PRODUCT OVERVIEW OPTICAL NODES

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Eric Cameron
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1 PRODUCT OVERVIEW OPTICAL NODES For an easear selection of our node portfolio please refer to the table below RF Outputlevell [µv] 115 ONS 9238 ONC 11xx ONB 11xx B ONH 1xxx B1 ONH 1xxx B ~ 250 HFC HJ High outputlevel required HJ Lower splitting factor HJ Large coax clusters HJ Multiple outputs, segmentable up/down stream RFoG/RF Overlay HJ Lower outputlevel required HJ Often 1-fibre system, high splitting factor HJ Small coax cluster HJ Burstmode acc. SCTE HJ 1 output Splitfactor 87

RFoG MICRO NODE - PLUS The Micro Node ONH 1161 B is a compact FTTB and FTTH node and designed for bidirectional DOCSIS-PON / RF over Glass (RFoG) networks.

2 RFoG MICRO NODE - PLUS The Micro Node ONH 1161 B is a compact FTTB and FTTH node and designed for bidirectional DOCSIS-PON / RF over Glass (RFoG) networks. HJ Very low noise optical receiver HJ Constant RF output level at wide optical input power range HJ Optical AGC function based on optical input power HJ Interstage Attenuator and Slope - Step spin control HJ Optical Input power indicator and monitoring LEDs HJ RF input and output test point HJ Ultra Low noise DFB- laser with isolator in burst mode operation Type ONH 1000 ONH 1161 B ONH 1161 B Optical Micro-Receiver, 1550, , 92 µv RF-output level Optical Micro-Node, 1550/1610, 15-65/ , 92 µv RF-output level Optical Micro-Node, 1550/1610, 15-65/ , 99 µv RF-output level ONH 11xx B 88

3 Type Applications Compact die-cast housing Weight kg Fiber connectors RF connectors Mains feeding V~/W Operation temperature C Adjustment elements Internal WDM (Tx / Rx) Optical wavelength Optical input power m Frequency response Optical level control (OLC) m Upstream Downstream RF output level µv C/N RF level attenuator RF slope Test point RF output Monitoring optical input m Test point optical input V/mW DFB Laser / optical power m Laser operation RF input dynamic range µv RF input level µv RF input level attenuator ONH 1161 B 92 ± m, OMI = 4 %, CTB,CSO > 60 c FTTH, FTTB, DOCSIS-PON/RFoG 188 x 85 x 50 / IP 20, In-door 0,8 SC/APC F-female 230 / < , Free convection Step Spin Attenuator and Jumper 1550 / 1610 (Tx or 1590 on request) 1550 ± , max. +2 m optical input power ± 0, (RF-output level ± 1 ) m, OMI 4% 0 / 2 / 4 6 / 8 / 10 (Step Spin Attenuator) 0 / 3 / 6 (Switchable by jumper) -20 (F-female, external) Green LED on: input > (Inside housing) 1610 / +3 (With isolator) ONH 1161 B Burst Mode (Laser Delay-Time 0,8 µsec) SCTE compliant ( Laser Min. input RF-Level 76 µv) OMI 70 (Att. = 0 ) 99 ± m, OMI = 4 %, CTB,CSO > 60 c 0 / 2 / 4 6 / 8 / 10 (Step Attenuator 2 steps), 0 / 10 / 20 Jumper Att. 89

MINI FIBRE NODE Smart fibre node for FTTH and PON- networks The Burst Mode mini node ONB 11xx B is part of the OptoLink 1000 platform, which is special designed for DOCSIS-PON/RF over Glass (RFoG)

4 MINI FIBRE NODE Smart fibre node for FTTH and PON- networks The Burst Mode mini node ONB 11xx B is part of the OptoLink 1000 platform, which is special designed for DOCSIS-PON/RF over Glass (RFoG) applications HJ Compact optical receiver with modular return way Burst Mode laser HJ High RF output level and dynamic range HJ Low noise impedance receiver HJ Low noise DFB- laser in burst or CW mode operation HJ Optical AGC built in HJ Internal WDM-filter 1550/1310, 1550/1610 (others optional) for 1 fibre system, 2 fibre system on request HJ Return way via Diplexer-module selectable HJ Prepared for NMS monitoring module Type ONB 1000 ONB 1131 B ONB 11xx ONB 1161 B Optical Mini receiver Optical Mini Node, Burst Mode DFB Laser 1310, +3 m, Internal WDM 1550 / xxx Optical Mini Node, DFB Laser CWDM xx, +3 m 2x SC/APC Optical Mini Node, Burst Mode DFB Laser 1610, +3 m, WDM 1550/1610 ONB 11xx B 90

