si3000 lumia_en_web
DESCRIPTION
The High-Performance Broadband Access and Aggregation Node Iskratel Access PlaneTRANSCRIPT
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SI3000 Lumia The High-Performance Broadband
Access and Aggregation Node
2012
Access networks have advanced a great deal over the past 10 years. The ability to have a last-mile fiber and hybrid FTTx subscriber access has become a reality. Widely available networking equipment is realizing the once distant dream of overall connectivity. The number of subscribers with insufficient broadband connectivity is rapidly decreasing due to widespread deployments of FTTH and FTTx.
Modern business and private communications no longer have to suffer line interruptions or insufficient bandwidth. The SI3000 Lumia is introducing gigabit access as a premium in subscriber connectivity. The last mile is the contact point between the communication infrastructure owner and the subscribers. It is the only true monetization source and is therefore essential for healthy growth and development.
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Make the Right Access Network Decision
STANDARD BROADBAND ACCESS ISKRATEL SI3000 LUMIA HIGH-PERFORMANCE ACCESS Passive content consumers Active subscribers that produce and share content
Inadequately supported business users Dedicated business-subscriber policies and support, certified by MEF
Operator as a vertically integrated service provider Wholesale and open-access models
Focus on technology and capabilities Focus on OPEX cuts while surpassing the highest level of end-user experience
Pure DSL access FTTH and FTTx hybrid access options
Asymmetrical access Symmetrical communications determines the needs of today’s subscribers
Centralized edge intelligence Distributed edge intelligence
Mix of PPPoE & IP All-IP based on DHCP
Static amount of traffic per user – typically up to 10 Mb/s Increasing amount of bandwidth per user – flirting with gigabit speeds
VLAN-based traffic awareness single device -> single service
Flow-based traffic awarenesssingle device -> multiple services
Aggregation of long-distance DSL access lines Aggregation of subtending FTTx access nodes
Iskratel believes that the main driving force behind access-network innovation consists of four factors:1. Deployment of fiber access closer to the subscribers.2. Combining access and aggregation functions in a
single node.3. Moving the network intelligence to the access
segment.4. An open-access infrastructure.
SEE THE MAIN RESULTS OF
THE ACCESS EVOLUTION IN
THE TABLE:
STANDARD BROADBAND ACCESS ISKRATEL SI3000 LUMIA HIGH-PERFORMANCE ACCESS Passive content consumers Active subscribers that produce and share content
Inadequately supported business users Dedicated business-subscriber policies and support, certified by MEF
Operator as a vertically integrated service provider Wholesale and open-access models
Focus on technology and capabilities Focus on OPEX cuts while surpassing the highest level of end-user experience
Pure DSL access FTTH and FTTx hybrid access options
Asymmetrical access Symmetrical communications determines the needs of today’s subscribers
Centralized edge intelligence Distributed edge intelligence
Mix of PPPoE & IP All-IP based on DHCP
Static amount of traffic per user – typically up to 10 Mb/s Increasing amount of bandwidth per user – flirting with gigabit speeds
VLAN-based traffic awareness single device -> single service
Flow-based traffic awarenesssingle device -> multiple services
Aggregation of long-distance DSL access lines Aggregation of subtending FTTx access nodes
Why Choose the Iskratel SI3000 Lumia?
/High Capacity/ The Iskratel SI3000 Lumia is an access node, designed to provide high-capacity broadband fiber, DSL and hybrid (fiber+DSL) subscriber access. What makes it different from currently available access nodes is a focus on three access-scenario deployments:• FTTH with P2P and GPON• FTTx hybrid access• VDSL2 from CO
/Combination of open access and aggregation/ The Iskratel SI3000 Lumia is the next evolutionary step in last-mile access and aggregation. Its role in the access network expands beyond the combined access and aggregation node.
The SI3000 Lumia acts as an open-access enabler that makes it possible for subscribers to choose their service provider. Open access has for a long time been desired by users and is becoming widely requested by governments in the EU and other countries. Furthermore, the SI3000 Lumia makes wholesale and open-access business models possible. It turns the last-mile access infrastructure into an asset that is offered on the open market.
