CCTA PR OPTICAL NODE + ONE RF AMPLIFIER

CCTA PR OPTICAL NODE + ONE RF AMPLIFIER

1 GHZ 1310 - HFC NODE + ONE To this configuration you can add ONE RF AMPLIFIERS From each node port All this CAN BE Accomplished with ONLY one FIBER With DIGITAL return These node receivers optical input levels can be as low as negative 8.0 dbm

1 GHZ 1550 - HFC NODE + ONE To this configuration you can add ONE RF AMPLIFIERS From each node port All this CAN BE Accomplished with ONLY one FIBER With DIGITAL return These node receivers optical input levels can be as low as negative 8.0 dbm

FULL SPECTRUM TRANSMITTER 1x2 AT 3545-1 TRANSMITTERS (1550 nm) up to 16 wavelengths Two types AT3545-XX -1 39 Analogs and 158 QAM S Channels AT3545-XX-2 76 analogs and 79 QAM s For longer distances EDFA s can be added With EDFA s is recommended to run performance calculations in order to meet the customers need at end of line.

FULL SPECTRUM TRANSMITTER 2x2 Transmitting 2 Individual Channel lineups out of the same node configure 2x2 Each receiver in the node can received a separate channel line up To this configuration you can add up to ONE RF AMPLIFIERS from of each node port All this is Accomplished with one FIBER These node receivers optical input levels can be as low as negative 8.0 dbm

HFC- 1550-1GHZ - 2 X 4 NODE Each receiver in the node can received a separate channel line up To this configuration you can add up to ONE RF AMPLIFIERS from of each node port All this is Accomplished with one FIBER These node receivers optical input levels can be as low as negative 8.0 dbm

HFC- 1550-1GHZ - 4 X 4 NODE Each receiver in the node can received a separate channel line up To this configuration you can add up to ONE RF AMPLIFIERS from of each node port All this is Accomplished with one FIBER These node receivers optical input levels can be as low as negative 8.0 dbm

COMMON FIBER DEEP CLUSTER The forward signal is shared for all the cluster trough one single fiber. This is possible by using field couplers (OP92S2S-xx) The forward FD service area is equal to the HFC service area Higher capability of segmentation and monitoring OP91S2S-80 OP91S2S-70 OP91S2S-EQ PU GR PU-1.3 YL -7.3 GR PU-1.9 YL -5.6 GR YL -3.3 NC4000 NC4000 NC4000 NC4000

FIBER DEEP CLUSTER SHARING ONE COMMON RETURN AT3308 OP91S2S-80 GR PU-1.3 YL -7.3 OP91S2S-70 GR PU-1.9 YL -5.6 OP91S2S-EQ PU GR YL -3.3 4 AR4001 DT4030N TR4000-PI DR3002 BP3108 1 2 3 AR4001 DT4030N TR4000-PI AR4001 DT4030N TR4000-PI AR4001 DT4030N TR4000-PI

FIBER DEEP DESIGN GETTING CLOSER WITH FIBER TO HOME

Fiber On Demand - TDM Access + LAN Headend T1/E1 Unified TDM and Data Access over a Single Fiber 4 T1/E1s Fiber On Demand 100 Mbps RJ45 NI3030E DS4004 100 Mbps RJ45 100 Mbps 2.125 Gbps 1310, 1550, CWDM Transport 2.125 Gbps 100 Mbps Fiber 4 T1/E1s 100 Mbps Pipe 80+ km Cellular Base Station

Cable Optimized Cell Tower Backhaul Solution Mobile Switching Center Base Station CESoETH Cell Tower 4 * T1/E1 Gigabit Ethernet Gigabit Ethernet Carrier Ethernet Transport Gigabit Ethernet GT3410A Headend Chassis Base Station Controllers / Radio Network Controllers Core Cellular Network GT3410A (CPE) 12 * T1/E1 + Ethernet Daisy Chained GT3410A CPE HFC Transport Gigabit Ethernet Ethernet Switch/Routers Core Data Switching Network Cellular Base Stations Fiber On Demand Network Media Converter GT3410A CPE CWDM/DWDM Transport Gigabit Ethernet 2G 2.5G 3G & 10 G HSDPA HSUPA Services Gigabit Ethernet Cellular Ethernet Base Stations

1310 - HFC NODE 1X4 CONFIGURATION AND ETHERNET SERVICE AT3306G-N-2 INSIDE NODE DR3021 DR3021 BP3104C AR4001 DT4030N-00 TR4000 DT4030N-00 TR4000 TR4540-0000-PI NI3030 E OP3401* -0.6-1.0 OP91M2S -0.9 CL BK BL -1.2 TR4000 DS4004U TFB1550 16 NODES PER NI JC-2235 SERIES JUMPER MC1301P EMBEDDED ETHERNET CUST. This is Dedicated Ethernet service 4-100 Mega Bits ports dedicated for Business service. Business location can be up to 20.0 km from the node. This configuration can also be achieve with Only ONE Fiber. Confidential and Proprietary

Confidential and Proprietary 1550 TRANSPORT TO NODES-RETURN and GEPON Service

NODES FORWARD- Digital RETURN and GEPON Service HFC or Fiber Deep Node with Digital return monitoring and control. Also additional GEPON Overlay in the node with 1Giga BIT Can be share with 64 customers This will get you into the residence with fiber Confidential and Proprietary

