Optical Broadband Platform. NEW: Active and passive RFoG components

Transcription

1 Optical Broadband Platform NEW: Active and passive RFoG components

2 Optical Broadband Platform Optical broadband platform for up to 16 modules Fitted with 2 redundant power supply and cooling fan units Wide selection of optical transmitters, amplifiers and return path receivers All optical and electrical connections are on the rear panel. Test sockets are on the front panel Can be integrated in any HMS-conform monitoring system Pluggable control panel with LC display, LEDs and input keys Tuning and management also via web browser RS 485 remote monitoring and control interface Several optical broadband platforms can be managed using just one controller module Automatic redundant operation of adjacent modules High reliability due to dust-proof modules and large cooling ribs Models available for mains voltage ( V AC ) and direct voltage ( V DC ) Design: 19 racking, 4 height units (RU) Kathrein's KOBRA system offers a comprehensive broadband platform meeting all the requirements of optical transmission. A wide range of optical transmitters, amplifiers and return path receivers is complemented by individual units in 19 design. The foundation is based on the 19 broadband platform KBP 4000R, into which a total of 16 modules can be inserted. It is already equipped with two redundant power supply and fan units ensuring reliable operation. The product package additionally includes a pluggable control panel with LC display, status LEDs and input keys. A power bus system in the rear section of the platform enables direct module connection to the 24 VDC supply voltage, to the RS 485 remote supervision and control interface as well as to control panel management. The broadband platform is designed as a 4 RU module carrier and can also be adapted to ETSI cabinets. 2

3 For use in hubs, for example, the remotely fed broadband platform 48 V DC variant (KBP 4048R) can also be used. Extensive management and monitoring facilities allow flexible and reliable operation in any net configuration. The provided pluggable control panel enables all required settings to be made on inserted devices. The net element controller module Ethernet (NCM 10) plays the leading role in this function. This unit establishes the connection between the control panel and all plugged-in modules via the RS 485 bus. The NCM 10 can thereby control up to three full KBP 4000R or 4048R broadband platforms. On the other hand, it converts the RS 485 data to SNMP/Ethernet and web browser/ Ethernet protocol. Thus, all settings and queries can be carried out via PC with a web browser. In addition, it is possible to integrate the broadband platform in any HMS-compatible monitoring system such as the KOM system from Kathrein. Together with the Kathrein optical compact receivers, the KOBRA can be used to set up an optical distribution system that meets each and every requirement. Modular design and a broad product programme make it possible to design anything cost-effectively, from simple optical feeds to classic HFC structures and video distribution in FTTH networks. Kathrein are continually enhancing their products and expanding their product range. Additional product variants are available upon request. 3

4 4 Functional and reliable - the "optical broadband The optical broadband platform KOBRA is designed with a sophisticated operation and management concept. The central element is the net element controller Ethernet 'NCM 10'. This module provides the interface to the rear RS 485 bus to which all platform modules are connected. In addition, it establishes the connection to external management systems, e.g. via web browser, or monitoring systems, such as HMS monitoring systems. Gerät 16 Ultimately, it enables local setting of all parameters through the control panel with display and input keys. Decentralized data storage in each individual module allows independent operation (without the controller module) after start-up. Slim modules, some with dual functions (e.g. return path receiver), ensure high functional density. Minimal space requirement increases cost-effectiveness and makes later upgrading easier. Despite their high output power, the optical amplifiers only require two or three slots. All test sockets are located on the front panel. This guarantees easy access for tests or measurements. The optical and RF interfaces are located on the rear panel of the platform, simplifying cabling in 19 racks.

5 platform " in detail Redundant power supply units, each equipped with double fan units, ensure high reliability. If service is required, the power supply units can even be exchanged under operational conditions (hot-pluggable). Ample cooling ribs guarantee long endurance of all active components. An additional advantage is the dust-proof design of all components. The cooling air only flows along the cooling ribs and not through the modules themselves. Disturbances due to dust and dirt are therefore practically ruled out. 5

6 19" broadband platform for optical modules KBP 4000R KBP 4048R Up to 16 modules can be inserted into the broadband platform Fitted with 2 redundant power supply and cooling fan units Power supplies can be exchanged under operation Plug-in controller with LC display, status LEDs and input keys Bus for: - 24 V DC module power supply - RS 485 remote monitoring and control interface - Controller management Models available for V AC and 48/60 V DC powering Automatic recognition of inserted modules Design: 19" racking, 4 height units (RU) Can be adapted to ETSI defined cabinets Note: The net element controller module Ethernet NCM 10 is required if modules are to be tuned to other settings and for monitoring purposes Type KBP 4000R KBP 4048R Order no Input voltage range V AC: DC: Input voltage W < 240 < 240 Max. input power of inserted modules W < 192 < 192 Dimensions (W x H x D) mm 483 x 102 x x 102 x 476 Weight kg

7 Net element controller module Ethernet NCM For management and monitoring of active modules in the 19" broadband platform KBP 40xx Conversion of RS 485 data to SNMP/ Ethernet and Web browser/ Ethernet protocol Interface to displays and input keys on the front panel Automatic recognition of all modules connected to the RS 485 bus Ethernet interface 10/100 Mbit/s for SNMPv1 and Web server Flash micro-controller technology for rapid and simple software updates via Ethernet interface LEDs for status display Low power consumption Note: Up to three KBP 40xxR broadband platforms can be managed and monitored by one NCM 10 module Block diagram LAN/WAN TCP/IP RJ 45 Cable Ethernet NCM 10 Kobra Broadband Platform #1 μp LC Display I/O RS 485 Module Input keys Module #2 Module Module #3 Module Module #16 Module RJ 45 Cable Kobra Broadband Platform #2 RS 485 #17 #18 #19 #32 Kobra Broadband Platform #3 RS 485 Module #33 Module #34 Module #35 Module #48 RJ 45 Cable Type NCM 10 Order no Power consumption W 2.5 7

