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FSAP 9800 Technical Manual

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interfaces

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Serial port maintenance and network interface, for mainte-
nance terminal and

station

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Active/standby control and switch card changeover

�

Uplink port changeover

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Environment monitoring interface, that connects to the envi-
ronment monitoring module

Ethernet Service

Processing Module

The Ethernet service processing module consists of the control and
switch card, Ethernet interface card, various interface sub-cards
and relevant software. FE/GE interface can be used as an uplink
interface to provide uplink service, or as a service interface to pro-
vide Ethernet service.

In addition, the system provides the 10GE interface, which sup-
ports high-bandwidth

optical access.

The Ethernet service processing module functions are as follows:

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Multicast service, supporting 1024 multicast groups

�

Port binding

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Cascading/uplink through FE/GE interface

�

Uplink through 10GE interface

�

and

�

and point-to-point

interconnection

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Stacking, VLAN expansion and dedicated line batch ser-

vice

ADSL2/2+ Access

Module

The

2/2+ access module consists of the ATNG card, ASNV

card, APNV card, ISNV card, IPNV card, splitter cards (PNVNA/PN-
VTA/PNVNE/INVNA), and relevant software.

The ADSL2/2+ module features are as follows:

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The ATNG, ASNV, and APNV cards are 32-port ADSL2/2+ sub-
scriber cards that support ADSL service over

. They pro-

vide asymmetric ADSL2/2+ over POTS access service to sub-
scribers by working with the remote

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The ISNV and IPNV cards are 64-port ADSL2/2+ subscriber
cards that support ADSL service over

. They provide

asymmetric ADSL2/2+ over ISDN access service to subscribers
by working with the remote ATU-R through twisted-pair cable.

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The PNVNA/PNVTA/INVNA card separate POTS/ISDN signals
from ADSL2/2+ signals. They connect ADSL2/2+ signals to
ADSL2/2+ service card.

Note:

The ATNG card is equipped with a built-in splitter. It does not need
a splitter card.

VDSL2 Access

Module

The VDSL2 access module consists of the VSNKC card, VINK card,
VSNV card, splitter cards (VNKN/INVKA/VNVNA), and relevant
software.

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Confidential and Proprietary Information of ZTE CORPORATION

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Summary of Contents for FSAP 9800

Page 1: ...ce Access Platform Technical Manual Version 3 2 0 ZTE CORPORATION NO 55 Hi tech Road South ShenZhen P R China Postcode 518057 Tel 86 755 26771900 Fax 86 755 26770801 URL http ensupport zte com cn E mail support zte com cn ...

Page 2: ...erchantability fitness for a particular purpose title or non in fringement ZTE CORPORATION and its licensors shall not be liable for damages resulting from the use of or reliance on the information contained herein ZTE CORPORATION or its licensors may have current or pending intellectual property rights or applications covering the subject matter of this document Except as expressly provided in an...

Page 3: ...vices 32 ADSL Service 33 ADSL2 2 Service 33 VDSL2 Service 35 SHDSL Service 36 Ethernet Service 37 PON Service 37 Network Security Services 38 Port Location 39 DHCP 40 User Port Loopback Detection 40 ACL 40 SSH 41 Broadband Operation and Maintenance 41 Online Test 41 SELT DELT 43 ADSL Modem Remote Management 44 Modem Management Security 46 ATM Ping 47 Environment Monitoring 47 Confidential and Prop...

Page 4: ...ss Applications 60 Technical Specifications and Standard Compliance 65 Technical Parameters 65 Performance Indices 68 Interface Indices 73 Standard Compliance 81 International Standards 82 National and Industrial Standards 86 Enterprise Standards 88 Environment Requirements 91 Storage Environment 91 Transport Environment 92 Operation Environment 94 Figures 97 Tables 99 Index 101 Glossary 103 II Co...

Page 5: ...ibes the hardware structure software structure and card configuration Chapter 3 Services Describes the functional modules broadband access services network security services broadband operation and maintenance environment monitoring and other services Chapter 4 Networking Application Describes the uplink cascade networking PON access networking and typical applications Chapter 5 Technical Specific...

Page 6: ...employ the following typographical conventions TABLE 2 TYPOGRAPHICAL CONVENTIONS Typeface Meaning Italics References to other Manuals and documents Quotes Links on screens Bold Menus menu options function names input fields radio button names check boxes drop down lists dialog box names window names CAPS Keys on the keyboard and buttons on screens and company name Constant width Text that you type...

Page 7: ...r suggestions on the documentation you can contact us by e mail at doc zte com cn or you can fax your comments and suggestions to 86 755 26772236 You can also browse our website at http support zte com cn which contains various interesting subjects like documentat ion knowledge base forum and service request Declaration of RoHS Compliance To minimize the environmental impact and take more responsi...

Page 8: ...FSAP 9800 Technical Manual This page is intentionally blank IV Confidential and Proprietary Information of ZTE CORPORATION ...

Page 9: ...timedia services FSAP 9800 is a new product to meet global customer demands FSAP 9800 uses the total GE bus backplane providing abundant service access means such as ADSL2 SHDSL VDSL2 Ethernet EPON GPON and VoIP Figure 1 shows the position of FSAP 9800 in the network FIGURE 1 POSITION OF FSAP 9800 IN THE NETWORK Product Features FSAP 9800 provides DSLAM access service multicast service and private...

Page 10: ...are available Powerful Multicast Service 1 IGMP Snooping Proxy and Router protocols authority tem plate based controllable multicast up to 1024 multicast groups 2 Abundant subscriber authority modes to fulfill various multicast demands 3 Single PVC multicast and multiple PVC multicast 4 Receiving video data stream through the multiple uplink inter faces 5 Supports the channel preview functions abl...

