FTTH System solutions

Transcription

1 FTTH System solutions

2 FTTH SOLUTIONS Products and solutions deployed throughout Europe. 1

3 FTTH SOLUTIONS EXCHANGE / HUB 2

4 EXCHANGE / HUBS In most cases, equipment contained in a central exchange / hub, or intermediate consolidation point such as a Street Cabinet will be independent of solution chosen for final drop. Rack Units, such as RS3000, Modular Main Rack and standard 19 / ETSI Rack will accommodate a wide range of different shelves for highly effective fibre management (Splice, Patch, Splice & Patch, Patchcord Srage, Splitter Management etc). Consolidation racks are also available having all incoming cables terminated in one rack. The cables will be distributed via pre-terminated cables equipment racks, this reduces rack congestion, ensures efficiency and reduces points of failure of rack. 3

5 FTTH SOLUTIONS OUTSIDE PLANT 4

6 OUTSIDE PLANT In most cases, equipment used in external environment (outside plant) is designed achieve specific objectives with relevance specific products / product attributes. They are generally required pass stringent performance testing for dust and water ingress (IP rating with 68 being target measure) Products are available that have been developed be most attractive for: + cable splicing + cable breakout and distribution + cable looping + in-line jointing + splitter management + tube distribution for blown fibre and cable + pre-terminated cable drops + duct, direct buried or aerial systems 5

7 FTTH SOLUTIONS CUSTOMER END 6

8 CUSTOMER END SINGLE HOME At end of an FTTH network, re are usually two requirements: building entry and fibre termination. Apart from QUICKDRAW XS system, where Cusmer Demarcation Box provides both se functions, re are often two separate products. 13 Termination units are likely be non-product specific e.g. UCTBs, and CTBs can be used with traditional cable, RETRACTANET XS, or SIROCCO XS blown fibre. There are also a range of tube management products facilitate entry of a SIROCCO XS blown fibre tube through building fabric. 7

9 DEPLOYED NETWORK SOLUTIONS FOR FTTH/FTTC 8

10 FTTH SOLUTIONS NETWORK DIAGRAMS RAPIER / QUICKDRAW XS Up 8 cusmers per CLJ, feed by quick breakout Rapier cable, 2 x 1 by 8 splitters in CLJ for a cascaded PON, cheaper solution for cusmer deployment, only 2 splices required per joint and no splicing equipment needed for cusmer connections. Ex OP RS3000 Rack with Splitter and Splice & Patch Shelves Modular Jointing System (MJS) QUICKDRAW XS CLJs CABLE 144-fibre RAPIER Backbone 24-fibre RAPIER Drops 1-fibre / cusmer Lead-in Assembly (LIA) CE Demarcation Box Home Hub Units Compact Termination Box (CTB mk2) 9

11 FTTH SOLUTIONS NETWORK DIAGRAMS CHANNEL ISLANDS 16 cusmers per Compact Joint supplied as a point point network. This allows complete network future proofing. Used Rapier as quick mid span access reduces installation costs. MJS used for complete flexibility and loop srage capability. Ex OP RS3000 Rack with Splice & Patch Shelves MJS (Long Cap) MJS (Short Cap) Compact Joint (mk 2) CABLE 432-fibre RAPIER Main 144-fibre RAPIER Distribution 48-fibre RAPIER Drops 2-fibre SIROCCO xs CE Compact Termination Box (CTB mk2) 10

12 FTTH SOLUTIONS NETWORK DIAGRAMS JETNET XS / SIROCCO XS Point point solution for easy upgrade on cusmer circuits, Blown solutions used for easy upgrade and flexibility, install tube cable that can be deployed different areas. Ex OP OCR Rack Compact Joint 32way DP joint 144-fibre JETNET XS Main CABLE 24-fibre JETNET XS 2-fibre / 1 tube DB SIROCCO XS Drops CE Compact Termination Box (CTB mk2) 11

13 FTTH SOLUTIONS NETWORK DIAGRAMS Small development site, 500 cusmers or less. No need for a central office which reduces costs significantly. Direct buried blown solutions reduce need for large quantities of chambers. SIROCCO XS Ex OP Fibre Distribution Hub (FDH) with Splice & Patch Shelves Tube Distribution Closure (TDC) CMJ CABLE 24Way Tube Sirocco XS Main 12-fibre / 1 tube DB SIROCCO XS 2-fibre / 1 tube DB SIROCCO XS Drops CE Compact Termination Box (CTB mk2) 12

