HDO772 C-BAND DWDM FIBRE TRANSMITTER
|
|
- Dinah Todd
- 6 years ago
- Views:
Transcription
1 Timo Rantanen (6) HDO772 C-BAND DWDM FIBRE TRANSMITTER HDO772 is a high performance directly modulated C-band DWDM transmitter for forward path fibre optic links in CATV and FTTx networks. HDO772 is able to carry analog loading up to 550 MHz and digital channels can be inserted on the whole frequency scale. HDO772 contains an electrical dispersion compensator that is important especially when analog channels are transmitted to longer distances. HDO772 is installed into HDX installation frame and the transmitter is available on different optical wavelengths in accordance with the ITU wavelength grid. The optical output power is adjustable that enables the equalising of channel power in multiwavelength cases when optical amplifiers are utilised. HDO772 has two equal input sections with level and slope adjustments to support broadcast and narrowcast signal distribution. The RF isolation between the input branches is high minimising the leakage of narrowcast signals into unwanted narrowcast node segments. The power consumption is low but HDO772 still offers the high performance and the widest variety of features. Features ITU wavelengths Optical output power adjustment for channel power equalising Electrical dispersion compensator provides a good CSO performance at longer transmission distances Standardised input and test point levels First-class power consumption vs. signal performance rate Two inputs with level adjustments Equaliser in both inputs High isolation between inputs Unused input can be switched off for power saving and noise reduction Drive amplifier can be set to power save mode in narrowcast load conditions Integrated input amplifiers and laser driver amplifiers Automatic power control providing constant total OMI as standard feature Optional integrated xwdm filter to combine forward and return paths into one fibre or to combine various forward wavelengths into one fibre Optional spectrum analyser function Fibre connectors can be located at the rear or at the front panel Small form factor family, 2 RU height Local and remote software control of all adjustments Forced cooling through the unit
2 Timo Rantanen (6) Management features Technical specifications Monitoring of APC (Automatic Power Control) functionality with user configurable offset Optical output power adjustment and monitoring Laser bias current monitoring TEC (Thermo-Electric Cooler) current monitoring Laser temperature monitoring Signal level adjustment in both inputs Slope adjustment in both inputs Input 2 switch on/off Drive amplifier power save mode on/off Link length setting LED indicators for signal and module statuses Internal temperature measurement and monitoring Intelligent fan speed control with monitoring Non-volatile logging of 32 latest events, including alarms, alarming values, settings changes and application starts. Uptime and total uptime counters All adjustments and alarm limits fully user configurable Local PC connection through backplane HDO bus with DVX021 cable Remote IP connection through HDC100 controller module SNMP monitoring and configuration through HDC100 controller module Parameter Specification Note Optical parameters Light source Cooled DFB with optical isolator Peak wavelength nm (ITU ch ) 1) Output power, nominal value +10 m 2) Relative intensity noise -154 c/hz 3) OMI per channel 4 % 4) Link length setting km Pass band of optional xwdm filter 5) Pass channel ±0.12 nm (DWDM) or ±6.5 nm (CWDM) Reflect channel, DWDM nm except the pass channel Reflect channel, CWDM nm except the pass channel Number of optical ports 1 or 2 RF parameters Frequency range MHz RF impedance 75 Ω Input return loss 18 6) Flatness ±0.4 7) Automatic power control (APC) Yes 8) Laser test point level for 4.5 % OMI 78 µv 9) Input level 77 µv 10) Level adjustment range 10 Equaliser adjustment range 0 6 Isolation between inputs 50 11)
3 Timo Rantanen (6) Spectrum analyser module (optional) Measurement range MHz, 0.25 MHz steps Measurement bandwidth 1.5 MHz 12) Dynamic range µv 13) Measurement accuracy ±1 14) Noise and distortion performance Link C/N, 0 m to optical receiver 53 15) CTB 65 16) CSO 60 16) General Power consumption 10 (8) W 17) Supply voltages 25 V / 330 ma (245 ma) 17) 6.3 V / 300 ma (300 ma) 17) RF connectors F female 18) Optical connector SC/APC, E ) Cooling Field replaceable fan 20) Dimensions 2U x 7HP x 380 mm h x w x d Occupies 1/12 of HDX installation frame Weight 1.5 kg EMC compliance EN ) Enclosure classification IP20 Operating temperature range C Storage temperature range C Operating relative humidity 0 85 %
