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RF Optical Transport - TRANSMITTER-Wikipedia

Radio over fiber (RoF) or RF over fiber (RFoF) refers to a technology whereby light is modulated by a radio frequency signal and transmitted over an optical fiber link-Wikipedia Main technical advantages of using fiber optical links are lower transmission losses and reduced sensitivity to noise and electromagnetic interference compared to all-electrical signal transmission. Single mode Multimode fiber optic links with LNB & 10MHz options. Indoor & outdoor chassis. ISO9001 Certified. RF over fiber solutions for RF Cable TV CATV and RF Signal to Fiber Chain Link Optic RF Transport. Single Mode-Wikipedia and Multimode-Wikipedia Fiber Optic Transmitter.

RF / Broadband Fiber

Blonder Tongue Transmitter-Wikipedia

Blonder Tongue is a leader in cable television communications, serving the professional video markets with comprehensive solutions for content contribution,  products and solutions for 65 years of innovations, brand recognition, quality, and value play integral parts in each and every product we make. 

Blonder Tongue FIBT

Description: The FIBT transmitters are EIA 19" wide rack mountable with a height of 1.75 Blonder Tongue FIBT/MIBT Fiber Optic VSB/AM Transmitter - The Blonder Tongue FIBT-S3A and MIBT-S3A Series of transmitters provides a robust system for transferring broadband CATV signals over single mode optical fibers. Both series have a a frequency bandwidth of 45- 860 MHz that accommodates a variety of different modulation formats such as AM/VSB, 8VSB, QAM, QPSK, etc. The Blonder Tongue FIBT/MIBT-S3A series transmitters use high-power, low noise 1310 nm distributed feedback (DFB) laser diodes

FIBT-S Data Sheet

Blonder Tongue MIBT

Description: The MIBT transmitters utilize the MIRC-12V  rack chassis and MIPS-12C power supply for mounting. Each MIBT-S3A  cupies 2 slots within the MIRC chassis, therefore up to six (6) MIBT-S3A transmitters can be installed in 2 RU's. Blonder Tongue FIBT/MIBT Fiber Optic VSB/AM Transmitter - The Blonder Tongue FIBT-S3A and MIBT-S3A Series of transmitters provides a robust system for transferring broadband CATV signals over single mode optical fibers. Both series have a a frequency bandwidth of 45- 860 MHz that accommodates a variety of different modulation formats such as AM/VSB, 8VSB, QAM, QPSK, etc. The Blonder Tongue FIBT/MIBT-S3A series transmitters use high-power, low noise 1310 nm distributed feedback (DFB) laser diodes

MIBT-S Data Sheet

VL2340-T10

10 milliwatt 40 channel

VL2340-T13

20 milliwatt 40 channel

Description: There are two versions of systems 40 channel and 80 channel units. Both systems will transmit CATV signals from 20 MHz to 860 MHz in bandwidth. The VL2200/2300 broadband systems are designed to be used in small to medium campus links, which can incorporate high split couplers. They will transport up to 80 VSB-AM video channels up to 30 km while maintaining good Carrier to Noise and Carrier to Distortion parameters. Only available in 1310 nm

VL2340-T13 Data Sheet

VL2380-T10

20 milliwatt 80 channel 

VL2380-T13

20 milliwatt 80 channel

Description: There are two versions of systems 40 channel and 80 channel units. Both systems will transmit CATV signals from 20 MHz to 860 MHz in bandwidth. The VL2200/2300 broadband systems are designed to be used in small to medium campus links, which can incorporate high split couplers. They will transport up to 80 VSB-AM video channels up to 30 km while maintaining good Carrier to Noise and Carrier to Distortion parameters. Only available in 1310 nm

VL2380-T13 Data Sheet

Emcore Force 2805

Description: Emcore/Force 2805 110 Channel CATV Private Network Solution (pns) Fiber Optic Transmitter - The CATV®Linx Emcore/Force Model 2805 110 Channel CATV Private     Network Solution (PNS) transmitter is part of a robust system for transferring up to 110 channels of VSB/AM modulated signals over a single-mode optical fiber. The system provides 40-870 MHz of usable bandwidth for video signals stacked at 6 MHz intervals. A low loss single-mode optical fiber allows full channel loading to beyond 20 km while maintaining a good carrier-to-noise ratio. The emcore/Force Model 2805 may be used with the Emcore/Force Model 2807 mini-node receiver for use in return path and multiple splitter applications or with the Emcore/Force Model 2808 receiver for basic 110 channel CATV transmission. In all cases, the link provides excellent performance for many demanding applications such as broadband LANs, distance learning, and multiple data services.

