Smarter Solutions for a Connected World HFC Catalog

Transcription

1 Smarter Solutions for a Connected World 2016 HFC Catalog

2 What You Need, When You Need it. Why we do, what we do... Founded by a network engineer to solve problems that network engineers face on a regular basis, IntegraOptics is a leading fiber optic component provider that specializes in delivering high quality optical equipment on time and under budget. All of IntegraOptics transceivers are quality-tested and coded by our in-house engineers to ensure compatibility with your network platform. Today, IntegraOptics is known for having the fastest delivery time in the industry, and for providing optical equipment that is guaranteed to work, when and where you need it.

3 What we do for you... Transceiver Experts The roots of IntegraOptics stem directly from engineering in the cable and telecommunication industry, so we understand your networking project challenges, and we provide high-quality fiber optic solutions that can meet your specific platform needs. Highest Compatibility and Quality All of IntegraOptics transceivers are 100% OEM compatible, ISO 9001 certified, and qualitytested by our in-house engineers to ensure compatibility with your network platform. Partner Based Business Model IntegraOptics is committed to the long-term success of your projects. Our engineers and technicians are readily available to address questions, trouble-shoot issues, and provide on-site support. Fastest Delivery Time in the Industry We know that on-time delivery is critical for your project. IntegraOptics vast in-house inventory and automated processing significantly shortens lead times and ensures that your product is there when you need it. Lowest Total Cost Ownership (TCO) IntegraOptics transceivers come with a lifetime guarantee and no maintenance contract, allowing you to complete your projects under budget and with coverage assurance. To learn more about how you can benefit from IntegraOptics, contact us at +1 (877) or visit us online at IntegraOptics.com

4 Contents 05 Product Overview Ext-Mod Transmitter 07 OTC Chassis Direct-Mod CATV TX 09 OTC 1550 Transmitter H-EDFA Amplifier 11 OTC 1310 Transmitter 28 Standard Power EDFA 13 OTC HFC Return Receiver 31 HFC Compact Node ( High RF Output Power) 15 OTC RFoG Return Receiver 35 RFoG NanoNode 17 OTC Optical Amplifier 4 IntegraOptics.com +1 (877)

5 Product Overview IntegraOptics Transport Products IntegraOptics offers standard HFC, RFoG, Optical Transport Equipment and 100G/400G Ethernet products directly to the communications industry, making TiOptics an ideal partner and supplier for your optical network needs. IntegraOptics.com +1 (877)

6 Product Overview Optical Transmission Equipment IntegraOptics provides optical transport equipment supporting HFC, FTTH and RFoG networks. Transmitters, EDFAs and Return path receivers are available in individual rack mounted form factors or in high density chassis for mass deployment of HFC/RFoG services. IntegraOptics optical transport products are high quality, low noise, DOCSIS 3.0 and 3.1 compatible devices that provide clear reliable and error free transport for Video, Data and Voice services. Optical transport chassis (OTC) & modules The IntegraOptics Optical Transport system includes a small 4RU 14 slots chassis with controller, AC or DC redundant power supplies, and pluggable service modules The chassis is Universal slot, and all modules are hot swappable and SNMP manageable. This high density unit can support as many as 28 HFC or RFoG network links in one 19 4RU design. Stand-alone CATV equipment IntegraOptics stand-alone CATV equipment provides high reliability and high performance in small 19 rack mountable packages. All power, management, and optical electronics are integrated into the package, for easy installation and operations. CATV nodes IntegraOptics offers both traditional HFC nodes, as well as RFoG ONUs. These units are designed to SCTE standards and can be used in harsh uncontrolled environments to carry analog/ digital, and data content. All IntegraOptics nodes support bi-directional HFC networks up to 1GHz. 6 IntegraOptics.com +1 (877)

7 OTC Chassis Optical Transport Chassis (OTC) is a 4RU, 19 rack mountable equipment shelf with 14 service slots, redundant hot swappable power supplies, and a system management controller and display. IntegraOptics OTC chassis currently supports a variety of return path receivers, forward path transmitters and optical amplifiers. It utilizes a universal slot design for the ultimate in flexibility, allowing any mix of service modules to be installed in any combination of slots. Power supplies and fans are hot swappable and are integrated into the chassis design leaving all 14 slots open for service modules. All service modules are plug-in / hot swappable with RF inputs and outputs fixed to the chassis rear panel to simplify module replacement and repair. The OTC management controller includes a front mounted LCD display / control keys for local operations, and supports SNMP remote management/ monitoring. When a module is installed, its type and inventory parameters are automatically registered with the controller simplifying service activation and allowing new module types to be installed onto existing systems without software upgrades or service interruptions. Features Intelligent controller maintains a system inventory automatically and constantly monitor status Universal slot design allows any service module to be installed in any slot High port density to support up to 28 optical networks in a single 4RU chassis Supports a full range of RF modules (forward transmitters, return receivers, EDFAs) Remote management using SNMP allows easy integration to standard management systems Redundant AC or DC powering to optimize the power options for each installation Applications GPON/EPON RF feeder networks RFoG access networks HFC nodes and networks Inter-office video transport networks IntegraOptics.com +1 (877)