/Flow awareness/ Session-flow awareness enables distributed data-flow processing. The SI3000 Lumia introduces a BRAS-free access-network architecture, known as the Intelligent Service Architecture (ISA). Due to flow awareness, the SI3000 Lumia is ready for services that require QoS on demand. Payable, over-the-top services,
such as video distribution over the web are already becoming an interesting new revenue source.
/Software independence/ The SI3000 Lumia uses a single suite of software, regardless of the technology used in the access network. This results in easier and faster upgrades and simplified deployment of the SI3000 Lumia nodes in the network.
/Compatibility/ The SI3000 Lumia is equipped with a technology-agnostic feature set and is consequently easy to deploy. The subscriber boards are compatible with the SI3000 MSAN access nodes.
The Iskratel SI3000 Lumia access node ensures higher infrastructure profitability.
• Newrevenueensuredbythemostcompetitiveserviceoffering:HDTV,VoD,Videoconferencing,peer-to-peertransfers.
• Churnreduction.Bygivingsubscriberstheoptimumamountofrequiredbandwidth.
• LowerTCO.ByreducingtheneedforexpensiveIPedgenetworkelements.
• Secureinvestment.Byofferinganend-to-endSI3000LumiaandInnboxfiber/DSLCPEsolution
• ReducedROItime.
Buildingaccess
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Iskratelguarantees
theuseofmodern
networkingconcepts,
highcapacityfuture-
orientedinfrastructure
developmentand
existingequipment
compatibility.
SI3000 LUMIA HOUSING
THE CENTRAL BLADES
VDSL2 AND POTS BLADES
GPON AND P2P FIBER BLADES
The SI3000 Lumia is a next-generation, broadband-access node that brings tomorrow’s technology into your network today.
The modular design of the SI3000 Lumia allows multiple housing options. It offers a selection of different central blades, which act as the node’s brain and network-connectivity interface. Various subscriber-connectivity blades connect the end-users via P2P and GPON fiber, VDSL2 and POTS.
SI3000 LUMIAThe high-performance access node
• 18.432 GPON users per shelf (1:64)• 40 Gb/s per slot connectivity• 1.28 Terabit backpannel • 960 Gb/s switching capacity• GPON blade, with 16 OLT ports• GE Fiber blade, with 24 ports• POTS blade, with 64 ports• MEF-certified business-users connectivity
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WHAT’S NEW
No. 1
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SI3000 LUMIA HOUSING
THE CENTRAL BLADES
VDSL2 AND POTS BLADES
GPON AND P2P FIBER BLADES
The SI3000 Lumia is the optimal building block for various network deployments. All typical network topologies – star, ring, chain and full-mesh can be implemented.
Two types of central blade are available. The first (IDI) offers up to two 10-GE plus 8 GE interfaces for network connectivity. Intelligent Service Access (ISA) and MEF-compliant Business Connectivity features are supported. The second (IDK) with its two 10-GE interfaces to each subscriber blade and is ideal for GPON application. With its multispeed backplane interfaces, IDK supports the coexistence of all installed access blades
(POTS, DSL and FTTH) in the same shelf. The IDK blade offers 480 Gb/s of switching capacity and up to six 10-GE plus 4 GE interfaces for network connectivity.
All the central blades support EAPS functionality, which ensures high network resiliency in large rings, with a recovery time of 50 ms. The blades feature advanced multicast and selective Q-in-Q features. IPMI Shelf management provides temperature management of the system and can power down or remotely restart the subscriber blades selectively.
The SI3000 Lumia is the optimal building block for effective copper-reuse deployments. Both VDSL2 broadband and POTS narrowband applications are available.
The VDSL2 blade (SGR) has 32 ports. It includes a powerful network processor that enables Intelligent Service Access (ISA) features. ADSL2+ fallback is available per each port independently, allowing for a smooth migration to VDSL2. SRA, Physical Layer Retransmission, G.INP and other methods are built-in for excellent noise protection, resulting in high data-transfer rates and undisturbed streaming.