5 Type Applications Compact die-cast housing mm Weight kg Fiber connectors RF connectors Mains feeding V~/W Operation temperature C Adjustment elements Internal WDM Optical wavelength Optical input power m Optical level control m Upstream Downstream Frequency response RF output level µv C/N RF slope RF level attenuators Monitoring optical input m Test point optical input V/mW DFB Laser / optical power m Laser operation RF input dynamic range µv RF input level µv RF input level attenuator Monitoring optical output ONB 11xx B* HFC, FTTC, DOCSIS-PON/RfoG 210 x 123 x 70 / IP 50, In-door 1,3 SC/APC, 2 Pcs (without internal WDM), 1 Pc (with internal WDM) F-female / 13, , Free convection Step Spin 2 steps for level and slope control 1550/1310 or 1550/1610 (CWDM on request) (RF-output level ± 1 ) 47/ (Diplexer RLK 30 / 65) ± 0, m, OMI = 4% (CTB,CSO > 60 c, 41Ch. PAL, 54 Ch.QAM, Flat) -3 m, OMI 4% 0 / 2 / 4 6 / 8 / 10 Step Spin 0 / 2 / 4 6 / 8 / 10 Step Spin Green LED on: input > (Inside enclosure) +3 (1310, 1590, 1610, other on request) Burst Mode, Laser Delay-Time < 1 µsec ( Laser 70 µv) 5 30/65 (Diplexer RLK 30 / 65) OMI 76 (Att. = 0 ) 0 / 2 / 4 6 / 8 / 10 Step Spin, 0/10/20 Jumper Attn. Green LED on: output power available 91

MEDIUM FIBRE NODE FOR HFC / FTTX A deep Fibre Node for Hybrid Fibre Coaxial Networks The node ONC 1000 is part of the OptoLink 1000 platform, which is designed for deep fibre deployments in 1 GHz HFC

6 MEDIUM FIBRE NODE FOR HFC / FTTX A deep Fibre Node for Hybrid Fibre Coaxial Networks The node ONC 1000 is part of the OptoLink 1000 platform, which is designed for deep fibre deployments in 1 GHz HFC networks with small coaxial clusters or FTTX. HJ Compact optical receiver with modular return way laser HJ High RF output level and dynamic range, 2 outputs HJ Low noise impedance receiver HJ Low noise DFB- laser in burst or CW mode operation HJ Optical level control (OLC) based on optical input power HJ 7-Segment display for various monitoring options and easy control HJ Mains or remote feeded types available HJ Internal fibre splice management Type ONC 1000 ONC 1000 R ONC 1131 F ONC 1131 FR ONC 1131 ONC 1131 R Optical Receiver, , mains feeding V~ Optical Receiver, , remote feeding V~ Optical Node, 47/ , TX FP 1310, 0 m, V~ Optical Node, 47/ , TX FP 1310, 0 m, V~ Optical Node, RX , 47/ , TX DFB 1310, 3 m, V~ Optical Node, 47/ , TX DFB 1310, 3 m, V~ 92

7 Type Applications Compact die-cast housing Fiber connectors (internal) Connectors Mains feeding Upstream Downstream mm V~/W Remote feeding V~ Operation temperature C OLC Adjustment elements Return laser module RF outputs Optical wavelength Optical input power Optical return loss Frequency response m m OLC limited RF output power µv MGC limited RF-output power µv (Without OLC) C/N RF slope RF level adjustment RF test point Monitoring optical input Optical input power Laser / optical power Continous Burst Mode RF input level (CWDM) RF input level attenuator RF test point Monitoring optical output c m µv ONC 1000 (R), ONC 1000, ONC 11xx HFC, FTTC/FTTB 225 x 190 x 86 / IP 65, Out-door SC/APC (internal fibre slice management) PG 11-RF out, PG 13,5 (Optical fibre cable input) / 20 (ONC 1000) / 0,67 30 VAC, 10 A (ONC 1000 R) , Free convection (RF output ±1, optical level control) 0 15 (adjustable by electronic step attenuators in 1 steps, 7-segm. Display+micro) various available (0, 3 m DFB, FP, CWDM) 1 or 2 (Selectable with splitter module 1:2 or taps modules : 10 or 20 ) (1310) > 40 47/ (Diplex filter RLK 30 / 65) ± 0, m, OMI= 4,4%, CTB,CSO>60 c, 41Ch PAL + 54 Ch QAM, with Tx.1550 Slope = 9, One output 0 m, OMI = 4,4% one output, Jumper + µc -3 m, OMI 4% 0 15 (adjustable by electronic step attenuators in 1 steps), 1 step attn (adjustable by electronic step attenuators in 1 steps), 1 step attn. Green LED on: input > segment display, Power meter function 1310 : FP-DFB-Laser / 0 m (ONC 1131 F) CWDM : DFB-Laser / 0 m (ONC 11xx) 1610, 1590, 1310 / +3 m (ONC 11xx B for RFoG networks) 5 30/65 (Diplexer RLK 30 / 65) OMI 10 70, 0 attn, DFB- Tx. 1550, 0 m 0 15 (adjustable by electronic step attenuators in 1 steps), 1 step attn. Green LED on: output power available 93

SEGMENTABLE FIBRE NODE 2X2 FOR HFC ONS 9238 is one of the most advanced optical nodes and uses microprocessor technology to enable an uninterrupted control and complete remote monitoring of the

Thanks to the use of advanced hybrids, it can achieve the highest levels of output signals while simultaneously reducing power consumption.