14 FTTH SOLUTIONS NETWORK DIAGRAMS RETRACTANET xs Extractable cable reduces installation costs, deploy cable and extract fibres, no splicing required, Tapping boxes are deployed one per cusmer, all directly buried. Reduced installation costs means greater deployment and more cusmers. Ex OP Optical Distribution Drawer XOK Direct Buried Joint Tapping Box (TBE-I2) CABLE 96-fibre JETNET xs Cable 48-fibre RETRACTANET xs Cable 1 way Drop tube cable 8/4mm CE Ultra Compact Termination Box (UCTB) 13

15 VertiCasa XS General Installation VERTICASA Layout xs FTTH SOLUTIONS NETWORK DIAGRAMS Basement Boxes Riser Boxes Cusmer boxes Riser cable Cusmer connect cable/tube Building connection cable Extractable internal cable reduces installation costs, deploy cable and extract fibres, no splicing required, riser boxes are deployed one per floor, all directly delivered cusmer premises. Reduced installation costs and easier installation in congested risers. 14

16 BT - Fibre To The Premise (FTTP) Cascaded PON Brownfield & Fibre on Demand (FoD) network architecture 145mm OCR Underground Plant Underground Plant Underground Plant Splitter (Secondary Underground DP Primary Splitter Node Pole Mounted Mounted 12 / Plant 32 Fibre DP + Splitter Nodes Exchange Rack Plant Optical Consolidation RackHub (OCR) Underground Tube Intercept Joint (TIJ) Wall Home Wall Mounted 12/24 Fibre DP + Splitter Nodes Aggregation Node Joint Splitter Node) The Optical Consolidation Rack (OCR) is Compact designed for use in exchange Designed for small andcable medium MDU in distribute incoming cables The An inherent pole mounted issue cabinets with an serve FTTP network replace underground is amount when of Used The Used Aggregation within intercept Node and spur is Chamber supplied offapplications located and a cables, continuous configured in UK central Blown aclosures Exchange specific Fibre Tube tray for splicing of houses network fibres from Hydra direct connection The Primary Splitter Node houses first afor splitter inpoint cusmer viaend 2are fibre drop cables. Located in with basement/communications room or The Splitter DP secondary splitter (1:4) in (2:8) cascaded joint cusmer boxes equipment unavailable required. in areas This includes overhead Cusmer networks. Splice The cost (BFT) layout convert cable for from BT. and external It distribute is used network as a smaller transition cables BFT from internal cables. high The cables fibre individual for count routing looped tubes active equipment. The OCR is supplied in a flat pack format and can Compact Joint in a service riser on a is floor floor basis. as a 32 way Splitter Node for cascaded PON network feeds Splitter DP. The use ofcivil Splitter PON network. It byand final joint isalso before cusmer premises so is Moffset Davailable U premium (CSP), Optical of an all Network metallic Termination closure (ONT) against and a Battery lack Backup of costs Unit are spine racks connected cables and equipement. with blown tube fibre The connecrs Compact cables distributing for Joint a continuous also in serves blown in network. fibre external path. The be built by one person.or The rackallow can accommodate up network eight OCR subdistributed PON networks Primary/Secondary Splitter Nodes (with SASA modules) Array Sub-Assemblies (SASA) for incremental growth also point of distribution - EPFU is blown directly from Polehere Mounted usually (BBU) which associated is required with building maintain required telephony joint services box. in case of a power Aggregation network aspon anode Track is Joint common extend for all cable network reach. scenaios Fibres (FTTC arewhich spliced & FTTP) on for cascaded networks. racks. Each OCR sub-rack contains twelve pull out modules, each help control initial expenditure. end user. The use of Splitter Array Sub-Assemblies (SASA) allow for outage. is required serve following in ofbt network: accommodate six splice trays. The tal capacity rack is via 1152 and a TIJ Single has a Element thoretical (SE) network basis. reach of items over 10,000 cusmers an A Mounts a standard BT pole. incremental network growth helptray control initial expenditure. Five versions available, alltray with unique on aup dual fibre basis. fibres 16 DP s (network reach of and up organise 512 TheFeeds Home Hub is Splitter aper generic box usedlayouts: sre various FTTC network. DSLAM Cabinet (FTTC) Six Compact dome closure -with 300/390 (l) x 231 (w) xlayouts: 164 mm configurations versions available, alland unique tray and port of telecoms data equipment and give an (d) alternative Way Fibre DP Up cusmer connections. cusmers) The rack contains a unique fibre srage system so that all network multiple Modular optical joint, scalable depending on cusmer boxes with trailing wires etc. This is most beneficial in new build 32 Splitter Node (FTTP New Sites) 12 Way Fibre DP cables bewith installed andcap sred on day one, forwithout for - can 24 Way Fibre DPdome Supplied Available sizes requirements and network growth. Suitable range of aneed developments, Supplied with a2single single Dual 4 Way Way SASA SASA on day day one. Furr where Dual developer can use a box as installing with a 4 on one. any sub-racks. The rack iscascaded pre-tubed such that Furr when acentral sub32 Way Fibre DP Internal 32 way Splitter Node (New Sites FTTP) applications