...

Page 50: ... on subscriber links and result in tiling Therefore Calix recommends NOT using 224 0 0 x or any of the 32 multicast IP addresses that are not unique at the L2 MAC address level for video channel assignments See Calix Quick Tip E7 QT 12 003 for more information For VLANs with IGMP Snooping set to flood no snooping the E Series passes all multicast traffic transparently Service Security The E Series...

Page 51: ...er s IP host requests and is granted a new IP address using DHCP When DHCP snooping is enabled on a subscriber VLAN the E Series drops all DHCP server communication originating from subscriber Ethernet interfaces Calix recommends DHCP snooping be enabled for all residential subscriber services In the VDSL2 subsystems DHCP leases cannot be learned without also applying a limit to the number of lear...

Page 52: ...criber MAC addresses to the E Series forwarding table Disabling MAC Learning should only be done with point to point services and is NOT appropriate for a multi point Ethernet LAN ELAN service or other VLAN per service applications MACFF can only be used in conjunction with DHCP Snoop Enable MACFF to limit broadcast traffic on the VLAN domain when using the VLAN Per Service model It is not require...

Page 53: ...e popped in the downstream Once a tag is used as a single tagged VLAN it cannot also be used in double tagged VLANs For example if VLAN 300 is single tagged It cannot be used as the inner tag of a double tagged VLAN because the double tagged would require VLAN 300 to push an outer tag It cannot not be used as the outer tag in a double tagged VLAN because that would mean it would get popped in the ...

Page 54: ... in order to reduce the amount of IGMP traffic that must be processed higher in the network Disabling Report Suppression allows more Report messages to be allowed up through the network proxy Causes the E Series to act as an IGMP v2 proxy for all STBs sending join leave requests to the upstream IGMP router content provider as required This provides a more robust IGMPv2 implementation scaling to th...

Page 55: ...hile any VLAN has MAC Learning disabled Calix recommends leaving MAC Learning in the default enabled mode Disabling MAC learning causes traffic within the VLAN to be flooded to all egress interfaces with membership in the VLAN Disabling MAC Learning and DHCP Snooping and enabling MAC Forced Fwd causes all downstream packets to be flooded Enabling DHCP Snoop sets MAC Learning to disabled by default...

Page 56: ... Management 5 In the IGMP Mode list select the IGMP mode Calix recommends that VLANs used for video services be set to suppress snoop or proxy enable snooping Note DSL only supports a single MVR VLAN if the IGMP mode is set to snoop suppress and will support multiple MVR VLANs if the IGMP mode is set to proxy Note The suppress snoop parameter only applies to standalone e type and Modular Chassis s...

Page 57: ...ete vlan vlan ID show vlan vlan id detail igmp counters members onts show vlan vlan id detail igmp counters mac mcast members onts Configuring DHCP Relay Option 82 and LDRA This topic shows you how to configure the global DHCPv4 L2 Relay Agent Option 82 and Lightweight DHCPv6 Relay Agent LDRA features Option 82 applies to all VLANs with DHCP Snooping enabled and LDRA applies to VLAN per Service da...

Page 58: ...ted Untrusted interfaces are snooped for client DHCP traffic Trusted interfaces are snooped for DHCP server traffic Note All E7 GPON ONT Ethernet ports are implicitly Untrusted and the Trusted attribute cannot be configured When DHCP snooping is enabled on a VLAN the E Series tracks all DHCP activity on that VLAN within the system and maintains a table of DHCPv4 and DHCPv6 leases granted You can r...

Page 59: ...nk group the port within the xDSL bonded link group with the lowest port value will be selected to fill the port field in the Circuit ID string Remote ID options Subscriber ID of the port on which the DHCP lease request is received The first 64 characters of the Subscriber ID text field are inserted none no content is inserted E7 GPON ONT Ethernet ports Circuit ID options Calix format system ID et...

Page 60: ...already have DHCP Relay Agent information will be dropped Configuration guidelines The following additional constraints only affect VLANs with DHCP Snooping that are provisioned on Ethernet and xDSL port interfaces and where the global DHCP relay Option 82 LDRA is enabled DHCP snooping and Option 82 LDRA are not supported on the Management VLAN Ethernet interfaces used for LAG or ERPS links cannot...

Page 61: ...m 3 In the Option 82 LDRA Enabled checkbox select the checkbox to enable this feature 4 In the Option 82 Policy list select whether to drop or overwrite packets with Option 82 on ingress packets 5 In the toolbar click Apply 6 To specify the Remote ID or Circuit ID attributes on the global option 82 profile for E Series networks use the procedure shown below For CLI set dhcp cfg option 82 enabled d...

Page 62: ... default gpon system default remote id subscriber id fsan serial number mac addr none set access identifier profile eth system default gpon system default circuit id calix format tr101 format calix format 2 Provisioning VLAN Ranges Provisioning VLANs in ranges allows you to efficiently create update modify and delete VLANs This feature also allows you to quickly create VLAN memberships to multiple...

Page 63: ...s where there is no text You can select multiple VLANs to edit using the Control click and Shift click keys Make any modifications using the top edit row Click Apply from the toolbar when the modifications are complete For CLI set vlan vlan ID vlan ID name mac learning igmp mode igmp profile dhcp snooping ae ont discovery To delete a range of VLANs 1 On the Navigation Tree select and expand the E ...

Page 64: ...he specified range of VLAN memberships Note Use Shift click or Ctrl click to select multiple interfaces from the column 5 Click the direction button to add the interfaces to the range of VLAN memberships and then click ok 6 The Task Progress dialog appears to show the status of each operation Click ok For CLI add interface interface name to vlan vlan ID vlan ID Related topic Creating VLANs Adding ...

Page 65: ...terface has the multicast router You can add many interfaces to the static location For example if the system is connected to the multicast router via RSTP you would want to add the static location to both ports for instance 1 g1 and 2 g1 RSTP will block one port at a time When the port switches to the other port there would still be connectivity to the multicast router When the IGMP profile has t...

Page 66: ...The Ethernet LAG interface or ERPS domain must exist to add it to a VLAN membership To make an interface a VLAN member 1 On the Navigation Tree click VLANs 2 Click the Provisioning tab 3 In the table of existing VLANs double click the row showing the VLAN which you want to add members 4 Click Action and then select the action to perform Add Remove VLAN Members enables traffic on a specific VLAN to...

Page 67: ...ation guidelines above Note If the E7 system is set to Modular Chassis mode the Ethernet port interfaces are indicated with a shelf card port location For example EthIntf 1 2 G1 6 Click Ok For CLI add interface interface id to vlan vlan id add erps domain domain id to vlan vlan id add static mcast src interface interface id to vlan vlan id ...

Page 68: ...ultiple service ports Note For information about system profiles unrelated to VDSL2 services refer to the Calix E7 User Guide or the Calix E3 48 E5 48 E5 48C User Guide Profiles referenced in service provisioning Provisioning services at the VDSL2 card port allows you to set up information common to multiple subscribers maintained via profiles The service definitions at the subscriber port level r...

Page 69: ... subscriber except the customer tag is unique per subscriber In this case it would be ideal to define the match list and tag action pair such that multiple subscriber ports can reference it This is accomplished by having a special value for the output in the tag action that indicates the value of the output tag is subscriber specific The customer specific tag is contained in the service definition...

Page 70: ... profiles Specifies the SIP service configuration information that previously resided in a SIP configuration file in a primary and a secondary location TDM Voice Gateway profiles Specifies the port numbers for the UDP control plane traffic and RTP voice traffic as well as the IP address of the C7 viper card H 248 Gateway profiles and H 248 Gateway Specifies the H 248 gateway properties for the VDS...

Page 71: ...to a service VLAN The match list is applied to a service tag action that is then associated with an xDSL port service Service tag actions Marks the traffic with the appropriate VLAN and priority value required by the service See Creating an Ethernet Bandwidth Profile on page 105 for instructions on creating another traffic control object for services provisioned on xDSL ports Class map and rules D...

