A SIMPLY PERFECT netWoRk.
oPtical netWoRks
2
tYPe
descRiPtion
Page
OPTO XFP
modular optical platform based on XFP
OA
erbium Doped Fiber Amplifier 1550nm „eDFA“
14
OT 813
Optical Direct modulated transmitter 1310nm
16
OR 801
Optical Forward Path Receiver
17
OR 203
Optical Return Path Receiver
18
OR 204
Optical Return Path Receiver RFog
19
Product Overview Optical nodes
20
ONH
RFog micro node - Plus
24
ONB
mini Fibre node
28
ONC
medium Fibre node for HFc/FttX
31
OTC
Optical cAtV/SAt-iF transmitter
35
ORC
Optical cAtV/SAt-iF Receiver
37
OCP-SC
Optical Plc Splitter
39
O-MISO
Optical Repeater
40
inverted node
44
OWDM-SC
Optical wavelength Division multiplexer
46
OPTO PAD
Optical Omi measuring Device OptoPAD
47
OCT
Optical cleaning Kit
47
OMPC
Optical Fibre Patch cord
48
OATN
Optical Attenuator
48
OPM
Optical Power meter
49
OLS
Optical light Source
49
OPticAl SYStemS
4
3
oPto XfP seRies at a glance
O XFP Chassis - optical Transmitter
OT XFP pluggable Modules Broadcast
OT XFP pluggable Modules Narrowcast
OA XFP pluggable Modules optical amplifier
External modulated transmitter 1550nm
External modulated transmitter, tunable wavelength DWDM
Optical amplifier module +17 dBm, all DWDM wavelengths
type
4
item no.
description
O XFP Host System
57002689
Host-System, XFP-HF Transmitter, 1RU, 10 XFP-HF ports
OT XFP 1550 04
57002686
XFP-RF pluggable TX-Module, Broadcast 1,56µm, 1,2GHz, +4dBm, SBS 14 dBm
OT XFP 1550 04-H
57003053
XFP-RF pluggable TX-Module, Broadcast 1,56µm, 1,2GHz, +4dBm, SBS 17 dBm
OT XFP 1550 05-H
57002920
XFP-RF pluggable TX-Module, Broadcast 1,56µm, 1,2GHz, +5dBm, SBS 20 dBm
OT XFP 1550 07
57002687
XFP-RF pluggable TX-Module, Broadcast 1,56µm, 1,2GHz, +7dBm, SBS 14 dBm
OT XFP DWDM
57002688
XFP-RF pluggable TX-Module, tunable wavelength, QAM, +1,2GHz, +5 dBm, 43 DWDM
OT XFP DWDM-8
57002919
XFP-RF pluggable TX-Module, 8 tunable wavelengths, QAM, +1,2GHz, +6 dBm, 8 DWDM
OT XFP DWDM-F
57003034
XFP-RF pluggable TX-Module, fixed wavelength, selectable between ITU 18 - ITU 60, +5 dBm
OA XFP 13
57003035
XFP-RF pluggable EDFA-Module, 13 dBm
OA XFP 17
57002813
XFP-RF pluggable EDFA-Module, 17 dBm
XfP host sYsteM chassis O XFP chassis PRodUct featURes ll High-Density: 10 ports for 10 XFP-RF transmitters in 1 RU chassis ll Individual configuration of OMI, RF amplification, operating mode and SBS status for each of the 10 modules ll Energy Efficient: maximally 5W per module ll User-friendly web browser interface to set up and configure transmitters ll 10 x 75 Ω RF inputs on the rear of the chassis ll Two physically separated Ethernet SNMP ports on front and rear ll USB port for future interface applications ll Option for single or dual power supplies; AC and DC ll Field-Replaceable Cooling Fan ll Mounts into standard 19- inch racks ll Complies with the SCTE HMS HE Optics Management Information Base (MIB) Specifications ll Power supply unit not included in delivery, needs to be ordered separately
less sPace - MoRe Vision
The DELTA XFP Chassis is specifically designed around the new XFP transmitter module. The reduction of rack-spacing and power consumption in the headend is more than half in comparison to today`s technologies. Up to 10 XFP-Modules can be deployed in this 1 rack unit high chassis and consume less than 60 W together.
OPticAl SYStemS
aPPlications ll 50 MHz to 1218 MHz RF- over Fiber applications ll C- and L-Band Transport and Distribution ll All-Digital QAM networks ll Standard HFC- and RFoG networks ll DOCSIS 3.1 compatible ll Broadcast and Narrowcast services
The chassis can be powered with either one AC power supply or one DC power supply in the rear of the chassis. For redundancy, a second power supply can be utilized. For complete powering redundancy in headends or hubs, one AC power supply combined with one DC power supply can be used.
An embedded web server in the chassis allows transmitter modules to be configured with a user-friendly graphical interface through one of the two Ethernet SNMP ports. An element management system can remotely monitor and control the transmitter modules by connecting the chassis to an IP network. Product
item no.
description
O XFP Chassis
57002689
Chassis, XFP-RF transmitter, 1RU, 10 XFP-RF ports
OT XFP PS-AC
57002691
Power supply, AC 105-264 V
OT XFP PS-DC
57002692
Power supply, DC 36-75 V
5
Key Advantages: ll High Density: 10 transmitters per rack-unit ll Power consumption per transmitter less than 5W ll Redundant powering capability ll User-friendly web browser configuration tool
Parameter RF Bandwidth RF Input level RF Flatness Return loss CSO/ CTB Link noise figure RF Input connection RF Test point Dimensions Operating Temperature Range Storage Temperature Range Power Consumption Communications interfaces
Indicators AC Power Supply DC Power Supply
6
Value 50 MHz to 1.2 GHz 80 dBµV +/- 1.5 dB >18 dB >60 dB 50dB) ll Low noise figure ll Integrated micro controller and LCD ll Parameter-Display: input/output optical power, pump-bias, temperature and voltage ll Supports SNMP monitoring and WebGUI ll Redundant power supply ll 19“, 1 HE Rack Unit type
oa 1155-standaRd - 18/19/21 db type OA 1155-1-18 OA 1155-1-21 OA 1155-4-18 OA 1155-4-21 OA 1155-4-21w OA 1155-8-21 OA 1155-8-21w OA 1155-16-21 OA 1155-16-21w
14
item number
number of outputs
optical output power at each output (dbm)
57001613 57001813 57001810 57001809 57002302 57002426 57002010 57002427 57002009
1 1 4 4 4 8 8 16 16
18 21 18 21 21 21 21 21 21
gPon optimized*
cWdM-Rfog*
x
x
x
x
x
x
Rack units 1 1 1 1 1 1 1 1 2
technical sPecifications Data Sheet Performance
index Min Opt. input wavelength (λ)
Typ
Max
nm
1545
dBm
-5
dBm
11 1
32
Noise ratio
dB
4
5.5
Maximum gain
dB
Optical input level
1565 3
10
Optical output power (at each output) Number of ports Optical Features
21
27
Polarization dependent loss
dB
0.1
0.3
Polarization dependent gain
dB
Insertion loss (DS&US)
dB
0.5 0.6
0.9
1.6
dB
50
58
70
V AC
90
Isolation DS/US SNMP Network Management Power supply
General Features
RJ 45
Power input
W
Operating temperature
°C
0
Storage temperature
°C
-40
Relative humidity
%
5
230
65 50
22
50
55
95
82 x 360 x 90
WxDxH
85
Dimensions Weight
OPticAl SYStemS
(1550nm in DS, CWDM/ 1550 in US)
kg
11.3
High Isolation between DS/US necessary. Example: Return receiver (Rx) Input power (dBm)
Gain and isolation DS / US
Optical DS performance at the input of the Upstream-Rx
21 dB
30 dB
21 dB
50 dB
-9 dBm (noise) -29 dBm (noisefree)
* All of the optical amplifiers can be delivered with a special filter for GPON, RFoG or CWDM-RFoG. All of the optical amplifiers are RFoG optimized, WebGui and SNMP suitable.