Page 11: ... is up to 24 Mbit s up stream rate is up to 1 Mbit s and the maximum transmission distance is 6 5 km VDSL2 Supports symmetric and asymmetric data transmission methods The downstream rate in the symmetric method is up to 100 Mbit s In the asymmetric method the upstream rate is up to 50 Mbit s the downstream rate is up to 85 Mbit s and the transmission distance is up to 2 5 km SHDSL Use the symmetri...

Page 12: ...us quality to meet the requirements of different services and customers 1 Packet filtering redirection traffic mirroring traffic statistics traffic monitoring traffic shaping port queue scheduling ACL port rate limit and VLAN translation based on traffic rule 2 CoS and traffic priority 802 1p is used by default with the capability of traffic grouping 3 SP WRR and other queue scheduling 4 Broadband...

Page 13: ...rmission prohibition access control 12 Generates alarms on the large quantities of abnormal mes sages of MODEM management PVC enhancing the MODEM management security Convenient Maintenance and Management 1 Support local and remote maintenance methods 2 Support command line and NetNumen maintenance For Net Numen maintenance there are in band and out of band meth ods 3 Provides terminal management f...

Page 14: ... It sup ports both symmetrical and asymmetrical VDSL2 service SHDSL interface SHDSL interface complies with the ITU T G 991 2 Annex A and Annex B standard It is connected to the remote STU R through the twisted pair cable providing symmetrical SHDSL broadband service to the subscribers SHDSL bis interface SHDSL bis interface complies with the ITU T G 991 2 Annex A and Annex B standard It is connec...

Page 15: ...itecture and the passive fiber transmission mode The downstream rate can reach up to 2 5 Gbps The upstream rate can reach up to 1 25 Gbps Network Interfaces FSAP 9800 provides multiple network interfaces such as FE inter face GE interface 10GE interface and ATM interface FE interface FSAP 9800 supports FE electrical interface FE single mode op tical interface and FE multi mode optical interface FE...

Page 16: ...nnected to the NM to implement the remote management out of band NM Environment monitoring interface Environment monitoring interface is connected to the environ ment monitoring module through RJ 45 connector via dedi cated cable It collects environment information sent from the environment monitoring module such as temperature humid ity power voltage and smog Test Interfaces FSAP 9800 supports li...

Page 17: ...inets Types FSAP 9800 uses two cabinet types 19D06H22 cabinet Dimensions 2200 mm x 600 mm x 600 mm Height x Width x Depth Weight 110 kg 19D06H16 cabinet Dimensions 1600 mm x 600 mm x 600 mm Height x Width x Depth Weight 91 kg Outlines Figure 2 shows the 19D06H22 cabinet outline Confidential and Proprietary Information of ZTE CORPORATION 9 ...

Page 18: ...800 Technical Manual FIGURE 2 19D06H22 CABINET OUTLINE 1 Power cable inlet 2 Subscriber cable outlet Figure 3 shows the 19D06H16 cabinet outline 10 Confidential and Proprietary Information of ZTE CORPORATION ...

Page 19: ...ucture FIGURE 3 19D06H16 CABINET OUTLINE 1 Power cable inlet 2 Subscriber cable outlet Cabinet Configuration Figure 4 shows the 19D06H22 cabinet configuration Confidential and Proprietary Information of ZTE CORPORATION 11 ...

Page 20: ...FSAP 9800 Technical Manual FIGURE 4 19D06H22 CABINET CONFIGURATION Figure 5 shows the 19D06H16 cabinet configuration 12 Confidential and Proprietary Information of ZTE CORPORATION ...

Page 21: ...sub scriber cards DSL splitter cards EPON card GPON card power conversion and test card environment and power monitoring card Splitter shelf Holds the DSL splitter cards line capture control card environment and power monitoring card Subscriber shelf outline The FSAP 9800 subscriber shelf dimensions are 399 2 mm x 482 6 mm x 387 5 mm Height x Width x Depth Confidential and Proprietary Information ...

Page 22: ...BSCRIBER SHELF STRUCTURE Splitter shelf outline The FSAP 9800 splitter shelf dimensions are 399 2 mm x 482 6 mm x 387 5 mm Height x Width x Depth Figure 7 shows the FSAP 9800 splitter shelf structure FIGURE 7 SPLITTER SHELF STRUCTURE 14 Confidential and Proprietary Information of ZTE CORPORATION ...

Page 23: ... cards provide upper sub cards and lower sub cards Table 5 Table 6 and Table 7 list the configuration of the control and switching cards TABLE 5 CSCA CSCE CSCT CSCM CONTROL AND SWITCHING CARDS Sub Card Type Sub Card Name External Interaface OGFM 100 Mbps Ethernet 4 port optical interface OGFB 1000 Mbps Ethernet 4 port optical interface TGFC 10 100 1000 Mbps Ethernet 4 port electrical interface SGF...

Page 24: ...00 Mbps Ethernet 2 port optical interface 10 100 1000 Mbps Ethernet 2 port electrical interface Upper sub card None None Lower sub card SGFB 1000 Mbps Ethernet 2 port optical interface None None TABLE 7 MSCX CONTROL AND SWITCHING CARD Sub Card Type Sub Card Name External Interaface OGFM 100 Mbps Ethernet 4 port optical interface OGFB 1000 Mbps Ethernet 4 port optical interface TGFC 10 100 1000 Mbp...

Page 25: ...RNET CARDS Card Function Interface EINT Supports Ethernet uplink and cascade One 10GE optical interface EINB2 SGFB sub card provides two GE optical interfaces EINB Supports Ethernet uplink and cascade EINB4 OGFB sub card provides four GE optical interfaces ATM interface card and sub cards AINC is ATM interface card used in the FSAP 9800 system AINC provides ATM interfaces for cascade or uplink One...

Page 26: ...ments GPON system functions at OLT side 2 port GPON interfaces EPN Implements EPON system functions at OLT side 1 port EPON interface Subscriber cards and splitter cards Table 11 lists the subscriber cards and splitter cards TABLE 11 SUBSCRIBER CARDS AND SPLITTER CARDS Card Function Splitter Card External Interface ATNG ADSL2 2 over POTS subscriber card with the test function 32 port ADSL2 2 subsc...