4 Timo Rantanen (6) Notes 1) ITU channels 59, 58, 57,..., 21. Total number available 39 wavelengths. See the configuration map. 2) User can adjust the output power in the window +10 m...+8 m. The selected OMI value is retained over the adjustment range. 3) Worst case value at the nominal output power. 4) Typical value of an analog channel when the total channel loading is 50 analog channels and 30 QAM256 channels. 5) DWDM filter is used if the return path is based on DWDM. CWDM filter is used if the return path is based on CWDM. xwdm filter decreases the output power 0.5 typically. 6) Typical value is 18 on the whole frequency band. The minimum value is 18 and above 40 MHz -1 / octave. 7) Typical value. Maximum value is ± ) APC is based on broadband detection in which the total laser driving power is measured and adjusted so that if the RF power is evenly divided into all channels 4 % OMI/ channel is achieved. The offset can be set by a user. 9) Typical accuracy is ±0.4. Maximum value is ± ) Input level required to reach 4.5 % OMI with adjustments in 0 positions. 4.0 % OMI equals to 1 lower level. 11) The attenuation from one input to the other input. Above 860 MHz the isolation is more than ) Typical -3 bandwidth. Typical -20 bandwidth is 2.5 MHz. 13) Level at laser (OMI) test point for modulated PAL signal. For QAM detection the dynamic range is approx. 6 higher. Nominal level denotes 4 % OMI. ( % OMI range) 14) This is the typical performance over band MHz for PAL signals. For PAL signals between MHz and all QAM signals the accuracy is ± ) Typical value with 10 km fibre and with nominal output power. The minimum value is 4 % OMI. 16) Typical value with 10 km fibre and with 50 analog channels up to 550 MHz and 30 QAM256 channels above 550 MHz. The longer fibre increases CSO, for example at 25 km CSO is typically 2 lower. For analog channels the maximum link length is 25 km depending on channel count, channel allocation and requirements. 17) Typical power consumption at 25 C without the spectrum analyser module. 8 W value is valid when the drive amplifier power save is active. The power save mode is proposed when the limited amount of narrowcast channels (20 pcs.) are transmitted. The spectrum analyser consumes 2 W. 18) Fixed connections are located at the rear panel. Test points are located at the front panel. 19) Fibre connectors can be located at the rear or at the front panel. 20) The fan can be replaced by the user without signal interruption. 21) Radiation limit is 20 pw.
5 Timo Rantanen (6) Block diagrams, with and without WDM filter (optional) Spectrum Analyser Optonal Broadband Detector Laser TP Input 1 E O Output 15xx nm Input 2 Spectrum Analyser Optonal Broadband Detector Laser TP Input 1 Input 2 E O US output or Input 15yy nm Output 15xx nm US input
6 Timo Rantanen (6) Ordering information HDO772 configuration map HDO Transmitter type 3-1 Fibre location A Broadcast F Front panel B Narrowcast R Rear panel 2-1 ITU ch and wavelength 4-1 Optopassive 21 ITU Ch nm F21 ITU21 filter, front 22 ITU Ch nm R21 ITU21 filter, rear 23 ITU Ch nm F22 ITU22 filter, front 24 ITU Ch nm R22 ITU22 filter, rear 25 ITU Ch nm 26 ITU Ch nm 27 ITU Ch nm 28 ITU Ch nm 29 ITU Ch nm F59 ITU59 filter, front 30 ITU Ch nm R59 ITU59 filter, rear 31 ITU Ch nm FC nm filter, front 32 ITU Ch nm RC nm filter, rear 33 ITU Ch nm FC nm filter, front 34 ITU Ch nm RC nm filter, rear 35 ITU Ch nm FXX None 36 ITU Ch nm RXX None 37 ITU Ch nm 38 ITU Ch nm 5-1 Fibre connector type 39 ITU Ch nm A1 SC/APC, 9 deg. 40 ITU Ch nm B1 FC/APC 41 ITU Ch nm C1 E2000/APC 42 ITU Ch nm D1 SC/APC 8 deg. 43 ITU Ch nm H1 SC/APC 8 deg. with shutter 44 ITU Ch nm A2 2xSC/APC 9 deg. 45 ITU Ch nm B2 2xFC/APC 46 ITU Ch nm C2 2xE2000/APC 47 ITU Ch nm D2 2xSC/APC 8 deg. 48 ITU Ch nm H2 2xSC/APC 8 deg. with shutter 49 ITU Ch nm 50 ITU Ch nm 6-1 Signal monitoring 51 ITU Ch nm A Spectrum analyser 52 ITU Ch nm X None 53 ITU Ch nm 54 ITU Ch nm DOC00xxxxx, Rev ITU Ch nm 56 ITU Ch nm 57 ITU Ch nm 58 ITU Ch nm 59 ITU Ch nm
HDO905 CATV FIBRE TRANSMITTER
Timo Rantanen 23.8.2011 1(6) HDO905 CATV FIBRE TRANSMITTER HDO905 is a high performance, linear directly modulated DFB laser transmitter for forward path fibre optic links in CATV and FTTx networks. The
More informationHDO907 CATV FIBRE TRANSMITTER
Timo Rantanen 18.2.2015 1(6) HDO907 CATV FIBRE TRANSMITTER HDO907 is a high performance, linear and directly modulated DFB laser transmitter for forward path fibre optic links in CATV and FTTx networks.