8 OTC Chassis General Specification Dimensions W x H x D 19 x 7 x 21.6 (4RU rack mount) Weight 24 lbs (redundant power, no modules) Optical Connectors SC/APC on plug-in modules RD In/Out Connector 75 Ohm female F connectors on rear panel Cooling Fan cooled (hot-swappable) with power supply Electrical AC Power 120VAC or 240VAC (ordering option) DC Power -36 VDC to -60 VDC (fuse for 10 amps each supply) Power Consumption 250 watts max fully loaded (16 watts/slot) Environmental Operating Temp. Range 0 C to +50 C Storage Temp. Range -20 C to +60 C Humidity 5% to 85% (non-condensing) Service Modules Supported TCDT nm Direct Mod Forward Transmitter TCDT nm Direct Mod Forward Transmitter TCSEDF Optical Amplifier TCRRFG Dual analog RFoG Return receiver TCRHFC Dual analog HFC Return receiver Management Local Display Backlit LCD with menus Local Control Menu keys Remote Monitoring RJ45/LAN with SNMP or rear panel Ordering Information TOTC14-ps ps = Power Supply Type (120AC, 240AC, DC) 8 IntegraOptics.com +1 (877)

9 OTC 1550 Transmitter CDT15 transmitter module is a flexible, high quality forward path transmitter to support QAM or analog channel insertion onto HFC or FTTH networks. This low cost directly modulated transmitter supports both access and long distance video transport applications, with links up to 40km. It has advanced distortion pre-compensation and SBS suppression to maintain high quality video over long distances. Automatic temperature control and automatic power control circuits along with a high quality cooled DFB laser insures that the IntegraOptics CDT15 transmitter will be stable and dependable over the lifetime of the network. The available high power versions allow optical splitting and, when paired with the IntegraOptics OTC EDFA, allow a single transmitter to support multiple optical links from the same OTC shelf. It may be configured and monitored locally via the OTC chassis controls, or remotely using SNMP, allowing it to be easily integrated to your network operations systems. Features Fully automatic gain and power controls provide exceptional stability and linearity Wide frequency range from 47MHz to 1000MHz covers the entire CATV band Distortion pre-compensation allows high fidelity links over long distances for high video quality Automatic SBS suppression for superior quality video transmission Advanced protection circuitry with alarms provides Automatic Laser Shutdown Status indicator, RF monitor and hot-swappable design for easy diagnostic & maintenance. Applications Insert local content and services to broadcast stream Analog and digital channel support for transmission links up to 10km Long distance digital transmission links (>40km) IntegraOptics.com +1 (877)

10 OTC 1550 Transmitter General Specification Dimensions W x H x D Weight Transmitters per module Optical Connectors RF Monitor Connector Replacement Electrical Power Consumption Environmental Operating Temp. Range Storage Temp. Range Humidity 1.2 x 5.12 x 14.6 (1 wide chassis slot) 2.5lbs. (1.13kg) 1 independent transmitter per module SC/APC on front panel 75Ohm female F connectors on faceplate Plug-in, hot swappable 14W max 0 C to +50 C (+32 F to +122 F) -20 C to +60 C (-4 F to +140 F) 5% to 85% (non-condensing) Optical Performance Wavelength Output Power Modulation CNR CSO CTB 1529nm to 1561nm 6dBm-10dBm (Optional) Directly modulated DFB laser >50dB <-50dBc <-61dBc RF Performance RF Bandwidth RF Input Level RF Return Loss RF Monitor 47MHz to 1000 MHz 37dBmV >16dB (into 75Ohm load) -20dB referenced to RF input level Management TCDT15 transmitter is managed via OTC controller. Front panel controls on the transmitter provide local monitoring & diagnostics. Ordering Information TCDT15-pp pp = Optical output power/port dbm (6,10) No entry defaults to +6dBm 10 IntegraOptics.com +1 (877)

11 OTC 1310 Transmitter TCDT13 is a forward path transmitter for use in HFC networks. This low noise directly modulated transmitter supports a full 78 NTSC channel loading, has advanced distortion pre-compensation, Automatic Power Control, and a cooled DFB laser with isolation making it one of the most stable, trouble free and versatile transmitters in its price range. By using optional high output transmitters, (up to 13dBm), the optical outputs may be split allowing higher density applications in a single OTC chassis. As with all other module types, the IntegraOptics TCDT13 transmitter may be configured and monitored locally via the OTC chassis controls, or remotely using SNMP, allowing it to be easily integrated to your network operations systems. Features Fully automatic gain and power controls provide exceptional stability and linearity Wide frequency range from 47MHz to 1000MHz covers the entire CATV band Distortion pre-compensation allows high fidelity links over long distances for high video quality Automatic SBS suppression for superior quality video transmission Advanced protection circuiting with alarms provides Automatic Laser Shutdown Status indicator, RF monitor and hot-swappable design for easy diagnostic & maintenance. Keyed laser shut-down switches allows safe maintenance of the optical network and components Applications Insert local content and services to broadcast stream Analog and digital channel support for transmission links up to 10km Long distance digital transmission links (>40km) IntegraOptics.com +1 (877)