Page 27: ...G 32 port SHDSL bis subscriber access No relevant splitter card or built in splitter 32 subscriber lines on the front panel APNV 64 port ADSL2 2 subscriber access Built in splitter 64 subscriber lines and 64 POTS lines on the front panel connecting to the PSTN switch IPNV 64 port ADSL2 2 over ISDN subscriber access Built in splitter 64 subscriber lines and 64 ISDN lines on the front panel connecti...

Page 28: ...riber lines 64 ADSL lines and 64 PSTN lines on the front panel INVKA Splitting VDSL2 digital signals from ISDN signals 64 subscriber lines 64 VDSL lines and 64 PSTN lines on the front panel VNKN Splitting VDSL2 digital signals from voice signals 64 subscriber lines 64 VDSL lines and 64 PSTN lines on the front panel VNVNA Splitting VDSL2 digital signals from voice signals 64 subscriber lines 64 VDS...

Page 29: ... as temperature humidity smoke flood theft proof and smoke Implements power control Three RS 232 ports one RS 232 485 port ten RJ 45 ports LTN Line capture control card Gets test instructions by connecting to a console through a network interface Communicates with various splitter cards through serial ports Leads out subscriber lines in internal line test external line test and tapped wire conditi...

Page 30: ... DHCP NTP FTP Telnet protocol SNMP IPv4 routing protocol subsystem This subsystem supports the following protocols UDP RIPv1 RIPv2 OSPFv2 and BGP4 of TCP single wave routing protocol PIM SM of multicast routing protocol L3 protocol and service subsystem This subsystem supports basic protocols of TCP IP family such as ARP IP and ICMP L2 protocol and service subsystem This subsystem supports STP ser...

Page 31: ...tem supports ADSL ADSL2 SHDSL VDSL2 ser vices It implements DSL access ATM IP bridging distributed protocol processing and QoS ATM subsystem This subsystem can be connected to the ATM core DSLAM It implements the conversion from PPPoA to PPPoE In addition it fulfills the interconnection between FSAP 9800 and other ATM interface equipment Operating system encapsulation subsystem This subsystem prov...

Page 32: ...scriber shelf only The subscriber shelf holds subscriber cards without built in splitters and splitter cards to gether implementing the access of broadband data service and narrowband voice service at the same time Slot Distribution in Subscriber Shelf Figure 9 shows the slot distribution in an FSAP 9800 subscriber shelf using the MDCA MDCE backplane MDCF backplane works with the CSCA CSCE CSCT CS...

Page 33: ...pport 10G uplink and can be inserted with the EINT card When no splitter shelf is configured the subscriber shelf can hold subscriber cards without built in splitters and splitter cards to gether to achieve simultaneous access of broadband data services and narrowband voice services Figure 11 shows the FSAP 9800 slot distribution in this mode Confidential and Proprietary Information of ZTE CORPORA...

Page 34: ...5 6 and 7 12 and 13 14 and 15 and 16 and 17 are used in pairs There is no any relevant splitter card for Slots 8 and 10 When the two slots hold subscriber cards with built in splitters the broadband data service and narrowband voice service can be accessed simultaneously When the two slots hold subscriber cards without built in splitter only the pure broadband service can be accessed 26 Confidenti...

Page 35: ... splitter shelf FIGURE 12 SLOT DISTRIBUTION IN SPLITTER SHELF Note If it is required to configure EPS insert EPS in any slot except the slot for PDBX If the splitter shelf is used it is recommended to insert EPS in the slot for the switch and control card Confidential and Proprietary Information of ZTE CORPORATION 27 ...

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Page 37: ... system structure to be module function specific making it easy to upgrade the system and expand functions and services Figure 13 shows the FSAP 9800 functional modules FIGURE 13 FSAP 9800 FUNCTIONAL MODULES Main Control Module The main control module consists of the control and switching card and relevant software The main control module provides the following functions Control and management of ...

Page 38: ...terconnection VLAN Stacking VLAN expansion and dedicated line batch ser vice ADSL2 2 Access Module The ADSL2 2 access module consists of the ATNG card ASNV card APNV card ISNV card IPNV card splitter cards PNVNA PN VTA PNVNE INVNA and relevant software The ADSL2 2 module features are as follows The ATNG ASNV and APNV cards are 32 port ADSL2 2 sub scriber cards that support ADSL service over POTS T...

Page 39: ... SHDSL subscriber card Its panel is different from the STNG panel The SHNG card is the SHDSL bis service card which provides a 32 port SHDSL bis interface It connects to the remote STU R through the twisted pair cable It provides the high speed ded icated line access service It meets the demands of large and small enterprises and SOHO subscribers to have access to the Internet through broadband EP...

Page 40: ...ugh the environment monitoring serial port on the main control card When the monitor parameters are unusual the monitor module automatically reports alarms to the device enhancing the man agement and maintenance of the device Users can set the alarm upper lower threshold of some environment parameters in CLI mode or NM mode The device gives the parameter to the moni tor unit and the monitoring uni...

Page 41: ...up to 8 Mbps It automatically adapts the rate with the granularity of 32 Kbps based on line conditions ADSL query and configuration parameters include up stream downstream rate noise tolerance output power and line attenuation It obtains bits quantity at each sub carrier side It provides the online loading function for programmable ap paratus and card software It supports remote maintenance and re...

Page 42: ...ADSL ADSL2 2 supports higher rate wider frequency and more sub bands 512 sub bands The maxi mum downstream rate can reach up to 24 Mbps If ADSL2 2 annex J is used the upstream rate is increased to 2 3 Mbps Longer transmission distance ADSL2 2 supports longer transmission distance For ADSL the longest transmission distance is less than 6 km For ADSL2 2 the longest transmission distance is 6 5 km Lo...