More informationDVO902 E/S CATV FIBRE TRANSMITTER
Timo Rantanen 24.7.2007 1(5) DVO902 E/S CATV FIBRE TRANSMITTER DVO902 E and S types are high performance, extremely linear DFB laser transmitters for DVO fibre optic CATV link. DVO902 is available on different
More informationCXE880 FIBRE OPTIC NODE
Kari Mäki 21.4.2011 1(6) CXE880 FIBRE OPTIC NODE The CXE880 is a fibre deep optical node. It is designed for cases where high performance and cost effectiveness are a demand. Requirements of future networks,
More informationCXE880 FIBRE OPTIC NODE
Kari Mäki 4.3.2008 1(6) CXE880 FIBRE OPTIC NODE The CXE880 is a fibre deep optical node. It is designed for cases where high performance and cost effectiveness are a demand. Requirements of future networks,
More informationCXE880 FIBRE OPTIC NODE
Kari Mäki 8.1.2008 1(5) CXE880 FIBRE OPTIC NODE The CXE880 is a fibre deep optical node. It is designed for cases where high performance and cost effectiveness are a demand. Requirements of future networks,
More informationCXE880 FIBRE OPTIC NODE
Kari Mäki 29.4.2015 1(6) CXE880 FIBRE OPTIC NODE The CXE880 is a fibre deep optical node. It is designed for cases where high performance and cost effectiveness are a demand. Requirements of future networks,
More informationACE8 1.2 GHZ INTELLIGENT OPTICAL NODE
9.5.2014 1(6) ACE8 1.2 GHZ INTELLIGENT OPTICAL NODE Features ACE8 is a single active output intelligent node. The node is based on a fixed receiver but modular upstream transmitter. The output amplifier
More informationAC9000 INTELLIGENT FIBRE OPTIC PLATFORM
Kari Mäki 20.12.2012 1(7) 9000 INTLLIGNT FIBR PTIC PLATFRM Features The 9000 is an intelligent 4 output optical node of x product family. It is based on fixed platform but flexible modular solution, supporting
More informationAC500 AMPLIFIER PLATFORM
Broadband Cable Networks / Kari Mäki March 18, 2004 1(6) AC500 AMPLIFIER PLATFORM The AC500 is a single active output amplifier with 39 of gain. The amplifier can be used as in distribution purposes in
More informationAC9000 INTELLIGENT FIBRE OPTIC PLATFORM
Kari Mäki 4.4.2012 1(7) 9000 INTLLIGNT FIBR PTIC PLATFRM Features The 9000 is an intelligent 4 output optical node of x product family. It is based on fixed platform but flexible modular solution, supporting
More informationAC1000 AMPLIFIER & OPTICAL NODE PLATFORM
Broadband Cable Networks / Kari Mäki February 6, 2008 1(11) AC1000 AMPLIFIER & OPTICAL NODE PLATFORM The AC1000 is a single active output amplifier with 29 or 39 of platforms. Both platforms can be used
More informationAC800 FIBRE OPTIC NODE
Broadband Cable Networks / Kari Mäki January 11, 2007 1(6) AC800 FIBRE OPTIC NODE The AC800 is a single active output node. It is based on fixed receiver concept but new features can be added by flexible
More informationTELESTE AC NODE SPECIFIC MODULES
TELESTE AC NODE SPECIFIC MODULES AC 6310 Power supply module for Teleste AC8000 and AC8800 optical nodes. Can work alone or it can be operated parallel to split the work load and create the redundancy
More informationAC8800 INTELLIGENT FIBRE OPTIC PLATFORM
Kari Mäki 27.5.2010 1(7) AC8800 INTLLIGNT FIBR PTIC PLATFRM The AC8800 is a dual active output node. It is based on fixed platform but flexible modular solution. It supports two optical receivers with
More informationAC8000 FIBRE OPTIC PLATFORM
Kari Mäki 5.5.2008 1(7) AC8000 FIBR PTIC PLATFRM The AC8000 is a dual active output node. It is based on fixed platform but flexible modular solution. There is possible to have an optical receiver with
More information1550nm external modulated optical transmitter operating manual
1550nm external modulated optical transmitter operating manual Table of Contents Table of Contents...- 1 - Safety Instruction...- 2-1. Overview... - 3-1.1 About This Manual... - 3-1.2 Product Description...