12 OTC 1310 Transmitter General Specification Dimensions W x H x D Weight Transmitters per module Optical Connectors RF Monitor Connector Replacement Electrical Power Consumption Environmental Operating Temp. Range Storage Temp. Range Humidity 1.2 x 5.12 x 14.6 (1 wide chassis slot) 2.5lbs. (1.13kg) 1 independent transmitter per module SC/APC on front panel 75Ohm female F connectors on faceplate Plug-in, hot swappable 16W max 0 C to +50 C (+32 F to +122 F) -20 C to +60 C (-4 Fto +140 F) 5% to 85% (non-condensing) Optical Performance Wavelength 1290nm to 1330nm (1310nm typical at 25C) Output Power Modulation CNR CSO CTB RF Performance RF Bandwidth Management 6dBm - 13dBm (Optional) Directly modulated DFB laser >51dB <-60dBc <-65dBc 47MHz to 1000MHz RF Input Level 15dBmV (+3/-2) Channel Loading RF Return Loss RF Monitor 78 NTSC Channels >16dB (47MHz-550MHz, >14dB 550MHz-1000MHz) (into 75Ohm load) -20dB Referenced to RF input level TCDT13 tramsmitter is managed via OTC controller. Front panel controls on the transmitter provide local monitoring & diagnostics. Ordering Information TCDT13-pp pp = Optical output power/port dbm (8, 10, 12, 13, 14). No entry defaults to +6dBm 12 IntegraOptics.com +1 (877)

13 OTC HFC Return Receiver HFC Return Path Receiver (RPR) is a low cost high performance receiver for HFC networks. It offers wide spectral bandwidth, broadband RF performance and adjustable RF levels allowing it to be applied to most HFC networks in service today. IntegraOptics HFC return path receiver module houses 2 independently managed optical receivers in a single slot wide case. It is hot swappable with front panel diagnostics, fiber connectors and RF monitor port. Features Wide spectral-width to support 1310nm, 1550nm, return paths. High density chassis designed with 2 HFC RPRs per module for up to 28 RPRs in a 4RU shelf Wide RF bandwidth to allow future channel bonding up to 2000MHz Low power consumption. 10W per module for low cost ongoing operations Status indicators, RF monitor and hot-swappable design for easy diagnostics & maintenance Applications Standard 2-way HFC network deployments DOCSIS 3.0 high performance networks Video on demand, DAVIC, and VoIP applications IntegraOptics.com +1 (877)

14 OTC HFC Return Receiver General Specification Dimensions W x H x D Weight Receivers per module Optical Connectors RF Monitor Connector RF Outputs Replacement Electrical Power Consumption Environmental Operating Temp. Range Storage Temp. Range Humidity 1.2 x 5.12 x 14.6 (1 wide chassis slot) 2.5lbs. (1.13kg) 2 independent transmitter per module SC/APC on front panel 75O hm female F connectors on faceplate 75O hm female F connectors on chassis back panel Plug-in, hot swappable 10 watts typical 0 C to +50 C -20 C to +60 C 5% to 85% (non-condensing) Optical Performance Wavelength Output Power Optical Return Loss 1290nm to 1620nm -10dBm to 0dBm >40db RF Performance RF Bandwidth RF Output Level Flatness RF Return Loss RF Monitor RF Pad Attenuation 5 to 200MHz 40dBmV min. (pad disabled, 20%OMI -10 dbm input, RF output can be disabled via management for diagnostics) +/-1.5dB max, +/-1dB typical (no tilt) >16dB (into 75 Ohms) -20dB Referenced to RF input level 0 to 15db max, in 0.2dB steps Management TCRHFC receiver is managed via the OTC controller. Front panel controls on the receiver module provide local monitoring and diagnostics. Ordering Information TCRHFC 14 IntegraOptics.com +1 (877)

15 OTC RFoG Return Receiver RFoG Return Path Receiver (RPR) is specifically designed to support the low power burst-mode return path transmission operations used by the SCTE based RFoG networks. Each module houses 2 highly sensitive, low- noise return receivers that provide a wide dynamic range and unrivaled NPR performance to faithfully receive burst mode optical inputs as low as -27dBm without compromising RF output quality. When combined with IntegraOptics high power NanoNode RFoG ONUs robust RFoG networks with 20km reach and 64 splits can be deployed. Features Low noise, high performance for the highest return path capacity and reliability. High density chassis design with 2 RFoG RPRs per module for up to 28 RPRs in a 4RU shelf. Wide band version available to support future channel bonding up to 200MHz High sensitivity and wide dynamic range for easy deployment of RFoG networks and ONUs 0dB to 30dB attenuation (software controlled) in 0.2dB steps for optimal performance tuning Status indicators, RF monitors and hot-swappable design for easy diagnostics & maintenance Applications Standard RFoG network deployments Long distance HFC return path support High split count RFoG networks for MDU and high density residential High performance DOCSIS 3.0 networks with upstream channel bonding IntegraOptics.com +1 (877)

