... 10... 10... 10... 10... 11... 11... 12... 13... 13... 14... 14... 14... 15... 16... 17... 18... 18... 20... 21... 25... 28... 31... 31... 35... 38... 41... 42... 44... 46
... 46... 46... 47... 48... 50... 55... 55... 59...11...12...12...13...14...15...15...17...17...21...22...25 26...28...29...31 32...35.36...38
...39...41...42...42...47...49...52
...45...50...51...52...53...53...54...55...58...59
NGN SAB DSLAM VPLS Exchange ODF FTTC VUA Access VUA Unicast Logical Connection WEIL 1
NGN SAB Exchange OLT VPLS ODF FTTH VUA Access VUA Unicast Logical Connection WEIL DSLAM NGN VPLS Exchange ODF OLT FTTH/FTTC VUA Access VUA Multicast Logical Connection WEIL
DSLAM NGN VPLS Exchange ODF OLT VUA Unicast/Multicast Access VUA Unicast/Multicast Logical Connection WEIL
DSLAM NGN VPLS NGN NGN Operator Handover Site SAB FTTC BP Access BP Unicast Logical Connection WEIL
OLT NGN VPLS NGN NGN Operator Handover Site SAB FTTH BP Access BP Unicast Logical Connection WEIL DSLAM NGN NGN NGN Operator Handover Site A OLT VPLS NGN Operator Handover Site B FTTx BP Access BP Unicast Logical Connection WEIL
DSLAM NGN OLT NGN VPLS PE PE MVPN PE PE NGN Operator Handover Site SAB FTTx BP Access BP Multicast Logical Connection WEIL Master Socket Master Socket DSLAM Master Socket NGN PE NGN PE NGN Operator Handover Site A OLT VPLS PE MVPN PE SAB NGN Operator Handover Site B FTTx BP Access BP Multicast Logical Connection WEIL
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1 12 13 14 15 17 CPE S-VLAN OLT End-User Traffic 802.1p marking (C -VLAN 10) Access Connections VPLS S-VLAN Operator Network CPE C-VLAN S-VLAN ODF Exchange DSLAM NGN 1a 2a 1 6
1 1212 1313 1414 1515 RG (CPE) S -VLAN 2 S - VLAN 2 RG (CPE) S -VLAN 1 S - VLAN 1 OLT NGN End User Traffic 802.1p marking (C -VLAN 10) VDSL DSLAM VPLS # 1 RG (CPE) VDSL modem Master Socket C -VLAN S -VLAN 1 VPLS # 2 S -VLAN 2 RG (CPE) VDSL modem Master Socket C -VLAN 2a 3a 1 6 1 7 1a Operator Network S -VLAN S -VLAN 2
16 15 14 13 1 CPE S-VLAN OLT End-User Traffic 802.1p marking (C -VLAN 10) Access Connections VPLS S-VLAN Operator Network CPE C-VLAN S-VLAN ODF Exchange DSLAM NGN 6a 5a 4a 2
16 1215 1314 1513 RG (CPE) S -VLAN 2 S - VLAN 2 RG (CPE) S -VLAN 1 S - VLAN 1 OLT NGN End User Traffic 802.1p marking (C -VLAN 10) VDSL DSLAM VPLS # 1 RG (CPE) VDSL modem Master Socket C -VLAN S -VLAN 1 VPLS # 2 S -VLAN 2 RG (CPE) VDSL modem Master Socket C -VLAN 2a 5a 3a 4a 1 62 1 1 1a 6a Operator Network S -VLAN S -VLAN 2
1 2 13 14 15 7 CPE S-VLAN OLT End-User Traffic 802.1p marking (C -VLAN 10) Access Connections VPLS S-VLAN Operator Network CPE C-VLAN S-VLAN ODF Exchange DSLAM NGN 2a 1 6
1 1212 1313 1414 1515 STB RG (CPE) S-VLAN - 2 S - VLAN 2 STB NGN RG (CPE) S-VLAN 2 S-VLAN 1 Access Connections OLT STB DSLAM VPLS #1 RG (CPE) VDSL modem Master Socket C-VLAN S-VLAN 1 VPLS #2 STB S - VLAN 2 RG (CPE) VDSL modem 1a Master Socket C-VLAN 2a 3a 8 1 7 6 1 S-VLAN 1 Operator Network S-VLAN 2 BTV Sources
1 12 13 14 15 16 NGN Network 17 CPE S-VLAN OLT End-User Traffic 802.1p marking (C-VLAN 10) Access Connections VPLS S-VLAN Operator Network CPE C-VLAN S-VLAN Operator Handover Site DSLAM NGN NGN 1a 2a
1 12 13 14 15 16 17 RG (CPE) S-VLAN 1 S-VLAN 1 NGN Network WEIL #1 E-NNI GigE Optical or Electrical Port VPLS #1 RG (CPE) S-VLAN 2 OLT S-VLAN 2 VPLS #2 S-VLAN #1 S-VLAN #2 Operator Network End User Traffic 802.1p marking (C-VLAN 10) RG (CPE) VDSL modem Master Socket C-VLAN S-VLAN 1 NGN NGN WEIL #2 Operator Handover Site S-VLAN 2 Operator Network RG (CPE) VDSL modem Master Socket C-VLAN DSLAM S-VLAN #2 Operator Handover Site 1a 2a 3a