8 Directly modulated broadcast transmitters, 1310 nm, extremely linear OTA 1303X2-E OTA 1305X2-E OTA 1308X2-E OTA 1311X2-E OTA 1313X2-E OTA 1314X2-E Opto-electrical conversion of forward path signals Extremely linear, low-noise laser with predistortion technology Optical output power between 3 and 14 dbm Adjustable optical output level, 0 to -3 db (relative) Active narrowcast input (NC) with high decoupling to the broadcast signal (BC) Electronic tuning elements for attenuation, slope, output level, Optical Modulation Index (OMI) etc. Automatic load control for constant OMI RS 485 interface Optical interfaces: E-2000, 0.1-dB-type (other connectors on request) Test socket for input signal Test socket for RF signal in front of the laser diode Block diagram 8

9 Type OTA 1303X2-E OTA 1305X2-E OTA 1308X2-E OTA 1311X2-E OTA 1313X2-E OTA 1314X2-E Order no Nominal output level optical dbm Optical wave length nm 1310 Optical output level range (relative) db 0 to -3 Optical return loss db > 45 RF frequency range MHz Nominal input level (5 % OMI, Broadcast) Nominal input level (5 % OMI, Narrowcast) Level range (BC), in relation to nominal input level, electronically settable Slope range (BC), electronically settable Level range (NC), electronically settable Decoupling between BC and NC input dbμv 80 dbμv 87 dbμv db dbμv db > 50 CSO (CENELEC 42, 0 dbm at node) db 68 CTB (CENELEC 42) db 69 Return loss at 47 MHz db /oct., > 15 Return loss 5-65 MHz db > 18 Impedance Ω 75 Power consumption (operation) W 12 Power consumption (stand-by) W 4 Weight kg 1.3 9

10 Externally modulated transmitters OTA 1585X-E OTA 1585D23X-E OTA 1585X-E-SAT Electro-optical conversion (externally modulated) of AM-VSB/QAM forward path signals Designed for operation with optical amplifiers (EDFAs/ YEDFAs) Excellent parameters enable design of optical distribution systems over 100 km in length Very low-noise, narrow-band DFB laser Optical modulator with 2 optical outputs Automatic RF gain control: CW carrier, video or manual Settable SBS threshold up to 19 dbm Wave lengths: 1550 nm or nm in ITU-DWDM channel plan (ITU channel 23) Tunable wave length up to ± 100 GHz Additional ITU wave lengths on request Optical interface: E-2000, 0.1 db-type (other connectors on request) Settable slope RF test output with 20 db tap loss OTA 1585X-E-SAT transmits the CATV frequency band (AM-VSB, FM, QAM) and the SAT-IF frequency band (analogue, DVB-S/ DVB-S2) Block diagram 10

11 Type OTA 1585X-E OTA 1585D23X-E OTA 1585X-E-SAT Order no Optical interface E-2000 E-2000 E-2000 Optical wave length nm /- 2 ITU-T Ch 23 ( nm) /- 2 Laser line width MHz Optical output level dbm 2 x x x 8.5 Relative intensity noise (RIN) dbc/hz CATV Input level per TV channel, nominal dbμv Input level range per TV channel (AGC) dbμv Return loss at 47 MHz db /oct., > /oct., > /oct., > 15 Frequency range MHz Frequency response MHz db < ± 0.75 < ± 0.75 < ± 0.75 Frequency response 862 MHz to 1 GHz db < ± 1.5 < ± 1.5 < ± 1.5 Adjustment range slope db CNR (CENELEC 42, without fibre, 0 dbm at node) db (52.5) 1) CSO (CENELEC 42) dbc CTB (CENELEC 42) dbc Test socket db -20 ± 1-20 ± 1-20 ± 1 RF interface F-type socket F-type socket F-type socket SAT-IF Frequency range MHz Frequency response MHz db - - < ± 2 Nominal input level per SAT-IF channel (OMI = 1 %) RMS input level range (ALC functional range) dbμv db Impedance ohms Test output at OMI = 1 % dbμv ± 2.5 CNR (P rx = 0 dbm, 36 QPSK carrier, no fibre length) db - - > 27 Intermodulation spacing db - - < -35 General Power consumption W < 40 < 40 < 44 No. of required slots in KBP 40xxR Weight kg ) Value in brackets for CATV and SAT-IF application with 36 QPSK modulated SAT-IF signals with carrier frequencies in the range of MHz 11

12 12 Directly modulated narrowcast downstream transmitters, DWDM OTN 3111L-E OTN 3311L-E OTN 3511L-E OTN 3711L-E Electro-optical conversion of forward path signals Extremely linear, low-noise DWDM laser with pre-distortion technology Wave lengths according to DWDM ITU grid, adjustable ± 100 GHz Optical output power: 11 dbm, cooled laser Two RF inputs (low/high) for adaptation to different level conditions Electronic tuning elements for attenuation, slope, output level, Optical Modulation Index, etc. Automatic load control for constant Optical Modulation Index RS 485 interface RF interfaces: F-type sockets Test socket for input level Test socket for optical output level or RF signal Block diagram BCin a BCin b μc Type OTN 3111L-E OTN 3311L-E OTN 3511L-E OTN 3711L-E Order no Optical interface E-2000 E-2000 E-2000 E-2000 Optical wave length nm Nominal optical output level dbm 11 Optical output level range dbm 8-11 Optical return loss db > 45 RF frequency range MHz Input level for OMI = 5 % (low input) dbμv Input level for OMI = 5 % (high input) dbμv Attenuation range, electronically adjustable db 0-24 Slope range, electronically adjustable db Return loss at 47 MHz db /oct., > 15 Return loss 5-65 MHz db > 18 Test socket (output) db -20 Impedance ohms 75 Power consumption W 9