Page 43: ...both ends The following parameter can be tested Line transmission feature Background noise power spectrum Signal noise ratio of each sub band Noise tolerance and bearable bits of each sub band Attainable connection speed rate Better interworking capability Based on different functions ADSL2 2 classifies ADSL trans ceivers into TPS TC transmission protocol related convergence sub layer PMS TC physi...

Page 44: ...e the transmission rate ranges from 400 Kbps to 4624 Kbps SHDSL supports rate adaptation based on line conditions Features SHDSL has the following features It complies with ITU T G 991 2 annex A and annex B It uses the TC PAM modulation mode It uses the symmetric transmission mode The rate for a single pair of twisted pairs ranges from 200 Kbps to 2312 Kbps The rate for two pairs of twisted pairs ...

Page 45: ...net In addition FSAP 9800 guarantees the service quality of links such as bandwidth and delay making it easy for an enter prise to create its own VPN flexibly based on the public network Features Ethernet service has the following features Ethernet is used for UTP 5 medium based 100 Base Tx Ether net equipment access having a transmission distance less than 100 m Ethernet service features high ban...

Page 46: ... Gbps Features PON has the following features The EPON technology is well developed and has low cost GPON provides higher bandwidth and better QoS to meet various ser vice requirements In a PON system optical signals can be transmitted to the end users without complex protocols and the end user data can also be transmitted to the center network correctly PON provides the OAM function The PON techn...

Page 47: ...ormation to the BAS The BAS maintains the relationship between the sub scriber physical location information and the subscriber session ID In the LCP authentication phase the subscriber physical lo cation information is sent with the user name and password to the RADIUS server for authentication DHCP Option 82 In the DHCP process the identification information on the sub scriber port is added to t...

Page 48: ...ping function DHCP source guard provides the following functions When no IP address is allocated to the subscriber FSAP 9800 does not forward subscriber packets When the subscriber uses the IP address that is not allocated by DHCP FSAP 9800 does not forward subscriber packets User Port Loopback Detection User port loopback detection is a means to ensure the security of system networking FSAP 9800 ...

Page 49: ...ions such as Replacing Telnet Providing a secure channel for FTP POP and PPP Broadband Operation and Maintenance This topic includes the following Online Test SELT DELT ADSL Modem Remote Management Modem Management Security ATM Ping Online Test FSAP 9800 online test is used for subscriber line quality test and line fault diagnosis It implements the test function on DSL lines Components Figure 15 s...

Page 50: ...FSAP 9800 online test system work flow is as follows 1 The operator sends a line test command through the online test NMS 2 The online test NMS sends a line capture command to the FSAP 9800 root node through the NMS The command parameters include Message type Test equipment number Test unit number Command ID Destination NE IP address of message NE slot ID Port ID at NE slot Test type external line...

Page 51: ...elease reply for warded by the NMS the line test ends Note FSAP 9800 system uses six types of DSL subscriber cards ATNG ASNV ISNV VSNKC STNG and SSNG Among them the ATNG card with a built in splitter supports the online test function The ASNV and ISNV cards implement the online test function with help of external splitter cards The VSNKC STNG and SSNG cards do not support the online test function ...

Page 52: ...EM REMOTE MANAGEMENT IN SNMP PROXY MODE The system consists of three parts NetNumen NMS Implements ADSL modem remote management through SNMP and provides man machine interface FSAP 9800 NE The FSAP 9800 SNMP agent works in SNMP proxy mode and forwards SNMP protocol packets between the NMS and ADSL modem ADSL modem ADSL modem is equivalent to a managed NE The SNMP proxy mode not only facilitates th...

Page 53: ...TTP proxy mode is as follows 1 The subscriber enters http IP address of the host mo dem htm slot card slot number port port number 2 HTTP client sets up a TCP link with Port 80 of FSAP 9800 TCP port ID of the standard HTTP server 3 FSAP 9800 processes the login requests of a subscriber If the login succeeds FSAP 9800 allocates an HTTP proxy port to the subscriber according to the slot port number ...

Page 54: ...odem slot port command on the embedded NM interface of FSAP 9800 FSAP 9800 creates a Telnet link according to the slot port and logs in to the ADSL modem as the client 2 After the Telnet link is established the subscriber enters the Telnet interface of the ADSL modem at the slot port through the embedded NM interface of FSAP 9800 FSAP 9800 forwards the data through the Telnet link created for the ...

Page 55: ...onment Monitoring Environment monitoring includes environment parameter moni toring and power monitoring Environment parameter monitoring aims to monitor the temperature humidity flood smog entrance guard and distribution frame Power monitoring aims to monitor the power supply system Environment Monitoring System For hardware the environment monitoring system consists of an EPM monitoring plug in ...

Page 56: ... features Port based VLAN In the port based VLAN one port or one group of ports are specified as one VLAN Ports of different VLANs cannot directly communicates with each other at layer 2 The communication is implemented through the routers in the VLAN One port can only be specified to one VLAN IEEE 802 1Q based VLAN The IEEE 802 1Q standard specifies a tag operation which is to add a four byte tag...

Page 57: ... is required to have as few as users in a broadcast do main even one broadcast domain for one user to completely iso late users To implement the two objectives one VLAN requires two roles the network side interface and the user side interface The network side interface belongs to the same broadcast domain with all users The user side interface belongs to the same broadcast domain with the network ...

Page 58: ...network the service is forwarded based on the outer layer VLAN which is removed when the service reaches to the BAS device At the BAS device the system identifies the subscriber based on the inner layer tag VLAN stacking is used to locate the port Q in Q VLAN Q in Q VLAN implements the directly transparent transmission of the VLAN service to the peer end The principle of the Q in Q VLAN is that FS...

Page 59: ...P message snooping and forwarding It has a little influence on the system load However it greatly increases protocol processing load of the uplink equipment IGMP proxy In IGMP proxy mode the system manages the status of mul ticast members actively efficiently reducing the protocol load of the uplink device IGMP router The IGMP router mode is a simplified proxy mode In case the multicast service is...