More informationAC3200 INTELLIGENT BROADBAND AMPLIFIER
Kari Mäki 7.4.2015 1(7) AC3200 INTELLIGENT BROADBAND AMPLIFIER AC3200 is the latest leading-edge addition to AC family with extended frequency and gain ranges and integrated electrical controls in both
More informationEnd of Life. Headend Optics Platform (HLP) SPL7210S/A. HL2 Series SUPRALink High Density DWDM Transmitter FEATURES PRODUCT OVERVIEW. arris.
arris.com Headend Optics Platform (HLP) SPL7210S/A HL2 Series SUPRALink High Density DWDM Transmitter FEATURES Compact size enables 20 DFB modules to fit in a 3RU platform DWDM technology optimizes HFC
More informationHeadend Optics Platform (CH3000)
arris.com Headend Optics Platform (CH3000) HT3580H Series Quad-Density Full Spectrum DWDM Transmitter System FEATURES DWDM transmitter: up to 16 wavelengths on ITU grid Hot plug-in/out, individually replaceable
More informationExternally Modulated Optical Transmitter (47~862MHz,CNR1 53dB,SBS:13~18dBm adj.)
HT8500HC (CATV wavelength) HT8500HU (ITU wavelength adjustable) Externally Modulated Optical Transmitter (47~862MHz,CNR1 53dB,SBS:13~18dBm adj.) Product description 1550nm externally modulated optical
More informationACE3 INTELLIGENT BROADBAND AMPLIFIER
12.4.2017 1(8) ACE3 INTELLIGENT BROADBAND AMPLIFIER Features ACE3 is the most advanced compact amplifier on the market. It has 1.2 GHz frequency range and integrated electrical controls in both up- and
More informationAC GHZ DISTRIBUTION AND TRUNK AMPLIFIER
30.11.2015 1(7) 2500 1.2 GHZ DISTRIBUTION AND TRUNK AMPLIFIER The 2500 is a dual active output amplifier with 2 x 43 operational. This product can be used as high distribution amplifier, but also as a
More informationPrisma II 1 GHz 1550 nm Transmitters
Optoelectronics Prisma II 1 GHz 1550 nm Transmitters Description The Prisma II optical network is an advanced transmission system designed to optimize network architectures and increase reliability, scalability,
More informationODN4P. Optical Distribution Node, Four Ports. About the Product
About the Product The Light Link Series 2, deep-fibre Optical Distribution Node ODN4P is a prime building block for highperformance networks, designed for adaptability, scalability and optional return-path
More informationAC GHZ INTELLIGENT BROADBAND AMPLIFIER
13.4.2016 1(8) AC3210 1.2 GHZ INTELLIGENT BROADBAND AMPLIFIER Features The AC3210 is a dual active output amplifier with 48 maximum. The amplifier stages are based on extreme high performance GaN solution
More informationDownstream signal path (values with diplex filters)
23.5.2016 1(8) Technical specifications Parameter Specification Note Downstream signal path (values with diplex filters) Frequency range 85...1218 MHz Return loss 20 db 1) Operational distribution gain
More informationAC GHZ INTELLIGENT BROADBAND AMPLIFIER
13.4.2016 1(8) AC3010 1.2 GHZ INTELLIGENT BROADBAND AMPLIFIER Features The AC3010 is a single active output amplifier with 48 db maximum. The amplifier stages are based on extreme high performance GaN
More informationPrisma II 1310 nm High Density Transmitter and Host Module
Optoelectronics Prisma II 13 nm High Density Transmitter and Host Module Description The Prisma II optical network is an advanced transmission system designed to optimize network architecture and increase
More informationAC3000 INTELLIGENT BROADBAND AMPLIFIER
Kari Mäki 24.9.2012 1(7) AC3000 INTELLIGENT BROADBAND AMPLIFIER AC3000, the most advanced amplifier on the market, is the latest leading-edge addition to AC family with extended frequency and gain ranges
More informationPrisma II 1310 nm High Density Transmitter and Host Module
Optoelectronics Prisma II 1310 nm High Density Transmitter and Host Module Description The Prisma II optical network is an advanced transmission system designed to optimize network architecture and increase
More informationOptiva OTS-2 40 GHz Amplified Microwave Band Fiber Optic Links
5 MHz to 4 GHz Amplified Microwave Transport System The Optiva OTS-2 4 GHz Microwave Band transmitter and receiver are ideal to construct transparent fiber optic links in the 5 MHz to 4 GHz frequency range
More informationUser Manual CXE Rev.002 Broadband Cable Networks March 3, (10) CXX Series. User Manual. Teleste Corporation CXE880.