13 Directly modulated twin transmitters, CWDM OTD 06C11C12-E OTD 06C13C14-E OTD 06C15C16-E OTD 06C17C18-E Electro-optical conversion of forward path or return path signals Low-noise laser Optical output power: 2 x 6 dbm Twin transmitters with two independent RF paths and two independent laser diodes Electronic tuning elements for attenuation, Optical Modulation Index, etc. Automatic load control for constant Optical Modulation Index RS 485 interface for monitoring Optical interface: E-2000, 0.1 db-type RF interfaces: F-type sockets F-type test socket for input level Block diagram BCin1a BCin1b BCin2b BCin2a μc Type OTD 06C11C12-E OTD 06C13C14-E OTD 06C15C16-E OTD 06C17C18-E Order no Optical interface E-2000 Optical wave lengths nm 1471 and and and and 1611 Nominal optical output level dbm 6 Optical output level tolerance db Optical return loss db > 45 RF frequency range MHz CNR with OMI = 3.9 %, P rx = 0 dbm, CENELEC db 51 CSO with OMI = 3.9 %, P rx = 0 dbm, CENELEC dbc 62 CTB with OMI = 3.9 %, P rx = 0 dbm, CENELEC dbc 63 Input level for OMI = 5 % dbμv 75 Attenuation range, electronically adjustable db 0-10 Transmitter decoupling MHz db 55 Return loss at 47 MHz db /oct., > 15 Return loss 5-65 MHz db > 18 Impedance Ω 75 Power consumption W 6 Test socket (output) db -20 Weight kg

14 Broadband amplifier, MHz TVO Broadband amplifier for universal use in forward and return paths For use in the optical broadband platform KOBRA Automatic load control (can be switched off) Frequency range: MHz Gain: db, electronically settable Slope range: db, electronically settable Main input for broadcast signals and secondary input for narrowcast signals Test socket for output signal Stand-by mode for low power consumption RS 485 interface Block diagram IN IN (coupled) ATT, EQ OUT TP μp RS485 CA Type TVO 1024 Order no Frequency range MHz Gain, electronically settable db 0 to 24 Slope, electronically settable db 0 to 16 Frequency response (7-870 MHz) db ± 0.8 Frequency response ( MHz) db ± 1.5 Input level narrowcast input 1), relative db + 14 Max. output level 2), CSO > 60 db, CTB > 60 db dbμv 106 Return loss 5-65 MHz db > 18 Return loss MHz db 18-1/oct., > 15 Noise figure MHz db 6.5 Noise figure MHz db 7.5 Impedance Ω 75 Power consumption, operation W 8 Power consumption, stand-by W 1 Weight kg 1.3 1) 14 db directional coupler 2) CENELEC raster, 42 channels, flat

15 Directly modulated broadcast transmitter, 1550 nm OTA 1508X-E Opto-electrical conversion of forward path signals Low-noise laser with pre-distortion technology Optical output power: 8 dbm Electronic tuning elements for attenuation, optical modulation index, slope, output power, prechirp, etc. Automatic load control for constant Optical Modulation Index RS 485 interface for monitoring Optical interface: E-2000, 0.1 db-type RF interfaces: F-type sockets F-type test socket for input level SBS suppression and prechirp technology Block diagram Type OTA 1508X-E Order no Optical interface E-2000 Optical wave length nm 1550 Nominal optical output level dbm 8 Optical output level tolerance db ± 1.5 Optical return loss db > 45 RF frequency range MHz CNR with OMI = 4.1 %, P rx = 0 dbm, CENELEC 1) db 51 CSO with OMI = 4.1 %, P rx = 0 dbm, CENELEC 1) dbc 60 CTB with OMI = 4.1 %, P rx = 0 dbm, CENELEC 1) dbc 62 Input level for OMI = 5 % dbμv Attenuation range, electronically adjustable db 0-24 Return loss at 47 MHz db /oct., > 15 Return loss 5-65 MHz db > 18 Impedance ohms 75 Power consumption W 9 Test socket (output) db -20 Weight kg 1.3 1) 20 km fibre, optical receiver with 0 dbm input power, lä=7pa/ Hz 15

16 Directly modulated broadcast twin transmitter, 1310 nm OTD 1304X-E Opto-electrical conversion of forward path signals Low-noise laser with pre-distortion technology Optical output power: 2 x 4 dbm Twin transmitters with two independent RF paths and two independent laser diodes Electronic tuning elements for attenuation, Optical Modulation Index, etc. Automatic load control for constant Optical Modulation Index RS 485 interface for monitoring Optical interface: E-2000, 0.1 db-type RF interfaces: F-type sockets F-type test socket for input level BCin1a BCin1b μc BCin2b BCin2a Type OTD 1304X-E 16 Order no Optical interface E-2000 Optical wave length nm 1310 ± 20 Nominal optical output level dbm 4 each Tolerance of optical output level db Optical return loss db > 45 RF frequency range MHz CNR with OMI = 4.1 %, P rx = 0 dbm, CENELEC db 51 CSO with OMI = 4.1 %, P rx = 0 dbm, CENELEC dbc 62 CTB with OMI = 4.1 %, P rx = 0 dbm, CENELEC dbc 63 Input level for OMI = 5 % dbμv 75 Attenuation range, electronically adjustable db 0-10 Transmitter decoupling MHz db 55 Return loss at 47 MHz db /oct., > 15 Return loss 5-65 MHz db > 18 Impedance Ω 75 Power consumption W 6 Test socket (output) db -20 Weight kg 1.3