16 OTC RFoG Return Receiver General Specification Dimensions W x H x D Weight Transmitters per module Optical Connectors RF Monitor Connector RF Output Replacement Electrical Power Consumption Environmental Operating Temp. Range Storage Temp. Range Humidity 1.2 x 5.12 x 14.6 (1 wide chassis slot) 2.5lbs. (1.13kg) 2 independent transmitter per module SC/APC on front panel 75Ohm female F connectors on faceplate 75Ohm female F connectors on chassis back panel Plug-in, hot swappable 14W max 0 C to +50 C (+32 F to +122 F) -20 C to +60 C (-4 F to +140 F) 5% to 85% (non-condensing) Optical Performance Wavelength Input Sensitivity EIN Optical Return Loss 1100nm to 1620nm -27dBm to -12dBm 0.75pA/sqrt(Hz) >40dB RF Performance RF Bandwidth RF Output Level Flatness RF Return Loss RF Monitor RF Pad Attenuation 5MHz to 85MHz (5MHz to 200Mhz for wideband version) 16dBmV (pad disabled, -27dBm input) +/-1dB (no tilt) >16dB (into 75Ohms) -20dB Referenced to RF input level 0dB to 30dB max, in 0.2dB steps Management TCRRFG receiver is managed via the OTC controller. Front panel controls on the receiver module provide local monitoring and diagnostics. Ordering Information TCRRFG-bw bw= Receiver RF bandwidth (none - 5MHz - 85MHz or W - 5 to 2000MHz) 16 IntegraOptics.com +1 (877)

17 OTC Optical Amplifier The pluggable EDFA module is a high performance optical amplifier for 1550nm optical transmission networks. It is available in multiple models for optical output power from 13dB to 24dB and supports optical power control for extremely stable operation across a wide input power. The IntegraOptics EDFA module houses one complete independently managed optical amplifier in a single slot wide case, is hot swappable, has front panel key switch, diagnostics. Features Low noise, high performance for the highest video quality Automatic power control guarantees a constant optical output even if input varies Very stable, high quality design to insure years of trouble free service Optional output power selections allow a wide variety network configurations Front panel status indicators and hot-swappable design for easy diagnostics & maintenance Keyed laser shut-down switches allows safe maintenance of the optical network & components Applications RF feeder networks Inter-office video transport networks HFC optical distribution networks IntegraOptics.com +1 (877)

18 OTC Optical Amplifier General Specification Dimensions W x H x D Weight Transmitters per module Optical Connectors Replacement Electrical Power Consumption Environmental Operating Temp. Range Storage Temp. Range Humidity 1.2 x 5.12 x 14.6 (1 wide chassis slot) 2.5lbs. (1.13kg)) 1 independent transmitter per module SC/APC on front panel Plug-in, hot swappable 16W max 0 C to +50 C (+32 F to +122 F) -20 C to +60 C (-4 F to +140 F) 5% to 85% (non-condensing) Optical Performance Wavelength 1540nm to 1564nm Input Sensitivity -10dB to +10dB (0dB-3dB typical) Total Output Power +13dBm to +24dBm Noise Figure 4.5dB +3dB input Output Power Stability +/- 0.2 (constant power control) Pump Leakage <-30dBm Return Loss >55dB RF Performance RF Bandwidth RF Output Level Flatness RF Return Loss RF Monitor RF Pad Attenuation 5MHz to 85MHz (5 to 200MHz for wideband version) 16dBmV (pad disabled, -27dBm input) +/-1dB (no tilt) >16dB (into 75Ohms) -20dB Referenced to RF input level 0dB to 30dB max, in 0.2dB steps Management TCSEDF is managed via OTC controller. Front panel controls on the EDFA provide local monitoring & diagnostics. Ordering Information TCSEDF-pp pp = Optical output power/port dbm (13dBm to 24dBm in 1dBm increments) No entry defaults to 13dBm 18 IntegraOptics.com +1 (877)