RFoG System Design Powers 256 Home Service Area Headend OP31S4S-EQ Hub 11.9 dbm AT3553A-BA OP31S3D-EQ -5.1 FA3524S -6.6 13.8 dbm 6.2dBm -0.8 OP35F1D-21 Up to 35km Input Level between 5 10 dbm 21 dbm OP91S4D-EQ-R2-MP FA4524S -7.0 MPO MPO From EDFA OR4148-2.1dB Network MPO OP91S16-EQ -13.6-6 dbm NIU AT3510G-21-1 BP-A4-3dB 1310 nm -1.8dB Up to 18km LPF LPF LPF LPF DR3021 BP3104C DR3021 TR4440B 1550 DT4230N TR4440B 1570 DT4230N Note BC configuration shown supports up to 24 V-hubs

RFoG Reference Design Broadcast Tx EDFA 1550 nm 1610 or 1310 nm Splitter WDM Analog RPR 10-20 km Fiber all the way to the home RFPON CPE

RFOG HEAD END TO HUB FIBER ALL THE WAY TO THE HOME Confidential and Proprietary

RFPON Sample System Design Headend OP31S4S-EQ Hub 11.9 dbm AT3553A-BA OP31S3D-EQ -5.1 FA3524S -6.6 13.8 dbm 6.2dBm -0.8 OP35F1D-21 Up to 37km Input Level between 5 10 dbm 21 dbm FA4524S OP91S4D-EQ-R2-MP -7.0 MPO MPO From EDFA OR4168-2.1dB MPO Network OP91S16-EQ -13.6-6 dbm Fiber INP CP8016U-55-41 RF Fiber OUT AT3510G-21-1 BP-A4-3dB 1590 nm 1310 nm 1490 nm -1.8dB -4.8dB Up to 18km LPF LPF LPF LPF MPO -8.1dB To/from PON Fiber INP ONU-631HA-11 RJ-45 100/1000 Mbps DR3021 BP3104C Female DR3021 TR4440B 1550 DT4230N TC4108V TR4440B 1570 DT4230N OP34D5H-0-00 OP94M5H-1-00 Fiber INP MC1810M RJ-45 100/1000 Mbps TR4440B1550 TR4440B1590 1530 1550 1570 1590 1610 CWDM IN CWDM IN to OUT -1.4-1.7-2.0-1.5 1530 CWDM Loop IN 1550 1570 CWDM COM 1590 OUT 1610 TR4440B 1530 TR4440B 1570 TR TR TR TR GE 4132M RJ-45 Fiber 100/1000 Mbps GE 4132M RJ-45 Fiber 100/1000 Mbps 256 Residential Service Area plus 128 PON Subscribers

BC/NC to VHUB Combining to HFC or Fiber Deep Nodes Pad NC as needed to create a 8dB BC/NC delta AT3510-20-1 AT3510-21-1 AT3510-22-1 AT3510-23-1 AT3510-24-1 AT3510-25-1 AT3510-26-1 AT3510-27-1 AT3510-28-1 AT3510-29-1 AT1503A- BA OP35M4J OP35M4K OP35M4L -2.5 17.5 dbm 13.1 dbm OP31S2D-60 OP31S2D-60 FA3520S -4.4-2.6-4.4-2.6 15.6 dbm -1dB 8.7 miles -5.5dB 15 miles -9.7dB 8.7 miles -5.5dB 7.6 dbm 5.2 dbm 10.1 dbm 6.7 dbm OS42S1S -1.5 Range +25 dbm max OS42S1S 6.1 dbm 8.6 dbm -1.5 FA4517S FA4524S Power Limiting VHub OP4528K OP4528M -11.2-4.2-11.2 BC 2.5 dbm 16 unique BC/NC combinations 16.4 dbm 15 miles -9.7dB Range +25 dbm max -4.2 Creates 16 Unique Programmed Node Service Areas

V-HUB in Distribution application Splice Enclosure Located at V-Hub OP91S4S-EQx3 V-Hub GR NC to V-Hubs AT3510G-20-1 AT3510G-21-1 AT3510G-22-1 AT3510G-23-1 AT3510G-24-1 OP35M4-J OP35M4-K -1.9 8.1 dbm(pwl) 24km/-6 db Note: Padding of each individual NC Tx in the Suba HE may be required to obtain 8dB BC/NC delta FA4512S 3.5 dbm(pwl) OP4538-K -11.2 GR -6.6-6.6 BC to V-Hubs AT3553A- BA 9.5 dbm 24km/-6 db 3.5 dbm FA4521S -2dB Future -2.9 GR -6.6 GR DWDM Returns from Nodos to Hub DR3021x17 BP3104Cx5 OP35D4-J OP35D4-K OP35D4-L -5.1 dbm(pwl) 24km/-6dB OE4130S TR4000 To Node 1ST for V-Hub Monitoring -6.6 GR -6.6 Returns From Nodes 3RJ DX4515-20 DX4515-21 AR201 DT4230N TR4000 AR201 DT4230N TR4000 OP35D4-M OP35D4-N -3.7 24km/6 db 13.6 dbm(c) OP95F1S-37.9 dbm(pwl)worse CL BL -0.8 BK Expansion port Expansion port -2.7 OP95M8-K OP95M8-M 1ST 2ST 3ST 4ST 1MC 2MC 3MC 4MC GAA GAB GAC PNA PNB PNC 1RJ 2RJ Spare(if required)

Addressing the Challenge: Reach 1550 nm 1490 and 1550 nm Broadcast TX EDFA Splitter Digital RPR WDM C/DWDM wavelength selected by design RFoG VHub 1610 and 1310 nm >60 km RFoG ONT Fiber all the way to the home Confidential and Proprietary

AL VELEZ avelez@aurora.com 1-408-644-8380