17 Optical downstream receiver ORM 10 DS-E Opto-electrical conversion of downstream signals Can be operated with one or two separate outputs Redundant operation possible Monitoring of the optical input power Monitoring of the RF output level Pilot-controlled RS 485 interface for monitoring and control Very low power consumption Optical interfaces: E-2000, 0.1 db-type; (other connectors on request) Ultra low-noise frontend Block diagram Similar to picture Opt. in BCout1 BCout2 Test RS485 μc Type ORM 10 DS-E Order no Optical interfaces E-2000 Optical wave length nm Optical input level range dbm -8 to +4 Equivalent noise current density at -8 dbm pa/ Hz 5 Optical return loss db > 45 RF frequency range MHz RF output level at OMI = 4 % (1 output) dbμv 94 RF output level at OMI = 4 % (2 outputs) dbμv 90.5 Frequency response db ± 1.0 Return loss at 85 MHz: - 1 db/oct. db > 19 Test sockets db 20 Impedance Ω 75 Power consumption, operation W < 12.5 Pilot frequency for AGC MHz Weight kg

18 Optical return path receivers, twin ORM 40E 22E ORM 22SC Opto-electrical conversion of return path signals Two receivers, with individual shut-down Two separate outputs with test sockets Redundant operation possible Monitoring of the optical input power at all inputs Pilot-controlled Wide optical input powe range RS 485 interface Line code evaluation Stand-by mode for unused receiver to reduce power consumption Very low power consumption Optical interfaces: E-2000, 0.1-dB-type or SC/APC; (other connectors on request) Block diagram TP #1 ICS #1 IN #1 OUT #1 μp RS485 ICS #2 IN #2 OUT #2 OR265-nn TP #2 Type ORM 22E ORM 22SC Order no Optical interfaces E2000 SC/APC Optical wave length nm Optical input level range dbm -16 to +2 Optical return loss db > 40 RF frequency range MHz Equivalent noise current density pa/ Hz 2.5 RF output level at OMI = 5 % dbμv 90 Frequency response db ± 0.75 Return loss db > 19 Pilot control range db 36 Optical modulation index pilot % 5 Test sockets db 20 Impedance Ω 75 Power consumption, operation/stand-by W 6/1.5 Weight kg

19 Optical return path receiver, quad ORM 40E Opto-electrical conversion of return path signals in HFC networks Four receivers, with individual shut-down Four separate outputs, each switchable to the test port Redundant operation possible Monitoring of the optical input power at all inputs AGC is both pilot-controlled and optical-power controlled Wide optical input power range RS 485 interface for monitoring and control Line code evaluation Stand-by mode for each unused receiver to reduce power consumption Very low power consumption Optical interfaces: E-2000, 0.1 db-type; (other connectors on request) Requires two slots in KOBRA KBP 40xx-R subrack Block diagram Block diagram LEDs LON P C PSK AGC Demod (opt. input power RS485 or pilot contr olled ) Optical input dBm Optical input dBm Optical input dBm dB dB dB dB dB dB 20 db test point RF output >85dBV 20 db test point RF output >85dBV RF output >85dBV 20 db test point Optical input RF output dBm dB dB >85dBV 20 db test point Type ORM 40E Order no Optical interfaces E-2000 Optical wave length nm Sensitivity of the optical receiver A/W 0.8 Equivalent noise current density at -16 dbm pa/ Hz 2.5 Optical input level range dbm -16 to +2 Optical return loss db > 45 RF frequency range MHz RF output level at OMI = 5 % dbμv 65 to 90 Frequency response db ± 0.75 Return loss at 47 MHz db > 20 RF output socket/ test socket (front panel) F Pilot control range db 26 Pilot tone frequency khz Optical modulation index pilot % 5 Test sockets db 20 Impedance Ω 75 Power consumption normal operation (all 4 receivers active)/stand-by W 8/1.5 CINR with -11 dbm (4 QAM carriers with 2 MHz bandwidth, 10 % OMI) db 50 Number of slots required 2 Weight kg

20 RFoG return path receiver ORM 43E-RFoG NEW Opto-electrical conversion of DOCSIS return path signals Two separate receivers, with individual shut-down Four separate outputs or one common output Redundant operation possible Monitoring of the optical input power at all inputs Wide optical input power range RS 485 interface Stand-by mode for unused receiver to reduce power consumption Very low power consumption Optical interfaces: E-2000, 0.1 db-type (other connectors on request) Ultra low-noise figure of 0.8 pa/ Hz Block diagram E1 ICS db A1 E2 ICS db A2 C E3 ICS db A3 E4 ICS db A4 μc Type ORM 43E-RFoG 20 Order no Optical interfaces E-2000 Optical wave length nm Equivalent noise current density pa/ Hz 0.8 Optical input level range dbm -25 to -18 Optical return loss db > 40 RF frequency range MHz 5-85 RF output level at OMI = 17,5 % dbμv 76 Frequency response db ± 0.75 Return loss db > 19 Impedance Ω 75 Power consumption W 6 Weight kg 2.25

21 Optical amplifiers OBM 113S-E OBM 213S-E OBM 413D-E OBM 116S-E OBM 216D-E OBM 416D-E Amplifies optical signals in the 1550 nm range Optical output power: 13 or 16 dbm, 1 to 4 outputs, type dependent Monitors optical input and output levels as well as pump laser current 1 or 2 pump lasers, type dependent Automatic switch-off with low input level Low noise figure Stand-by mode for low power consumption Requires two slots in the optical broadband platform Optical interfaces: E-2000, 0.1 db-type (other connectors on request) Block diagram 1:n μc Type OBM 113S-E OBM 213S-E OBM 413D-E OBM 116S-E OBM 216D-E OBM 416D-E Order no Optical wave length nm Optical interfaces E-2000 Optical return loss db 50 Optical input level dbm Noise figure (with 0 dbm) db < 4.8 Optical output power per output dbm Optical output level tolerance ( / nm) db ± 0.5/0.8 Number of outputs Number of pump lasers Power consumption, operation W Power consumption, stand-by W No. of required slots in KBP 40xxR 2 Weight kg 2 21