Broadband Cable Networks March 3, 2008 1(10) CXX Series User Manual Teleste Corporation CXE880 Fibre Node Broadband Cable Networks March 3, 2008 2(10) Introduction The CXE880 is a fibre deep optical node
More informationOptiva OTS-2 40 GHz Amplified Microwave Band Fiber Optic Links
2 GHz to 4 GHz Amplified Microwave Transport System The Optiva OTS-2 4 GHz Microwave Band transmitter and receiver are ideal to construct transparent fiber optic links in the 5 MHz to 4 GHz frequency range
More informationACE2 INTELLIGENT BROADBAND AMPLIFIER
26.5.2017 1(6) ACE2 INTELLIGENT BROADBAND AMPLIFIER Features ACE2 is the most advanced compact amplifier on the market. It has 1.2 GHz frequency range and integrated electrical controls in both up- and
More informationGS7000 and GainMaker Reverse Segmentable Node bdr Digital Reverse 2:1 Multiplexing System
GS7000 and GainMaker Reverse Segmentable Node bdr Digital Reverse 2:1 Multiplexing System The bdr Digital Reverse 2:1 Multiplexing System expands the functionality of the GS7000 and GainMaker Reverse Segmentable
More informationOptiva OTS-2 18 GHz Amplified Microwave Band Fiber Optic Links
MHz to 18 GHz Amplified Microwave Transport System The Optiva OTS-2 18 GHz Microwave Band transmitter and receiver are ideal to construct transparent fiber optic links in the MHz to 18 GHz frequency range
More information1754C C-Band DWDM DFB Laser Module
The 1754C laser module is a Dense Wavelength Division Multiplexing (DWDM) laser for analog CATV applications. It features a distributedfeedback (DFB) device that has been designed specifically for radio
More informationUser Manual CXE Rev (12) CXX Series. User Manual. Teleste Corporation. CXE880 Fibre node
17.12.2012 1(12) CXX Series User Manual Teleste Corporation CXE880 Fibre node 17.12.2012 2(12) Contents Introduction... 3 Installation... 3 Housing... 3 Powering... 3 Status monitoring card (optional)...
More informationCompact Model Fiber Deep Node 862 MHz with 42/54 MHz Split
Optoelectronics Compact Model 90090 Fiber Deep Node 862 MHz with 42/54 MHz Split Description The Scientific-Atlanta Compact Model 90090 Fiber Deep Node is a small, low-cost, 110V AC powered node that addresses
More informationVer. 1.0en. Page 1 of 8
Ver. 1.0en Vision 1550nm External Modulation Optical Transmitter GS8510 Series Technical Specification Page 1 of 8 CONTENT 1.0 PRODUCT DESCRIPTION... 3 2.0 PRODUCT FEATURE... 5 3.0 MAIN APPLICATION...
More informationModel 6944 and 6940 Node bdr Digital Reverse 4:1 Multiplexing System designed for Prisma II Platform
Optoelectronics Model 6944 and 6940 Node bdr Digital Reverse 4:1 Multiplexing System designed for Prisma II Platform Description The bdr Digital Reverse 4:1 Multiplexing System expands the functionality
More information1751A 1550 nm DWDM DFB Laser Module
CATV Applications Node Capability Narrow Transmitter Housing Networks with Limited Fiber Architectures Using Separate Optical Wavelengths to Carry Targeted Services Features Standard ITU Grid Wavelengths
More informationCisco Prisma II 1.2 GHz High Density Long Reach Multiwave Transmitter
Data Sheet Cisco Prisma II 1.2 GHz High Density Long Reach Multiwave Transmitter The Cisco Prisma II 1.2 GHz High Density Long Reach Multiwave (HD-LRMW) Transmitter (Figure 1) is the CATV industry s first
More informationPrisma II Multi-Wavelength High Density Transmitter
Prisma II Multi-Wavelength High Density Transmitter Increasing customer demands for advanced services and competitive pressures are causing HFC network operators to consider strategic options. One popular
More informationAC GHZ DISTRIBUTION AMPLIFIER
23.5.2016 1(8) C1500 1.2 GHZ DISTRIBUTION MPLIFIER Technical specifications Parameter Specification Note Downstream signal path (values with diplex filters) Frequency range 85...1218 MHz Return loss 20
More informationCXE202 UNIVERSAL AMPLIFIER
Broadband Cable Networks / Kari Mäki June 14, 2010 1(7) CXE202 UNIVERSAL AMPLIFIER The CXE202 is a dual output amplifier. It has two gain modes in one product. Gain can be selected on the field according
More informationModel OT-1000-HH 1GHz SuperMod Optical Transmitter, DWDM ADVANCED OPERATING MANUAL
Model OT-1000-HH 1GHz SuperMod Optical Transmitter, DWDM ADVANCED OPERATING MANUAL The features mentioned in this Advanced OT-1000-HH Manual can be accessed only with the optional OT-NEC-A, Network Element
More information1622A/B CWDM DFB Laser Module
The 1622A/B ITU G.695 compliant CWDM forward path DFB laser components are designed for both broadcast and narrowcast analog applications. The highly linear, OC48 pinout compatible components feature options
More informationCXE101 DISTRIBUTION AMPLIFIER
Broadband Cable Networks / Kari Mäki February 9, 2006 1(5) CXE101 DISTRIBUTION AMPLIFIER The CXE101 is a compact distribution amplifier. It is having all the modern features in flexible format. The important
More informationOptiva 18 GHz Unamplified Microwave (MW) Transport System
The EMCORE Optiva Microwave Fiber Optic Transport System is a family of SNMP managed fiber optic transmitter and receivers that provide high-performance 0.05-18 Hz transport within the Optiva modular platform.