due its flexibility. Primary Splitter Node (FTTP PON) communications hub for integrated home SASA s cansplice be added inline with network growth, aatube maximum of SASA s can be added inline with network maximum of - 144f capacity in compact size rack is installed and connected racknetworks. via agrowth, multi-way connecr - Primary Primary Splitter Splitter Node Node (WIP) Primary SPN four. Multiple base options available. block, previously sred fibres simply routed in covers pre Splitter DP (FTTP Cascaded PON) four. Supplied as standard with a base,can a cover, pbe & botm vented Agg. Node 48f splice capacity ultra compact size - -Splitter DP (WIP) installed tubes directly in required splice tray. Splitter DP and- a lock (keyed or or slotted for user access). Suitable use with fusion mechanical splicing. Assecurity a for repair joint (all networks) Coloured trays are for ease of identification identification of input input splice splice trays. trays. Coloured trays are for ease of of and external -internal Transition Joint use.rack For Splice Onlyfor Consolidation Suitable underground or aerial installation High Universal plastic back plate available pre-fitted. fibre count 960f (in SE only configuration). Splice trays hinge upwards individually, allowing full access splice Splice trays hinge upwards individually, allowing full access Splice of576 fibres on single fibre per tray basis. - FoD 12 DP Inline cable up up Ø24mm, 4 drop cables up Ø21mm. Supplied with afibre mixture single circuit and single element splice trays for T I J heatshrink or crimp Splice tray options for eir spliced Modular design. Supplied as a single unit with upgrade boxestrays. Splice up 1152 fibres on dual fibre per tray basis. spliced fibres without disturbance live fibres in adjacent trays. fibres without disturbance live fibres in adjacent Hingedmetallic splice trays formanufactured easy access. using stainless steel for strength capability. through Robust cabinet availablefloor cable mount above or below initial box. and Mechanical sealing. Minimal Space Splice trays hinge for easy accesscan security. Contains six circular ports, which can29 accommodate 25mm Contains six circular ports, which aa 25mm Integral loop srage faciltity. Up sred elements (360f All fibres are managed maintain aaccommodate 30mm minimum bend radius positively 900mm wide x 300mm deepfootprint. Removable Cable entry/exit possible from botm, p or rear.tubes wrap around closure Increased access tube flexible conduit protect incoming blown fibre orintegral 36 flexible Supplied with single address point cusmer locking trays with cable. using incoming blown fibre tubes or aa mm high. ports within conduit wall box. protect Cables are sealed in heatshrinks connecrs. water blocking sp network fibre creep inherent with OH networks Frontcable cover canmanagement be fitted hinge cables leftsealed or rightusing hand resin side..(not fibre cable using port adapters. All cables sealed using resin (not using port adapters. All fibre Excellent cable control Mechanical cable sealing. Splice hinge upwards individually, full access spliced fibres due trays ice and wind loading. Worldclass sealing above IP68allowing rating CBO manifold centre sre input cable fibres. compatible with heat shrink). with heat shrink). compatible 300mm window cut for blowing. Provision fit bespoke mounting brackets. without disturbance live fibres in adjacent trays. Supplied pre-configured orhydra empty with upgrade modules Srage reels for(bt) output cables. Splice trays hinge upwards individually, allowing full access spliced External Dimensions: The conduit and tubes are sealed in ports using resin. The conduit and tubes are sealed in ports using resin. fibres without disturbance simple live fibres in trays. depending onavailable cusmer requirements. Riser Pre-tubed rack routing ofadjacent fibres jacks splice trays. Patch panels for accommodate keysne for home Suitable forquick applications (cable pass through on LHS). 2 piece, access ggle design with pressure relief. 410mm network Full bend management of fibres Supplied with anunit integral Mobra arm and knuckle kit used used using install Cables enter via poror botm face and are sealed Range ofrouting. accessories available including splitter modules (non BT Supplied with an integral Mobra arm and knuckle kit install Cables can enter / exit from p botm face of box. 30mm control through routing tubes, across splicecable modules & cable glands. Support for Blown Fibre Tubing or aerial up joint on a BT standard Mobra. applications). Provision fit aa BT 6 socket electrical distribution board with surge 96F joint on standard Mobra. trays. Sealed IP55 and moulded from UV stable material prevent discolouring. protection. Input profile allows BT Capping Steel No.5ofwater. interface with cabinet ispull out splice modules for access. The Joint sealed for IP68 at 5m 5m head The Joint is sealed IP68 at head of water. UL94-V0 rated materials all wall boxes. route cables. Load on demand For internal use only. Unit manufactured from fire resistant UL94-V0 Standard Add sub-racks as white required. The cabinet is sealed IP65 and RAL is provided with acolours BT standard D- on material. colour Or available Accommodates up eight OCR sub-racks. lock. Splitter DP request, subject MOQ. Home Hub 15