15
oPtical diRect ModUlated tRansMitteR 1310nM ll Modular optical Transmitter for Cable TV signals (CATV) ll Cooled 1310nm DFB laser with electronic multi-point-predistortion keeps intermodulation interference (CTB,CSO) low ll Microprocessor controlled level control (ALC) for uncomplicated electric operation with constant transmission parameters ll Recommended for “Deep Fiber” applications, e.g. HFC Access networks with small coax clusters and FTTx-networks ll Flexible and service-friendly through modular construction, module slots on rear chassis ll 19” base unit, 1RU with power supply and 2 slots for transmitter modules OTM 813-xx ll Signal connectors on rear chassis, displays and test points on front chassis ll Microprocessor controlled and display functions with alpha-numeric LCD-Display ll Addressable network management interface for remote control of modules and base unit compatible with SNMP ll Alarm and status signalisation with LEDs
type
ot 813
Description
type Optical output power
otM 813-10
otM 813-12
otM 813-13.5
57001323
57001324
57001325
optical transmitter
optical transmitter
optical transmitter
module 1310nm, output power 10 dBm (10mW)
module 1310nm, module 1310nm, output power output power 12 dBm (16mW) 13.5 dBm (22.3mW)
ot 813 / otM 813-xx dBm
8 / 10 / 12 / 13.5, direct modulated DFB-Laser
Optical wavelength
nm
1310 ± 20
RF frequency range
MHz
47 - 870
RF input level
dBµV
80 ± 3 (Multiple channel load > 20AM/TV channel
C/N
dB
52 (10 km fiber distance, receiver input 0 dBm)
CTB
dB
-67
CSO
dB
-62
RF flatness
dB
± 0.75
RF impedance
Ω
75
RF input return loss
dB
> 16 / 47-550 MHz, > 14 / 550-870 MHz
Operating temperature
ºC
+ 5 ... + 40
Overall relative humidity
%
40 - 70
Fibre connector
SC/APC
RF connector
F- connectors
NMS-Interface Operating voltage Power consumption Laser class
16
otM 813-08
57001322 57001321 base unit with optical transmitter slots for transmitter module 1310nm, modules, incl. power output power supply 8 dBm (6mW))
Item No.
RS 232/485, base unit V~
230 (86 - 264), Switch mode power supply in base unit
W
50 (Base unit with 2 modules) 1M, DIN EN 60825-1 (2008)
oPtical foRWaRd Path ReceiVeR ll Full optical HFC receiver in 19” single rack unit housing ll With optical-electrical converter module with low noise pre-amplifier ll High output level with low, non-linear distortions (CTB, CSO) through power doubling output stage ll Connections for fibre (SC/APC) and RF socket for signal output on rear chassis ll Modular construction, consisting of base unit with integrated power supply and receiver slot ll Signal connectors on rear chassis, displays and test points on front chassis ll DC test point, optical input level (5V/mW) and level signalization with LED ll Simple Plug & Play operation ll Efficient, energy-saving switch-mode power supply
type
oR 801 57001328
Description
19” Optical receiver, 1 rack unit, 47 – 862 MHz, -6…+3dBm
type
oR 801
Operation wavelength (λ)
nm
1000 - 1600
Optical return loss
dB
> 45
Optical input power
dBm
-6 ... +3
RF frequency range
MHz
47 - 862
RF output Level
dBµV
> 100 (@ 0dBm optical input power, OMI = 4%)
C/N
dB
51
CTB
dB
< -65
CSO
dB
< -62
Test point optical input
V/mW
5
RF impedance
Ω
75
Test point RF output
dB
-20
Operating temperature
°C
+ 5 ... + 40
Overall relative humidity
%
40 - 70
Fibre connector
SC/APC
RF connector Operating voltage Power consumption
OPticAl SYStemS
Item No.
F-connectors V~
230 (180-244), Switch mode power supply
W
20 (Base unit with receiver module)
17
oPtical RetURn Path ReceiVeR DELTA Optical return path receiver is designed for converting upstream optical signal into RF signals at the head-end or remote hubs ll Modular return path receiver for optical fibre hubs in HFC and FTTx access networks ll Optical-electrical converter module and with low noise pre-amplifier ll 19” base unit, 1 rack unit (RU) for 3 receiver modules ORM 200 ll High output ability through power doubling output stage ll Contacting of display and test signals via SUB-D Plug to front panel of base unit ll Configurable as “point-to-point” and “point-to-multi-point” links ll User-friendly and tidy: Signal connectors on rear chassis, displays and test points on front chassis
type Item No. Description
oR 203
oRM 200
57001326
57001327
19” 1RU base unit incl. power supply for
Optical return path receiver module, 5 - 200 MHz, SC/APC
3 return path receiver modules
type Optical wavelength (λ) Optical return loss Optical input power
oR 203 + oRM 200 nm dB dBm
> 45 -6 ... +3
RF frequency range
MHz
5 - 200
RF output Level
dBµV
100 (@ 0dBm optical input power, OMI = 4%)
C/N
dB
51
CTB
dB
< -65
CSO
dB
< -62
Test point optical input
V/mW
5
RF impedance
Ω
75
Test point RF output
dB
-20
Operating temperature
ºC
+ 5 ... + 40
Overall relative humidity
%
Fibre connector Operating voltage Power consumption
40 - 70 SC/APC
RF connector
18
1000 - 1600
F-Connectors V~
230 (180-244)
W
46 (base unit with receiver module)
oPtical RetURn Path ReceiVeR Rfog DELTA Optical return path receiver is designed for RFoG FTTx applications. Converting an upstream optical signal into RF signals at the head-end or remote hubs. 4-/8-Port receiver All receivers are packed in a standard 19”,1 RU Band receiver 1260nm – 1620nm Optical input power range -26 dBm to -10 dBm RF output power adjustable from 70 to 100 dBµV Low noise enables DOCSIS 3.1 upstream channel bonding Test / Monitor points for each RF output Front mounted SC/APC connectors Temperature-range: 0°C to +50°C Redundant power supply
type Item No.