Page 72: ... priority value as is set for downstream traffic The priority value must also be consistent with the class of service type as defined in the Ethernet port CoS table Class of service parameters You can provision the following parameters for class of service Parameter Description Valid Options Name Name of COS queue text string Queue 1 Rate Shaping rate for queue 1 specified in Mbps The allowed rang...

Page 73: ... Rate Aggregate shaping rate for the port specified in Mbps The allowed range is 1 10000 Alternately select none to indicate that shaping should not be done none or keyword unshaped Enter Value 1 10000 Mbps or select a value from the list Port Burst Size Aggregate burst size for port specified in Kbits The allowed range is 1 to 128000 Alternately select auto to automatically calculate the burst si...

Page 74: ...thin the networking domain Add Tag The add tag action adds an outer tag either on all packets on an interface or only on packets that match a specified VLAN ID or P bit Add 2 Tags The add 2 tag action adds an outer tag and an inner tag with the specified VLAN IDs on packets of untagged traffic Change Tag The change tag action changes the outermost tag to the specified VLAN ID on packets that match...

Page 75: ...g action is performed on all packets entering the specified interface except for the packet traffic on VLANs that have an associated membership with the interface When the match rule is set to ignore and p bit any that is the same as no matching criterion assigned You can see this if you create a tag action and leave those fields blank It will be set to ignore For double tagged packets the outer V...

Page 76: ...t data VLANs are double tagged VLAN per port for data traffic Single voice service VLAN Single video service VLAN Configure the following 1 Create a voice VLAN and a video VLAN and add the interface to each of the VLAN memberships 2 Create a no match add tag action to the interface for all remaining VLANs to add an outer data service tag Before starting Before starting the VLAN tag action process ...

Page 77: ...Action Performed selection is add 2 tags or add and change ignore any untagged Enter Value then enter a VLAN ID 2 4093 Required field To add VLAN tag actions to an E Series Ethernet interface 1 On the Navigation Tree click Interfaces 2 Double click the specific interface where you want to add a tag action Note The tag actions only apply to interfaces assigned as edge or access link 3 Click the Tag...

Page 78: ...ubscriber traffic to determine the service in which it belongs A match list can contain both tagged and untagged match rules up to 12 tagged rules and up to 16 untagged rules Untagged match rules can match on the following A portion of the source MAC address as indicated by the Source MAC and Source MAC Mask attributes of a video Set Top box The Ethernet type to distinguish video and High Speed In...

Page 79: ...nd GPON if the PON CoS setting allows it Match list and rule parameters You can provision the following parameters for match list and rules Parameter Description Valid Options Name Name of service match list text string S VLAN Outer Tag VLAN ID of the outer tag tagged match rules only VLANs can be specified by name or by numeric VLAN ID which ranges from 1 4094 In addition untagged indicates that ...

Page 80: ...0 Required field To create a service match list 1 Access the profile page From CMS On the Navigation Tree click CMS In the Work Area click Profile E5 48 E3 48C E7 ONT Service Tagging Match Lists Locally on the E Series On the Navigation Tree click the E Series unit In the Work Area click Profiles Service Tagging Match Lists Profiles 2 In the menu click Create 3 In the Name box of the Create Match ...

Page 81: ...ag that can be specified by name or by numeric VLAN ID which ranges from 1 4095 untagged indicates that only untagged traffic should be matched ignore indicates that the VLAN ID should not be examined b In the Outer P bit list select one of the following pbit value range 0 7 that specifies the VLAN priority value to match pbit none indicates the P bit value is not considered If this parameter is n...

Page 82: ...d classifying traffic into services Marking the service tag actions are for marking the traffic with the appropriate VLAN and P bit required by the service This topic describes how to create service tag actions that can be used for many subscriber ports that require the same actions to be performed All services configured on an xDSL port exist in a VLAN tagged service flow requiring an associated ...

Page 83: ...marking of packets from the subscriber port into the service VLAN You have the following options for determining the added or changed tag values Specify the VLAN value explicitly This option is used for a VLAN per service provisioning model N 1 A service carried on an N 1 VLAN applies to multiple subscriber ports where a single match list and tag action can indicate the service Reference the VLAN ...

Page 84: ...Mask on page 100 if you do not want to use the system default b Assign the map to the xDSL port associated interface on page 182 or leave the system default map access assignment c Create a service tag action with an Outer P Bit Source of Map a layer 3 Priority d Create a service using the defined service tag action Preserve the existing P bit value upstream Indicate that the E Series preserves th...

Page 85: ... as N 1 An additional tag can be added to limit the size of a group for improved reliability A service carried on an N 1 VLAN applies to multiple subscriber ports allowing a single match list and tag action to be used to denote the service Subscriber tag 110 Match tag 110 Change tag 200 service VLAN 1 1 VLAN per port model the traffic frames from each subscriber port are assigned a unique VLAN ID ...

Page 86: ...ority is not supported for this scenario The same service tag action can be used on multiple xDSL ports Each E Series shelf or E7 Modular Chassis system has a capacity of 256 service tag actions For configurations that require large numbers of VLANs Calix recommends selecting the Specified in Service value for the Outer Tag parameter and then specifying the VLAN ID when provisioning the service Fo...

Page 87: ...are supported The following tag actions are supported for VLANs with IGMP enabled Add tag ony supported for untagged traffic Change tag Services provisioned with DSCP or IP Precedence translation to P bit values only support add tag add 2 tags One service per port can use the DSCP or IP Precedence to P bit mapping function Either DSCP or IP Precedence can be used for a service not both Once a tag ...

Page 88: ...tagged is defined when adding the service to a port Upstream traffic is marked with P bit 0 The upstream traffic on a service VLAN must have the same P bit value as is set for downstream traffic Before starting Before starting the service tag action creation process check that the following conditions are met All VLANs that are to be specified in the service tag action have already been created Th...

Page 89: ...e outer tag when the P bit Source is set to Specify P bit Note When the value of copy is selected the E Series honors the P bit value of the incoming traffic and passes the existing P bit value upstream 0 7 copy 0 For E7 Viewable in CMS only Indicates that the global CMS profile is for use with the E7 Y N For AE ONT Viewable in CMS only Indicates that the global CMS profile is for use with AE ONTs...

Page 90: ...e Tag 11 In the P Bit Source list select where to derive the P bit value for marking the outer tag for services provisioned on xDSL ports Specify P Bit requires that you enter the P bit value for marking the outer tag or select copy to pass the existing P bit value upstream Map a layer 3 priority references the system default DSCP and IP Precedence values unless you specify another existing custom...

Page 91: ...AN The E Series Ethernet port Trunk and Edge interfaces are always associated with at least one VLAN through the native VLAN attribute VLAN 1 by default The native VLAN ID is specified on the interface and is used for untagged user traffic on that interface Note Interfaces with the Access role do not support a native VLAN To forward untagged traffic on E Series Ethernet ports with an Access interf...

Page 92: ...1 1 100 Match pbit P bit value range 0 7 that specifies the VLAN priority value to match Alternately if pbit any is used or the parameter is not specified the P bit value is not considered pbit 0 to pbit 7 pbit any Match Outer Outer VLAN ID to match VLANs can be specified by name or by numeric VLAN ID range 1 4093 Selecting Any or Ignore indicates a match for both tagged and untagged traffic Ignor...

Page 93: ...use on ingress traffic packets See Creating a Policy Map and Policies on page 93 For CLI add class rule rule index to map c map name match all add class rule rule index to map c map name match pbit P bit value add class rule rule index to map c map name match tag outer vlan ID match pbit add class rule rule index to map c map name match 2 tags outer outer vlan ID inner inner vlan ID match pbit add...

Page 94: ... value greater than default when using jumbo frames for example 9000 kbyte at higher rates Typically set the burst to the amount of traffic sent in twice the round trip time Also consider whether the traffic is shaped before reaching the E Series the edge device that shapes traffic greatly reduces the buffer requirements in the infrastructure device Also see Creating Ethernet Port Class of Service...