17 FTTH SOLUTIONS Product data 16

18 RS 3000 RACK & RACK MOUNTED PRODUCTS 10 The RS3000 Rack is a standard rack supplied with 19 mounting rails, used accommodate a range of SRS3000 shelves and sub-racks as well as any or 19 rack mounted products. It is supplied with side panels and transparent doors. Cable anchor brackets can be installed in left hand side of rack. 9 The range of SRS3000 shelves and sub-racks provide Splicing and Patching, Patching Only, Splicing Only and Patchcord Srage. In addition, Connecrised Splitter Shelves and a Horizontal Routing & Srage Shelf can extend facilities available. Racks can be 42U or 47U with a maximum capacity of 2160 fibres (splicing or patching). 17

19 RAPIER CABLES Uses easy-breakout bundles supporting simple mid-span breakout particularly suitable for ring and point--multipoint networks. 432F Available in a wide range of fibrecounts from 432-fibre made up of 72-fibre sub-units down single 12-fibre tube cables for drops from central ring or main cable backbone. Fibres can be extracted at network joint locations and spliced directly drop cables, in splitters or within a Connecrised Lead-In Joint (CLJ) an array of adapters ready for plug-in cusmer connection. 18

20 MODULAR JOINTING SYSTEM (MJS) The Modular Jointing System (MJS) is a range of joints for access applications within external network for track, spur & loop applications. They are UV resistant and sealed IP68. Loose tube and ribbon cables and SIROCCO XS blown fibre can be used with se joints. 10 The trays hinge upwards individually, allowing full access spliced fibres without disturbing live fibres in adjacent trays. The trays can be SCM (Single Circuit Mangement), SEM (Single Element Management) or Ribbon. Splitter modules can be mounted in joint. For FTTH distribution, short cap MJS will accommodate 32 Single Circuit Management (SCM) trays (128-fibres), medium cap 48 trays (192-fibre), long cap 80 trays (320-fibre) and extra long cap 96 trays allowing 384 splices be managed. 19

21 CONNECTORISED LEAD-IN JOINT (CLJ) Allows plug-in connection of 8 individual cusmer lead-in assemblies (LIAs) at time of service activation. It is available with adapters - eir eight SC/APC (for single fibre working) or 16 LC/APC (for dual fibre drops). Spliced at time of main network construction incoming fibres or through a 1 x 8 splitter a single extracted fibre. An additional hinged tray enables spur cables (up 24 fibre) be spliced main cable. 20

22 LEAD-IN ASSEMBLY (LIA) The lead-in assemblies (LIAs) are installed, by low-skilled operars at time of service activation. The LIA is provided with connecrs at each end - eir one SC/APC (for single fibre working) or two LC/APC (for dual fibre drops). The connecrs are protected during installation by a sleeve (on CLJ end) and a pulling shroud for cusmer end which is removed after pulling LIA through a 20mm miniduct. Standard lengths of LIAs are from 25 metres 300 metres and packed as shown. 21

23 CUSTOMER DEMARCATION BOX The Demarcation Box is located at entry each cusmer s building on external wall. The Demarcation Box provides a housing for connecrs - eir one or two SC/APC (for single fibre working) or two /four LC/APC (for dual fibre drops). The connecrs mate with internal cusmer patchcords through fabric of wall that link through cusmer s network equipment. 22