22 Optical amplifiers (YEDFA) OBM 0420Y-E OBM 0820Y-E OBM 1620Y-E OBM 1616Y-E Amplifies optical signals in the 1550 nm range Optical output power: 16 or 20 dbm, 4, 8 or 16 outputs, type dependent Monitors optical input and output levels as well as pump laser current 2 pump lasers Automatic switch-off with low input level Low noise figure via cascading of an EDFA as preamplifier and a YEDFA as end stage Stand-by mode for low power consumption Requires two slots in the optical broadband platform KBP 40xxR Optical interfaces: - input: E-2000, 0.1 db-type (other connectors on request); - output: LC/APC Very high number of outputs due to high-gain, cladding-pumped YEDFA end stage LEDs for status display Block diagram EDFA μc YEDFA 1:n 22 Type OBM 0420Y-E OBM 0820Y-E OBM 1620Y-E OBM 1616Y-E Order no Optical wave length nm Optical interfaces input/outputs E-2000 / LC/APC-8 Optical return loss db 40 Optical input level dbm Noise figure (at 0 dbm) db < 5.5 Optical output level per output dbm Optical output level tolerance ( / nm) db ± 0.5 Number of outputs Number of pump lasers Power consumption, operation W Power consumption, stand-by W No. of required slots in KBP 40xxR 2 Weight kg 2

23 Optical fibre switch OFS 112-E Redundancy selection from two input signals RS 485 management interface for integration in diverse NMS systems Independent level monitoring of both optical inputs Position-sensor and LED signalling for the active switch position Operation modes: Automatic, remote-controlled or manual LED display (red-yellow-green) for signalling the optical input level and the function of the module Block diagram E-2000 μc μp Optical fibre Type OFS 112-E Order no Optical wave lengths nm Type of optical fibre Mono-mode 9/125 according to ITU G.625 Optical return loss db 45 Optical input level dbm Insertion loss ( nm) 1) db 1 Insertion loss ( nm) 1) db 1.7 Optical isolation of the input ports db 80 Number of outputs 1 Number of inputs 2 Power consumption, operation W 0.3 Temperature range (operation) C No. of required slots in KBP 40xxR 2 Optical interface E ) Without connectors 23

24 Externally modulated transmitters (19" design), 1550 nm ESA 1085XA-E ESA 1085XA-E ESA 1100XA-E Designed for operation with optical amplifiers (EDFAs) Excellent parameters enable design of optical distribution systems over 100 km Very low-noise, narrow-band DFB laser Electro-optical modulator (Mach Zehnder) with 2 optical outputs Automatic RF gain control: CW carrier, video or manual Settable SBS threshold up to 19 dbm Service interface: HTTP/SNMP Ethernet (integrated Web server) Wave length: nm (ITU channel 23) Additional wave lengths and optical output levels on request Two power supply modules, pluggable during operation Design: 19" racking, 1 height unit, depth 600 mm Power supply, type dependent: 230 V AC or 48 V DC Block diagram 24 Type ESA 1085XA-E ESA 1085XA-E ESA 1100XA-E Order no Optical interfaces E-2000, 0.1 db E-2000, 0.1 db E-2000, 0.1 db Optical wave length nm Optical output level dbm 2 x x x 10.0 Relative intensity noise (RIN) dbc/hz Input level per TV channel, nominal dbμv AGC dynamic range db Return loss at 47 MHz db /oct., > /oct., > /oct., > 15 Frequency range MHz Frequency response MHz db ± 0.75 ± 0.75 ± 0.75 Test socket db -20 ± 1-20 ± 1-20 ± 1 RF interface F-type socket F-type socket F-type socket Voltage supply V AC ± ± 72 DC ± ± 72 DC Power consumption W Weight kg

25 Directly modulated broadcast transmitters, 1310 nm OTS 1303N-E OTS 1305N-E OTS 1308N-E OTS 1313N-SC Opto-electrical conversion of forward signals such as AM-VSB, FM and QAM in HFC networks Low-noise laser with pre-distortion technology Optical output level adjustable from 0 to -3 db (relative) Dual RF input (low/high) to adapt to different input levels Electronic tuning elements for attenuation, slope, output level, Optical Modulation Index (OMI) etc. Automatic load control for constant OMI RS 485 interface Optical interface: E-2000, 0.1 db-type (other connectors on request) Test socket for input signal Test socket for RF signal of laser diode Stand-alone unit Block diagram Type OTS 1303N-E OTS 1305N-E OTS 1308N-E OTS 1313N-SC Order no Nominal output level optical dbm Optical interfaces E-2000 E-2000 E-2000 SC/APC Optical wave length nm 1310 Optical output level range (relative) db 0 to -3 CNR 1) db 51 1) RF frequency range MHz Nominal input level (5% OMI, Low input) dbμv Nominal input level (5 % OMI, High input) dbμv Slope range, electronically adjustable db Return loss at 47 MHz db /oct., > 15 Return loss 5-65 MHz db > 18 Impedance Ω 75 Power consumption W 17 Mechanical dimensions, L x W x H (19, 1 RU) mm 483 x 240 x 45 EMC EN Safety EN , EN Environmental conditions ETS (temp. contr. loc.) Operational voltage V AC ) CENELEC 42, OMI = 4 %, 5 km mono-mode fibre, Prx = 0 dbm, Ith = 7 pa/ Hz 25