E-2805 Data Sheet

Emcore Force Model 2804

Description: Ecore/Force 110 Channel CATV Professional Distribution Solution (pds) Fiber Optic Transmitter - The Emcore/Force CATV Linx Model 2804 110 Channel CATV Professional Distribution System (PDS) transmitter for transferring up to 110 channels of VSB/AM modulated signals over a single-mode optical fiber. The system is also suitable for transferring 80 CATV channels along with 30 digital QAM channels in the upper frequency range. The Emcore/Force Model 2804 provides 40-870 MHz of usable bandwidth for video signals stacked at 6 MHz intervals. A low loss single-mode fiber allows full channel loading to beyond 20 km while maintaining a good carrier-to-noise ratio. A key power lock ensures the transmitter cannot be accidentally turned off, and a blue 7-segment LED readout allows the user to monitor a number of system parameters.

E-2804 Data Sheet

Olson Optical Transmitter

Technology, Inc. designs and manufactures electronic and fiber optic products for CATV, L-Band, FTTH, Headend Processing, CCTV, Private Cable, Aircraft Entertainment, and OEM clients. Our manufacturing expertise blends custom and off the shelf products to maintain leading edge technology in our complete line of fiber optic transmission products. We specialize in broadband RF products that modulate, demodulate, and process audio and video signals in both analog and digital formats. 

OTOT-EM55X

Description: Model OTOT-EM55X 1550nm Low-Cost Externally Modulated optical transmitter is a high performance, dual optical output transmitter for analog and digital CATV signals and digital data. A continuous-wave (CW), 1550nm low RIN, high power, DFB source laser is used in conjunction with a Mach-Zendher lithium niobate electro-optic modulator, where the light is intensity modulated by the RF input signal. This external modulation technique produces a very low chirp signal which allows robust, high quality 1550nm transmission over conventional 1310nm non-dispersion shifted fiber such as SMF-28. The OTOT-EM55X offers fixed SBS suppression of +16.5dBm and bandwidth from 48-870

OTOT-EM55X Data Sheet

OTOT-EM55XL

Description: Model OTOT-EM55XL 1550nm High Performance Externally Modulated optical transmitter is a high performance, dual optical output transmitter for analog and digital CATV signals and digital data. A continuous-wave (CW), 1550nm low RIN, high power, DFB source laser is used in conjunction with a Mach-Zendher lithium niobate electro-optic modulator, where the light is intensity modulated by the RF input signal. This external modulation technique produces a very low chirp signal which allows robust, high quality 1550nm transmission over conventional 1310nm non-dispersion shifted fiber such as SMF-28. The OTOT-EM55XL offers variable SBS suppression to +19dBm, bandwidth from 48-1,000 MHz and a sophisticated SNMP & web software interface. The Model OTOT-EM55XL is available in DWDM ITU wavelengths and has the unique ability to tune the DWDM channel ±100GHz from the front panel

OTOT-EM55XL Data Sheet

OTOT-870

Description: 1310nm 870MHz forward path optical transmitter may be specified in a variety of DFB laser output powers, providing superior performance over a wide range of optical budgets to 21-25dB. This allows for unrepeatered spans of over 60-70km (38-45

OTOR-870 Data Sheet

OTOT-870-FQ

Description: The Mode OTOT-870-FQ 1550nm 870MHz QAM broadcast transmitter utilizes a next-generation directly modulated, high-quality, low-chirp, optically isolated DWDM laser with a single +9dBm optical output. The Model OTOT-870-FQ DM QAM transmitter can also achieve a high level of spectral purity, comparable to that of EM sources (but at < 30% of the cost of comparable EM transmitters), making it the ideal choice for today’s FTTH & CATV deployments

OTOR-870 Data Sheet

OTOT-1000

Description: Model OTOT-1000 1310nm forward path optical transmitters may be specified in a variety of DFB laser output powers, providing superior performance over a wide range of optical budgets to 21-25dB. This allows for unrepeatered spans of over 60-70km (38-45 miles)

 OTOT-1000-FQ

Description: Model OTOT-1000-FQ is a very cost effective indoor 1GHz QAM laser transmitter with an RF passband of 550 to 1,002MHz. The transmitter, including a universal AC power supply, has a footprint of 7.5" x 5.5" x 1.6". The optical output power of the OTOT-1000-10-FQ is +10dBm. Each transmitter has a universal power supply and will operate from 90 to 240VAC at 50 or 60Hz and consumes about 10 Watts.