24 CUSTOMER END Home Hub with CTB In Home, patchcords or pigtails fed from rear of Demarcation Box through wall can be terminated at a Cusmer Termination Box (CTB) managed within a Home Hub box. The Home Hub can contain all of electronics (router, plugs etc) used throughout home (possibly with help of an extender unit double its capacity). This will ergonomically and attractively package operar equipment and keep it all ger within a lockable unit. The CTB (mk2), designed for use in residential or business applications will manage termination of up four optical fibres. 23

25 COMPACT MULTI FUNCTION JOINT (CMJ) The CMJ is multi-functional. This allows joint be used for: - connecting optical fibre cables at single circuit or single element level, - allowing multiple cables be dropped from an incoming cable (16 drops) - has an oval port for straight-through fibres, - will accommodate 4 X 1 by 8 splitters or 2 x 1 by 16 for application in a PON environment, - Has a loop srage facility reduce splicing requirements, - Has kevlar anchor points for all cables, - has a mechanical sealing system manage flexible cable entry and provide IP68 rating, 24

26 COMPACT JOINT The primary application of a Compact Joint is connecting optical fibre cables at cable element level. It is ideal for cable chamber, track or spur applications within an external network. The Compact Joint is available in two sizes; with 48 or 144 fibre splicing capacity. The Compact Node is equivalent product for ready access applications using loose tube or SIROCCO XS blown fibre drops. The 12 trays are single circuit trays enabling breakout of 24 fibres (dual fibre circuits). For both applications, fibres are easily accessible (hinged trays) but well protected (units sealed IP68). For FTTH, Compact Joint can be used for primary distribution and Compact Node for cusmer drops in a cable / SIROCCO XS blown fibre network. 25

27 11 HDPE SHEATH RIPCORD WATER BLOCKING COMPOUND UPSHEATHED NON-METALLIC CENTRAL STRENGTH MEMBER POLYMER TUBE OPTICAL FIBRE BLOWN FIBRE CABLE Blown fibre cable allows for quick and easy deployment of specific cable designs. The cable can be 2F all way up 288F. 13 We have numerous designs from a standard tight buffered style cable through a standard Multi Loose Tube (MLT). 14 These cables can be blown in up 2km dependant on route difficulty and tube installation. Installation speeds can be a major facr in reducing costs. The cable diameter range is 2.3mm up 17mm. SIROCCO XS 26

28 FIBRE DISTRIBUTION HUB (FDH) The Fibre Distribution Hub (FDH), and similar SC3000 Streetside Cabinet, provides an externally located unit for managing distribution and cusmer drops particularly for FTTH passive optical networks (PONs). It can provide 24U of workable space (16U in Streetside Cabinet) accommodate a range of patching and splicing configurations for cable and/or for SIROCCO XS blown fibre management. The FDH will accept a splitter shelf delivering a number of pre-connecrised modules, up 1 x 64 terminated with FC, SC and LC connecrs, UPC or APC versions. The maximum capacity is 1152-fibre. SIROCCO XS 27

29 11 BLOWN FIBRE TUBE CABLES 12 A complete network from exchange / hub cusmer can be constructed using SIROCCO XS blown fibre system. This can be done without any external fibre splicing, blowing EPFU from central point multiple locations through a set of tubes linked by a range of connecrs through Tube Distribution Closures (TDC) in whatever configuration is required. By accommodating splicing in network and adoption of signal splitting, in exchange / hub, in joints or in cusmer premises, scope for network expansion is considerable. SIROCCO XS 28

30 TUBE DISTRIBUTION CLOSURE (TDC) The SIROCCO XS Tube Distribution Closure (TDC) is used distribute tubes (and, refore, fibre bundles) from an intercepted, main tube cable. It is UV resistant and sealed IP68, with rubber seals and glands around in-line cable and drop tubes. The TDC can be installed at time of tube cable installation or fitted over an already-installed cable as a retro-fit allowing ultimate flexibility. It can provide a distribution point at heart of a high capacity network or final drop cusmer locations. SIROCCO XS 29

31 OPTICAL DISTRIBUTION DRAWER (TDC) For installation in ETSI or 19 racks or cabinets, Optical Distribution Drawer is available in 1U (48 SC/APC adapters) or 2U (96 SC/APC adapters) for use with ANT splice protecrs. The swing-out design allows for easy access splice cassettes and patch panel at back. In defined example, 2U Optical Distribution Drawer with its 96 adapter capacity, can manage termination of 96-fibre JETNET XS cable and provide a 96-fibre patch panel face connect in active equipment side of exchange / hub. 30