More informationSmall Integrated Transmitter Unit SITU2400-XZ
Small Integrated Transmitter Unit SITU2400-XZ 0.05 1 GHz, ITU-Grid DWDM Directly Modulated Self-Contained Transmitter Applications Cellular and PCS Antenna- Remoting Microwave Delay Lines Frequency Distribution
More informationA3422 XMTDR. Digital Return Optical Transmitter Module. Features
A3422 XMTDR Digital Return Optical Transmitter Module The A3422 XMTDR digital return optical transmitter allows RF reverse path signals to be sent back to headend via a single fiber. The RF signal is routed
More informationAC2000 AMPLIFIER PLATFORM
Broadband Cable Networks / Kari Mäki June 26, 2008 1(6) 2000 AMPLIFIER PLATFORM The 2000 is a dual active output amplifier with 2 x 39 of gain. The input and output amplifier stages are both based on high
More information1752A 1550 nm DOCSIS 3.1 DWDM DFB Laser Module
Applications Node Capability Narrow Transmitter Housing Networks with Limited Fiber Architectures Using Separate Optical Wavelengths to Carry Targeted Services Features DOCSIS 3.1 compliant 1.2 GHz Bandwidth
More information1751A 1550 nm DWDM DFB Laser Module
1751A 1550 nm DWDM DFB Laser Module Applications Node capability Narrow transmitter housing Networks with limited fiber Architectures using separate optical wavelengths to carry targeted services Features
More informationINSTRUCTION MANUAL OTOT-1000C-FQ WIDE-BAND 1550NM DIRECT-MOD QAM TRANSMITTER. 1,000 MHz Bandwidth / Optical Output Power is +9dBm (OTOT-1000C-09-FQ)
INSTRUCTION MANUAL OTOT-1000C-FQ WIDE-BAND 1550NM DIRECT-MOD QAM TRANSMITTER 1,000 MHz Bandwidth / Optical Output Power is +9dBm (OTOT-1000C-09-FQ) Phone: (209) 586-1022 (800) 545-1022 Fax: (209) 586-1026
More information1935 F/R/W Coaxial DFB Laser Diode
OBand CWDM 5 MHz 4000 MHz EMCORE s Model 1935 DFB lasers offer a lowcost solution for linear fiber optic links. These components can be cooled with external thermoelectric coolers for high stability, or
More informationGS7000 & GainMaker Reverse Segmentable Node bdr Digital Reverse 2:1 Multiplexing System
Optoelectronics GS7000 & GainMaker Reverse Segmentable Node bdr Digital Reverse 2:1 Multiplexing System Description The bdr Digital Reverse 2:1 Multiplexing System expands the functionality of the Scientific-Atlanta
More informationOptiva Un-Amplified MW Transport 40 GHz System
The EMCORE Optiva Microwave Fiber Optic Transport System is a family of SNMP managed fiber optic transmitter and receivers that provide high-performance 0.05-40 Hz transport within the Optiva modular platform.
More informationOptical Transmitter RF-T860/24. Installation & Operation Manual. Caution
Optical Transmitter RF-T860/24 Installation & Operation Manual Caution These servicing instructions are for use by qualified personnel only. To reduce the risk of electrical shock, please do not perform
More information1955 F/R/W Coaxial DFB Laser Diode
EMCORE s Model 1955 DFB lasers offer a low cost solution for linear fiber optic links. These components can be cooled with external thermoelectric coolers for high stability, or run without TEC s to reduce
More informationOPTICAL NODE TRUNK & DISTRIBUTION
OPTICAL NODE TRUNK & DISTRIBUTION OPTI 100RX - OPTI 200RX - OPTI 300RX Version 2 Page 1 OPTI INTRODUCTION OPTI is a broadband distribution node designed to be used as a compact, multiport optical node
More informationLT1310 / LT1550. Product User Manual. Laser Transmitter with Return Path Receivers. Offices:
LT1310 / LT1550 Laser Transmitter with Return Path Receivers Product User Manual Offices: China, Beijing : tel. +86-10-5791-0655 Americas, Florida : tel. +1-703-579-6777 AsiaPac, Melbourne : tel. +61-3-9780-5100
More informationGainStar 1 GHz Node with 42/54 MHz Split
GainStar 1 GHz Node with 42/54 MHz Split The 1 GHz GainStar Node (GSN) is specifically designed to serve in HFC networks. With its modular design of Optics and RF amplifier electronics, the GSN can provide
More informationCXE100 DISTRIBUTION AMPLIFIER
Broadband Cable Networks / Kari Mäki April 5, 2005 1(5) CXE100 DISTRIBUTION AMPLIFIER The CXE100 is a compact distribution amplifier. It is having all the modern features in flexible format. The important
More informationCompact Node Optoelectronics
ptoelectronics Compact Node 90075 Description The Compact Model 90075 Node is Scientific-Atlanta s latest addition to its family of Compact nodes. The node offers maximized coverage for network designs
More informationMODEL BLN GHz FIBER DEEP NODE STARLINE SERIES
MODEL BLN100 1 1 GHz FIBER DEEP NODE STARLINE SERIES The BLN100 optical node is an essential building block in evolving Hybrid Fiber Coaxial (HFC) network architectures enabling amplifier to node conversions.