oR 204 l
Description
oR 208 l
oR 204 h
oR 208 h
57001601
57002922
57002494
57002923
return path receiver
return path receiver
return path receiver
return path receiver
1260..1620nm, 4 inputs, 1260..1620nm, 8 inputs, 1260..1620nm, 4 inputs, 1260..1620nm, 8 inputs,
Receiving Power
8 RF-outputs,
4 RF-outputs,
8 RF-outputs,
SC/APC,
SC/APC,
SC/APC,
SC/APC,
80 MHz return path
80 MHz return path
204 MHz return path
204 MHz return path
oR 204 l / oR 208 l
type Operation wavelength (λ)
4 RF-outputs,
oR 204 h / oR 208 h
nm
1260 - 1620
dBm
-20 … -12
Optical fibre connector
SC/APC 5-85
5-204
RF bandwidth
MHz
RF output power
dBµV
75 - 95
Flatness
dB
≤ ± 0.75
Return loss
dB
16
RF test point/Monitor
dB
-20 ± 0.5
RF connector
dB
Equivalent input noise Power supply
OPticAl SYStemS
ll ll ll ll ll ll ll ll ll ll
pA/√Hz V~
F-female 0.7
1.0 230
Power consumption per module
W
max. 3
Operating temperature
°C
0 - +50
Dimensions (W x D x H)
mm
482 x 310 x 44
19
optical distribution- / access network
signal treatment
Transport
Appear TV
KAB 4000 KAB 2000
Remote Monitoring
Internet DOCSIS
Internet XPON
20
Professional Headend for signal processing
Optical Headend
Optical Passive Network (PON)
ll ll ll ll
ll ll ll ll ll ll ll
ll Optical wavelength multiplexing ll Optical splitter
Appear TV KAB 4000 KAB 2000 HEC1004, remote monitoring of all components
SAT transmitter 2.5GHz SAT transmitter 5.5GHz CATV transmitter 1.2GHz Optical amplifier Optical return way receiver Passive components VT, STA, etc Host System XFP
Curb
Building
Home
Optical Systems
cell
Optical Nodes ll ll ll ll
AII CWDM wavelengths available Burst mode and CW mode Low cost monitoring Green intelligence
21
product overview optical nodes As a specialist for HFC- and RFoG-networks, DELTA Electronics offers a wide range of optical nodes. They are optimized for the individual applications at different locations. With the smallest optical nodes also a low number of users can be connected to the RFoG-network. Residential districts can be connected to the optical network with bigger nodes such as the ONB, ONC or ONS in a redundant concept. The decision for a certain optical node depends on several factors: ll ll ll ll ll ll ll
Level of the maximum RF-loss after the optical node (passive splitters, length of coaxial cable, etc.) Number of fibers for down- and upstream Applied wavelength in both directions Operating mode of the laser (burst- or continuous-mode) Existing DOCSIS standard and DOCSIS operation in upstream (channel bonding) Preferred way of monitoring via FOSTRA-D (DOCSIS compliant) Remote-control with FOSTRA-F (new RFoG Standard): DS ON/OFF, Burst Mode ON/OFF, Ingress Detection Switch 0 / 6 / 45 dB
ONC
ONB (MDU)
114 dBµV GaAs
ONH (SDU)
110 dBµV
80 dBµV 96 dBµV 99 dBµV
Micro Fibre Node Medium Fibre Node Mini Fibre Node
120 dBµV GaN
22
product overview optical nodes accessories
Item No. 57001981 57002732 57002733 57002776 57002092 57002093 57002117 57002295 57002296 57002297 57002298 10161523 10161524 10161525 10161526 10161527 10161528 10161529 10161530 10161531 10161532 10161533 10161534 10161535 10161536 10161537 10161538 10161539 10161540 10161541 10161542 10161543
Description FSK Receiver, Rx: 868 MHz Diplexer, 5-65 / 85 - 1218 MHz Diplexer, 5-85 / 105 - 1218 MHz Diplexer, 5-204 / 258 - 1218 MHz Splitter, two-way, 4.5 dB Tap 10 dB, Tap out Tap 10 dB, Line out Low pass filter 5-65 MHz Low pass filter 5-85 MHz High pass filter 85-1218 MHz High pass filter 105-1218 MHz Attenuation PAD 0 dB Attenuation PAD 1 dB Attenuation PAD 2 dB Attenuation PAD 3 dB Attenuation PAD 4 dB Attenuation PAD 5 dB Attenuation PAD 6 dB Attenuation PAD 7 dB Attenuation PAD 8 dB Attenuation PAD 9 dB Attenuation PAD 10 dB Attenuation PAD 11 dB Attenuation PAD 12 dB Attenuation PAD 13 dB Attenuation PAD 14 dB Attenuation PAD 15 dB Attenuation PAD 16 dB Attenuation PAD 17 dB Attenuation PAD 18 dB Attenuation PAD 19 dB Attenuation PAD 20 dB
Optical Systems
Type FOSTRA-F RLK 565-1 RLK 585-1 RLK 5200 VM 302 AM 301-10 A AM 301-10 B LPF 5-65 LPF 5-85 HPF 85-1 HPF 105-1 PAD 0 PAD 1 PAD 2 PAD 3 PAD 4 PAD 5 PAD 6 PAD 7 PAD 8 PAD 9 PAD 10 PAD 11 PAD 12 PAD 13 PAD 14 PAD 15 PAD 16 PAD 17 PAD 18 PAD 19 PAD 20
23
Rfog MicRo node - PlUs Micronode for Rfog networks, ftth/fttb applications ll ll ll ll ll ll ll ll ll ll
Extremely low noise optical receiver Constant RF output level at wide optical input power range OLC function based on optical input power Interstage attenuator and slope Optical input power indicator and monitoring LED’s RF input and output test point Ultra Low noise DFB- laser with isolator in burst mode operation Internal WDM filter US/DS wavelength for RFoG-Application Wavelength available from 1270nm to 1610nm at CWDM grid to avoid OBI Remote controllable in DS & US due to FOSTRA-F receiver module
type Description
24
onh 1200
onh 12xx bsf-xx
onh 12xx bf-xx
onh 12xx b1f-xx
Optical Micro-Receiver, 1550nm, 40-1218 MHz, 96 dBµV RF-output level (without return path)
DS: 1550nm US: CWDM 80 dBµV RF-output level
DS: 1550nm US: CWDM 80/96 dBµV RF-output level
DS: 1550nm US: CWDM 99 dBµV HF-output level
Type
ONH 12xx BSF-xx
Applications Weight
mm
153 x 95 x 53 / IP 20, In-door
kg
0.7
Fibre connectors
SC/APC
RF connectors
F-female
Mains feeding Operating temperature
V~/W
230 / < 4.6
°C nm
DS / US
nm
1540...1565
Optical input power
dBm
-8…+2
Frequency range
MHz
85…1218
Downstream
dB
Optical level control (OLC)
dBm
RF output level