OTOT-1000-FQ Data Sheet

OTOT-1000-FF/FG

Description: Model OTOT-1000-FF/FG transmitter utilizes a next-generation directly modulated, high-quality, low-chirp, optically isolated DWDM Laser with a single +10dBm optical output. The unit is a rugged self-contained device with exterior RF and optical connections and test points. The field-configurable SC/APC (or optional FC/APC) optical output connector can be mounted on the front-panel or rear-panel of the unit. The transmitter features a unique provision which allows the unit to perform as a standalone flange-mount transmitter -OR- as a rack mount transmitter with the addition of the optional Model OTLL-RMKIT-1. Up to three (3) OTOT-1000’s can be mounted in a 1RU (1.75") 19" EIA space with each kit, or the user and mix-and-match various LaserLite components (i.e. transmitters, receivers, couplers, etc.), as required

OTOT-1000-FF Data Sheet

OTPN-1000, OTPT-300

Description: Olsong Technology OTPN-1000, OTPT-300 Optical Node Receiver with Optional Return Transmitter - The OLSON TECHNOLOGY INC. Laser Lite Model OTPN-1000 is a high quality, full featured, cost effective CATV node designed around the latest optical receiver technology to reliably deliver a full slate of multiplexed video, high speed data and telephony services in an HFC broadband environment. The unit is ideally suited for direct fiber transmission of CATV RF signals in FTTC, FTTH, MDU, industrial, corporate, government, educational or other I-Net applications where a high performance, compact indoor node receiver is required

OTPN-1000 Data Sheet

Olson Technology OTOT-870-X

Description: Olson Technology OTOT-870-x Standalone or Rack mount 1310nm Optical Transmitter - The OLSON TECHNOLOGY INC. Laser Lite Model OTOT- 870 is a high quality, full featured, cost effective CATV transmitter designed around the latest optical component technology to reliably deliver a full slate of multiplexed video, high speed data and telephony services in an HFC broadband environment. A comprehensive lineup of DFB laser offerings provides superior performance over a wide range of optical budgets to 21-25dB, allowing unrepeatered spans of over 60-70km (38-45 miles) when used in conjunction with high performance, high sensitivity node receivers like the Olson Technology Models OTPN-1000 or OTMN-II. The unit is ideally suited for direct fiber transmission of CATV RF signals in FTTC, FTTH, MDU, industrial, corporate, government, educational or other I-Net applications where a high performance, compact, standalone transmitter is required for desktop, shelf or wall-mounting.

OTOT-870-X Data Sheet

PBN ODN2P

Description: PBN ODN2P Optical Distribution Node 2 Ports - The PBN Light Link Series 2 optical distribution node with two amplified RF ports (ODN2P) has been designed to deliver interactive CATV and high capacity DOCSIS service. The PBN ODPN2P is IP67 rated and suitable for outdoor and indoor applications. The PBN ODN2P deep fiber node solution suits the last-mile in broadband access networks. The small and rugged design makes this unit an ideal answer for fiber-to-the apartment and fiber-to-the-curb applications. The PBN ODN2P can also be equipped with return path transmitter modules for various optical wavelengths, making CWDM single Fiber operation a viable option.

ODN2P Data Sheet

PBN LT1310 

Description: The PBN Light Link® Series 2 optical transmitters employ high performance thermally stabilized distributed feedback (DFB) lasers with integrated optical isolator. The unit transmits AM-VSB, CATV, CCTV, DVB-C and DVB-T signals together with DOCSIS over a 1310 nm single mode optical fiber. The PBN LT1310 optical transmitter incorporates a comprehensive alarm and status monitoring system of all laser operating parameters such as DC laser bias current, laser temperature, cooler current, optical output power, RF levels, and more.