More informationPrisma II 1 GHz SuperQAM Full Spectrum Transmitter
Prisma II 1 GHz SuperQAM Full Spectrum Transmitter The Prisma II optical networks allow for best in class architectures with increased reliability, scalability, and cost-effectiveness. The Prisma II 1
More information1751A 1550 nm DWDM DFB Laser Module
1751A 1550 nm DWDM DFB Laser Module Applications Node capability Narrow transmitter housing Networks with limited fiber Architectures using separate optical wavelengths to carry targeted services Features
More informationnm C-Band DWDM DFB Laser Module
The 1764 laser module is a Dense Wavelength Division Multiplexing (DWDM) laser for analog wireless and distributed antenna system (DAS) applications. It features a distributed-feedback (DFB) device that
More information1933 F/R/W Coaxial DFB Laser Diode
EMCORE s Model 1933 DFB lasers offer a low cost solution for linear fiber optic links. These components can be cooled with external thermoelectric coolers for high stability, or run without TEC s to reduce
More informationGainMaker High Output Reverse Segmentable Node with 40/52 MHz Split
Data Sheet GainMaker High Output Reverse Segmentable Node with 40/52 MHz Split The GainMaker High Output Reverse Segmentable (RS) Node is designed to serve as an integral part of today s network architectures.
More informationModel 1955F/R/W Coaxial DFB Laser Diode
Model 1955F/R/W Coaxial 1550nm CWDM, 5 MHz 4000 MHz Emcore s Model 1955 DFB lasers offer a low cost solution for linear fiberoptic links. These components can be cooled with external thermoelectric coolers
More informationOpti Max Optical Node Series
arris.com Opti Max Optical Node Series OM6000 1.2 GHz 4x4 HFC Segmentable Node FEATURES Supports 1.2 GHz Downstream and 204 MHz Upstream bandpass for DOCSIS 3.1 migration Integrated segmentation switches
More informationOptiva OTS-2 Ka-Band RF Fiber Optic Links
Optiva OTS2 KaBand The Optiva OTS2 KaBand transmitter and receiver are ideal to construct downlink 18.300 to 21.200 Hz and uplink 28.350 to 31.000 Hz transparent fiber optic links for antenna remoting,
More informationOptiva OTS-2 Ku-Band RF Fiber Optic Links
Optiva OTS2 KuBand The Optiva OTS2 KuBand transmitter and receiver are ideal to construct downlink 10.700 to 12.750 Hz and uplink.750 to 14.500 Hz transparent fiber optic links for antenna remoting, electronic
More informationModBox - Spectral Broadening Unit
ModBox - Spectral Broadening Unit The ModBox Family The ModBox systems are a family of turnkey optical transmitters and external modulation benchtop units for digital and analog transmission, pulsed and
More informationCXE202 UNIVERSAL AMPLIFIER
Broadband Cable Networks / Kari Mäki November 23, 2006 1(7) CXE202 UNIVERSAL AMPLIFIER The CXE202 is a dual output amplifier. It has two gain modes in one product. Gain can be selected on the field according
More informationCompact Nodes and 90071
Fiber ptics Compact Nodes 90070 and 90071 Dedicated ptimized Nodes The 90070 receiver node is designed for long distance trunk applications to feed architectures of any density. Dual output with enhanced
More informationGainMaker High Output Node 5-40/ MHz
Optoelectronics GainMaker High Output Node 5-40/52-1002 MHz Description The GainMaker High Output Node is designed to serve as an integral part of today s network architectures, and combines the superior
More informationGainMaker 1 GHz High Output 4-Port Node with 40/52 MHz Split
Data Sheet GainMaker 1 GHz High Output 4-Port Node with 40/52 MHz Split The Cisco GainMaker High Output 4-Port Node with 40/52 MHz Split is designed to serve as an integral part of today s network architectures.