Page 60: ...hannels accessed by a subscriber The subscriber has the right to watch pur chased multicast channels preview some channels and refuse to access other channels In addition the preview attributes of channels involve the fol lowing Maximum preview times during the resetting interval Maximum time period of each preview Interval between two preview times Preview The preview channel stands for a special...

Page 61: ...on packets re ceiving port monitoring traffic flowing to one network If packet rate is too fast traffic policing can discard the packet or reset the packet priority Port Rate Limit Port rate limit is used to monitor and restrict the bandwidth oc cupied by the service traffic at the port that sends packets This enables the service traffic to adapt to the network resource Port rate limit sets a rate...

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Page 63: ...ovides high speed Internet access services for commercial customers enterprises and ordinary customers The uplink is con nected to BAS equipment at the convergence layer through the Ethernet uplink port The BAS device implements subscriber au thentication subscriber management and service management Uplink and Cascading Networking Ethernet Uplink Networking The networking that FSAP 9800 system use...

Page 64: ...P 9800 equipments provide FE GE and 10GE inter faces to concatenate other DSLAM equipments There are two types of cascading methods 1 Use the interface daughter card of the control and switch card to provide the Ethernet uplink port 2 Use the Ethernet interface card to provide the Ethernet uplink port FSAP 9800 Ethernet cascading networking scheme is as Figure 20 shows In this example FSAP 9800 is...

Page 65: ...ted to the ONU in point to point mode and each ONU is connected to the OLT through a dedicated optical link without an optical branching device between them it is called star networking Figure 21 shows the star networking mode There is no attenua tion due to the optical branching device Therefore the transmis sion distance is larger than the point to multipoint mode FIGURE 21 STAR NETWORKING Confi...

Page 66: ... multipoint structure as shown in Figure 23 Actually from the OLT to the DP it is the bus struc ture From the DP to the ONU it is the star structure In such a structures the DP sends signals from the OLT to the ONU on the bus Meanwhile the DP inserts the signals coming from the ONU to the bus and sends them to the OLT FIGURE 23 BUS NETWORKING Typical Applications This topic includes the following ...

Page 67: ...residential areas Figure 24 shows FTTH networking FIGURE 24 FTTH NETWORKING FTTB FTTB implements the access of fiber to the building In FTTB mode the OLT is located in the equipment room at the office end It is uplinked in NxGE mode and downlinked to ONUs through the splitter Depending on the subscriber density the splitter is placed in the basement or in the fiber jointing chamber on the corridor...

Page 68: ...ribers access the FSAP 9800 through xDSL bear ing in VLAN mode The VLAN1 and VLAN2 subscribers access FSAP 9800 through the port of VLAN ID 3 The Q in Q VLAN function is enabled on FSAP 9800 FSAP 9800 allocates the public network VLAN IDs to subscriber packets uniformly and forwards them to the upper layer network The packet is forwarded through the backbone network of MAN ac cording to the public...

Page 69: ... the other side of the backbone network it checks the ID table and obtains the ID of the output PVC Then the packet is output through the VLAN stacking port after the two layers of VLAN IDs are removed VLAN stacking is used for port location VLAN stacking meets the subscriber demands of VLAN expansion and dedicated line batch service If VLAN stacking is applied to extend the VLAN number and identi...

Page 70: ...and coop erates with the Centrex attendant console of hotels implementing the check in and check out services Figure 29 shows an IP Hotel access application FIGURE 29 IP HOTEL APPLICATION IPTV Application IPTV is often provided in conjunction with VoD and may be bundled with Internet services such as the Web access and VoIP Figure 30 shows the IPTV application 62 Confidential and Proprietary Infor...

Page 71: ...Chapter 4 Networking Application FIGURE 30 IPTV APPLICATION Confidential and Proprietary Information of ZTE CORPORATION 63 ...

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Page 73: ... 1600 mm 600 mm 600 mm Height Width Depth 9800 Shelf 399 2 mm 482 6 mm 387 5 mm Height Width Depth 9800 splitter shelf 399 2 mm 482 6 mm 387 5 mm Height Width Depth Control and switch card 366 7 mm 25 mm 345 mm Height Width Depth Ethernet interface card 366 7 mm 25 mm 345 mm Height Width Depth ATM interface card 366 7 mm 25 mm 345 mm Height Width Depth DSL subscriber card 366 7 mm 25 mm 345 mm Hei...

Page 74: ...iber backplane 436 6 mm 395 2 mm Width Height 9800 splitter back plane 436 6 mm 395 2 mm Width Height Weight TABLE 15 WEIGHT Type Weight 19D06H22 Cabinet 110 kg 19D06H16 Cabinet 91 kg 9800 Shelf 7 kg 9800 splitter shelf 7 kg Working Voltage TABLE 16 WORKING VOLTAGE Rated voltage 48 V DC 60 V DC DC working voltage Range 72 V DC 40 V DC Working Environment TABLE 17 WORKING ENVIRONMENT Environ ment P...

Page 75: ... light is 150 200 LX without flare Normally the equipment room is lighted by fluo rescence lamps embedded in the ceiling The equipment room should be equipped with emergency lights Atmos pheric Pres sure 70 kPa 106 kPa Air Pollution Do not expose the equipment to corrosive gases smog or oil solvents Smoking in the equipment room is for bidden Equipment Power Consumption FSAP 9800 Shelf power consu...

Page 76: ...scription Backplane bandwidth MDCF 800 Gbps Switching mode Storage and forwarding mode Switching capacity MSCT 96 Gbps Hot swappable All cards are hot swappable Redundancy backup Core units support redundancy backup System Configuration Indices Table 20 lists FSAP 9800 system configuration indices TABLE 20 SYSTEM CONFIGURATION INDICES Item Description Management ports The control and switching car...