19 1550 Ext-Mod Transmitter The External-mod transmitter is designed for long distant optical transport and high split PON access networks This 1RU rack mount transmitter supports a 78 NTSC channel loading, 44 DOCSIS 3.0/HDTV digital channels, with up to 18dB of SBS suppression, It provides 2 optical output ports with either +7dBm or +9dBm optical output power per port, a wide AGC range and a 47MHz to 1000MHz frequency response. A cooled DFB laser, the LiNbO3 external modulator and the unique automatic distortion compensation feature insures that the IntegraOptics CATV transmitter provides excellent noise performance and no laser chirp for years of dependable service. Features A 10dB AGC range to minimize installation effort 47MHz to 1000MHz frequency range for current and future network applications 78 channel loading digital QAM channels, for HDTV and DOCSIS 3.0 support Distortion pre-compensation for high video quality High output power for long distance applications reduce the need for EDFAs Simultaneous SBS/SPM suppression supports point-to-point and point-multi-point applications High output power for long distance applications reduce the need for EDFAs Front panel display & controls with SNMP remote management for diagnostics & maintenance Applications Traditional HFC deployments Long distance video transport (up to 100km) PON overlay and RFoG access Networks IntegraOptics.com +1 (877)

20 1550 Ext-Mod Transmitter General Specification Dimensions W x H x D Weight Optical Connectors RF Connectors Modulation Electrical AC Power DC Power (optional) Power Consumption Environmental Operating Temp. Range Storage Temp. Range Humidity 19 x 1.75 x 13.8 (1 RU Rack Mount) Approx 14lbs. (6.35kg) 2 SC/APC on rear panel 75Ohm, female F connectors Externally modulated VAC, 50/60 Hz (Universal AC) -36 to -60VDC (fuse for 6 Amps) 100 Watts Max 0 C to +50 C (+32 F to +122 F) -20 C to +60 C (-4 F to +140 F) 5 to 85% (non-condensing) Optical Performance Wavelength 1540nm to 1560nm Output Power +7dBm or +9dBm (Optional) Optical Outputs 2 ports on rear panel SBS Suppression None, 13, 16, 18 (selectable) CNR >51dB CSO <-60dBc CTB >-65dBc 20 IntegraOptics.com +1 (877)

21 1550 Ext-Mod Transmitter RF Performance RF Bandwidth RF Input Level Channel Loading RF Return Loss RF Monitor 47MHz to 1000MHz +15dBmV to +25dBmV 78 NTSC Channels + 44QAM channels >16dB (into 75Ohm load) -20dB (referenced to input power) 75Ohms Management Load Management Remote Management Transmitter Controls Backlit LCD display, Status LED, control buttons, keyed laser shut-off & RF monitor front panel SNMP LAN port on rear panel Enable/disable AGC, SBS, alarm suppression Ordering Information TXT25-pp-ps pp= Output power/port S (7dBm) or H (9dBm). No entry defaults to +7dBm/port ps= Power supply type (AC, DC) IntegraOptics.com +1 (877)

22 1310 Direct-Mod CATV TX The 1310 Direct-modulated CATV transmitter is an update to its successful TDT13 product line. This updated CATV transmitter still supports RF analog broadcast content over optical trunk and HFC networks, and now provides a more robust, compact case and improved support for QAM content insertion. It is a 1RU rack mount transmitter that supports 78 NTSC analog channel loading, with a separate narrowcast input to simplify the inclusion of QAM channels, DOCSIS data and other local content. The TDT13U transmitter provides a wide AGC range, 47 to 1000MHz frequency response, SNMP remote management and can be ordered with optical output power from 8 to 13dBm making it ideal to support short, long or optically split network designs. If you are looking for a good performance low cost CATV transmitter, the updated TDT transmitter is the right choice! Features A 5dB AGC range to minimize installation effort and insure consistent long term performance Wide frequency range from 47 to 1000 MHz for current and future network applications Supports a 78 channel loading along A separate RF input is provided to support digital QAM channels, HDTV & DOCSIS 3.0 content Front panel display & controls with SNMP remote management for diagnostics & maintenance Keyed laser shut-down allows safe maintenance of the optical networks and components Up to 13dBm optional output power to support long-distance and split networks Optical AC or DC Powering Applications Traditional HFC deployments Point-to-point CATV Links Long distance video transport (greater than 35km) 22 IntegraOptics.com +1 (877)

23 1310 Direct-Mod CATV TX General Specification Dimensions W x H x D 19 x 1.75 x (1 RU rack mount) Weight Approximately 5lbs. (2.27kg) Transmitter per Module 1 SC/APC on rear panel Optical Connectors 75Ohm, female F connectors Replacement Directly modulated DFB laser Electrical AC Power 90VAC - 135VAC, 60Hz DC Power (optional) -36VDC to -60VDC (fuse for 2 Amps) Power Consumption <40W Environmental Operating Temp. Range 0 C to +50 C (+32 F to +122 F) Storage Temp. Range -20 C to +60 C (-4 F to +140 F) Humidity 5% to 85% (non-condensing) Optical Performance Wavelength Output Power Optical Outputs CNR CSO CTB 1290nm to 1330nm +8dB to +13dB (ordering option) 1 port on rear panel at receiver with 10km fiber at receiver with 10km fiber at receiver with 10km fiber IntegraOptics.com +1 (877)