26 Externally modulated transmitter for CATV and SA ESA 1085XaS-E 230 V Opto-electrical conversion of forward path signals Designed for operation with optical amplifiers (EDFAs) Excellent parameters enable design of optical distribution systems over 100 km Very low-noise, narrow-band DFB laser Optical modulator with 2 optical outputs Automatic RF gain control: CW carrier, video or manual Settable SBS threshold up to 19 dbm Service interface:: HTTP/SNMP Ethernet LCD display and LEDs on the front panel Additional wave lengths and optical output levels on request Optical interface: E-2000, 0.1 db-type (other connectors on request) Two power supply modules, pluggable during operation Design: 19" racking, 1 height unit, depth: 600 mm Power supply, type dependent: 230 V AC or 48 VDC Transmits the CATV frequency band (AM-VSB, FM, QAM) and the SAT-IF frequency band (analogue, DVB-S/ DVB-S2) Similar to picture Block diagram 26

27 T-IF (19" design) Type ESA 1085XaS-E 230V Order no Optical interface E-2000, 0.1 db Optical wave length nm Wave length tuning range GHz -100, -50, 0, 50, 100 Optical output level dbm 2 x 8.5 Relative intensity noise (RIN) dbc/hz -160 Input level per TV channel, nominal dbμv 80 AGC dynamic range db Return loss at 47 MHz db /oct., > 15 CATV Frequency range MHz Frequency response MHz db ± 0.75 CNR (only CATV, without fibre length, CENELEC 42) db 54.5 CNR (CATV and SAT-IF, without fibre length, CENELEC 42 and 36 QPSK) db 52.5 CSO (P rx = 0 dbm, L = 25 km, EDFA) db 64 CTB (P rx = 0 dbm, L = 25 km, EDFA) db 63 Test socket db -20 ± 1 RF interface F-type socket SBS threshold (adjustable, CATV, fibre lengths < 65 km) dbm Up to 19 SAT-IF Frequency range MHz Frequency response MHz db < ± 2 Nominal input level per SAT-IF channel (OMI = 1 %) dbμv 85 RMS input level range (ALC functional range) db Impedance ohms 75 Test output at OMI = 1 % dbμv 66 ± 2.5 CNR (P rx = 0 dbm, 36 QPSK carrier, no fibre length) db > 27 Intermodulation spacing db < -35 General Voltage supply V AC 2 x Power consumption W 68 Weight kg 9 Design 19" racking, 1 height unit, depth 600 mm 27

28 Optical amplifiers (19" design) OBV OBV OBV OBV OBV 820W Amplifies optical signals in the 1550 nm range Optical output power: 16.5 or 20 dbm, 8 to 32 outputs, type dependent Monitors optical input and output levels as well as pump laser current ErYb-doped optical amplifier Low noise figure LC display, LEDs and input keys on front panel RS 485 interface for management Ideal for FTTH or HFC applications Optical interfaces: LC/APC Design: 19" racking, 1 height unit (RU) Two power supply modules, pluggable during operation Block diagram EDFA μc YEDFA Similar to picture 1:n Type OBV 1616 OBV 3216 OBV 820 OBV 820W OBV 1620 Order no Optical wave length nm Optical return loss db 45 Optical input level dbm Noise figure (with 0 dbm) db < 5.5 Optical output level per output dbm Optical decoupling, input db 35 Optical decoupling, output db 35 Number of outputs W Power consumption, max. W Voltage supply V AC Web interface No Yes No 28

29 29 Optical CWDM Mux/Demux BOD 04C-UL-K13 OD BOD 04C-UL-K13 OM Thin-film technology CWDM passband channel spacing: 20 nm according to ITU grid High isolation of optical channels Optical connectors: E-2000 Compact design Types:...-OM: Multiplexer...-OD: Demultiplexer Similar to picture Type BOD 04C-UL-K13 OD BOD 04C-UL-K13 OM Order no Number of channels 4 4 Central wave lengths nm 1511, 1531, 1551, , 1531, 1551, 1571 CWDM passband nm ± 6.5 ± 6.5 CWDM passband flatness db Max. insertion loss 1) db Typ. insertion loss 1) db Maximum insertion loss Mux/Demux pair 1) db Optical isolation betweeen adjacent channels db Optical isolation (non-adjacent channel) db Optical return loss db Operating temperature range C ) Without connectors

30 Optical 1310 CWDM Mux/Demux BOD 05C-1310-UL-K11 OM BOD 05C-1310-UL-K11 OD BOD 05C-1310-UL-K13 OM BOD 05C-1310-UL-K13 OD Thin-film technology CWDM passband channel spacing: 20 nm according to ITU grid High isolation of optical channels Extremely low insertion loss: UL- type Optical connectors: E-2000 Ultra-compact design, including pigtails Types:...-OM: Multiplexer...-OD: Demultiplexer Similar to picture Type BOD 05C-1310-UL- K11 OM BOD 05C-1310-UL- K11 OD BOD 05C-1310-UL- K13 OM BOD 05C-1310-UL- K13 OD Order no Number of channels Central wave lengths nm 1471, 1491, 1511, , 1491, 1511, , 1531, 1551, , 1531, 1551, 1571 CWDM passband nm ± 6.5 ± 6.5 ± 6.5 ± 6.5 CWDM passband flatness db Maximum CWDM insertion loss db Maximum CWDM insertion loss 1) Mux/Demux pair db Passband 1310 nm nm Maximum insertion loss 1) 1310 nm db Passband reflection band nm Maximum insertion loss 1) reflection band db Optical isolation betweeen adjacent channels db Optical isolation (non-adjacent channel) db Optical isolation 1310 nm - CWDM db Optical return loss db Operating temperature range C ) Without connectors 30