8 SEGMENTABLE FIBRE NODE 2X2 FOR HFC ONS 9238 is one of the most advanced optical nodes and uses microprocessor technology to enable an uninterrupted control and complete remote monitoring of the device operation. ONS 9238 is dedicated to traditional HFC and FTTB networks. Thanks to the use of advanced hybrids, it can achieve the highest levels of output signals while simultaneously reducing power consumption. The main advantages of the device include the following modes: AUTOALIGNMENT, depending on the given input parameters of optical signal and the parameters of RF output signal, it enables automatic internal control, which ensures that the programmed parameters are obtained. The device can be equipped with monitoring module including RJ45 or SFP interface. Depending on the need, there is a possibility of remote monitoring using fibre optic or copper medium. Total independence from DOCSIS infrastructure and RF parameter measurement system allows the operator to consciously control and change the quality of received signals. ONS 9238 can cooperate with an optical switch, forming an independent monitoring infrastructure or optional with DOCSIS or HMS monitoring system. HJ 1 GHz frequency range HJ Designed to work in HFC and FTTB networks HJ Easy configuration electronic adjustment and universal plug-in modules. HJ Built-in AGC (Automatic Gain Control) HJ 3-DIGIT LED display HJ 2x2 full redundancy and segmentation in forward and reverse HJ Local or remote powering HJ Monitoring via SNMP v2c and WWW Type ONS Segmentable Fibre Node 2x2 94

9 Type Applications Compact die-cast housing mm Fiber connectors (internal) Connectors Mains feeding V~/W Remote feeding V~ Operation temperature C Testpoint A1, A2 Return laser module RF outputs Optical wavelength Optical input power m OLC Optical return loss Upstream TX Downstream RX Frequency response Output level -3 m E1 and E2 = 6 slope, 3,5% OMI E1 and E2 = 6 slope, 4,0% OMI C/N c Interstage Att. A1, A2 Interstage slope E1, E2 RF test point Laser / optical power (e.g. OTS 1610 D, 1610 DFB + 3 m) RF input level (CWDM) µv RF level attenuator A3, 4 RF test point Monitoring optical output ONS 9238 HFC, FTTC/FTTB 245 x 207 x 125 / IP 65, Out-door SC/APC PG 11 or 5/8" RF out, PG 13,5 (Optical fibre cable input) / < 35 (ONS 9238) / 0,67 30 VAC, 10 A (ONS 9238 R, ) , Free convection various available (DFB, FP, CWDM) 2 x 2 (redundant) (ORS 98 module) (1310) Yes (-6 +0 m, optical level control) > (Diplex filter RLK 465) ± 0,75 2 x 114 µv (acc. CENELEC 42 CTB/CSO > 60 c) 2 x 116 µv (acc. CENELEC 42 CTB/CSO > 58 c) -3 m, OMI 4% 0 15 (adjustable by electronic step attenuators in 0,5 steps) 0 15 (adjustable by electronic step attenuators in 0,5 steps) 1310/1610 : FP or DFB-Laser / 0 or 3 m CWDM : DFB-Laser / 3 m 5 65 (other on request) OMI 10 70, 0 attn 0 20 (1 step attn.) Green LED on: output power available Modules for ONS 9238 Type ORS 98 OTS 1310 D OTS 1610 D OTS 1xxx CWDM RLK 465 NHP 915 VM 902 AM FOSTRA D FOSTRA H On request On request On request RX-Module , -7 2 m TX-Module, DFB 1610, +3 m TX-Module, DFB 1310, +3 m TX-Module, CWDM 1xxx, +3 m Diplexers 5-65/ Rev path filter FPA Output splitter VM 2-way 3,5 Output RF tap AM 10 DOCSIS Transponder HMS Transponder 95

MAIN CATALOGUE FIBRE OPTICS

MAIN CATALOGUE FIBRE OPTICS Edition 1.4 READY TO RECEIVE TABLE OF CONTENT Page OptoLink 1000 1. Optical External / Direct Modulated Transmitter External Modulated Transmitter 1550nm OT 1155-2-xx E 1-2