24 1310 Direct-Mod CATV TX RF Performance RF Bandwidth RF Input Level Channel Loading RF Return Loss QAM RF Input Port to port isolation RF Monitor 47MHz to 1000MHz +13dBmV to +18dBmV 78 NTSC Channels >14dB (into 75 ohm load) -14dB (referenced to MAIN RF input) >55dB -20dB (referenced to input power, 75 Ohms) Management Load Management Remote Management Backlit LCD display, Alarm LED, control buttons, keyed laser shut-off & RF monitor on front panel SNMP LAN port on rear panel Ordering Information TDT13U-pp-ps pp = Optical output power/port (6, 8, 10, 12, 13,14) dbm ps= Power supply type (AC, DC) 24 IntegraOptics.com +1 (877)

25 1550 H-EDFA Amplifier The H-series EDFAs are low cost, high quality high powered optical amplifiers. They adopt the latest cladding pump with photonic integration technology to yield high optical amplification, while maintaining low noise to provide superior transmission of video, voice and data. These fully self-contained 2RU rack mounted amplifiers may be customized with internal WDMs and splitters allowing support of FTTx (E-PON, G-PON, RFoG) or HFC networks without the need for shelves of WDM couplers and a mountain of optical jumpers. H-EDFAs may be configured to support 28dBm to 37dBm total optical power, 4 to 32 output ports and AC/DC power. Features Low noise, high performance for the highest video quality Front access optical connections for easy maintenance Remote management using SNMP allows operations integration Built-in WDMs to simplify installation and improve reliability AC or DC powering to optimize the power system for each installation Applications GPON/EPON RF overlay access networks Inter-office video transport networks RFoG access networks HFC networks IntegraOptics.com +1 (877)

26 1550 H-EDFA Amplifier General Specification Dimensions W x H x D Weight Optical Connectors Electrical AC Power DC Power (Optional) Power Consumption Environmental Operating Temp. Range Storage Temp. Range Humidity 19 x 1.75 x (2 RU rack mount) 30lbs. (13.61kg) SC/APC, LC/APC 90VAC - 265VAC, 50/60 Hz (universal AC) -36VDC to -60VDC (fuse for 3 Amps) 8W 0 C to +50 C (+32 F to +122 F) -20 C to +60 C (-4 F to +140 F) 5% to 85% (non-condensing) Optical Performance Wavelength 1540nm to 1560nm Input Power 0dB to +10dB (3dB typical) Total output Power +28dBm to +37dBm Output Port Split 4, 8, 16, 32 Noise Figure 5.5dB +3dB input Output Power Stability +/-0.2 (0 to 50C) Pump Leakage <-30dB Return Loss >55dB 26 IntegraOptics.com +1 (877)

27 1550 H-EDFA Amplifier Management Local Display Remote Control Configuration Remote Monitoring Backlit LCD with menus, status LEDs Menu keys, laser switch RS232/485 terminal on front panel RJ45/LAN with SNMP on front panel HFC 1550nm forward, 1310nm return The HFC WDM splits off the 1310nm return signal and directs it to the return connector on the front panel. RFoG 1550nm forward, 1360nm return The RFoG WDM splits off the 1610nm return signal and directs it to the return connector on the front panel. PON 1550nm forward, 1490nm/1310nm PON The PON WDM inserts the EDFA output onto BPON, EPON or GPON network. The PON wavelengths are directed to the OLT connector on the front panel. Ordering Information THEDF-pp-pc-ps pp = Output power/port (13, 16, 18, 21 dbm) pc = Port count (4, 8, 16, 32) wdm = WDM type (None,, HFC, RFoG, PON) ps = Power Supple voltage (AC, DC) IntegraOptics.com +1 (877)

28 Standard Power EDFA The S-series EDFAs are low cost, high quality optical amplifiers. They are equipped with latest optical amplification technology to provide high quality, reliable system performance, with low power consumption. These fully self-contained 1RU rack mounted amplifiers may be configured to deliver +13dBm to +24dBm total optical power with constant power control, 1 to 4 output ports, making them ideal for HFC and long distance applications. The S series-edfas feature power level monitoring, user friendly front panel display, and SNMP (SCTE-HMS MIBs) remote management with alarms allowing them to serve both manned and unmanned head-end and hub applications. Features Low noise, high performance for optimal video transport Remote management using SNMP for operations integration AC or DC powering to optimize the power options for each installation Compact 1RU design to minimize head-end footprint Standard 19 or 23 rack mounted for simple installation Applications GPON/EPON RF feeder networks Inter-office video transport networks HFC optical distribution networks 28 IntegraOptics.com +1 (877)