The POTS blade (SAK) has 64 ports. If offers the widely interoperable H.248, MGCP and SIP protocols and rich supplementary services. A wide choice of all mainstream voice codecs and voice processing methods is available for optimal voice quality. A line testing functionality is integrated for better troubleshooting.
The SI3000 Lumia is the optimal building block for various FTTH deployments. An operator can choose from all the mainstream fiber access technologies – GPON, FE P2P and GE P2P. Subscribers can get the most bandwidth-demanding services in the field of real-time data streaming, such as 3D HDTV, VoD, Online Video Gaming, Video Conferencing and more.
The GPON blade (SFG) has 16 OLT ports. It includes a powerful network processor that supports Intelligent Service Access (ISA). There are three variants of the P2P fiber blade. The first variant (FE Fiber blade – SFE) is a double-slot price-optimized version with 24 FE ports. The second variant (FE Fiber – SFD) is a compact single-slot version that offers 24 FE ports and uses Compact SFP transceivers to allow a doubled port density and quick diagnostics of the optical lines. The third version, the GE Fiber blade – SFH, is a compact single-slot version with 24 GE/FE dual-rate ports. All the P2P fiber blades include a network processor that provides Intelligent Service Access (ISA) features.
MEB20 MEB18 MEB10 MEB6
20-slot enclosurefor ETSI 300 rackmounting
18-slot enclosurefor 19’’ rackmounting (9U)
10-slot enclosurefor ETSI 300 and 19’’ rack mounting (6U)
6-slot enclosurefor ETSI 300 and 19’’ rack mounting (4U)
The SI3000 Lumia comes with an ETSI 300/19’’-compatible enclosure available in four different versions:
All SI3000 Lumia housings are suitable for both Central Office and Street cabinet applications. The SI3000 Lumia backplane has 2x20 Gb/s connectivity per each service slot and it offers a staggering 1.28 Terabits/s capacity. The housing is provided with a shelf-management unit that ensures different hardware-related parameter measurements, configuration of the system functions and the appropriate temperature for a fully equipped shelf during operation.
The SI3000 Lumia introduces a new approach to managing complex network environments with the next-generation management system SI3000 MNS 2.0.
The SI3000 MNS 2.0 eases network management with an effective Web 2.0 GUI and full compatibility with different product versions. The system enables the fast and easy deployment of new network elements and supports mass upgrades. Unified management enables network administrators to manage the complex networking parameters centrally in a very simple way by managing user- and service-centric profiles and focusing on fast and reliable service provisioning.
In small deployments the SI3000 Lumia can be managed using the embedded Element Manager GUI, via CLI or via third-party systems using SNMP, without the need for the SI3000 MNS 2.0. For larger networks the use of the SI3000 MNS 2.0 is recommended as it effectively lowers the OPEX.
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SI3000 Lumia Management
The SI3000 MNS 2.0 can be run inside a virtual machine and enables operation in the cloud. Hierarchical integration into external OSS/BSS systems is provided via open north-bound interfaces.
SI3000 Lumia Deployment Options
When building a fiber-access network to every subscriber (residential and business), it is critical to select a long-term future-proof investment. A combination of P2P and GPON fiber last-mile technology is the ideal choice for the delivery of Gigabit speeds to different users at different geographies.
Choosing the FTTH deployment: • Readinessfortoday’sandfutureultra-high-speedinternetaccessandvideoserviceslike3DHDTV,QuadHDTV,UltraHDTV,etc.
• Symmetrical bandwidth for high-speed business VPN connectivity, HDvideoconferencing, cloud computing, user-contentsharingandcollaboration
• UnsurpassedreliabilityviafibermediaandareducednumberofactivelocationsnearlyeliminatesOPEX
Fiber-to-the-Home Suitable for: Incumbents, alternative operators, municipal networks, power utilities, green-field deployments
The deployment of FTTx-oriented access solution results in a quickly gained advantage over competitive wireline- and wireless-network operators. The FTTx access re-uses the existing copper infrastructure, optimizes the capital expenditure and speeds up the new service offering and return on investment.