dBµV
± 0.75, max. ± 1 80 ± 1
-7…+1 (RF-output level ± 1 dB) 80/96 ± 1 (selectable)
99 ± 1
@ -7…+1 dBm, OMI = 3.5 %, CTB,CSO > 60 dBc C/N
dBc
50 @ -3 dBm, OMI 4%
RF level attenuator
dB
0...20 (PAD, 1 dB steps)
RF slope
dB
0 / 4 / 5 (switchable by jumper )
Test point RF output
Upstream
PAD and Jumper
Optical wavelength
Frequency response
dB
Monitoring optical input
dBm
DFB-laser / optical power
dBm
Laser operation
-20 (F-female, external) Green LED on: input -8...+2, flashing when > +2 3 Burst Mode (Laser “Delay-Time” ≤ 0,8 µsec) SCTE compliant
RF input dynamic range
dBµV
61…91 (“Laser ON”@ Min. input RF-Level 67 dBµV)
Frequency range
MHz
5...204
OMI per Channel RF input level attenuator Monitoring
230 / < 7.3 -20…+55, free convection
Adjustment elements Internal WDM (Tx / Rx)
ONH 12xx B1F-xx
Optical Systems
Compact die-cast housing
ONH 12xx BF-xx FTTH, FTTB, DOCSIS-PON, RFoG
HEC 1004 Controller FOSTRA F Control module
8% @ 70 dBµV dB
0...20 (PAD, 1 dB steps), 0 / 10 dB Jumper Att. FSK-TX, 868 MHz FSK Receiver RX : 868 MHz
25
Versions ONH 12 xx BxF - xx - xx SDU 1/2 (single dwelling unit) Frequency range 12: up to 1218 MHz
US-wavelength 27: 1270 nm 29: 1290 nm 31: 1310 nm 33: 1330 nm 35: 1350 nm 37: 1370 nm 39: 1390 nm 41: 1410 nm 43: 1430 nm 45: 1450 nm 47: 1470 nm 49: 1490 nm 51: 1510 nm 53: 1530 nm 57: 1570 nm 59: 1590 nm 61: 1610 nm
Laser operation, monitoring, RF-output level B: burst and continuous-Mode
DS-wavelength 15: 1550 nm
1: 99 dBµV _: 96 dBµV S: 80 dBµV F: FSK-monitoring prepared
Please use the following item numbers when ordering: Type ONH 1200 ONH 1227 BSF-15-85 ONH 1229 BSF-15-85 ONH 1231 BSF-15-85 ONH 1233 BSF-15-85 ONH 1235 BSF-15-85 ONH 1237 BSF-15-85 ONH 1239 BSF-15-85 ONH 1241 BSF-15-85 ONH 1243 BSF-15-85 ONH 1245 BSF-15-85 ONH 1247 BSF-15-85 ONH 1249 BSF-15-85 ONH 1251 BSF-15-85 ONH 1253 BSF-15-85 ONH 1257 BSF-15-85 ONH 1259 BSF-15-85
26
Item No. 57003016 57003017 57003018 57003019 57003020 57003021 57003022 57003023 57003024 57003025 57003026 57003027 57003028 57003029 57003030 57003031 57003032
Description Optical Micronode 96 dBµV, 5-1218 MHz ONH with 1270 nm in US, 1550 in DS, BIDI-module, 80 dBµV ONH with 1290 nm in US, 1550 in DS, BIDI-module, 80 dBµV ONH with 1310 nm in US, 1550 in DS, BIDI-module, 80 dBµV ONH with 1330 nm in US, 1550 in DS, BIDI-module, 80 dBµV ONH with 1350 nm in US, 1550 in DS, BIDI-module, 80 dBµV ONH with 1370 nm in US, 1550 in DS, BIDI-module, 80 dBµV ONH with 1390 nm in US, 1550 in DS, BIDI-module, 80 dBµV ONH with 1410 nm in US, 1550 in DS, BIDI-module, 80 dBµV ONH with 1430 nm in US, 1550 in DS, BIDI-module, 80 dBµV ONH with 1450 nm in US, 1550 in DS, BIDI-module, 80 dBµV ONH with 1470 nm in US, 1550 in DS, BIDI-module, 80 dBµV ONH with 1490 nm in US, 1550 in DS, BIDI-module, 80 dBµV ONH with 1510 nm in US, 1550 in DS, BIDI-module, 80 dBµV ONH with 1530 nm in US, 1550 in DS, BIDI-module, 80 dBµV ONH with 1570 nm in US, 1550 in DS, BIDI-module, 80 dBµV ONH with 1590 nm in US, 1550 in DS, BIDI-module, 80 dBµV
Diplexer (MHz) 65: 565-1 (5-65/85) 85: 585-1 (5-85/105) 20: 5200 (5-204/258)
Item No.
Description
ONH 1261 BSF-15-85
57003033
ONH with 1610 nm in US, 1550 in DS, BIDI-module, 80 dBµV
ONH 1227 BF-15-85
57002995
ONH with 1270 nm in US, 1550 in DS, BIDI-module, 96 dBµV
ONH 1229 BF-15-85
57002996
ONH with 1290 nm in US, 1550 in DS, BIDI-module, 96 dBµV
ONH 1231 BF-15-85
57002997
ONH with 1310 nm in US, 1550 in DS, BIDI-module, 96 dBµV
ONH 1233 BF-15-85
57002998
ONH with 1330 nm in US, 1550 in DS, BIDI-module, 96 dBµV
ONH 1235 BF-15-85
57002999
ONH with 1350 nm in US, 1550 in DS, BIDI-module, 96 dBµV
ONH 1237 BF-15-85
57003000
ONH with 1370 nm in US, 1550 in DS, BIDI-module, 96 dBµV
ONH 1239 BF-15-85
57003001
ONH with 1390 nm in US, 1550 in DS, BIDI-module, 96 dBµV
ONH 1241 BF-15-85
57003002
ONH with 1410 nm in US, 1550 in DS, BIDI-module, 96 dBµV
ONH 1243 BF-15-85
57003003
ONH with 1430 nm in US, 1550 in DS, BIDI-module, 96 dBµV
ONH 1245 BF-15-85
57003004
ONH with 1450 nm in US, 1550 in DS, BIDI-module, 96 dBµV
ONH 1247 BF-15-85
57003005
ONH with 1470 nm in US, 1550 in DS, BIDI-module, 96 dBµV
ONH 1249 BF-15-85
57003006
ONH with 1490 nm in US, 1550 in DS, BIDI-module, 96 dBµV
ONH 1251 BF-15-85
57003007
ONH with 1510 nm in US, 1550 in DS, BIDI-module, 96 dBµV
ONH 1253 BF-15-85
57003008
ONH with 1530 nm in US, 1550 in DS, BIDI-module, 96 dBµV
ONH 1257 BF-15-85
57003009
ONH with 1570 nm in US, 1550 in DS, BIDI-module, 96 dBµV
ONH 1259 BF-15-85
57003010
ONH with 1590 nm in US, 1550 in DS, BIDI-module, 96 dBµV
ONH 1261 BF-15-85
57003011
ONH with 1610 nm in US, 1550 in DS, BIDI-module, 96 dBµV
ONH 1261 BF-15-65/FOSTRA RFoG Micronode
57003111
ONH mit 1610 nm in US, 1550 in DS, BIDI-module, 96 dBµV, inkl. Fostra
ONH 1261 BF-15-85/FOSTRA RFoG Micronode
57003112
ONH mit 1610 nm in US, 1550 in DS, BIDI-module, 96 dBµV, inkl. Fostra
ONH 1261 BF-15-20/FOSTRA RFoG Micronode
57003113
ONH mit 1610 nm in US, 1550 in DS, BIDI-module, 96 dBµV, inkl. Fostra
ONH 1227 B1F-15-65/FOSTRA RFoG Micronode
57003061
ONH with 1270 nm in US, 1550 in DS, BIDI-module, 99 dBµV, incl. Fostra
ONH 1229 B1F-15-65/FOSTRA RFoG Micronode
57003062
ONH with 1290 nm in US, 1550 in DS, BIDI-module, 99 dBµV, incl. Fostra
ONH 1231 B1F-15-65/FOSTRA RFoG Micronode
57003063
ONH with 1310 nm in US, 1550 in DS, BIDI-module, 99 dBµV, incl. Fostra
ONH 1233 B1F-15-65/FOSTRA RFoG Micronode
57003064
ONH with 1330 nm in US, 1550 in DS, BIDI-module, 99 dBµV, incl. Fostra