29 Standard Power EDFA General Specification Dimensions W x H x D Weight Optical Connectors Electrical AC Power DC Power (Optional) Power Consumption Environmental Operating Temp. Range Storage Temp. Range Humidity 19 x 1.75 x 14.2 (1 RU Rack Mount) 7lbs (approx) SC/APC on rear panel 90VAC - 265VAC, 50/60Hz (Universal AC) -36VDC to -60VDC (fuse for 6 Amps) 50W max 0 C to +50 C (+32 F to +122 F) -40 C to +85 C (-40 F to +185 F) 5% to 95% (non-condensing) Optical Performance Wavelength 1540nm to 1564nm Input Power -10dBm or +10dBm (3dB typical) Total output Power +13dBm to +24dBm Output Port Split 1, 2, 4 Noise Figure 4.5dB +3dB input Output Power Stability +/-0.2 (constant power control) Pump Leakage <-30dB Return Loss >55dB Management Status Display Local Control Configuration Remote Monitoring Backlit LCD with menus, status LEDs, Menu keys, keyed laser switch RS232 terminal on rear panel RJ45/LAN with SNMP on rear panel Remote Monitoring Ordering Information TSEDF-pp-pc-ps pp= Output power/port (10, 13, 16, 18, 21dBm) pc= Port count (1, 2, 4) ps= Power supply type (AC, DC) r= Redundant power supplies (None, R) IntegraOptics.com +1 (877)

30 CATV Optical Nodes 30 IntegraOptics.com +1 (877)

31 HFC Compact Node (High RF Output Power) The high RF output power Compact-Node is a high performance HFC node for use in CATV/MDU applications. It supports HFC services and content such as DOCSIS 1, 2, or 3 and high-definition video. Receive only and PON compatible versions are available that operate on single fiber networks. The RF output is internally amplified to +40dBmV allowing this node to be used in multiple dwelling units without additional amplifiers, saving time and money while minimizing ongoing operation costs. It operates on safe 5VDC power, (120VAC adapter included), and supports extended temperature operation (-10 C to +55 C). It is constructed with industrial grade components in a robust sealed die-cast housing suitable for direct mounting on a wall or inside a cabinet without special cooling or heating considerations. The IntegraOptics high-power CATV Compact Node is equipped with multiple test points allowing RF input and output power to be measured while it is operating, further simplifying operations and reducing downtime. Features Low cost 2-way HFC node for MDU and hospitality applications Optical AGC for consistent and reliable operation Software controlled RF attenuators simplifies installation Small form factor rugged case Extended temperature for use in harsh working environments Fully compatible with HFC services Powered by 5VDC using a 120V AC adapter 2-way, receive only, and PON compatible receiver versions available 50MHz to 1000MHz forward path supports advanced services as they are developed 5MHz to 42MHz return path for compatibility to most CATV systems View status, adjust attenuation and modify tilt to simplify system configuration Applications CATV and data services for fiber to MDU and business parks DOCSIS 3.0 data applications as well as HDTV and interactive TV services IntegraOptics.com +1 (877)

32 HFC Compact Node General Specification Dimensions W x H x D Weight Optical Connectors RF Connector/power/monitor Band Plan Electrical AC Power DC Power (optional) Power Consumption Environmental Operating Temp. Range Storage Temp. Range Humidity 6.4 x 1.58 x 5.5 (163x40x125mm) Approximately 19oz. (0.54kg) SC/APC 75 Ohm female F connector 42/54MHz split 90VAC - 265VAC, 50/60 Hz (Universal AC) 120 VAC Adapter 5VDC out included 5VDC to 8VDC dedicated power lead <6.5W with transmitter active -10 C to +55 C (+14 F to +131 F) -40 C to +85 C (-40 F to +185 F) 5% to 95% (non-condensing) Receiver (Forward Path) Performance Optical Wavelength Optical Input power RF Frequency Fruquency Response (Flatness) RF Outout Power Tilt RF Pad -6dBm Input Input 0dBm Input 1260nm to 1620nm -9dBm to +1dBm 54MHz to 1000MHz +/-1.5dB (54 to 1000MHz) +40dBmV (@0dBm input +2dB to +10dB (54 to 1000MHz adjustable) 0dB to 14dB (adjustable) 51dB (78 channel loading, 0dBm input) -60dBc (78 channel loading, 0dBm input) -60dBc (78 channel loading, 0dBm input) 32 IntegraOptics.com +1 (877)

33 HFC Compact Node Transmitter (Return Path) Performance Wavelength Laser Output Power RF Frequency RF Input Power Range 1290nm to 1330nm (1310nm -0dBm to +2dBm (+1 typical) 5MHz to 42MHz +22dBmV to +35dBmV Management Display Configuration Parameters Status Information 3 digit numeric display with LED & control buttons, adjustable RF tilt, adjustable RF attenuator Optical Power, output power, tilt Configuration Ordering Information TNHFC rtn= Return Path W= receiver + W bypass WDM IntegraOptics.com +1 (877)