Page 95: ...e that specifies the VLAN priority value The default setting of pbit none does not alter the existing pbit The upstream traffic on a service VLAN must have the same P bit value as is set for downstream traffic The P bit value must also be consistent with the class of service type as defined in the Ethernet port CoS table pbit 0 to pbit 7 pbit none Default pbit none Rate Limit Whether to set an max...

Page 96: ...s used for packet classification on DiffServ networks defined in RFC 2474 and RFC 2475 to IEEE 802 1p priority bit values to classify traffic priority Traffic coming from the subscriber to xDSL Access ports can reference the use of layer 3 priority values from the service tag action associated with the service and then from the xDSL port associated interface indicate whether to use the system defa...

Page 97: ...ce or traffic internal to the access node will be discarded at random service unaware See Creating a Policy Map for L3 Priority Mapping on page 102 DSCP traffic classes The DSCP traffic classes are described in RFC 2474 RFC 2597 RFC 3246 the P Bit construct in IEEE 802 1p The table below shows the mapping between Traffic Classes and P bits IP DSCP Name IP DSCP Abbreviation IEEE 802 1p CSx Class Se...

Page 98: ...rom the P Bit Source list 2 On the xDSL port associated interface where you are going to be provisioning the data or video service select the name of the DSCP profile to use from the DSCP IP Precedence Profile list Note The upstream traffic on a service VLAN must have the same priority value as is set for downstream traffic Note If IP traffic on an Access Interface has a DSCP setting other than th...

Page 99: ... Medium High 0 1 1 1 1 2 2 2 2 3 3 3 3 4 4 4 4 5 5 0 0 0 Best Effort BE Assured Forwarding AF gives assurance of delivery under prescribed conditions Expedited Forwarding EF dedicated to low loss low latency traffic Default P bit assigned for a DSCP value that is not included in the DSCP Map Note Calix recommends NOT assigning P bit value 7 to any DSCP value To create a DSCP map 1 In the Navigatio...

Page 100: ...the changes to the map For CLI set dscp map name default cs0 af11 af12 af13 af21 af22 af23 cs3 af31 af41 ef cs6 cs7 show dscp map show dscp map name Creating and Modifying an IP Precedence Map This topic shows you how to create and modify an IP precedence map that is applied to xDSL port interfaces to enable and or specify a mapping of the IP precedence values to IEEE 802 1p priority bits To desig...

Page 101: ...dialog do the following a In the Name box enter a name that describes the use of this custom profile b In each of the designated IP Precedence value lists select the correlating P bit value following site requirements and company policies and procedures to assign 802 1p priority bit values to the values listed alongside each list box 4 Click Create For CLI create ip precedence map name ip preceden...

Page 102: ...reate policy maps see the following topics Creating a Class Map and Rules on page 90 Creating a Policy Map and Policies on page 93 Note The upstream traffic on a service VLAN must have the same priority value as is set for downstream traffic For further information on layer 3 priority mapping see Mapping Layer 3 Priority Values to P Bits The following table shows the different classes of traffic a...

Page 103: ...g to CoS 5 1 Create class map CoS 5 Create class rule Match pbit pbit any Match Outer 100 Match Inner ignore Match DSCP 40 equates to CS5 2 Create policy map CoS 5 Create Policy class map CoS 5 Out pbit 5 3 Associate the policy map to the Ethernet port interface Example 2 Multiple DSCP value mapping 1 Create class maps and add rules a Create class map mix1 create rule 1 match tag 101 match dscp af...

Page 104: ...limit 15 max burst size 4 create policy 3 class map mix3 set P bit 3 create policy 4 class map mix4 set P bit 4 create policy 5 class map mix5 set P bit 5 create policy 6 class map mix6 set P bit 6 create policy 7 class map mix7 set P bit 7 rate limit 10 max burst size 4 b Create policy map 0p4 create policy 1 class map 0p4 set P bit 3 3 Add policy maps to Ethernet interfaces 1 x3 policy map mix 2...

Page 105: ...s to apply to individual Ethernet services on xDSL ports even when the modem is trained at a higher rate Typically a single bandwidth profile is applied to many subscriber ports Yet for each level of data service you need an corresponding Ethernet Bandwidth Profile The Ethernet bandwidth profile on E series VDSL2 cards and nodes rate limits traffic as defined by the VLAN and the P bit value settin...

Page 106: ...raffic classes The recommended DSCP for expedited forwarding is 101110 46 Assured Forwarding AF PHB gives assurance of delivery under prescribed conditions The IETF defines the Assured Forwarding behavior in RFC 2597 and RFC 3260 Assured forwarding allows the operator to provide assurance of delivery as long as the traffic does not exceed some subscribed rate Traffic that exceeds the subscription ...

Page 107: ... actions applied to xDSL services The priority of traffic as defined in the Layer 3 DSCP table or IP precedence table or The P bit value specified in the service tag action The E7 calculates a burst size for the traffic rate limiter when the value is not set for this parameter Auto calculated burst size peak rate 80msec for the given rate PBS CBS This allows the flow that is being rate limited to ...

Page 108: ...Use m suffix for Mb s or g for Gb s in whole number increments 0 2048kpbs 0 1000Mbps 1Gbps kbps in 64k increments Peak Rate for Upstream Peak information rate for upstream traffic Where rates may be specified as follows In 64 kbps increments up to 2 Mbps In 1 Mbps increments between 2 Mbps to 1000 Mbps 0 kbps disables the meter Use m suffix for Mbps or g for Gbps in whole number increments 0 2048k...

Page 109: ...eam box enter a value that specifies the minimum rate to allow traffic to flow upstream c In the Peak Rate for Upstream box enter a value that specifies the un guaranteed maximum bandwidth for upstream traffic d In the Peak Rate for Downstream box enter a value that specifies the un guaranteed maximum bandwidth for downstream traffic e In the Downstream Peak Burst Size box enter a value that speci...

Page 110: ...8 Multicast Maps Identifies the map of optional global multicast IP addresses that a subscriber service can join when this multicast profile is used The multicast map is an optional parameter of the multicast profile With no multicast address map identified multicast group destination addresses are unconstrained Any established multicast map MVR Profile Identifies the optional MVR profile to be us...

Page 111: ...ip on vlan on vlan ip Creating an MVR Profile and MVR VLAN Addresses The Multicast VLAN Registration MVR feature gives you the ability to register multicast VLANs with a subscriber unicast VLAN MVR works in conjunction with IGMP where subscribers join and leave multicast groups via IGMP However both the IGMP messages and multicast content are mapped from the subscriber s service into the isolated ...

Page 112: ...LAN carrying both HSI and unicast video left node and separate VLANs for data and unicast video right node In this model multicast video is isolated from unicast video via separate VLANs One or more dedicated multicast VLANs are used across the entire access network while unicast video is isolated into smaller broadcast domains on separate VLANs N 1 or 1 1 Configuration guidelines Each system supp...

Page 113: ...that is associated to the Multicast Profile used when provisioning the service on the subscriber port The ONTs do not support tagged and untagged match rules on the same ONT for video services Only one classification rule is allowed for video services per ONT Multiple Video Providers In order to support multiple video service providers over the same access network the system supports 16 MVR profil...

Page 114: ...rofile and MVR VLAN addresses 1 Access the profile page From CMS On the Navigation Tree click CMS In the Work Area click Profile E3 48C E5 48 E7 ONT Profile Service Multicast MVR Locally on the node On the Navigation Tree click the unit In the Work Area click Profiles Service Multicast MVR Profiles 2 In the menu click Create to open the Create MVR Profile dialog box 3 In the Name box enter a descr...

Page 115: ...map can contain up to eight distinct multicast IP address ranges not overlapping When both multicast white list and multicast address map are applied to a service only the white list ranges are passed on to the ONT or xDSL port The multicast address map is ignored Parameters You can provision the following parameters for multicast maps and ranges Parameter Description Valid Options Name Name of th...