31 Optical CWDM Mux/Demux BOD 08C-UL-K11-OM BOD 08C-UL-K11-OD Thin-film technology CWDM passband channel spacing: 20 nm according to ITU grid High isolation of optical channels Optical connectors: E-2000 Compact design Types:...-OM: Multiplexer...-OD: Demultiplexer Similar to picture Type BOD 08C-UL-K11-OM BOD 08C-UL-K11-OD Order no Number of channels 8 8 Central wave lengths nm 1471, 1491, 1511, 1531, 1551, 1571, 1591, , 1491, 1511, 1531, 1551, 1571, 1591, 1611 CWDM passband nm ± 6.5 ± 6.5 CWDM passband flatness db Max. insertion loss 1) db Typ. insertion loss 1) db Maximum insertion loss Mux/Demux pair 1) db Optical isolation betweeen adjacent channels db Optical isolation (non-adjacent channel) db Optical return loss db Operating temperature range C ) Without connectors 31

32 Optical 1310 CWDM Mux/Demux BOD 09C-1310-UL-K11-OM BOD 09C-1310-UL-K11-OD Thin-film technology CWDM passband channel spacing: 20 nm according to ITU grid High isolation of optical channels for the demultiplexer Extremely low insertion loss (UL) Optical connectors: E-2000 Ultra-compact design, including pigtails Compact design Types:...-OM: Multiplexer...-OD: Demultiplexer Similar to picture Type BOD 09C 1310-UL-K11-OM BOD 09C-1310-UL-K11-OD Order no Number of channels 9 9 Central wave lengths nm 1471, 1491, 1511, 1531, 1551, 1571, 1591, , 1491, 1511, 1531, 1551, 1571, 1591, 1611 CWDM passband nm ± 6.5 ± 6.5 CWDM passband flatness db Maximum insertion loss 1) Mux/Demux pair db Passband 1310 nm nm Maximum insertion loss 1) 1310 nm db Passband reflection band nm Maximum insertion loss 1) reflection band db Optical isolation betweeen adjacent channels db Optical isolation (non-adjacent channel) db Optical isolation 1310 nm CWDM db Optical return loss db Operating temperature range C ) Without connectors 32

33 Optical DWDM Mux/Demux 200-GHz ITU grid BOD 0420 K31-OD BOD 0420 K31-OM Thin-film technology DWDM channel spacing: 200 GHz according to ITU grid High isolation of optical channels Optical connectors: E-2000 Ultra-compact design Types:...-OM: Multiplexer...-OD: Demultiplexer Similar to picture Type BOD 0420 K31-OD BOD 0420 K31-OM Order no Number of channels 4 Central wave lengths nm 1552,52; 1550,92; 1549,32; 1547,72 (C31, C33, C35, C37) DWDM passband nm ± 0.25 CWDM passband flatness db 0.5 Maximum insertion loss 1) db 2.0 Typ. insertion loss 1) nm 1.6 Optical isolation betweeen adjacent channels db 30 Optical isolation (non-adjacent channel) db 45 Optical return loss db 45 Operating temperature range C 0 to +65 1) Without connectors 33

34 Optical splitters BOV 002-CWDM BOV 003-CWDM BOV 004-CWDM Optical splitters for universal application Low insertion loss Optimised for 1310 and 1550 nm or CWDM wave lengths Optical connectors: E-2000 (other connectors on request) High reliability Ultra-compact design, including pigtails Similar to picture Type BOV 002-CWDM BOV 003-CWDM BOV 004-CWDM Order no Optical wave length nm 1310, Splitting ratio 1:2 1:3 1:4 Typ. insertion loss 1) db Maximum insertion loss 1) db Uniformity db Optical isolation, outputs db 50 Min. return loss db 45 1) Without connectors 34

35 Optical taps BOC 003-CWDM BOC 004-CWDM BOC 005-CWDM BOC 006-CWDM BOC 007-CWDM BOC 008-CWDM BOC 009-CWDM BOC 010-CWDM BOC 012-CWDM BOC 014-CWDM Optical splitters for universal application Low insertion loss Optimised for the CWDM spectrum of nm (C11 C18) Optical connectors: E-2000 (other connectors on request) High reliability Ultra-compact design, including pigtails Similar to picture Type BOC 003- CWDM BOC 004- CWDM BOC 005- CWDM BOC 006- CWDM BOC 007- CWDM BOC 008- CWDM BOC 009- CWDM BOC 010- CWDM BOC 012- CWDM BOC 014- CWDM Order no Optical nm wave length Typ. tap loss 1) db Tap loss tolerance db ± 0.4 ± 0.4 ± 0.4 ± 0.4 ± 0.4 ± 0.8 ± 0.9 ± 0.9 ± 1.3 ± 1.5 Typ. through loss 1) db Through loss tolerance Optical isolation, outputs Temperature range (operation) db ± 0.4 ± 0.3 db 50 C ) Without connectors 35

36 Optical Mux/Demux, tube design BWMR LC-RFoG BWMR LC-RFoG BWMR LC-RFoG NEW Optical multiplexer/demultiplexer: Wave lengths in DS: 1310 or 1550 nm; Wave lengths in US: 1310 or 1610 nm High reliability Extremely high isolation of 65 db Low insertion loss Design: tube Optical connectors: 900 μm fibres Connectors: LC/APC Designed for operation in RFoG networks for separation of downstream and upstream wave lengths in the headend Similar to picture 36 Type 1) Without connectors BWMR LC-RFoG BWMR LC-RFoG BWMR LC-RFoG Order no Wave length 1 'pass channel' 1550 ± ± ± 40 Wave length 2 'reflect channel' nm 1610 ± ± ± 20 Loss tolerance 'pass channel common' with wave length 1 1) db 1.0 Selection 'common pass channel' with wave length 2 db 45 Loss tolerance 'common reflect channel' with wave length 2 1) 0.5 Selection 'common pass channel' with wave length 1 db 15 Directional attenuation 'pass channel reflect channel' with wave length 1 60 PDL db 0.2 Optical return loss db 45 Max. optical output mw 300 Dimensions (L x D) mm 39 x 5.5 Operating temperature C Storage temperature C Fibre Optical connectors SMF, 0.9 mm loose tube, l = 1 m LC/APC