If it is there, why not use it? Past deployments and recently unveiled global plans of FTTx-based network access deployments prove that copper connections are going to represent a very significant share of end-user connections for the next couple of decades. FTTx boosts the unused potential of the copper access network and turns it into a highly capable and future-proof access solution for residents and business users.
FTTx Hybrid Access Suitable for: Incumbents, alternative operators
Intelligent Service Access (ISA) Deployment
Suitable for: Incumbents, alternative operators, green-field deployments
Building FTTx networks requires substantial capital investments. Today’s competitive environment prevents an increase of ARPU for ISPs, as existing business models favor application providers who utilize the internet infrastructure without reimbursing for infrastructure usage. By introducing intelligence to the access part of the network, operators (investors in FTTx) gain the possibility to increase the ARPU with added-value service package offerings for specific user groups (gamers, movie fans, specific businesses, etc.). ISA also offers operators the opportunity to charge application providers for the guaranteed quality delivery transport of payable services.
After building FTTx last mile access, bottlenecks move to another part of the network (IP-edge and aggregation), where the number of expensive aggregation and core elements (BNG/BRAS) has to be replaced or upgraded. In order to lower the investment, the SI3000 Lumia with the ISA and policy enforcement function offers the ability to authenticate, authorize, account/charge (triple-A function) and manipulate subscriber flows within the last mile.
Benefits of using Intelligent Access:• IncreaseofARPUbyofferingadifferentiatedadded-valueserviceofferforspecificusergroups
• IncreaseofARPUbychargingforguaranteedQoSanddeliveryofpayableservices
• LowerinvestmentinsmartaggregationandL3edge(BNG)bytriple-AfunctionsandpolicyenforcementinsidetheSI3000Lumiaaccessnode
• Bettercontrol,provisioningandQoSforupstreamintensiveapplicationlikeHDTVvideoconferencing
• Reducedriskbystoppingattacksattheentranceofthenetwork
Business Services Suitable for: Incumbents, alternative operators
With support for the Intelligent Service Access (ISA) functions, the SI3000 Lumia serves as a universal service-delivery platform, providing business customers with Metro Ethernet Forum (MEF)-compliant carrier Ethernet services.
• Standards-basedE-LineandE-LANEthernetservices
• MEF-9andMEF-14compliance• Profile-basedmanagementandassignmentofservices• End-to-endprovisioning,monitoringandmaintenance• Transparentauto-logon(TAL)forseamlessauthenticationandactivationofservices
• SLA enforcement with ingress and egress policing andshaping
• FE/GE/VDSL2subscriberports
Why FTTx: • Reduced demand for all-fiber connections results in lowerCAPEXandashorterROI
• Fasterdeploymentofthehigh-bandwidthserviceoffer• Lessdiggingandin-housewiringinterventions
Iskratel, d.o.o., KranjLjubljanska c. 24a, SI 4000 Kranj, SloveniaPhone: +386 (0)4 207 2000, Fax: +386 (0)4 207 2712
e-mail: [email protected]