16 15 14 13 12 NGN Network 1 CPE S-VLAN OLT End-User Traffic 802.1p marking (C-VLAN 10) Access Connections VPLS S-VLAN Operator Network CPE C-VLAN S-VLAN Operator Handover Site DSLAM NGN NGN 6a 5a 4a
16 15 14 13 12 1 RG (CPE) S-VLAN 1 S-VLAN 1 NGN Network WEIL #1 E-NNI GigE Optical or Electrical Port VPLS #1 RG (CPE) S-VLAN 2 S-VLAN 2 S-VLAN #1 Operator Network OLT VPLS #2 S-VLAN #2 End User Traffic 802.1p marking (C-VLAN 10) RG (CPE) VDSL modem Master C-VLAN S-VLAN 1 NGN NGN WEIL #2 Operator Handover Site Socket S-VLAN 2 Operator Network RG (CPE) VDSL modem Master Socket C-VLAN DSLAM S-VLAN #2 Operator Handover Site 6a 5a 4a
1 12 13 14 15 16 17 18 19 10 1 CPE S-VLAN OLT Access Connections VPLS MVPN S-VLAN Operator Network CPE C-VLAN DSLAM NGN NGN PE NGN Network NGN PE NGN 1 Gbit/s Access Connection E-NNI GigE Optical or Electrical Port Operator Handover Site
11a 12 13 14 STB RG (CPE) 1 S-VLAN 1 S-VLAN STB 15 16 17 18 19 10 1 11 1 RG (CPE) STB S-VLAN 2 OLT S-VLAN VPLS #1 MVPN #1 MVPN #2 S-VLAN #1 S-VLAN #2 Operator Network RG (CPE) STB VDSL modem Master Socket C-VLAN S-VLAN VPLS #2 NGN Agg NGN PE NGN Network NGN PE NGN Agg 1 Gbit/s Access Connection E-NNI GigE Optical or Electrical Port Operator Handover Site BTV Sources S-VLAN RG (CPE) VDSL 1a modem Master Socket C-VLAN DSLAM 11a 12a 3a 4a
Operator A User 1 Operator A User 2 Operator B User 1 VLAN 1100 VLAN 1100 VLAN 1200 OLT VLAN 1100 VLAN 1200 NGN VPLS VPLS NGN SVLAN 10 SVLAN 20 WEIL Operator A Handover Site Operator B User 2 VLAN 1200 Operator B Handover Site Operator A User 3 Operator A User 4 Operator B User 3 VLAN 1100 VLAN 1100 VLAN 1200 VLAN 1200 OLT VLAN 1100 VLAN 1200 VPLS VPLS NGN NGN WEIL SVLAN 10 SVLAN 20 Operator B User 4 Operator A User 5 CPE Operator B User 5 CPE DSLAM
Operator A User 1 CPE RG (CPE) Operator A User 2 IGMP join 239.1.1.1 1100 = unicast 1101 = multicast OLT VLAN 1101 VLAN 1201 NGN VPLS VPLS NGN PE MVPN MVPN MVPN MVPNx MVPNy Multicast Core NGN PE MVPN NGN WEIL Operator A Handover Site RP Operator Network Operator B User 3 Operator B User 4 1200 = unicast 1201 = multicast MVPN NGN Network PIM adjacency WEIL NGN 1 Unicast NGN 2 Unicast Multicast
Frame CPE Frame 10 OLT/ Frame S DSLAM
Eircom exchange NGN (NGA node) CPE C-VLAN S-VLAN DSLAM VPLS CPE C-VLAN S-VLAN CPE C-VLAN NGN core DSLAM Network - Operator S-VLAN NGN NGN ( non-nga node)
open eir NGN Network WEIL Service Access Bandwidth 1 Individual WSEA Logical Connections Individual Logical Connections to OLT/ DSLAMs EF AF BE EF AF BE EF AF BE EF AF BE EF AF BE SAP SAP SAP SAP SAP WEIL Service Access Bandwidth 2 open eir E-NNI WEIL Service Access Bandwidth 3 open eir NGN
Line Length (meters) Headline downstream speed (Mbps) Minimum Downstream speed (kbps) Maximum Downstream speed (kbps) Headline upstream speed (Mbps) Minimum Upstream speed (kbps) Maximum Upstream speed (kbps) 350 100 1024 102400 20 1024 20480 500 90 1024 91260 20 1024 20480 615 80 1024 81920 20 1024 20480 700 70 1024 71680 20 1024 20480 750 60 1024 61440 20 1024 20480 850 50 1024 50176 15 1024 15360 950 40 1024 40960 10 1024 10240 1100 30 1024 30720 8 256 8192 1200 25 1024 25600 7 256 7168 1300 18 1024 18432 5 256 5120 1500 15 1024 15360 3 256 3072 1750 12 1024 12288 1 256 1024 2000 7 1024 