ONH 1235 B1F-15-65/FOSTRA RFoG Micronode
57003065
ONH with 1350 nm in US, 1550 in DS, BIDI-module, 99 dBµV, incl. Fostra
ONH 1237 B1F-15-65/FOSTRA RFoG Micronode
57003066
ONH with 1370 nm in US, 1550 in DS, BIDI-module, 99 dBµV, incl. Fostra
ONH 1239 B1F-15-65/FOSTRA RFoG Micronode
57003067
ONH with 1390 nm in US, 1550 in DS, BIDI-module, 99 dBµV, incl. Fostra
ONH 1241 B1F-15-65/FOSTRA RFoG Micronode
57003068
ONH with 1410 nm in US, 1550 in DS, BIDI-module, 99 dBµV, incl. Fostra
ONH 1243 B1F-15-65/FOSTRA RFoG Micronode
57003069
ONH with 1430 nm in US, 1550 in DS, BIDI-module, 99 dBµV, incl. Fostra
ONH 1245 B1F-15-65/FOSTRA RFoG Micronode
57003070
ONH with 1450 nm in US, 1550 in DS, BIDI-module, 99 dBµV, incl. Fostra
ONH 1247 B1F-15-65/FOSTRA RFoG Micronode
57003071
ONH with 1470 nm in US, 1550 in DS, BIDI-module, 99 dBµV, incl. Fostra
ONH 1249 B1F-15-65/FOSTRA RFoG Micronode
57003072
ONH with 1490 nm in US, 1550 in DS, BIDI-module, 99 dBµV, incl. Fostra
ONH 1251 B1F-15-65/FOSTRA RFoG Micronode
57003073
ONH with 1510 nm in US, 1550 in DS, BIDI-module, 99 dBµV, incl. Fostra
ONH 1253 B1F-15-65/FOSTRA RFoG Micronode
57003074
ONH with 1530 nm in US, 1550 in DS, BIDI-module, 99 dBµV, incl. Fostra
ONH 1257 B1F-15-65/FOSTRA RFoG Micronode
57003075
ONH with 1570 nm in US, 1550 in DS, BIDI-module, 99 dBµV, incl. Fostra
ONH 1259 B1F-15-65/FOSTRA RFoG Micronode
57003076
ONH with 1590 nm in US, 1550 in DS, BIDI-module, 99 dBµV, incl. Fostra
ONH 1261 B1F-15-65/FOSTRA RFoG Micronode
57003077
ONH with 1610 nm in US, 1550 in DS, BIDI-module, 99 dBµV, incl. Fostra, 65 MHz
ONH 1261 B1F-15-85/FOSTRA RFoG Micronode
57003155
ONH mit 1610 nm in US, 1550 in DS, BIDI-module, 99 dBµV, inkl. Fostra, 85MHz
ONH 1261 B1F-15-20/FOSTRA RFoG Micronode
57003156
ONH mit 1610 nm in US, 1550 in DS, BIDI-module, 99 dBµV, inkl. Fostra, 204 MHz
Optical Systems
Type
27
Mini fibRe node Mini node for hfc and Rfog networks FTTH / FTTB- Applications ll ll ll ll ll ll ll ll ll ll
Modular concept for one and two fibre solutions Constant output level over a wide range of optical input power OLC-function based on optical input power Low-noise CWDM DFB-Laser with Burst and CW-Mode (SCTE compliant) Testpoint and monitoring LED for optical input power Upstream with Diplexer RLK565/585 selectable RF-testpoints for Upstream and Downstream Remote controllable in DS & US due to FOSTRA-F receiver module Optional remote power Available with GPON-Bypass
type Description
ONB 12xx B1F
28
onb 1200
onb 12xx b1f-X
Optical Mini receiver
DS: 1550nm / 1310nm
85…1218 MHz
US: CWDM
110 dBµV RF-output level
85...1218 MHz 110 dBµV RF-output level
Type
ONB 12xx B1F
Applications
HFC, FTTC, DOCSIS-PON, RFoG
Compact die-cast housing
200 x 90 x 55 / IP 50, In-door kg
Fiber connectors
SC/APC, 2 pcs (without internal WDM), 1 pcs (with internal WDM)
RF connectors Mains feeding Operating temperature
F-female V~/W °C
Adjustment elements Internal WDM (Tx / Rx)
Downstream
-20…+55 Free convection PAD and jumper
nm
DS / US
nm
1540...1565
Optical input power
dBm
-8…+2
Frequency range
MHz
85…1218 (modular)
dB
Optical level control (OLC)
dBm
RF output level
dBµV
± 0.75, max. ± 1 -7…+1 (RF-output level ± 1 dB) 110 @ -7...+1 dBm, OMI = 3.5% (CTB,CSO > 60 dBc, 41Ch. flat,PAL, 54 Ch.QAM)
C/N
dBc
50 @ -3 dBm, OMI 4%
RF level attenuator
dB
0...11 (PAD)
RF slope
dB
0...20 (PAD, 1 dB steps)
Test point RF output
dB
Monitoring optical input
dBm
DFB Laser / optical power
dBm
Laser operation Upstream
230 / 10.4
Optical wavelength
Frequency response
-20 (F-female, external) Green LED on: input -8...+2, flashing when > +2 +3 Burst Mode, Laser „Delay-Time“ < 1 µSec
RF input dynamic range
dBµV
61…91 („Laser ON“ @ 67 dBµV)
Frequency range
MHz
15...204
OMI per Channel RF input level attenuator Monitoring opt. output
Monitoring
0.9
Optical Systems
Weight
HEC Controller FOSTRA F Control module
8% @ 70 dBµV dB
0...20 (PAD, 1 dB steps), 0 / 10 dB Jumper Attn. Green LED on: output power available FSK-TX, 868 MHz FSK Receiver RX : 868 MHz
29
versions ONB R 12 xx BF - xx - x - xx MDU 1/2 (multiple dwelling unit)
Powering (V~) -: local powering 230 V~
Frequency range (MHz)
USwavelength
12: up to 1218 MHz
27: 1270 nm 29: 1290 nm 31: 1310 nm 33: 1330 nm 35: 1350 nm 37: 1370 nm 39: 1390 nm 41: 1410 nm 43: 1430 nm 45: 1450 nm 47: 1470 nm 49: 1490 nm 51: 1510 nm 53: 1530 nm 55: 1550 nm 57: 1570 nm 59: 1590 nm 61: 1610 nm
R: remote powering 28-65 V~
Laser operation, monitoring B: burst mode and continuous mode F: FSK-monitoring 1: RF-output level 110 dBμV
DSwavelength 15: 1550 nm
Number of Fibres
Diplexer (MHz)
1: one fiber for US and DS
65: RLK 565-1 (5-65/85)
2: one fiber for US and one fiber for DS
85: RLK 585-1 (5-85/105) 20: RLK 5200 (5-204/ 258)
Please use the following item numbers when ordering: Type ONB 1200 ONB 1227 B1F-15-85 RFoG Mininode ONB 1229 B1F-15-85 RFoG Mininode ONB 1231 B1F-15-85 RFoG Mininode ONB 1233 B1F-15-85 RFoG Mininode ONB 1235 B1F-15-85 RFoG Mininode ONB 1237 B1F-15-85 RFoG Mininode ONB 1239 B1F-15-85 RFoG Mininode ONB 1241 B1F-15-85 RFoG Mininode ONB 1243 B1F-15-85 RFoG Mininode ONB 1245 B1F-15-85 RFoG Mininode ONB 1247 B1F-15-85 RFoG Mininode ONB 1249 B1F-15-85 RFoG Mininode ONB 1251 B1F-15-85 RFoG Mininode ONB 1253 B1F-15-85 RFoG Mininode ONB 1257 B1F-15-85 RFoG Mininode ONB 1259 B1F-15-85 RFoG Mininode ONB 1261 B1F-15-65 RFoG Mininode ONB 1261 B1F-15-85 RFoG Mininode ONB 1261 B1F-15-20 RFoG Mininode ONB 1261 B1F-15-65/F RFoG Mininode ONB 1261 B1F-15-85/FRFoG Mininode ONB 1261 B1F-15-20/F RFoG Mininode