Page 77: ...rference GB T 17626 5 1998 IEC 61000 4 5 1995 Electric fast pulse group anti interference GB T 17626 4 1998 IEC 61000 4 4 1995 Radio frequency electromagnetic field radiation anti interference GB T 17626 3 1998 IEC 61000 4 3 1995 Radio frequency electromagnetic field conduction anti interference GB T 17626 6 1998 IEC 61000 4 6 1995 Power supply down anti interference GB T 17626 11 1998 IEC 61000 4...

Page 78: ...nting User port location VBAS function Console port management Telnet management NMS SNMP management ADSL2 2 ports 8 ADSL2 2 over ISDN ports 8 Maximum PVC number at each port SHDSL ports 8 At the network side 8 Supported QoS queues At the user side 4 4 K VLANs based on 802 1Q Q in Q VLAN VLAN stacking PVLAN VLAN MVLAN Trunking Converging several physical ports to one logical port STP RSTP STP and ...

Page 79: ...umber restriction function MIB value defined with rfc2933 General query optimization Multicast package Multicast bandwidth check Multicast Multicast source MAC management Static subnet route Static route Static host route Unknown unicast packet restriction Restrict the quantity of unknown unicast packets accessing to the port Broadcast storm control Broadcast storm control based on bandwidth perce...

Page 80: ... quantity of connected hosts on each port Restricting the quantity of added multicast groups on each port Providing special mechanism to prevent illegal using of the subscriber port DHCP option82 authentication on DHCP users Access control based on ACL Binding user account and port Loopback detection on subscriber port Security characteristics Automatic switching and protection of the uplink port ...

Page 81: ...face indices TABLE 23 ADSL2 2 INTERFACE INDICES Property Remarks Interface type Delander Number of ports 32 64 Upstream Up to 1 Mbps Interface rate Downstream Up to 24 Mbps Maximum transmission distance 6 5 km Cable type Twisted pairs Downstream 138 KHz 2 208 MHz Band occupancy Upstream 30 KHz 138 KHz Modulation technology DMT Service supported ADSL2 2 Standards ANSI T1 413 ITU T G 992 1 G dmt G 9...

Page 82: ...odulation technology DMT Service supported VDSL2 Standards ITU T G 993 2 G 992 1 G 992 3 G 992 5 G SHDSL Interface Table 25 lists the G SHDSL interface indices TABLE 25 G SHDSL INTERFACE INDICES Property Remarks Interface type Delander Number of ports 32 Interface rate Symmetric 200 Kbps 2312 Kbps Maximum transmission distance 6 5 km Cable type Twisted pairs Rate change step length 64 Kbps Line co...

Page 83: ... modulation Service supported IP TDM CATV optional Standards IEEE Std802 3ah GPON Interface Table 27 lists the GPON interface indices TABLE 27 GPON INTERFACE INDICES Property Remarks Interface type 1000Base PX10 1000Base PX20 Interface capability One OLT manages 64 ONUs Downstream 2 5 Gbps Interface rate Upstream 1 25 Gbps Maximum transmission distance 20 km Cable type Fiber Downstream 1490 nm Cen...

Page 84: ...power consumption 5 dBm Positive frequency offset 50 ppm Tolerant frequency offset at optical input port Negative frequency offset 50 ppm AIS rate at optical output port 1 ppm Standards ITU T G 957 Table 29 lists the multi mode single mode medium distance ATM 155M optical interface indices TABLE 29 MULTI MODE SINGLE MODE MEDIUM DISTANCE ATM 155M OPTICAL INTERFACE INDICES Property Remarks Interface...

Page 85: ...e single mode long distance ATM 155M optical in terface indices TABLE 30 SINGLE MODE LONG DISTANCE ATM 155M OPTICAL INTERFACE INDICES Property Remarks Interface rate 155 Mbps Format STM 1 ATM OVER SDH Type Medium SONET OC 3 SDH STM 1 L1 1 compatible Mode Single mode Connector SC Maximum transmission distance 40 km Wavelength scope 1280 nm 1335 nm Average transmission optical power 2 5 dBm Extincti...

Page 86: ...RJ 45 TPI Interface rate Full duplex 100 Mbps Maximum transmission distance 100 m Cable type Category 5 twisted pairs Standards IEEE 802 3u 100Base Fx Single Mode Interface Table 33 lists the 100Base Fx single mode interface indices TABLE 33 100BASE FX SINGLE MODE INTERFACE INDICES Property Remarks Interface type LC Interface rate Full duplex 100 Mbps Maximum transmission distance The transmission...

Page 87: ...xtinction ratio 8 dB Maximum receiver sensitivity 29 dBm Standards IEEE 802 3u 1000Base Tx Interface Table 35 lists the 1000Base Tx interface indices TABLE 35 1000BASE TX INTERFACE INDICES Property Remarks Interface type RJ 45 Interface rate Full duplex 1000 Mbps Maximum transmission distance 100 m Standards IEEE 802 3ab 1000Base Lx Interface Table 36 lists the 1000Base Lx interface indices TABLE ...

Page 88: ...ssion distance is 550 m when 50 125 µm multi mode optic fiber is used Central wavelength 850 nm Transmission optical power 9 5 dBm Extinction ratio 9 dB Maximum receiver sensitivity 17 dBm Standards IEEE 802 3z 10GBase L Interface Table 38 lists the 10GBase L interface indices TABLE 38 10GBASE L INTERFACE INDICES Property Remarks Interface type LC Interface rate 10 3125 Gbps LAN or 9 953 Gbps WAN ...

Page 89: ... 3 dBm Extinction ratio 3 dB Maximum receiver sensitivity 9 9 dBm Standards IEEE 802 3 2005 10GBase E Interface Table 40 lists the 10GBase E interface indices TABLE 40 10GBASE E INTERFACE INDICES Property Remarks Interface type LC Interface rate 10 3125 Gbps LAN or 9 953 Gbps WAN Cable type 9 125 µm single mode fiber Maximum transmission distance 40 km Central wavelength 1550 nm Transmission optic...