7168 1 256 1024 Line Length (meters) Headline downstream speed (Mbps) Minimum Downstream speed (kbps) Maximum Downstream speed (kbps) Headline upstream speed (Mbps) Minimum Upstream speed (kbps) Maximum Upstream speed (kbps) 250 100 61440 102400 20 2048 20480 350 85 61440 87040 20 2048 20480 500 80 61440 81920 20 2048 20480 600 70 61440 71680 20 2048 20480 700 60 51200 61440 20 2048 20480 750 50 44032 51200 16 2048 16384 850 43 34816 44032 16 2048 16384 900 40 34816 40960 16 2048 16384 950 34 28672 34816 16 2048 16384 1100 28 20480 28672 16 2048 16384 1100 20 18432 20480 10 1024 10240 1200 20 18432 20480 8 1024 8192 1300 18 12288 18432 7 1024 7168 1500 12 10240 12288 1 256 1024 1750 10 6144 10240 1 256 1024 2000 4 3072 4096 1 256 1024
Line Length (meters) Headline downstream speed (Mbps) Minimum Downstream speed (kbps) Maximum Downstream speed (kbps) Headline upstream speed (Mbps) Minimum Upstream speed (kbps) Maximum Upstream speed (kbps) 250 100 87040 102400 20 2048 20480 350 85 79127 87040 20 2048 20480 500 80 74472 81920 20 2048 20480 600 70 65163 71680 20 2048 20480 700 60 55854 61440 20 2048 20480 750 50 46545 51200 16 2048 16384 850 43 40029 44032 16 2048 16384 900 40 37236 40960 16 2048 16384 950 34 31650 34816 16 2048 16384 1100 28 26065 28672 16 2048 16384 1100 20 18618 20480 10 1024 10240 1200 20 18618 20480 8 1024 8192 1300 18 16756 18432 7 1024 7168 1500 12 11264 12288 1 256 1024 1750 10 9310 10240 1 256 1024 2000 4 3724 4096 1 256 1024
Profile 8b B8-4 (Annex B G.993.2) is used in the case of exchange launched VDSL2 only. This is to deliver lower rate line speeds in order to meet undertakings agreed with the introduction of EVDSL in 2015
Version 2.0 November 2012
Installation Manual for NGA FTTC Connections in National Roll-Out... 61... 62... 63... 63... 63... 63... 64... 64... 65... 65... 65... 66... 66... 66... 67
Installation Manual for NGA FTTC Connections in National Roll-Out
Installation Manual for NGA FTTC Connections in National Roll-Out = + (a) (b) Base of Line In terminates on L1 and L2 (c) Rear of Removable Faceplate (d) Rear of Base
Installation Manual for NGA FTTC Connections in National Roll-Out L1 L2 Line In NGA VUA/BS+ + Splitter S Alarm In Alarm Out Internal Wiring Activity POTS for internal Distribution The DSL port of the Home Gateway is plugged in to the DSL socket in the splitter facing plate POTS appears on the phone socket on the splitter facing plate Alarm can also be wired off alarm terminals on splitter facing plate DSL Home Gate way
Installation Manual for NGA FTTC Connections in National Roll-Out POTS DSL Alarm Connections, IN Pair to Alarm OUT Pair from Alarm Cut these resistors for Alarm Installation Internal Wiring taken from L1 and L2
Installation Manual for NGA FTTC Connections in National Roll-Out NGA VUA/BS+ Internal Wiring Activity Line In DS Home Gate way
Installation Manual for NGA FTTC Connections in National Roll-Out
Installation Manual for NGA FTTH Connections in National Roll-Out
Installation Manual for NGA FTTH Connections in National Roll-Out... 69... 70... 71 The purpose of this document is to describe the installation of the NGA FTTH fibre and GPON.... 71... 71... 71... 71... 71... 71... 72... 72... 72
Installation Manual for NGA FTTH Connections in National Roll-Out
Installation Manual for NGA FTTH Connections in National Roll-Out
Installation Manual for NGA FTTH Connections in National Roll-Out