30
Item No. 57003154 57003036 57003037 57003038 57003039 57003040 57003041 57003042 57003043 57003044 57003045 57003046 57003047 57003048 57003049 57003050 57003051 57003149 57003052 57003150 57003151 57003152 57003153
Description Optischer Mini-Node 1260...1620 nm, Vorwärtsweg 5...1218 MHz, -8...+2dBm Rx.1545...1560 nm, 110 dBµV Tx.1270nm, US: 15...85 MHz Rx.1545...1560 nm, 110 dBµV Tx.1290nm, US: 15...85 MHz Rx.1545...1560 nm, 110 dBµV Tx.1310nm, US: 15...85 MHz Rx.1545...1560 nm, 110 dBµV Tx.1330nm, US: 15...85 MHz Rx.1545...1560 nm, 110 dBµV Tx.1350nm, US: 15...85 MHz Rx.1545...1560 nm, 110 dBµV Tx.1370nm, US: 15...85 MHz Rx.1545...1560 nm, 110 dBµV Tx.1390nm, US: 15...85 MHz Rx.1545...1560 nm, 110 dBµV Tx.1410nm, US: 15...85 MHz Rx.1545...1560 nm, 110 dBµV Tx.1430nm, US: 15...85 MHz Rx.1545...1560 nm, 110 dBµV Tx.1450nm, US: 15...85 MHz Rx.1545...1560 nm, 110 dBµV Tx.1470nm, US: 15...85 MHz Rx.1545...1560 nm, 110 dBµV Tx.1490nm, US: 15...85 MHz Rx.1545...1560 nm, 110 dBµV Tx.1510nm, US: 15...85 MHz Rx.1545...1560 nm, 110 dBµV Tx.1530nm, US: 15...85 MHz Rx.1545...1560 nm, 110 dBµV Tx.1570nm, US: 15...85 MHz Rx.1545...1560 nm, 110 dBµV Tx.1590nm, US: 15...85 MHz Rx.1545...1560 nm, 110 dBµV Tx.1610nm, US: 15...65 MHz Rx.1545...1560 nm, 110 dBµV Tx.1610nm, US: 15...85 MHz Rx.1545...1560 nm, 110 dBµV Tx.1610nm, US: 15...204 MHz Rx.1545...1560 nm, 110 dBµV Tx.1610nm, US: 15...65 MHz, inkl. FOSTRA F Rx.1545...1560 nm, 110 dBµV Tx.1610nm, US: 15...85 MHz, inkl. FOSTRA F Rx.1545...1560 nm, 110 dBµV Tx.1610nm, US: 15...204 MHz, inkl. FOSTRA F
MediUM fibRe node foR hfc / fttx a fibre node for the modernisation of hfc-networks especially suitable for fftla in 1.2 ghz hfc-networks and reduction of the coaxial cluster
Compact optical receiver with modular return way High RF output level and dynamic range, 2 outputs Low noise impedance receiver Low noise DFB- laser in burst or CW mode operation Optical level control (OLC) based on optical input power 7-Segment display for various monitoring options and easy control Optional remote power Internal fibre splice management Return way transmitter available in CWDM-grid (1270 - 1610nm)
type Description
onc 1200 optical receiver
oncR 1200 optical receiver
oncR 12xx f DS: selectable
85…1218 MHz
85...1218 MHz 114 dBµV RF-output level
US: CWDM
US: CWDM
85...1218 MHz 114 dBµV RF-output level
114 dBµV RF-output level
114 dBµV RF-output level
oncR 12xx bfd DS: selectable 85...1218 MHz OPticAl SYStemS
ll ll ll ll ll ll ll ll ll
controllable
31
Type
ONC(R) 1200, ONCR 12xx F, ONCR 12xx BFD
Applications Compact die-cast housing
HFC, FTTC/FTTLA mm
Fibre connectors (internal)
SC/APC (internal fibre slice management)
Connectors Mains feeding Remote feeding Operating temperature OLC Adjustment elements
225 x 195 x 95 / IP 65, out-door PG 11-RF output , PG 13.5 (opt. fibre feed-through)
V~/W V~ °C dBm dB
Return laser module
185…265 / 20 28…65 / 0.67 A @ 30 VAC, 10 A -20…+55 -7…+1 (RF ouput ±1dB) 0…15 (electronically adjustable in 1dB steps, 7-segm.display+micro) various available (3,6dBm DFB)
RF outputs
1 od. 2 (with 2-way splitter or tab module 10 od. 20 dB)
Optical wavelength
nm
1260 …1620
Optical input power
dBm
-8…+2
RF return loss
dB
≥ 20 -1.75/Okt. (65 - 1218 MHz) ≥ 20 -2/Okt. (85 - 1218 MHz) ≥ 20 -3/Okt. (204-1218 MHz)
Downstream
min 12 @ 1218 MHz Frequency range Frequency response RF output power Gain limited output level
MHz dB dBµV dBµV
C/N dBc dB
0…15 dB (electronically adjustable in 1dB steps)
RF level adjustment
dB
0…15 dB (electronically adjustable in 1dB steps)
Monitoring optical input
dB dBm
Optical input power Laser wavelength Optical Power Upstream
116 50 @ -3 dBm, OMI 4%
RF slope RF test point
32
85...1218 MHz ± 0.7 max. ±1 114 CENELEC, flat, CTB/CSO >60dB
Optical return loss
-20 (internal) green LED on: input -8...+2, flashing when > +2 7-segment display, power meter function
nm
1270 - 1610
dBm
3
dB
60
Frequency range
MHz
RF input level (CWDM)
dBµV
5…65/85/204 (Diplexer RLK 565-1 / 585-1 / 5200) 65, OMI 7% @ 0 dB attn
RF input level attenuator
dB
0…15 (electronically adjustable in 1 dB steps)
RF test point
dB
-20 (internal)
versions ONC R 12 xx BFD - xx - x - xx
-: local powering 230 V~ R: r emote powering 28-65 V~
Frequency range (MHz) 12: up to 1218 MHz
USwavelength
Laser operation, monitoring
27: 1270 nm 29: 1290 nm 31: 1310 nm 33: 1330 nm 35: 1350 nm 37: 1370 nm 39: 1390 nm 41: 1410 nm 43: 1430 nm 45: 1450 nm 47: 1470 nm 49: 1490 nm 51: 1510 nm 53: 1530 nm 55: 1550 nm 57: 1570 nm 59: 1590 nm 61: 1610 nm
B: b urst mode and continuous mode
DSwavelength 15: 1550 nm
Number of Fibres
Diplexer (MHz)
1: o ne fiber for US and DS
65: RLK 565-1 (5-65/85)
2: o ne fiber for US and one fiber for DS
85: RLK 585-1 (5-85/105)
10: 1260-1620 nm F: FSK-monitoring D: Docsis
20: RLK 5200 (5-204/ 258)
Optical Systems
Powering (V~)
33
Please use the following article numbers when ordering: Type ONC 1200 ONCR 1200 ONCR 1227 BFD-10-2-85 ONCR 1229 BFD-10-2-85 ONCR 1231 BFD-10-2-85 ONCR 1233 BFD-10-2-85 ONCR 1235 BFD-10-2-85 ONCR 1237 BFD-10-2-85 ONCR 1239 BFD-10-2-85 ONCR 1241 BFD-10-2-85 ONCR 1243 BFD-10-2-85 ONCR 1245 BFD-10-2-85 ONCR 1247 BFD-10-2-85 ONCR 1249 BFD-10-2-85 ONCR 1251 BFD-10-2-85 ONCR 1253 BFD-10-2-85 ONCR 1255 BFD-10-2-85 ONCR 1257 BFD-10-2-85 ONCR 1259 BFD-10-2-85 ONCR 1261 BFD-10-2-85 ONCR 1227 F-15-1-85 ONCR 1229 F-15-1-85 ONCR 1231 F-15-1-85 ONCR 1233 F-15-1-85 ONCR 1235 F-15-1-85 ONCR 1237 F-15-1-85 ONCR 1239 F-15-1-85 ONCR 1241 F-15-1-85 ONCR 1243 F-15-1-85 ONCR 1245 F-15-1-85 ONCR 1247 F-15-1-85 ONCR 1249 F-15-1-85 ONCR 1251 F-15-1-85 ONCR 1253 F-15-1-85 ONCR 1257 F-15-1-85 ONCR 1259 F-15-1-85 ONCR 1261 F-15-1-85