Page 116: ...multicast map when creating a multicast profile For CLI create mcast map m name add range to mcast map m name mcast m range delete mcast map index remove range index from mcast map m name set mcast map old name name new name set mcast map m name range index mcast m range show mcast map m name Creating a Multicast Whitelist Map and Ranges This topic describes how to create a multicast white list an...

Page 117: ...pplied to a service only the white list ranges are passed on to the ONT or xDSL port The multicast map is ignored Maximum of 16 Multicast white lists are supported per service where each Multicast white list supports a maximum of 32 multicast channel ranges for a maximum total of 512 ranges A multicast whitelist can be applied to an exiting video service or at the time of creating the service Each...

Page 118: ...elds To create a multicast white list and address ranges 1 Access the profile page From CMS On the Navigation Tree click CMS In the Work Area click Profile E3 48C E5 48 E7 ONT Profile Service Multicast White List Locally on the E Series On the Navigation Tree click the unit In the Work Area click Profiles Service Multicast White List 2 In the menu click Create to open the Create Multicast White Li...

Page 119: ... name from interface vdsl interface eth svc service remove mcast white list list name from ont port ont port eth svc service remove mcast white list list name from dsl bond interface vdsl interface eth svc service show interface vdsl interface eth svc service detail show ont port ont port eth svc service detail Creating an IGMP Profile This topic describes how to create a profile for VLAN associat...

Page 120: ... auto For ERPS and G 8032v2 ring configurations The ring node with a direct connection to the mrouter can be provisioned as IGMPv3 and operate as v3 If at least one node in the ring does not support IGMPv3 all of the other nodes in the ring not connected to the mrounter will operate as IGMPv2 regardless of the provisioned IGMP version v2 v3 or auto If or when all ring nodes become IGMPv3 compatibl...

Page 121: ...network If a connected C7 is using IGMP proxy then snooping must be enabled on the video VLAN Otherwise snooping should be disabled set to N With Router Learning Mode configured for static only IGMP Proxy will not allow a static multicast router mrouter interface to be a multicast destination If the interface could become a multicast destination in the event of a network topology change the interf...

Page 122: ...de 2 is discarded If the VLAN in Node 1 transitions from v2 to v3 then a v3 General Query is sent to Node 2 and any v2 traffic from Node 2 is discarded For an xDSL interface the IGMP operation mode v2 v3 depends on the VLAN configuration mode v2 v3 mode and connected devices If all of the VLANs on an xDSL interface operating in IGMPv3 mode then the xDSL interface IGMP mode is controlled by the con...

Page 123: ...ace transitions back to v3 The IGMP version of the IGMP Query must match the provisioned VLAN setting in the associated IGMP profile if the version setting is set to either v2 or v3 If there is a chance that a v2 querier may win an election upstream use auto mode If there are mixed v2 and v3 hosts on GPON or Ethernet ports use v2 for the IGMP version setting Video Services supports IGMP Snoop for ...

Page 124: ...xample 192 168 1 100 Alternately none can be used to reset the value to 0 0 0 0 Immediate Leave Whether a multicast stream is dropped as soon as a Leave is received May be overridden per interface Y enable N disable Robustness Number of IGMP group specific queries sent per query interval when proxy is configured 1 10 1 Last Member Query Count Number of group specific queries sent when a Leave is r...

Page 125: ...260 Router Port Purge Time Purge time in seconds for router ports 60 600 260 Proxy VLAN IGMP Version The VLAN IGMP operating version v2 v3 auto Source Specific Multicast Start Address IP address that indicates the start of the range used by the system to switch E7 multicast traffic based on a destination IP instead of a destination MAC Source Specific Multicast SSM is a form of multicast in which ...

Page 126: ...ily of the same profile To achieve cross talk elimination with vectoring vectoring capable CPE must be deployed in conjunction with the E Series units In addition E Series vectored lines must be in the same binder group They can t share binder groups with non vectored VDSL2 lines or the benefits of cross talk noise recovery are lost See the Calix Customer Advisory Bulletin E7 2 E3 48 E3 48C E5 48 ...

Page 127: ...sidered as shared spectrum Transmission strength and frequencies on both ends of the line the DSLAM and the modem are managed to reduce the overall noise floor For optimal performance Calix recommends that all modems in a vector group be from the same modem manufacturer use the same model type and run the same firmware for a successful vectoring implementation This ensures that all members of the ...

Page 128: ...nnex A b8 12 VDSL2 Annex B 17 MHz US0 as in ADSL2 annex B b7 1 VDSL2 Annex B 7 MHz US0 as in ADSL2 annex A b7 2 b7 4 VDSL2 Annex B 8 8 MHz US0 as in ADSL2 2 annex M b7 3 VDSL2 Annex B 12 MHz US0 as in ADSL2 2 annex M b7 5 VDSL2 Annex B 12 MHz US0 as in ADSL2 annex A b7 6 VDSL2 Annex B 12 MHz US0 as in ADSL2 2 annex M b7 7 VDSL2 Annex B 17 6 MHz does not use US0 b7 9 VDSL2 Annex B 17 6 MHz US0 as i...

Page 129: ...ng a In the Navigation Tree click the xDSL port of interest b In the Work Area click Port Status Status c View the following fields Actual Vectoring Mode G 993 5 Line Vectoring State steady Operation Status fields Showtime For CLI set dsl vectoring group number psd mask mask show dsl vectoring group set dsl port port id psd ds vectoring enabled disabled show dsl port port id psd status Creating an...

Page 130: ... object If the same parameters are specified in both templates the values defined in the last applied template are applied to the xDSL port If parameters specified in the first applied template are not specified in the last applied template the values are retained from the first applied template for those parameters To create a DSL port template 1 On the Navigation Tree click E Series 2 Click Temp...

Page 131: ...dmin State Service state of the xDSL port enabled no alarms enabled disabled Interface Name of DSL bonded interface of which to add this port as a member EthIntf any existing bonded interface Description Description of DSL port text string DSL GoS Profile Index of DSL Grade of Service GoS profile to use for performance monitoring PM on the port The ID number and description of a defined GoS profil...

Page 132: ... annexm ADSL2 ADSL2 Annex M standards specification vdsl2 ITU T G 993 2 standards specification for profiles 8a 8b 8c 8d 12a 12b and 17a vdsl2mm VDSL multi mode Enables the port to automatically detect and train up to the service type supported by the CPE enables ADSL2 READSL2 ADSL2 and VDSL2 Each of the following service types use the Annex B frequency spectrum Annex B is an addendum to the G 992...

Page 133: ...ameter allows the operator to select fast or interleaved path in G dmt and in other modes to configure the interleaver to behave similarly to fast path minimal delay little to no impulse noise protection For standards other than G dmt setting Path Latency to fast is equivalent to a setting of S1 as described in G 997 1 paragraph 7 3 2 2 Maximum Interleaving Delay fast interleaved Fallback VPI The ...

Page 134: ... multimedia data receiving quality For bonded VDSL2 services Calix recommends a setting of 2 for the upstream direction For IPTV Calix recommends a value of 3 for the downstream direction and a value of 1 for the upstream direction For HSI with no IPTV Calix recommends a value of 0 5 for both the downstream and upstream direction 0 0 5 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Interleave Max Latency ...

Page 135: ...ections For IPTV Calix recommends a value of at least 8 dB for both upstream and downstream directions For bonded VDSL2 services Calix recommends a value of 10 dB for the upstream direction 0 0 31 0 6 dB in 0 1 dB increments Default To modify the basic parameters in a DSL template 1 On the Navigation Tree click E Series 2 Click Template DSL 3 In the Work area double click the DSL template that you...

Page 136: ...M Header Compression Whether ATM header compression is implemented leaving more bits available for data Note An increase in the downstream data rate is only realized with this feature if Broadcom based CPE also implements Broadcom proprietary ATM header compression Nitro selected enabled unselected disabled Downstream and Upstream Rate Adaption Mode Downstream or upstream rate adaptation mode for ...