Iskrabel, Ulica Harkovskaja 1/601, BY - 220073 Minsk, Belorusija, telefon: +375 17 213 03 36, telefaks: +375 17 251 74 59, e-pošta: [email protected], www.iskratel.comIskracom, Naurizbay batyra 17, pisarna 213, 050004 Almati, Kazahstan, telefon: +7 727 244 82 22, telefaks: +7 727 244 82 19, e-pošta: [email protected], www.iskratel.comIskratel, Ljubljanska cesta 24a, SI 4000 Kranj, Slovenija, telefon: +386 (0)4 207 20 00, telefaks: +386 (0)4 207 27 12, e-pošta: [email protected], www.iskratel.comIskratel MMC, Ulica Fazail Bajramov 2, kvartira 2, AZ1025 Baku, Azerbajdžan, telefon: +994 12 496 73 71, e-pošta: [email protected], www.iskratel.comIskratel Poljska, Ulica Legnicka 55/4, 54-203 Wroclaw, Poljska, telefon: +48 (71) 349 29 05, telefaks: +48 (71) 349 29 02, e-pošta: [email protected], www.iskratel.comIskratel Tashkent, pr. Amira Temura, 99 »A«, 100084 Taškent, Uzbekistan, telefon: +998 (71) 300 31 08, e-pošta: [email protected], www.iskratel.comIskratel Ukrajina, Ulica Artema 72a, 04050 Kijev, Ukrajina, telefon: +380 44 363 01 00, telefaks: +380 44 363 01 00, e-pošta: [email protected], www.iskratel.comIskrauraltel, Ulica Komvuzovskaja 9a, 620137 Jekaterinburg, Ruska federacija, telefon: +7 343 210 69 51, telefaks: +7 343 341 52 40, e-pošta: [email protected], www.iskrauraltel.ruITS Iskratel Skopje, Kej 13 Noemvri, Kula 4, 1000 Skopje, Makedonija, telefon: +389 2 323 53 00, telefaks: +389 2 323 53 99, e-pošta: [email protected], www.its-sk.com.mk
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SPECIFICATIONS20 slots 18 slots 10 slots
duplication 6 slotsduplication duplication
no yes no yes no yes
No. of slots for service blades, with IDI 19 18 17 16 9 8 5
No. of slots for service blades, with IDK 18 16 16 14 8 6 4
Max. fiber-access ports
with SFG and IDK, GPON OLT ports 288 256 256 224 128 96 64
with SFE and IDI, FE ports 216 216 192 192 96 96 48
with SFD and IDI, FE ports 456 432 408 384 216 192 120
with SFH and IDI, GE/FE ports 456 432 408 384 216 192 120
Max. VDSL2 ports, with SGR and IDI 608 576 544 512 288 256 160
Max. POTS ports, with SAK and IDI 1216 1152 1088 1024 576 512 320
Max. GE uplink ports, with IDI 8 16 8 16 8 16 8
Max. 10GE uplink ports, with IDI 2 4 2 4 2 4 2
Max. GE uplink ports, with IDK 8 16 8 16 8 16 8
Max. 10GE uplink ports, with IDK 6 12 6 12 6 12 6
Local Management interface over Ethernet Switch BladeConsole RS232, RJ-45
Giga Ethernet 1000 BaseT, RJ-45 – Management port for whole chassis
Intelligent Platform Management Interface (IPMI) featuresService-blade identification Position in chassis, serial number, service contact person
Identification of chassis Geographical, topological position, role of application
Blade status information Power-consumption, temperature, voltage
Blade management Active, standby and fail status reading, activation, remote reset and shutdown
Fan management Status of fans, rotation speed configuration and automatic adaptation
Dimensions20-slot chassis (H x W x D) 622 x 500 x 233 (*) mm – ETSI rack
18-slot chassis (H x W x D) 622 x 450 x 233 (*) mm – 19” rack
10-slots chassis, 6U (H x W x D) 267 x 450 x 233 (*) mm – ETSI rack, 19” rack
6-slots chassis, 4U (H x W x D) 178 x 450 x 233 (*) mm – ETSI rack, 19” rack
* 233 mm without cables, 275 mm with cables
Environmental conditionsSafety IEC 60950-1:2001, UL 60950-1
EMC EN 300 386:2001 v1.3.1, EN55022 Class A, FCC Class A (Class B for 1U chassis)
Storage As in ETS 300 019-1-1, class 1.2 , temperature -25 to 55°C, rel. humidity 5–100%
Transport As in ETS 300 019-1-2, class 2.3
Operation As in ETS 300 019-1-3, class 3.1E, temperature -5 to 55°C, rel. humidity 5–90%
Other
Supply voltage -48V or -60V DC
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