Page 90: ...e 42 lists the non compulsory international standards TABLE 42 NON COMPULSORY STANDARDS Standard No Standard Name ITU T G 991 2 Single pair high speed digital subscriber line SHDSL transceivers ITU T G 992 2 Splitter less asymmetric digital subscriber line ADSL transceivers ITU T G 993 1 Very high bit rate digital subscriber line VDSL transceivers ITU T G 993 2 Handshake procedures for digital sub...

Page 91: ...N ATM Adaptation Layer specification Type 5 AAL ITU T I 371 Traffic control and congestion control in B ISDN ITU T G 711 1988 Pulse code modulation PCM of voice frequencies ITU T G 723 1 1996 Dual rate speech coder for multimedia communications transmitting at 5 3 Kbps and 6 3 Kbps ITU T G 728 1992 Coding of speech at 16 Kbps using low delay code excited linear prediction ITU T G 729 1996 Coding o...

Page 92: ...ote network monitoring MIB extensions for switched network version 1 0 R RFC 0768 1990 User datagram protocol RFC 0791 1990 Internet protocol RFC 0793 1990 Transmission control protocol RFC 0854 1990 Telnet protocol specification RFC 0855 1990 Telnet option specifications RFC 0858 1990 Telnet suppress go ahead option RFC 0894 1990 Standard for the transmission of IP datagram over Ethernet networks...

Page 93: ... 1Q 1998 IEEE Std 802 1u 2001 IEEE Std 802 1v 2001 and IEEE 802 1s 2002 IEEE Std 802 1 ad2005 IEEE standards for local and metropolitan area networks Virtual bridged local area networks Revision Amendment 4 Provider bridges Amendment to 802 1Q 2005 IEEE 802 2 1998 Information technology Telecommunications and information exchange between systems local and metropolitan area networks specific requir...

Page 94: ... Voice Splitter Technical Requirements and Test Methods YD T 1188 2002 Technical Requirements for Access Network ATM based Asymmetric Digital Subscriber Line ADSL User end Equipment YD T 1147 2001 Technical Specifications for Access Network Management Interface ADSL YD T 1055 2000 Test Methods for Access Network Equipment Asymmetric Digital Subscriber Line ADSL with Voice Splitter YD T 1055 2005 T...

Page 95: ... Technical Requirements for Access Network Asymmetric Digital Subscriber Line ADSL YDN 059 1997 Test Methods for High Bit Rate Digital Subscriber Line HDSL Temporary YDN 056 1997 Technical Requirements for Access Network High Bit Rate Digital Subscriber Line HDSL Temporary YD T 1348 2005 Technical Requirements for Access Network Asymmetric Digital Subscriber Line ADSL Automatic Test System YD T 28...

Page 96: ...STANDARDS Standard No Standard Name Q ZX 04 002 1998 Software Development Specifications Q ZX 04 121 2000 Credibility Design Rule Q ZX 04 122 2002 General Application Environment Conditions for Communication Equipment Q ZX 04 005 2001 Detailed Rules for Credibility Design Evaluation Q ZX 23 020 2001 Reliability Design Requirements Modelling Distribution Prediction Q ZX 04 001 1997 Apparatus Quota ...

Page 97: ...l Rules Q ZX 23 011 2 2004 Electromagnetic Compatibility Experiment Requirement for Communication Equipment Network Equipment Q ZX 23 011 3 2004 Electromagnetic Compatibility Experiment Requirement for Communication Equipment Telecommunication Terminal Equipment Q ZX 23 011 4 2004 Electromagnetic Compatibility Experiment Requirement for Communication Equipment Transmission Equipment Q ZX 18 001 20...

Page 98: ... 100 82002 Printed Circuit Design Specification PCB Check List Q ZX04 100 92003 Printed Circuit Design Specification Version and Identification Q ZX04 100 102003 Printed Circuit Design Specification Requirements for Plug in Board Structure Design Q ZX04 104 12005 Circuit Board Principle Diagram Design Specification CANDENCE Apparatus Principle Diagram Storage Requirement Q ZX04 104 22002 Circuit B...

Page 99: ...emperature 5 C 50 C Temperature change ratio 1 C min Relative humidity 5 95 Altitude 5000 m Air pressure 70 kPa 106 kPa Sun radiation 1120 W m2 Waterproof Requirements The ambient environment requirements are as follows FSAP 9800 must be installed indoor No water leakage should be near the packaging box Install the equipment away from automatic fire protection facil ity and central heating system ...

Page 100: ...mg m3 0 10 NO2 mg m3 0 50 NH3 mg m3 1 00 Cl2 mg m3 0 10 O3 mg m3 0 05 Mechanical Stress Requirements Table 49 lists the mechanical stress requirements TABLE 49 MECHANICAL STRESS REQUIREMENTS Item Sub Item Range Shift 1 50 mm Acceleration 5 00 m s2 Sine oscillation Frequency scope 2 Hz 9 Hz 9 Hz 200 Hz Impact response spectrum II 40 00 m s2 Non stable state impact Net load 5 kPa Transport Environme...

Page 101: ...is in the conveyance Biotic Environ ment The biotic environment requirements are as follows No reproduction of microorganisms such as fungus or mildew No rodents such as rats exist Air Cleanness The air cleanness requirements are as follows No explosive conductive magnetic conductive or corrosive dust The density of mechanical active matter complies with the re quirements listed in Table 51 TABLE ...

Page 102: ... 3 50 mm Acceleration 10 00 m s2 15 00 m s2 Sine oscillation Frequency scope 2 Hz 9 Hz 9 Hz 200 Hz 200 Hz 500 Hz Acceleration spectral density 1 m2 s3 0 30 m2 s3 0 30 m2 s3 Random vibration Frequency scope 10 Hz 200 Hz 200Hz 500Hz 500Hz 1000Hz Impact response spectrum II 300 m s2 Non stable state impact Net load 5 kPa Operation Environment Operation environment requirements include climate require...