Page 137: ...eam or upstream noise margin must stay above the Rate Adaptation Upshift Margin Downstream before the modem increases the downstream data rate The valid range is 0 to 16383 seconds 0 disables the feature 0 16383 60 Enhanced Impulse Noise Protection Downstream or upstream enhanced impulse noise protection mode that used in conjunction with Retransmission which is a proprietary method for retransmit...

Page 138: ...ulse noise protection against SHINE symbols 0 63 4 Single High Impulse Noise Ratio symbols Downstream or upstream Single High Impulse Noise Event SHINE Ratio NDR in 001 increments As stated in G 998 4 this is expected to be set by the operator using empirical methods 0 000 0 100 0 010 Min Repetitive Impulse Noise symbols Downstream or upstream minimum impulse noise protection against REIN symbols ...

Page 139: ... the same copper loop binder group a nus0 VDSL2 Annex A POTS compatibility do not use band US0 a eu 32 a eu 36 a eu 40 a eu 44 a eu 48 a eu 52 a eu 56 a eu 60 a eu 64 a eu 128 VDSL2 Annex A POTS compatibility end US0 on subcarrier specified a adlu 32 a adlu 36 a adlu 40 a adlu 44 a adlu 48 a adlu 52 a adlu 56 a adlu 60 a adlu 64 a adlu 128 VDSL2 Annex A All Digital end US0 on subcarrier specified ...

Page 140: ...Bm Hz 127 5 to 0 0 0 values are negative RFI Bands Band 1 16 Start Specifies the start frequency in KHz for RFI bands 1 to 16 where each frequency is an integer and has a resolution of 1 kHz The start and stop frequencies define the limits of a low power band The system converts the input values to the closest encompassing DMT subcarrier pair i e multiples of 4 3125 kHz The default value is 0 unus...

Page 141: ... On the Navigation Tree click E7 E3 48C E5 48 or E5 48C 2 Click Template DSL 3 In the Workarea double click the DSL template that you want to modify 4 Click PSD to access the basic level of parameters for the DSL template 5 Reference the table above to configure the parameters 6 Click Apply For CLI set dsl template name psd mask upbo band upbo k10 dpbo bp dpbo esel dpbo escm dpbo mus dpbo fmin dpb...

Page 142: ...stream Target SNR 5 8 Advanced PTM Override auto auto ATM Header Compression enabled enabled Downstream Rate Adaption Mode dynamic dynamic Upstream Rate Adaption Mode dynamic dynamic Downstream Downshift Rate Adaption Margin 2 5 Downstream Upshift Rate Adaption Margin 6 9 Upstream Downshift Rate Adaption Margin 2 5 Upstream Upshift Rate Adaption Margin 6 9 Downstream Downshift Rate Adaption Time 3...

Page 143: ...0 us upshift adapt time 30 ds enhanced inp phyr us enhanced inp phyr atm header compress enabled Creating an Ethernet Security Profile This topic shows you how to create an Ethernet security profile that is applied to xDSL port interfaces to enable and or specify security attributes of the port Note The E Series implementation of security profiles applies to non TLAN services only For TLAN service...

Page 144: ...TLAN services this parameter must be set to all tunnel all discard all tunnel or any previously created filter DOS Attack Detection Whether to enable or disable Denial Of Service DOS attack detection against PPPoE control flows DOS attack is implemented for PPPoE discovery phase packets only where it meters the arrival of PPPoE control packets from a particular subscriber and uses that rate to det...

Page 145: ...ol frames The E Series already has two system default filters that either discard all discard or pass all tunnel all L2CP protocol frames for all ranges The L2CP filter is referenced from the Ethernet security profile that is applied to an xDSL port interface to enable and or specify security attributes of the xDSL port Note The E Series implementation of security profiles applies to non TLAN serv...

Page 146: ...ault To create an L2CP filter 1 Access the profile page From CMS On the Navigation Tree click CMS In the Work Area click Profile E3 48C E5 48 E7 ONT Profile Security L2CP Locally on the E Series On the Navigation Tree click the unit In the Work Area click Profiles Security L2CP Filters 2 In the menu click Create to open the Create L2CP Filter dialog box 3 Reference the table above to configure the...

Page 147: ...PoE traffic transparently as long as the Clients BRAS are operating normally illegal packets will be dropped Up to one service on each xDSL interface including bonded links may resolve to a VLAN with an associated PPPoE profile To disable downstream broadcast traffic on the E Series enable a PPPoE profile on the service VLAN to only forward PADI broadcast packets upstream to the BRAS port once it ...

Page 148: ... BNG MACs are allowed six hexadecimal digits in the range 0 FF optionally separated by colons none Allowed BNG MAC 4 Allowed trusted Broadband Network Gateway BNG defined in TR 101 MAC address or OUI Alternately the keyword none indicates that all BNG MACs are allowed six hexadecimal digits in the range 0 FF optionally separated by colons none Required Default To create a PPPoE profile 1 On the Na...

Page 149: ...ill the port field in the Circuit ID string Remote ID options Subscriber ID of the port on which the DHCP lease request is received The first 63 characters of the Subscriber ID text field are inserted none no content is inserted Note The default Calix format will have a defining letter for the port x g v etc followed by the port number The TR101 format will have a defining letter for the port foll...

Page 150: ...rnet based multi pair bonding PTM ITU G 998 2 G bond When a port in a bonding group fails or is administratively disabled services continue on the ports that still function within the bandwidth available to the single port When the affected port recovers the aggregate capacity of the bonding group resumes without operator intervention Also when both ports in an ATM bonded interface fail or are adm...

Page 151: ...e process the E5 and the CPE agree to determine the DSL mode automatically attempting to train the port at the DSL mode that provides the highest line performance possible ATM Mode is supported for all ADSL type modes PTM Mode is supported only for ADSL2 ADSL2 and VDSL2 modes There is a 12 15 data transfer efficiency gain when choosing PTM as a service transport due to avoiding the ATM segmentatio...

Page 152: ... Valid Options Name Name of the xDSL bonding group text string Admin State Service state of the bonding group enabled disabled Subscriber ID Subscriber ID information such as phone number or account number text string blank Description Description of the DSL bonded interface such as the subscriber address name or service text string blank IGMP Immediate Leave Whether a multicast stream is dropped ...

Page 153: ...oup 1 Choose ports on a VDSL2 card intended for DSL pair bonded services considering the following The member ports must have the same Service Type either all VDSL2 or all ADSL service types All ports must have the same encapsulation ATM TC or PTM TC For ports with PTM encapsulation bonding of any xDSL port pairs is supported on the same card For ports with ATM encapsulation bonding is restricted ...

Page 154: ...such as an account number or address d In the Description box enter further information that would be helpful to identify the bonding group e In the IGMP Immediate Leave list select whether a multicast stream is dropped as soon as a Leave is received Note This parameter is also set in the IGMP profile that is associated with a VLAN Setting the parameter at the bonding group level overrides the set...

Page 155: ...iate leave ds min rate us min rate admin state show dsl bond interface detail vlans show dsl bond interface intfc name detail eth svc members vlans show dsl port port advanced all basic inventory psd status subcarriers clear dsl bond interface igmp counters clear dsl bond interface intfc name igmp counters pppoe Creating Voice Service Profiles This section describes how to create profiles and obje...

Page 156: ...S port is configured To provision the IP Host for a Static protocol configuration you must select static for the Host Protocol parameter and then enter the Static IP Static IP Mask and Static IP Gateway addresses Note When the IP Host protocol is changed from Static to Dynamic at the VDSL line card level the applied SIP Gateway Profile DNS entries must be populated with zero entries 0 0 0 0 The st...

Page 157: ... address for the VDSL2 card to use in routing its traffic to the SIP server if the host protocol is static This attribute is ignored yet preserved if the host protocol is DHCP 4 byte IP address Ping Whether to respond to ping messages enabled disabled Traceroute Whether to respond to traceroute messages enabled disabled Configuration File Instance A configuration name instance is mapped to a retri...