LT1310 Data Sheet

PBN ODN4P

Description: PBN ODN4P Optical Distribution Node - The PBN Light Link Series 2, deep fiber optical distribution Node ODN4P is a prime building block for high performance networks, designed for adaptability, scalability and optional return path segmentation. The configuration options are well suited for Hybrid Fiber Coaxial (HFC) networks with smaller nodes and very high traffic handling capability for internet and telephony. This node employs advanced modular technology to provide a cost effective and flexible solution for expanding network architectures. the optical distribution node may be configured with up to two optical receivers, two return path optical transmitters and two power supply units, hence providing network redundancy. The node incorporates four high RF outputs up to 870 MHz or 1000MHz. The PBN ODN4P utilizes the latest in fiber optic technology to emerge as the final active component in the fiber network. Designed to fiber-to-the-curb (FTTC) deployment. This node is also well suited for the last mile in fiber-to-the-premises (FTTP) applications

ODN4P Data Sheet

PBN RLM

Description: PBN RLM Return Laser Module For AMCP1315 - The PBN RLM return path laser module is a plug-in transmitter designed to fit into the AMCP1315. The PBN RLM provides an economic solution for upstream transmission of DOCSIS return data or other two-way HFC applications. The plug-in module is used together with a diplexer inside AMCP1315 to suite a variety of frequency band-splits. This makes the AMCP1315 optical node a versatile unit for connecting multi-apartment buildings (MDU)

AMCP-1315 Data Sheet

PBN LTM13

Description: LTM13 Light Link Series 3 Optical Communications Mainframe Laser Transmitter Module - The PBN LTM13 Multi Quantum Well (MQW) Distributed Feedback (DFB) laser transmitter module has been designed for cable television and HFC broadband applications. The PBN LTM13 module easily fits into the OCM chassis with plug and play technology to suit a variety of applications. The laser transmitter module is available in optical power levels from 2 dBm to 15 dBm. The unit offers superior frequency response, distortion and noise characteristics. The PBN LTM13 incorporates specialized circuitry to deliver the best possible CTB and CSO performance up to 862 MHz

LTM13 Data Sheet

PBN LTM15

Description: PBN LTM15 Light Link Series 3 Optical Communications Mainframe Laser Transmitter Module - The PBN Light Link® Series 3, LTM15 optical transmitter module has been designed to complement the OCM system with optical transmission in the 1550 nm wavelength range. This transmitter employs high performance, thermally stabilized DFB low-chirp isolated lasers to transmit AM-VSB CATV or DVB-QAM signals on one ITU frequency grid optical wavelength within the 1550 nm range. The PBN LTM15 suits single mode optical fibers with or without dense wavelength division multiplexing (DWDM).

LTM15 Data Sheet

Motorola-Arris-Wikipedia

Arris Group is an American telecommunications equipment manufacturing company that provides cable operators with high-speed data, video and telephony systems for homes and businesses. 

Motorola GX2

Description: Motorola GX2 Optical Broadband Transmission Platform - The Motorola OmniStar GX2 provides increased module density, while continuing the OmniStar legacy of scalability, performance, and flexibility. The four rack-unit chassis accepts up to 16 Plug-n-Play application modules, minimizing head end space requirements. A two rack-unit mini-chassis is also available that holds three application modules. With superior 1310 nm and 1550 nm products, The Motorola OmniStar GX2 enables you to offer more revenue-generating services.

GX2 Data Sheet

Motorola SG2000

Description: Motorola SG2000 Telecommunications Optical Node - The Motorola SG 2000 telecommunications optical node is the next generation of Cable optics node products. This node is designed to support the evolving technologies and services being introduced in broadband networks, e.g., digital compression, PCS and alternate access. The Motorola SG 2000 meets the latest demands of single and two-way broadband network applications including broadcast video, telephony and data. Fully configured to meet your specific system requirements, the Motorola SG 2000 is the answer in a rapidly expanding global market.

SG2000 Data Sheet

Motorola Starline SG4000 Scalable Modular Optical Node 

Description: The Motorola Starline SG4000 modular optical node provides operators with an unprecedented level of performance and flexibility. With provisions for up to nine optics modules, the Motorola SG4000 scales from its most basic version to full 4x4 capability without any loss of initial investment and with minimal service interruptions. Customers will benefit from its expandable, flexible configurations that allow station growth without any upfront price penalty. Featuring all new module designs, the Motorola SG4000 builds on Motorola's heritage of reliability and performance. As a platform for Motorola's high-speed Time Domain Multiplexed (TDM) digital return, the Motorola SG4000 effectively combines node segmentation with wavelength aggregation, conserving fiber resources. Available with a Hybrid Management Sub-Layer (HMS) compatible status monitor transponder, the SG4000 supports today's evolving HFC networks.