37 Optical passive racking 19", 1 RU KOP " racking for passive optical components Universal application KOP 10 can be equipped with up to 24 OKU 01/SC, OKU 01/E or OKU 01/SC-E optical connectors Unused openings can be covered with protective caps Ideal for integration of the BOV 00x optical splitters or BOC 0xx taps Dimensions (H x W x D) in mm: 45 x 440 x 215 Accessories (included in delivery scope): 19 fastening kit, hook-and-loop tape (2 units, 200 x 5 mm), 24 dummy plugs 37

38 FTTX RFoG splitters 19", 1 RU BOS 2032SC BOS 2032LC NEW 19" 1 RU carrier Contains an optical 2:32 splitter Two group inputs and 32 outputs with SC/APC or LC/APC connectors ITU-G compliant Broadband PLC splitter Integrated fibre tray Block diagram Similar to picture Type BOS 2032SC BOS 2032LC Order no Configuration 1 x 2:32 Wave length range nm Max. insertion loss ( C) per splitter 1) db 17.8 Uniformity db < 1.6 Polarisation dependent loss db 0.35 Typ. isolation (directivity) db 55 Min. return loss db 55 Temperature range (operation/storage) C Relative humidity (non-condensing) % 90 Max. optical output mw < 300 Dimensions (W x H x D), 19" chassis mm 482 x 45 x 196 Fibre type (Core/sheathing/outer diameter) μm 9/125/250; G657A Type of optical connection SC/APC LC/APC 1) Includes opt. connectors, over complete temperature range and all polarisation states 38

39 FTTX RFoG splitters 19", 1 RU BOS 2064SC BOS 2064LC NEW 19" 1 RU carrier Contains an optical 2:64 splitter Two group inputs and 64 outputs with SC/APC or LC/APC connectors ITU-G compliant Broadband PLC splitter Integrated fibre tray Block diagram Similar to picture Type BOS 2064SC BOS 2064LC Order no Configuration 1 x 2:64 Wave length range nm Max. insertion loss ( C) per splitter 1) db 21.1 Uniformity db < 1.2 Polarisation dependent loss db 0.3 Typ. isolation (directivity) db 55 Min. return loss db 55 Temperature range (operation/storage) C Relative humidity (non-condensing) % 90 Max. optical output mw < 300 Dimensions (W x H x D), 19" chassis mm 482 x 45 x 196 Fibre type (Core/sheathing/outer diameter) μm 9/125/250 Type of optical connection SC/APC LC/APC 1) Including opt. connectors 39

40 Optical attenuators ODF 01/SC ODF 02/SC ODF 03/SC ODF 04/SC ODF 05/SC ODF 06/SC ODF 07/SC ODF 08/SC ODF 09/SC ODF 10/SC Optical SC attenuators for universal use with SC connectors Available types: ODF 01/SC... ODF 10/SC for attenuation values of 1 db db in 1 db steps Type ODF 01/SC ODF 02/SC ODF 03/SC ODF 04/SC ODF 05/SC Order no Attenuation db Type ODF 06/SC ODF 07/SC ODF 08/SC ODF 09/SC ODF 10/SC Order no Attenuation db

41 41 Optical attenuators ODF 01/E ODF 02/E ODF 03/E ODF 04/E ODF 05/E ODF 06/E ODF 07/E ODF 08/E ODF 09/E ODF 10/E Optical E-2000 attenuators for universal use with E-2000 connectors Available types: ODF 01/E... ODF 10/E for attenuation values of 1 db db in 1 db steps Type ODF 01/E ODF 02/E ODF 03/E ODF 04/E ODF 05/E ODF 06/E ODF 07/E ODF 08/E ODF 09/E ODF 10/E Order no Attenuation db

42 Optical patch cables OFC 050/E yellow OFC 150/E yellow OFC 300/E yellow OFC 050/E red OFC 150/E red OFC 300/E red OFC 300/SC OFC 300/LC OFC 300/LC-E OFC 300 SC-E Optical patch cables for universal application 2.5 mm patch cord Type OFC 050/E yellow OFC 150/E yellow OFC 300/E yellow OFC 050/E red OFC 150/E red Order no Length cm Diameter of patch cord mm Opt. attenuation of optical connectors db Optical connectors 2 x E-2000 Type OFC 300/E red OFC 300/SC OFC 300/LC OFC 300/LC-E OFC 300 SC-E Order no Length cm Diameter of patch cord mm Opt. attenuation of optical connectors db /0.1 Optical connectors 2 x E x SC/APC 2 x LC/APC LC/APC E-2000 SC/APC E

43 Optical couplers OKU 01/SC OKU 01/SC-E OKU 01/E Optical couplers for universal use Available types: - OKU 01/SC: SC/APC both ends - OKU 01/SC-E: Optical connection adapter SC/APC to E OKU 01/E: E-2000 both ends Similar to picture 43

44 Please contact us for advice: The products described must only be installed by qualified specialists. Please consult the provided instruction manuals for the safety instructions that are to be considered during use /1/0411/JH/Pf Technical modifications are reserved. All specified data are typical values if not otherwise noted. KATHREIN-Werke KG Phone +49 (0) Fax +49 (0) Anton-Kathrein-Str. 1-3 P.O. Box Rosenheim GERMANY