Page 158: ...ateway object On current systems using the SIP Gateway with per port provisioning method a separate SIP dial plan profile can be created and attached to the SIP port service When an applied dial plan is modified the modification is pushed down to the configured ONTs with no further input T Series ONTs only accept H 248 standard dial plan rules via OMCI However enhanced dial plan symbols are suppor...

Page 159: ...tem default 2 411 system default 3 2 9 0 9 6 system default 4 1 2 9 0 9 9 system default 5 011 0 9 T system default 6 S 0 9 2 Parameters You can provision the following parameters for creating a dial plan and adding rules Parameter Description Valid Options Name Descriptive name for the dial plan text string up to 31 characters Digit Short Timer s Value to use that resolves an overlapping dial pla...

Page 160: ...ne is played during call forwarding sequence d Dial tone is played during a call forwarding sequence Comma Outside dial tone is played if preceded by a 9 n no local disconnect Pound indicator b Must immediately follow Note The Maximum Network Dial Plan Table size is 100 rows x 28 2800 bytes A rule cannot exceed 28 bytes or characters because a rule must fit in a single row The required character a...

Page 161: ...efer to the above table 6 Click Create For CLI add rule p index to dial plan p name pattern token delete dial plan name set dial plan p name rule name digit short timer digit long timer show dial plan name Creating a SIP Gateway Profile This topic describes how to create a SIP gateway profile that is assigned to a SIP gateway service provisioned on a Voice port You can define a unique SIP Profile ...

Page 162: ...etects a failure or is disabled the SIP client will again try to switch back to the primary SIP proxy The secondary proxy server can only be configured if the proxy server is configured as an IP address not a hostname The secondary proxy server can only be configured as an IP address not a hostname Note Not supported on the T Series ONTs IP address Secondary Proxy Server Port UDP port for secondar...

Page 163: ... to enable Silence Suppression third order priority codec selected enabled unselected disabled T1 Timer ms T1 and T2 are SIP timers T1 is an estimate of the round trip time the client will start to retransmit an INVITE transaction at T1 and then double the time for each subsequent retransmission 100 1500 500 T2 Timer s T1 and T2 are SIP timers T2 is the maximum retransmit interval for non INVITE r...

Page 164: ... Agent will consume the hook flash and provide the service locally When disabled unselected then the hook flash is passed to the Softswitch for processing selected enabled unselected disabled RTP DSCP The DiffServ Code Point DSCP value for traffic using this SIP profile 0 63 DSCP for RTP packets cs0 DSCP CS0 0 cs1 DSCP CS1 8 af11 DSCP AF11 10 af12 DSCP AF12 12 af13 DSCP AF13 14 cs2 DSCP CS2 16 af2...

Page 165: ... com 5060 1 63 character text string none Country Code E 164 Country code designator Protocol Country Variant profile This attribute specifies the country code where the service is being deployed This code selects country specific tone settings line interfaces line levels and line frequencies Currently supported values include the following North America 1 GPON and xDSL Italy 39 xDSL only Switzerl...

Page 166: ...find the SIP line None for supported switch types that are not in the list none zte huaw syla eric cs2k bell Required fields Default To create a SIP gateway profile 1 On the Navigation Tree click the unit 2 Click Profiles Service SIP GW Profiles 3 In the menu click Create 4 Reference the table above to configure the parameters 5 Click Create to save the profile Apply a SIP profile when you create ...

Page 167: ...IP configuration file version to the same VDSL2 there will be two configuration files present in the VDSL2 card s flash One that is currently in use by the VDSL2 card applied file One that is a newly retrieved file not applied file Once you apply the newly retrieved file to a VDSL2 card the previously applied version of the configuration file now obsolete will be deleted from flash Note From CMS y...

Page 168: ... the configuration file instance specified in the IP Host A configuration name is specified by instance number alone or by voip 1 through 4 voip 1 Instance for VOIP 1 voip 2 Instance for VOIP 2 voip 3 Instance for VOIP 3 voip 4 Instance for VOIP 4 Version The version number of the DSL configuration file x x x x Typically the version string is the first line in the configuration file Note The VDSL2...

Page 169: ...ervice associated with specific gateways Now a single trunking gateway can be specified for each E Series or P Series device These devices are then associated with the specific trunking gateway by setting the profile to use the server IP address as the DHCP offer filter If the associated IP host is using DHCP then the DHCP offer from the specific server will be accepted If the local device receive...

Page 170: ...6 DSCP CS6 48 cs7 DSCP CS7 56 RTP Ethernet QoS Ethernet QoS for RTP packets 0 7 6 DHCP Filter Whether to use the server IP address as the DHCP offer filter When enabled if the associated IP host is using DHCP then the DHCP offer from the specific server will be accepted enabled selected disabled unselected Required field Default To create a TDM voice gateway profile 1 Access the profile page From ...

Page 171: ...teway service groups Parameter Description Valid Options ID Index of the TDM Gateway service group Any value between 1 1000 inclusively Description Unique name that indicates the entire description of the C7 network and Calix C7 gateway interface group used for this TDM service group This value is auto filled once the network name and interface groups are selected String text If left blank the sys...

Page 172: ...fy Domain Name FQDN Parameters You can provision the following parameters for H 248 gateway profiles Parameter Description Valid Options Name Name of the H 248 gateway profile A 31 character text string Base RTP Port Base port number for RTP packets 49152 to 65535 Primary Gateway Controller IP address or hostname of the primary H 248 gateway controller that is the softswitch text string Primary Sw...

Page 173: ...inations RTP text string ESA Mode Whether to enable the ESA mode selected enabled unselected disabled RTP Codec RTP code to use u law a law Packet Rate Packet rate packets msec 10ms 20ms Country Code xDSL only E 164 Country code designator Protocol Country Variant profile This attribute specifies the country code where the service is being deployed This code selects country specific tone settings ...

Page 174: ...cifies the H 248 gateway properties for the VDSL2 H 248 gateway services Parameters You can provision the following parameters for H 248 gateway Parameter Description Valid Options Name Name of the H 248 gateway A 31 character text string Admin State Administrative status for the gateway enabled disabled H 248 Gateway Profile Name of the H 248 gateway profile text string IP Host Name of the line c...

Page 175: ...rver that is reachable by the system and place it in the VDSL2 flash memory The cancel action can be invoked before the apply action is performed either while the retrieve action is still in progress or after the retrieve action has completed 2 Apply the coefficient file to the VDSL2 card causing the card to reset and apply the contents from the file to the provisioning of all xDSL ports on that c...

Page 176: ...r FTP server Source File Path File path of the configuration file on your FTP server Force Select the Force box to force the system to retrieve the file as specified Required field To manage coefficient files 1 On the Navigation Tree click a VDSL2 card 2 In the Work Area click Action DSL Coefficient 3 Select one of the actions described in the table above Retrieve Apply Remove 4 Click the appropri...

Page 177: ...Services Configuring Data Services This section describes how to create data services on xDSL ports Topics Covered This section covers the following topics in bold that are part of the overall E Series VDSL2 services configuration process 1 Configure network uplinks for VDSL2 services 2 Create profiles that support VDSL2 applications 3 Configure data subscriber services An overview of the VDSL2 da...

Page 178: ...ing the data services configuration process ensure the following steps of the turn up process have been completed 1 The network uplinks for VDSL2 services are configured Ethernet port interfaces Ethernet ports on page 21 Service VLANs VLAN memberships on page 64 Uplink interfaces or ERPS domain if the uplink resides on a different shelf must be added to the VLAN membership 2 The necessary system p...

Page 179: ...arious parameters that are more likely to be modified on an xDSL port for data service You can also apply a previously created DSL template to multiple ports for ease of configuration See Creating and Applying a DSL Port Template on page 129 Applying multiple DSL templates to a single port Each DSL template may specify some or all of the xDSL port parameters When a DSL template is applied to an xD...

Page 180: ...dB of margin above target SNR before power cutback is allowed This corresponds to a maximum SNR margin of 10 dB for supporting HSI Advanced DSL Port Parameters DS or US downshift rate adaptation margin Defines an SNR margin below the Target SNR Margin that triggers a bitrate downshift dB in 0 1 dB increments For the decrease to occur the noise margin must stay below this value for the time specifi...