32 XOK RETRACTANET XS DISTRIBUTION JOINT The XOK RETRACTANET XS Distribution Joint is designed provide a full watertight and high crush resistant protection for splice of feeder cables RETRACTANET XS cable in buried installations. The closure has two oval ports, each with a mechanical cable entry seals allowing termination of 4 cables / microducts each. T In defined example, closure takes a 96 fibre JETNET XS cable in and protects cables and splices in two 48-fibre RETRACTANET XS cables for local distribution (FTTH). There is a srage area within body of joint for excess lengths of feeder cables and RETRACTANET XS modules. The trays can thus be extended a workbench or van when remedial work is required. 31

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34 TAPPING BOX The RETRACTANET Tapping Box is used breakout and distribute fibres from an in-line RETRACTANET cable. It is UV resistant and sealed IP68, with a gel encircling both in-line cable and drop tubes. Having removed a section of sheath from main cable, fibre unit is n extracted. The current design (TPE-I2) will allow two tubes exit box (one left and one right). It can also accommodate two splices should excess fibre length be required. Each tube n feeds a RETRACTANET fibre unit from main cable cusmer interface. RETRACTANET XS 33

35 VERTICASA XS CUSTOMER END Multi-Dwelling Unit (MDU) - Cable The VERTICASA XS system was developed specifically for MDU apartment building distribution for FTTH. The VERTICASA XS cable contains a number of bundles of fibre (each bundle with 1 12 fibres) which can n be distributed around a building. As each cusmer requests service, cable can be simply cut, a fibre bundle extracted, pushed through a drop tube and terminated at cusmer premises. 34

36 Multi-Dwelling Unit - Basement In a large apartment block, entry connectivity solution may manage incoming fibres and building distribution network. At this consolidation point, numbers of incoming fibres, cusmers & fibres per cusmer will determine equipment required. These solutions can manage PON technology or alternatively point point. The PMI is a solution for multiple operars coming in same MDU, this allows for flexibility and quick non disruptive change. The Large and medium MDU wall boxes will allow you distribute up 32 cusmers per wall mounted box, reducing deployment costs. The large MDU metallic box will support 2 X 1 by 64 splitters, this is for larger deployments. 35

37 Multi-Dwelling Unit Riser Boxes Within an apartment block, requirement will be provide a service, where required, each separate flat (equivalent an office in an office block). The terminations will require a breakout point in riser. 4 & 8 tray versions Multi-Tray Riser Box is designed accommodate splices and/or splitters support wider distribution of VERTICASA drops. The 1 & 4 Port Breakout Units are used when extracting one, up four, VERTICASA bundles from riser cable and distributing m throughout a building floor. The Top Loop or Srage Box, located at p of an MDU, is used sre excess length of VERTICASA bundles provide spare fibre achieve longer cusmer drops. 36

38 VERTICASA XS Multi Dwelling Unit Cusmer premises. The Ultra compact termination box gives cusmer 2 fibres with a extra protective shuttered SC adapr. The pre-terminated Compact termination box comes in several manageable lengths, box allows for fast flexible, less disruption cusmer and additional safety benefits. The Internal Transition Box is a compact splicing unit, enabling splicing of up 4 drop cables a VERTICASA riser cable. The Mechanical Splice Holder is used for splicing ger up 2 fibres using mechanical splices (4 using heatshrink) extend fibre module drops from a VERTICASA cable. 37

39 AERIAL DROP XS The Aerial drop cable solution is for use on short span solutions up 70mtrs. This cable is designed be deployed on a pole network allowing a complete system. The cable is supplied with all of items needed, helical tension clamps, anti creep devices etc. The cable can also be used in a drop solution underground. It has an HDPE sheath and is a very robust construction. This cable is available in 2, 4 and 12fibre constructions. 38

40 JOINT SOLUTIONS Aggregation Node 32 Fibre DP Primary Splitter Node (32) Primary Splitter Node (16) Splitter DP Track Joint Splitter Node (GPON) Splitter Node (GPON + FIRS) 39

41 MDU DROP SOLUTIONS 6 FDP 12 FDP 24 FDP 8 Splitter DP 16 Splitter DP 32 Splitter DP Primary Splitter Node 40

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43 THANKYOU FOR YOUR TIME Adam Ashenden Connectivity and Fibre systems Manager 42