Page 103: ...e as follows No explosive conductive magnetic conductive or corrosive dust The density of mechanical active matter complies with the re quirements listed in Table 55 TABLE 55 DENSITY OF MECHANICAL ACTIVE MATTER Matter Unit Density Floating dust mg m3 0 40 Falling dust mg m2h 15 00 Gravel mg m3 300 00 The density of chemical active matter complies with the re quirements listed in Table 56 TABLE 56 ...

Page 104: ...uirements TABLE 57 MECHANICAL STRESS REQUIREMENTS Item Sub Item Range Shift 3 50 mm Acceleration 10 00 m s2 Sine oscillation Frequency scope 2 Hz 9 Hz 9 Hz 200 Hz Impact response spectrum II 40 00 m s2 Non stable state impact Net load 0 96 Confidential and Proprietary Information of ZTE CORPORATION ...

Page 105: ...itter Shelf 27 Figure 13 FSAP 9800 Functional Modules 29 Figure 14 PON System Architecture 38 Figure 15 Online Test System 41 Figure 16 ADSL Modem Remote Management in SNMP Proxy Mode 44 Figure 17 ADSL Modem Remote Management in HTTP Proxy Mode 45 Figure 18 ADSL Modem Remote Management in Telnet Proxy Mode 46 Figure 19 Ethernet Uplink Networking 56 Figure 20 Ethernet Cascading Networking Daughter ...

Page 106: ...FSAP 9800 Technical Manual Figure 30 IPTV Application 63 98 Confidential and Proprietary Information of ZTE CORPORATION ...

Page 107: ...16 Working Voltage 66 Table 17 Working Environment 66 Table 18 Card Power Consumption 67 Table 19 System Performance Indices 68 Table 20 System Configuration Indices 68 Table 21 Reliability and Security Indices 69 Table 22 Service Indices 70 Table 23 ADSL2 2 Interface Indices 73 Table 24 VDSL2 Interface Indices 74 Table 25 G SHDSL Interface Indices 74 Table 26 EPON Interface Indices 75 Table 27 GP...

Page 108: ... Compulsory Standards 82 Table 43 Compulsory Standards 86 Table 44 Non Compulsory Standards 87 Table 45 Enterprise Standards 88 Table 46 Climate Requirements 91 Table 47 Density of Mechanical Active Matter 92 Table 48 Density of Chemical Active Matter 92 Table 49 Mechanical Stress Requirements 92 Table 50 Climate Requirements 93 Table 51 Density of Mechanical Active Matter 93 Table 52 Density of C...

Page 109: ...l Modules 29 G GPON Access Module 31 H Hardware Structure 9 I Interface Indices 73 International Standards 82 M Main Control Module 29 Modem Management Security 46 Multicast Service 51 N National and Industrial Standards 86 O Online Test 41 Operation Environment 94 P Performance Indices 68 PON Access Applications 58 PON Access Networking 57 PON Service 37 Port Location 39 Product Description 1 Q Q...

Page 110: ...FSAP 9800 Technical Manual V VDSL2 Access Module 30 VDSL2 Service 35 VLAN Service 48 102 Confidential and Proprietary Information of ZTE CORPORATION ...

Page 111: ...mote BAS Broadband Access Server BGP Border Gateway Protocol CAC Channel Access Control CATV CAble TeleVision CDR Clock and Data Recovery CDR Call Detail Record CLI Command Line Interface CO Central Office CPE Customer Premises Equipment CoS Class of Service DELT Dual Ended Loop Test DHCP Dynamic Host Configuration Protocol DMT Discrete Multi Tone DNS Domain Name Server Confidential and Proprietar...

Page 112: ...em FDM Frequency Division Multiplexing FE Fast Ethernet FTP File Transfer Protocol FTTB Fiber to the Building FTTH Fiber to the Home GE Gigabit Ethernet GEM GPON Encapsulation Method GPON Gigabit Passive Optical Network HTTP Hypertext Transfer Protocol IAD Integrated Access Device ICMP Internet Control Message Protocol IEEE Institute of Electrical and Electronics Engineers IGMP Internet Group Mana...

Page 113: ...nk Aggregation Control Protocol LAN Local Area Network LCP Link Control Protocol MAC Medium Access Control MAN Metropolitan Area Network MIB Management Information Base MODEM Modulator Demodulator MPCP Multi Point Control Protocol MSTP Multiple Spanning Tree Protocol MVLAN Multicast Virtual Local Area Network NE Network Element NM Network Management NMS Network Management System NTP Network Time P...

Page 114: ...nt to Point Protocol PPPoA Point to Point Protocol over ATM PPPoE Point to Point Protocol over Ethernet PSD Protection Switching Duration PSTN Public Switched Telephone Network PTM Packet Transfer Mode PVC Permanent Virtual Channel PVLAN Private Virtual Local Area Network Q in Q VLAN Tag in VLAN Tag QoS Quality of Service RADIUS Remote Authentication Dial In User Service RF Radio Frequency RFC Rem...

Page 115: ...e SP Service Processing SP Service Provider SPF Shortest Path First SSH Secure Shell STM Synchronous Transfer Mode STP Spanning Tree Protocol STU R SHDSL Transceiver Unit Remote SVLAN Service Virtual Local Area Network TC PAM Trellis Coded Pulse Amplitude Modulation TCP Transfer Control Protocol TCP IP Transfer Control Protocol Internet Protocol TDM Time Division Multiplexing TDMA Time Division Mu...

Page 116: ...DSL Very High Speed Digital Subscriber Line VDSL2 Very High Bit Rate Digital Subscriber Line 2 VLAN Virtual Local Area Network VPN Virtual Private Network VTU R VDSL Transceiver Unit Remote Terminal VoIP Voice over Internet Protocol WAN Wide Area Network WRR Weighted Round Robin 108 Confidential and Proprietary Information of ZTE CORPORATION ...

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