Page 181: ...ing Basic Action Apply Template 3 In the Template list select from the list of previously created DSL templates 4 Click Apply Template For CLI apply dsl template t name to dsl port port To modify the xDSL parameters to recommended values 1 On the Navigation Tree click the xDSL port of which you want to modify parameters 2 In the Workarea click Port Provisioning Basic 3 Refer to the table above for...

Page 182: ...p If the interface is connected to a single subscriber device then the system does not need to query the interface and it can terminate the delivery of the Multicast stream right away This mode of operation is desired when the interface is connected to a Residential Gateway that provides IGMP proxy functionality for all devices behind it enabled disabled use vlan setting Subscriber ID Subscriber I...

Page 183: ...services Profiles referenced in service provisioning When provisioning subscriber services on a VDSL2 card xDSL port you set up information that is common to multiple subscribers and maintained in profiles Repeating the similar task of subscriber service activation then consists of referencing the existing profiles and sometimes providing subscriber specific information to complement the profiles ...

Page 184: ...ystem Inner Tag Specifies the customer VLAN ID if the Service Tag Action references Specified in Service for the Inner Tag none any VLAN created on the system Required fields Default To create a data service on an xDSL port 1 On the Navigation Tree click the xDSL port or bonding group on which you want to add a data service 2 In the Work Area click Port Services Form Note To create a service on an...

Page 185: ...te agent functionality allows for a PPPoE session access method where the access node inserts a Access Loop Identification ALID tag to the PPPoE frames to be sent upstream toward the Broadband Network Gateway BNG and then tracks the PPPoE sessions The inserted PPPoE tag contains the identification of the access loop on which the PADI or PADR packet was received in the access node where the interme...

Page 186: ...f all the active sessions and statistics are available and the PPPoE stack is enabled which passes through PPPoE traffic transparently as long as the Clients BRAS are operating normally illegal packets will be dropped When a PPPoE snoop is NOT applied to a VLAN in the E7 PPP traffic is forwarded as part of the traffic stream but the Intermediate Agent and security aspects of the feature are not en...

Page 187: ...bnet to associate with an xDSL port service or an xDSL bonding group service Configuration guidelines To identify a specific IP host for the purposes of securing the subscriber s traffic the IP address must be provided and optionally the MAC address information To identify an IP subnet a MAC address is not required The smallest subnet that can be provisioned in the system is 255 255 255 252 or 30 ...

Page 188: ...host IP addresses to the subnet and binds the subnet to an xDSL port Before starting Before starting this procedure you will need to provision a service on the xDSL port where you want to configure the static IP host address or subnet Parameters You can provision the following parameters for a static IP host address and subnet Parameter Description Valid Options Service Name of the service to asso...

Page 189: ...ddress or subnet 2 Click Static IP Subnet 3 If there are multiple Ethernet services provisioned on the selected port or bonding group at the top of the Work Area click the drop down list to select the service where you want to add a static IP host or subnet 4 Click Create to open the Create Ethernet Service IP Subnet dialog box 5 Reference the table above to configure the parameters 6 If you chose...

Page 190: ...ort into the service VLAN The Calix E Series supports the following data service models over IP on VDSL2 ports VLAN per Service where each service is assigned a dedicated VLAN where multiple subscriber ports are assigned to the VLAN for a single service This model is often referred to as N 1 VLAN per Port where each subscriber port is assigned a dedicated VLAN This model is often referred to as 1 ...

Page 191: ...emplate on page 129 Layer 3 priority map on page 96 Security Profile on page 143 Bonding groups if required on page 150 Note See Calix xDSL Best Practices for a description of the physical layer factors that may directly influence the quality of data and video services delivery and recommendations for the best practices necessary to achieve optimal results Step 3 Configuring an xDSL Video Service ...

Page 192: ...ay sensitive applications like voice and online gaming Specifies a minimum of 4 ms delay interleaved interleaves DSL frames to optimize error protection in the presence of impulse noise sources that are common to DSL Specifies a delay greater than or equal to 5 ms For IPTV Calix recommends the interleaved setting in the downstream direction Latency is tunable when using the interleaved path Calix ...

Page 193: ...stream and downstream directions For VDSL2 applications Calix recommends a value of 5 dB below target for both upstream and downstream directions DS or US upshift rate adaption margin Defines an SNR margin above the Target SNR Margin which when exceeded initiates a bitrate upshift dB in 0 1 dB increments For the increase to occur the noise margin must stay above this value for the time specified i...

Page 194: ... On the Navigation Tree click the xDSL port of which you want to modify parameters 2 In the Workarea click Port Provisioning Basic 3 Refer to the table above for the parameter descriptions and options and set the values as necessary 4 Click Apply 5 In the Workarea click Port Provisioning Advanced 6 Refer to the table above for the parameter descriptions and options and set the values as necessary ...

Page 195: ...ides IGMP proxy functionality for all devices behind it enabled disabled use vlan setting Subscriber ID Subscriber ID information such as phone number address or account number 47 character text string Security Profile Name of Security Profile to apply to the interface that can limit DHCP leases limit the rate of Layer 2 broadcast traffic allowed on the interface and indicate whether to pass the L...

Page 196: ...g the similar task of subscriber service activation then consists of referencing the existing profiles and sometimes providing subscriber specific information to complement the profiles Both service provision options allow you to activate services on an xDSL port and apply the following previously created profiles Multicast Profile Ethernet Bandwidth Profile Service Tag Action Note When a profile ...

Page 197: ... an existing service as follows In the Navigation Tree click XDSL In the Work Area click Port Multicast White List Create and then select the service and multicast white list s Any existing multicast white list Service Tag Action Name of service tag action to use for the service For video service with MVR select the service tag action that references the Unicast VLAN and has been associated with t...

Page 198: ...delines To identify a specific IP host for the purposes of securing the subscriber s traffic the IP address must be provided and optionally the MAC address information To identify an IP subnet a MAC address is not required The smallest subnet that can be provisioned in the system is 255 255 255 252 or 30 A given data service on a VDSL2 card represents exactly one subnet To support a multi homed ro...

Page 199: ...sociate with an IP address Any established service name Type IP address or hostname of the primary SIP configuration server IP address hostname Static IP Host Address IP Address Static IP address for the ONT port service IP address in dotted quad format 192 168 1 100 Alternately none can be used to reset the value to 0 0 0 0 MAC Address L2 MAC address associated with the IP address Six hexadecimal...

Page 200: ...c IP host or subnet 4 Click Create to open the Create Ethernet Service IP Subnet dialog box 5 Reference the table above to configure the parameters 6 If you chose to add a subnet address fill in the required addresses and subnet mask 7 Click Create For CLI add static ip entry to dsl bond interface dsl intfc eth svc s name type host ip h ip netmask n ip default gw gw ip mac m address add static ip ...

Page 201: ...VDSL2 applications 3 Configure voice subscriber services Overview of the VDSL2 voice services provisioning Provisioning a Voice port Configuring a SIP service Configuring a TDM Gateway service Configuring H 248 gateway voice service Overview Configuring VDSL2 Voice Services The E Series supports three options for providing VDSL2 voice services SIP gateway and H 248 gateway services options provide...

Page 202: ...nd to configure a voice service IP address or domain name of your VoIP provider s SIP server or outbound proxy SIP server H 248 media gateway controller or C7 TDM gateway IP address to assign to the local VoIP services IP host on the VDSL2 unit VLAN ID for the VoIP service Service information per port such as the SIP user name password for SIP mode such as the VoIP telephone number termination ID ...

Page 203: ...ice After completing the steps outlined above continue with the following topics in this section to configure a service on a Voice port Configure a Voice port on page 203 Configure SIP service on a Voice port on page 205 or Configure TDM gateway service on a Voice port on page 208 or Configure H 248 gateway service on a Voice port on page 210 Configuring a VDSL2 Voice Port This topic describes how...