34 CATV Optical Nodes 34 IntegraOptics.com +1 (877)

35 RFoG NanoNode The RFoG NanoNodes are high quality, low cost RFoG ONUs that fully support FTTH/HFC services. Fully SCTE compliant, IntegraOptics NanoNodes can be installed onto existing RFoG networks, or can be deployed on new PON networks with up to 64 splits! They are designed to one of the smallest footprints of any RFoG ONUs, operate on safe 12VDC power (either direct or via the COAX drop cable) and are constructed with 100% Industrial grade components allowing them to integrate in most FTTX network applications with ease. High performance, precision controlled burst mode lasers provide exceptional return path fidelity, while the low noise high sensitivity receiver sections operate well in even the highest loss RFoG networks. Electrical power present, loss of incoming optical power, and transmitter ON LED indicators make the Integra Optics NanoNodes simple to install and troubleshoot. Features Standards based 1610nm/1310nm versions allow interoperability with other ONUs Small form factor and intelligent interface layout for easy integration to most applications Temperature hardened for use in even the most harsh working environments Optional high power return versions with very low idle output allow robust 64 split applications Precision laser control circuitry greatly reduces data corruption, and minimizes ingress noise. Extended forward path frequency range for compatibility with popular VOD services Applications Standard RFoG FTTH network with up to 64 splits Overlay GPON or EPON networks MDU applications for high split, fiber distribution applications Add RFoG 2-way RF services to FTTH networks Hospitality applications with up to 4 rooms/nanonode IntegraOptics.com +1 (877)

36 RFoG NanoNode General Specification Dimensions W x H x D 3.3 x 1.1 x 4.5 Weight Approximately 6 oz. (0.17kg) Optical Connectors SC/APC RF Connector/power/monitor 75 Ohm female F connector Band Plan 42/52Mhz split Electrical AC Power Universal AC Adapter 12VDC out DC Power (optional) 11.5 to 16VDC on Coax or dedicated power lead Power Consumption 3.5 Watt Environmental Operating Temp. Range -40 to +60 OC Storage Temp. Range -40 C to +85 C Humidity 5% to 95% (non-condensing) Receiver (Forward Path) Performance Optical Wavelength 1550nm to 1560nm Optical Input power -6dBm to +1dBm RF Frequency 49 to 1002MHz RF output power +17 dbm (+/- 1dBm) Gain tilt +4 db (+/- 1dB) from 54 to 1002MHz input 48 0dBm input -60/ IntegraOptics.com +1 (877)

37 RFoG NanoNode Transmitter (Return Path) Performance Optical wavelength wavelength wavelength Laser output power S Standard power H High Power Laser idle output power <-48dBm RF frequency 5 to 42MHz RF input power range +20 to +45dBmV RF input threshold +5 to +15dBmV (+10dBmV typical) NPR Dynamic Range >9 Management LED Indicators DC power, Low Optical power, Return Tx active Ordering Information TNN-rp-rw-ps-pon rp = Return path optical power S = Standard (+3dBm) H =High (+6dBm) rw = Return path wavelength 3 = 1310nm, 6 = 1610nm ps = Power supply none= no power option included, AC = AC Adapter, CO = drop coax power injector pon = GPON/EPON WDM none = no pass through port equipped, P= includes PON WDM and filter IntegraOptics.com +1 (877)

38 Notes

39 Integra Optics SmartCoder allows users to rapidly reconfigure pluggable transceivers. It includes three plugs for SFP/SFP+, XFP, and QSFP optical transceivers, and it enables you to easily reconfigure Integra Optics transceivers for any network hardware. Simply install the SmartCoder application and plug the SmartCoder into your computer USB port. Benefits of the Integra Optics SmartCoder: Power on your transceiver s laser, loop testing View optics coding history Reduce your inventory Quickly reconfigure SFP, SFP+, and XFP transceivers to virtually any OEM optic Tuning of XFP and SFP+ tunable transceivers for Channelized Operation Displays DDM levels of any manufacturer s transceiver For more information on the Integra Optics SmartCoder call our toll free number (877) or us at sales@integraoptics.com

40 High quality, reliable solutions with a lifetime guarantee IntegraOptics stands out in the industry by providing high-quality fiber optic components that are tested and coded by our in-house engineers to ensure compatibility with your network platform. All of our optics come with a lifetime guarantee to ensure the long term success of your projects. In addition, Integra Optics makes sure that your product is delivered to you on time, and that you receive engineering support when and where you need it. We are your partner every step of the way! Our deep portfolio of high-performance optical equipment includes thousands of 100% OEM-compatible transceivers, as well as passives, fiber jumpers and optical testing equipment. Whatever you need to maximize your network potential Our priority is help you get the most out of your network, using the highest quality and the smartest solutions with the least possible investment. Whether you want to build out new, upgrade or integrate an acquisition, or simply boost the capacity of your current network, IntegraOptics will help you accomplish your goals. We make sure that our customers which include service providers, carriers, healthcare, education, enterprise, and governmental organizations receive customized fiber optic components and engineering support that make their networks more reliable, more competitive, and more profitable. 745 Albany Shaker Road Latham, New York USA T: +1 (877) E: sales@integraoptics.com IntegraOptics.com