34
Item No. 57002895 57002896 57002714 57002715 57002716 57002717 57002718 57002719 57002720 57002721 57002722 57002723 57002724 57002725 57002726 57002727 57002728 57002729 57002730 57002731 57002897 57002898 57002899 57002900 57002901 57002902 57002903 57002904 57002905 57002906 57002907 57002908 57002909 57002910 57002912 57002913 57002914
Description Optical Compact Receiver, 5-1200 MHz, 230 V~ Optical Compact Receiver, 5-1200 MHz, 28-65 V~ 1270 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1290 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1310 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1330 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1350 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1370 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1390 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1410 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1430 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1450 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1470 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1490 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1510 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1530 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1550 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1570 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1590 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1610 in US, 1260-1620 in DS, 28-65 V~, BFD, 5-1218 MHz 1270 in US, 1540-1565 in DS, 28-65 V~, 5-1218 MHz, standard version 1290 in US, 1540-1565 in DS, 28-65 V~, 5-1218 MHz, standard version 1310 in US, 1540-1565 in DS, 28-65 V~, 5-1218 MHz, standard version 1330 in US, 1540-1565 in DS, 28-65 V~, 5-1218 MHz, standard version 1350 in US, 1540-1565 in DS, 28-65 V~, 5-1218 MHz, standard version 1370 in US, 1540-1565 in DS, 28-65 V~, 5-1218 MHz, standard version 1390 in US, 1540-1565 in DS, 28-65 V~, 5-1218 MHz, standard version 1410 in US, 1540-1565 in DS, 28-65 V~, 5-1218 MHz, standard version 1430 in US, 1540-1565 in DS, 28-65 V~, 5-1218 MHz, standard version 1450 in US, 1540-1565 in DS, 28-65 V~, 5-1218 MHz, standard version 1470 in US, 1540-1565 in DS, 28-65 V~, 5-1218 MHz, standard version 1490 in US, 1540-1565 in DS, 28-65 V~, 5-1218 MHz, standard version 1510 in US, 1540-1565 in DS, 28-65 V~, 5-1218 MHz, standard version 1530 in US, 1540-1565 in DS, 28-65 V~, 5-1218 MHz, standard version 1570 in US, 1540-1565 in DS, 28-65 V~, 5-1218 MHz, standard version 1590 in US, 1540-1565 in DS, 28-65 V~, 5-1218 MHz, standard version 1610 in US, 1540-1565 in DS, 28-65 V~, 5-1218 MHz, standard version
oPtical catV / sat-if tRansMitteR optical compact transmitter for Rf and if signals over fibre ll Compact optical transmitter with 1or 2 pluggable transmiter modules ll Bandwidth 47...2250 MHz ll Compatible with the compact receiver ORC 2x00 ll Ready for analogue PAL TV channels, SAT QPSK distribution ll High linearity, DFB Laser with internal optical isolator ll Low distortion wavelengths: 1270, 1310, 1330, 1350 nm ll Up to 30 km fibre length
Item No. Description
otc 2113-6
otc 2213-6
57001532
57001534
Optical compact transmitter, single version with 1 transmitter module 6 dBm
Optical compact transmitter, twin version with 2 transmitter modules 6 dBm
OPticAl SYStemS
type
OTC 2213-6
35
Type
OTC 2x13-6
Applications
CATV and SAT over fibre
Operation wavelength (λ) nm
1290, 1310, 1330, 1350
Optical output power
dBm
Laser class RF bandwidth
1M, DIN EN 60825-1 (2008) MHz
5 … 2250
Frequency flatness
dB
RF input level PAL
dBµV
76…91, ATT = 0…15 dB @ OMI 4% (OTC 2213-6)
Maximum input Level
dBµV
93
Laser type
± 0.5, 5 … 2250 MHz
un-cooled DFB
RF return loss
dB
Optical return loss
dB
> 55
RF Input level attenuator
dB
0…15 (Indication and Setting on LED display,1 dB steps)
Monitoring optical output Optical Link SAT-IF Optical budget OTC2213-6 QPSK
with ORC 2200 dB
Compact die-cast housing
> 15 dB (BER degradation factor ~ 10) SC/APC
RF connectors LNB-power supply
> 14, up to 2200 MHz
Green LED on (output power available)
Fibre connectors
F female V/mA
12.8 / max. 500
mm
225 x 190 x 86
Operating voltage
V~
185…265
Operating temperature
°C
0…+55
Weight kg
36
+6 (Indication on LED display)
2
oPtical catV / sat-if ReceiVeR optical compact receiver for Rf and if over fibre ll ll ll ll ll
Compact optical receiver with 1 or 2 pluggable receiver-modules Compatible with the compact transmitter OTC 2x13-6 Bandwidth 47...2250 MHz Ready for analogue PAL TV channels, SAT QPSK distribution Electronic control of RF output level attenuation for each module on the LED display ll Measurement of the optical input power for each module on the LED display ll Monitoring LEDs
Item No. Description
oRc 2100
oRc 2200
57001533
57001535
Optical compact receiver,
Optical compact receiver,
Single version with 1 receiver-module 5 … 2250 MHz
Dual version with 2 receiver-modules 5 … 2250 MHz
OPticAl SYStemS
type
ORC 2200
37
Type
ORC 2x00
Applications
CATV and SAT over fibre
Operation wavelength (λ) nm Optical input power
dBm
-8 … 0 (+2 dBm, absolute Max.)