Page 204: ... standards to reduce the perception of noise and echo on the line GR 909 loss plan Rx Tx 4 2 is more compatible with GR 303 type phone systems ANSI loss plan Rx Tx 9 3 is more compatible with American VoIP type phone systems ETSI pstn loss plan ETSI EG 201 185 loss plan Rx Tx 11 4 is more compatible with European VoIP type phone systems Manual loss plan allows you to set the receive gain from the ...

Page 205: ...ecific information to complement the profiles Although an IP Host is configured for voice services on a VDSL2 card it is not required to explicitly reference it when creating a SIP service because it applies to all voice services provisioned on the VDSL2 card However you are given the option to modify the existing IP Host or replace it with a new IP Host definition Note When a profile is changed a...

Page 206: ...y to the SIP VoIP service any available plans Enable Direct Connect Whether to enable support for Direct Connect Hot Line and Direct Connect Timer Warm Line select to enable clear to disable Direct Connect If Direct Contact support is enabled enter a hot line number to immediately dial after an off hook event for example taxi hotel phones hanging on the walls of airports Number string between 0 15...

Page 207: ... the gateway address 4 byte IP address Static IP Mask If the host protocol is static IP network mask assigned to the VDSL2 card This attribute is ignored yet preserved if the host protocol is later switched to DHCP 4 byte IP address Static IP Gateway If the host protocol is static the Static IP gateway 4 byte address to use in routing its traffic to the SIP server This attribute is ignored yet pre...

Page 208: ... TDM voice gateway refer to the Calix C7 VoIP Services Guide Profiles referenced in service provisioning When provisioning subscriber services on a VDSL2 Voice port you set up information that is common to multiple subscribers and maintained in profiles Repeating the similar task of subscriber service activation then consists of referencing the existing profiles and sometimes providing subscriber ...

Page 209: ...ption Optional description field for the port subscriber address name or service String up to 27 characters blank Service Type Form view only Type of voice service to create SIP TDM Gateway H 248 Gateway Create TDM Gateway Service TDM Gateway Profile Name of the TDM Gateway profile to use Any established TDM Gateway profile Service Group via CMS only Optional Defines the C7 network and interface g...

Page 210: ...ts traffic to the SIP server This attribute is ignored yet preserved if the host protocol is later switched to DHCP 4 byte IP address S VLAN Outer Tag Outer tag VLAN ID customer specific for the service tag action to reference 2 4093 Except for 1002 1005 which are reserved for E Series operation Required fields Default To create a TDM gateway service 1 On the Navigation Tree click the Voice port o...

Page 211: ...rofile are affected Profiles cannot be deleted while they are in use Profiles can also be reloaded for a specific VDSL2 Voice port from the Service Table by clicking Refresh Media gateway considerations There is a default inactivity timeout of 25 seconds in the Media Gateway MG to determine when the MG to Media Gateway Controller MGC association is down Under normal operation there is a keep alive...

Page 212: ...CP 4 byte IP address Static IP Mask If the host protocol is static the IP network mask assigned to the VDSL2 card This attribute is ignored yet preserved if the host protocol is later switched to DHCP 4 byte IP address Static IP Gateway If the host protocol is static the Static IP gateway 4 byte address for the VDSL2 card to use in routing its traffic to the SIP server This attribute is ignored ye...

Page 213: ...wer source changes from AC to battery backup during an AC power failure the system switches off lower priority xDSL services leaving the remaining battery power available for higher priority voice connections to emergency services for example 911 To facilitate a smooth transition of switching off xDSL services a power save delay timer is available on a per port basis so services are maintained for...

Page 214: ...214 Proprietary Information Not for use or disclosure except by written agreement with Calix Calix All Rights Reserved ...

Page 215: ...x All Rights Reserved Appendix A Reference Information This appendix provides general reference information about the Calix E Series Ethernet service access platform Topics Covered This appendix covers the following topics System capacities LED behavior Line card additional status descriptions ...

Page 216: ...mmunicates with the best server and then only sends to the next server if it does not get a response Where best is determined by the success rate of getting responses to recent requests MAC address Table E7 line cards share a common table 32 000 Switching Capacity Wire speed full duplex forwarding across all ports Dedicated non blocking switch port to all VDSL2 GPON GE and 10GE interfaces Default ...

Page 217: ... limit 768 Maximum number of service VLANs with DHCP Snoop enabled per VDSL2 line card 48 per system 256 VLANs that may be IGMP enabled 32 VLANs that may have PPPoE profile assigned E7 2 only 24 Calix recommends less than 512 PPPoE sessions per line card VLANs that may have MAC Forced Forwarding and or IP Src Verify enabled per VDSL card only 8 10Gig SFP XFP modules and GPON Optical Interface Modu...

Page 218: ...ries depending on the number of VLAN tags applied to the payload plus allowances for Preamble Delimiter and interframe gap 8 bytes Preamble Delimiter 14 bytes header not including VLAN tags 4 bytes inner VLAN tag 4 bytes outer VLAN tag 4 bytes trailer 12 bytes interframe gap For example 2000 bytes MTU 2026 Max Ethernet frame with two VLAN tags without Preamble Delimiter 2034 Max Ethernet frame wit...

Page 219: ...gle card E7 shelf This number does not include devices or E7s subtended from the ring including the MCE shelves of an E7 2 modular chassis MC node Interconnected rings for a chain of ERPS rings 3 Unit count per E7 2 1 Unit count per E7 20 SCP card 1 up to 2 units per E7 20 shelf Unit count per E7 2 line card 1 up to 2 units per E7 2 shelf Link Aggregation Groups Link Aggregation Groups per shelf u...

Page 220: ...ed rules and up to 16 untagged rules for each Ethernet port 32 OUIs are allowed in an untagged match list Service tag actions 256 DSL port templates 264 SIP Remote Configuration Profiles GPON 512 SIP Gateway Profiles VDSL 512 TDM Gateway profiles 32 Dial plans 20 Maximum Network Dial Plan Table size is 100 rows x 28 2800 bytes A dial plan rule cannot exceed 28 bytes or characters because a rule mu...

Page 221: ... rings Note that for E7 2 modular chassis with VDSL2 based MCCs in an ERPS ring the maximum VDSL2 combo subscribers node and nodes ring are lower than in other configurations These capacities are shown in bold in the table below and apply to all nodes in a ring when at least one VDSL2 based MCC is present in the ring Supported E7 2 VDSL2 Deployments ERPS Ring Single Shelves Stand Alone GPON AE MCC...

Page 222: ... VC supports up to 6 VCs between port and CPE with 1 to 1 mapping of VC per service i e IPTV Data TR 69 mgmt etc Bonding Group Capacity 24 Adjacent ports recommended for DSL Bonding Bonding of ADSL2 Fallback in ATM mode requires adjacent or contiguous port bonding Odd n Even n 1 1 2 3 4 5 6 etc Adjacent xDSL ports bonded train rate limits 120 Mbps Downstream 60 Mbps Upstream Bandwidth Shaping DSL ...

Page 223: ...ffic Green LED POTS port that stays on indicates indicates at least one POTS subscriber port is operating correctly the system is up operational and is off hook Red LED 10GE indicates a module is inserted into a port that is redirected to the backplane Inserting a supported module into a port causes the LED to blink green 3 times indicating module recognition If no blinking occurs on module insert...

Page 224: ...ther States Off Off All Short Red Equipment Mismatch Green blinking Yellow blinking Red blinking E7 20 card inserted in E7 2 Yellow rapid blinking Yellow rapid blinking Red rapid blinking E7 20 SCP card is partially inserted in chassis Push the card fully into the chassis where the card reboots Pattern Color Reflects Card Status All Short Yellow Off Flash Write in Progress database or program upda...

Page 225: ...ect has a service affecting alarm reported against it or any of its parents For example An ONT parent is the system object A Card parent is the shelf and then the system user disabled Indicates an object is disabled by the user Admin status disabled degraded Indicates an object ONT or a Card has a non service affecting alarm reported against it active Indicates that the card is the system controll...

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