More informationCisco Enhanced Digital Return (EDR) 85 System Compact Segmentable Nodes
Cisco Enhanced Digital Return (EDR) 85 System Compact Segmentable Nodes The Cisco Enhanced Digital Return (EDR) 85 System expands the functionality of Compact Segmentable Nodes by increasing the performance,
More informationPrisma II 1 GHz SuperQAM Transmitter
Prisma II 1 GHz SuperQAM Transmitter The Prisma II optical networks allow for best in class architectures with increased reliability, scalability, and cost-effectiveness. The Prisma II 1 GHz SuperQAM Transmitter
More information1612A/B 1310 nm DFB Laser Module
The 1612A/B 1310 nm forward path DFB laser modules are designed for both broadcast and narrowcast analog applications. The highly linear OC48 pinout compatible devices feature options up to 31mW of minimum
More informationOptiva RF-Over-Fiber Design Tool User s Guide. Revision 1.0 March 27, 2015
Optiva RF-Over-Fiber Design Tool User s Guide Revision 1.0 March 27, 2015 2015 Jenco Technologies Inc. All rights reserved. Every attempt has been made to make this material complete, accurate, and up-to-date.
More informationEnd of Life. Optical Node Series (HL2) HLN3142C. HL2 Series PWRBlazer II Optical Nodes FEATURES PRODUCT OVERVIEW. arris.com
arris.com Optical Node Series (HL2) HLN3142C HL2 Series PWRBlazer II Optical Nodes FEATURES Compact, rugged, die cast aluminum housing allows outdoor strand, wall or pedestal mounting Up to four high level
More informationTELESTE AC AMPLIFIER MODULES
TELESTE AC AMPLIFIER MODULES AC 6110 INPUT MODULE AC6110 is an input module with 0 db attenuation. Supports frequencies up to 1.2 GHz. 0 db jumper module to be used as an input module in AC-amplifier platform
More informationDownstream signal path (values with diplex filters) Upstream signal path (values with diplex filters)
PRODUT SPEIFITION 3210 3.11.2016 1 ( 7 ) Technical specifications Paramete Specification Note Downstream signal path (values with diplex filters) Frequency range 85...1218 MHz Return loss 20 db 1) Maximum
More informationGainMaker High Output 4-Port Node
GainMaker 1 GHz High Output 4-Port Node with 42/54 MHz Split The GainMaker High Output 4-Port Node is designed to serve as an integral part of today s network architectures. The GainMaker High Output 4-Port
More informationDigital Return System
arris.com Digital Return System SG4 DRT 2X 85 and MBN DRT 2X 85 Transmitters GX2 DRR 2X 85 and CHP D2RRX 85 Receivers FEATURES Allows return bandwidth expansion up to 85 MHz Easy node segmentation with
More informationGainMaker Optoelectronic Node 1 GHz with 40/52 MHz Split and RF Redundancy
Optoelectronics GainMaker Optoelectronic Node 1 GHz with 40/52 MHz Split and RF Redundancy Description The GainMaker Node is designed to serve as the cornerstone of today s emerging fiber deeper network
More informationGainMaker Optoelectronic Node 1 GHz with 42/54 MHz Split
Optoelectronics GainMaker Optoelectronic Node 1 GHz with 42/54 MHz Split Description The GainMaker Node is designed to serve as the cornerstone of today s emerging fiber deeper network architectures. The
More informationCXE180 UNIVERSAL AMPLIFIER
Kari Mäki 20.9.2012 1(6) CXE180 UNIVERSAL AMPLIFIER The CXE180 is a compact dual output amplifier. It has two gain modes in one product. Gain can be selected on the field according to wanted operation.
More informationCXE180 UNIVERSAL AMPLIFIER
Kari Mäki 14.6.2010 1(5) CXE180 UNIVERSAL AMPLIFIER The CXE180 is a compact dual output amplifier. It has two gain modes in one product. Gain can be selected on the field according to wanted operation.
More informationproduct overview optical nodes
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.
More informationPutting the D back into DWDM Full-band Multi-wavelength Systems Mani Ramachandran CEO / CTO InnoTrans Communications
April 14 2015 Putting the D back into DWDM Full-band Multi-wavelength Systems Mani Ramachandran CEO / CTO InnoTrans Communications Perception vs. Reality of full-band multiwavelength systems 40 wavelength
More informationPrisma II Optical Receivers
Optoelectronics Prisma II Optical s Description The Prisma II optical network is an advanced transmission system designed to optimize network architectures and increase reliability, scalability, and cost
More informationCisco Prisma II Quad Optical Input Enhanced Digital Return (EDR) Receiver for Compact Segmentable Nodes
Data Sheet Cisco Prisma II Quad Optical Input Enhanced Digital Return (EDR) Receiver for Compact Segmentable Nodes The Cisco Quad Optical Input Enhanced Digital Return (Q-EDR) 85 Receiver expands the Cisco
More informationCisco Prisma Optical Passive Components
Data Sheet Cisco Prisma Optical Passive Components This data sheet includes optical wavelength filters, multiplexers, and demultiplexers that operate in the C-band from 1525 to 1565 nm as well as band
More information