RF bandwidth
MHz
5 … 2250 (Max. 2400 MHz)
Frequency response RF output level
dB dBµV
± 0.75 (5 – 2200 MHz, measured with OTC 2213) 89 ± 1 @ 0dBm, OMI = 4% (measured with OTC 2213)
RF return loss
dB
> 14, up to 2200 MHz
Optical return loss
dB
> 55
RF output level attenuator
dB
0..15dB (Indication and Setting on LED display, electronic control, 1 dB steps)
Optical input power (digital) dBm
-8.5 … 0 (Indication on LED display)
Monitoring optical input
Green LED on: input power > -8 dBm
Fibre connectors
SC/APC
RF connectors
F-female
Dimensions mm
225 x 190 x 86 / IP 54
Power supply
V~
185…265
Operating temperature
°C
0…+55
Weight kg
38
1290 … 1610
2
oPtical Plc sPlitteR 1260…1620nM Wide operation wavelength 1260…1620nm Good uniformity and low insertion loss Low polarization dependent loss 1 x 2, 1 x 4, 1 x 8, 1 x 16, 1 x 32 and 1 x 64 type splitters with SC/APC connectors (optional LC/APC) in 19” 1U chassis
type Item No. Description
ocP 1-02 sc
ocP 1-04 sc
ocP 1-08 sc
ocP 1-16 sc
ocP 1-32 sc
ocP 1-64 sc
57001894
57001895
57001896
57001576
57001577
57001900
Optical PLC Splitter Optical PLC Splitter Optical PLC Splitter Optical PLC Splitter Optical PLC Splitter Optical PLC Splitter 1200..1620nm, 1200..1620nm, 1200..1620nm, 1200..1620nm, 1200..1620nm, 1200..1620nm, 1 Input, 2 Outputs, 1 Input, 4 Outputs, 1 Input, 8 Outputs, 1 Input, 16 Outputs 1 Input, 32 Outputs, 1 Input, 64 Outputs, SC/APC, 19“RU SC/APC, 19“RU SC/APC, 19“RU SC/APC, 19” 1RU SC/APC, 19” 1RU SC/APC, 19” 1RU
type
ocP 1-xx sc
Operation wavelength (λ)
nm
1260…1620
insertion loss 1 x 2 Splitter 1 x 4 Splitter 1 x 8 Splitter 1 x 16 Splitter 1 x 32 Splitter 1 x 64 Splitter
dB dB dB dB dB dB
3.7 7.2 10.5 13.8 17.2 20.5
Polarization dependent loss
dB
< 0.3
Uniformity 1 x 2 Splitter 1 x 4 Splitter 1 x 8 Splitter 1 x 16 Splitter 1 x 32 Splitter 1 x 64 Splitter
dB dB dB dB dB dB
< 0.6 < 0.8 < 1.0 < 1.5 42.0
Unit dBµV
Laser Class 1
1610
for DOCSIS 3.1
75dBµV ≙ 6% OMI
82dBµV ≙ 15% OMI -2 dBm -> 0 dB 0 dBm -> 4 dB +3 dBm -> 10 dB at: MER EUT > 45.0 dB BER EUT < 1E-9
Function with FOSTRA-F
without FOSTRA-F
-3 ... +3
OFF
Optical repeater - multiple inputs single output CINR Measurement O-MISO Measurement equipment and settings:
Optical Systems
ll 24 Channels ll 64 QAM modulated with 5.56 Msymb/s ll Measure channel @ 114 MHz
Equipment under test (EUT):
43
inVeRted node - obi-fRee The Inverted Node acts as interface between the coaxial and the optical network. Downstream: ll Conversion of the electrical DOCSIS 3.1 downstream signal into an optical signal ll DOCSIS 3.1 compatible with operating bandwidth up to 1218 MHz ll Externally modulated XFP-module is used for the conversion of an electrical into an optical signal ll Pluggable RF diplexer 85 / 105 / 258 MHz ll Transmission of up to 79 analogue plus 75 QAM channels ll Power consumption of the Tx-XFP module < 3.5W ll Compliant with SCTE 195 2013 ll Prepwared for XFP EDFA-module 13/17 dBm optical output power ll Integrated passive splitter in DS, various splitting ratios: 1-4/ -8/ -16/ -32 upstream: ll ll ll ll ll ll
Up to 32 optical inputs Totally avoiding of optical interferences (OBI) Transparent for all the adjustments set by the optical node High input performance from -2 to +3 dBm Testpoint to measure the total electrical US signal Adjustable RF output level
monitoring: ll By DOCSIS modem or Local Ethernet interface
electRicAl AnD geneRAl DAtA Operating Voltage
Unit V AC
Mains Power
W
Length of Power Cable
m
min. 185 1.3
Mains Plug V DC
16.5
1.5
LED green °C
IP Class
-20
+55 IP 20
Dimensions W x H x D
mm
Weight
kg
430 x 260 x 45 0.8
Fiber Connector
SC/APC
RF Connectors
F-female
Conformity
44
16
Remarks Switched mode PSU
II 9
Indication Power ON Operating Temperature
max. 265
Euro
Protection Class Operating Voltage, internal
typ. 230
19“ case (1RU)
inverted node Technical Data - downstream and upstream
RF Bandwidth
Unit MHz
Value 50 ... 1218
RF Input Level
dBµV
70 ... 80
RF Flatness
dB
+/- 1.5
Cable simulator
dB
0 ... 16
Return Loss
dB
>18
CSO/CTB
dB
>60
Link Noise Figure
dB
40.0
MER EUT > 45.0 dB
at:
CINR measurement @35 MHz 16 x Tx: 8 Ch.; QAM 64; 5.56 Msym/s
dB
38.1
dBµV
70
BER EUT < 1E-9
Opt. input receiver -8 ... -22 dBm RF output level
85
adjustable; 0.5 steps
45
oPtical WaVelength diVision MUltiPleXeR Optical wavelength- division multiplexer multiple optical carrier signals on a single optical fibre by using different wavelengths to carry different signals. ll ll ll ll ll ll
CWDM- channels available Low insertion Loss Wide pass band High channel isolation High Stability and Reliability Compatible with any FTTX PON technology type Item No. Description
type Item No. Optical DWDM MUX/DEMUX C Band: (1528,77 -1563,86)
oWdM 1-03 sc
oWdM 1-02 sc Rfog
57001629
57001854
Opt. WDM , for RFoG 1550 / 1610nm, SC/APC, 19” 1RU
Optical Wavelength Division multiplexer, developed especially for GPON solution with RF Overlay or GPON + RFoG system, 1550 / 1610 / 1310
57002340 Opt. WDM, 1260-1620 / 1550nm SC/APC mini tube
oWdM 1-02 sc
odWdM MUX 1-8
odWdM deMUX 1-8
odWdM MUX 1-4
odWdM deMUX 1-4
57003012
57003013
57003014
57003015
DWDM multiplexer
DWDM de-multiplexer
DWDM multiplexer
DWDM de-multiplexer
8 ITU-channels
8 ITU-channels
4 ITU-channels
4 ITU-channels
ITU 21, 22, 24, 26,
ITU 21, 22, 24, 26,
ITU 44, 48, 52, 54
ITU 44, 48, 52, 54
28, 33, 36, 39
28, 33, 36, 39
on request
on request
on request
on request
L Band: (1569,59 - 1604,03)
type
odWdM (de)MUX 1-x C-band / L-band
nm
Center Wavelength
nm
± 0.5
± 0.03
Channel Spacing
nm
20 (CWDM- Network)
ITU ± 0.11
Insertion Loss 1x2 1x3 1x4 1x8 1 x 16
dB dB dB dB dB
< 0.7 < 1.4 < 1.5 < 3.0