SG4000 Data Sheet

Olson OTMN-II

Description: Olson OTMN-II Micronode II High Performance Optical Node - The Olson Technology OTMN-II is a high performance, four output, two way optical node with performance up to 870MHz. This unit also includes a power factor corrected switching power supply and transient protection on all external ports. The Olson Technology OTMN-II provides the ultimate in performance with +50dBmv output on all ports and a 3mW DFB return laser. Features and capabilities include optional redundant forward/return path operation; optional “Spectrum Multiplier” that doubles the return bandwidth; and optional use of the power port for return output or input signals. This unit is designed to be operated over the operating temperature range of -40°C to +65°C and the design incorporates the latest in GaAs amplifier technology

OTMN-2 Data Sheet

 ARRIS SG4-DFBT, CWDM & DWDM

Description: The SG4000 scalable optical node offers a wide variety of analog return path transmitter Distributed Feedback (DFBT) technologies to meet the increasing demand for higher modulation and bonded DOCSIS® environments. SG4-DFBT 1 mW and SG4‐DFBT3 2 mW transmitters are 1310 nm, isolated, un‐cooled, Distributed Feedback (DFB) lasers. SG4‐DFBT3-CWDM 2 mW transmitters are available in eight Coarse Wave Division Multiplexed (CWDM) wavelengths. CWDM transmitters offer improved link performance and allow multiple wavelengths to be combined on a single fiber utilizing ruggedized optical passives. SG4-ITU-CH transmitters feature cooled, 8 mWlasers based on the International Telecommunications Union (ITU) wavelength grid for maximum link budgets and wavelength aggregation.

SG4-DFBT Data Sheet

ATX RF Fiber

ATX Networks is a market-leading global provider of access network, video network and radio network solutions serving the cable, satellite, commercial and enterprise sectors.

 ATX Q-Series Optical Transmitter

Description: The ATX Q-Series Optical Transmitter features low noise high linearity Ortel-Emcore DFB laser; GaAs technology up to 1000MHz; and RF Level ALC control, 5 digital DIP switch manual adjustment for RF attenuation.

QFOT1L Data Sheet

 ATX QFOT

Description: Up to 22 mW output power in 1RU. Primarily used for TV video signals, digital TV signals & data signals transported over fiber. Powering by 90-250 VAC (50 to 60 Hz) or -48 VDC  1310 ± 20nm wavelength. Can accommodate up to 14 dB path loss. High performance DFB direct modulated laser, advanced pre-distortion circuit & digital automatic processing techniques. Microprocessor monitoring system automatically ensures excellent performance. 47-870 MHz at levels from 15-25 dBmV (AGC/MGC). Electronic level setting & adjustments.

QFOT 1310nm Data Sheet

 ATX QFCT 

Description: The ATX QFCT 1310nm 1 GHz Quality Fiber CATV Transmitter features cost-efficient solutions for transporting NTSC, AL & digital signals over fiber for CTV & telephony applications.

ATX QFCT Data Sheet

ATX Foward Path Optical Transmitters 

Description: The ATX patented forward path optical transmitters (FPTs) with integrated RF 8-way narrowcast combining technology optimizes rack space efficiency. 

MXT8 Data Sheet

Emcore

EMCORE is dedicated to the highest standards of precision manufacturing, quality and reliability. Our manufacturing facilities and processes utilize extensive quality assurance systems and performance testing and are ISO 9001 certified.

 EMCORE 2805

Description: The CATV Linx Emcore/Force Model 2805-110 Channel CATV Private Network Solution (PNS) transmitter is part of a robust system for transferring up to 110 channels of VSB/AM modulated signals over a single-mode optical fiber. The system provides 40-870 MHz of usable bandwidth for video signals stacked at 6 MHz intervals. A low loss single-mode optical fiber allows full channel loading to beyond 20 km while maintaining a good carrier-tonoise ratio. The emcore/Force Model 2805 may be used with the Emcore/Force Model 2807 mini-node receiver for use in return path and multiple splitter applications or with the Emcore/Force Model 2808 receiver for basic 110 channel CATV transmission. In all cases, the link provides excellent performance for many demanding applications such as broadband LANs, distance learning, and multiple data services

EMCORE 2805 Data Sheet

 EMCORE 2804

Description: The Emcore/Force CATV Linx Model 2804 110 Channel CATV Professional Distribution System (PDS) transmitter for transferring up to 110 channels of VSB/AM modulated signals over a single-mode optical fiber.The system is also suitable for transferring 80 CATV channels along with 30 digital QAM channels in the upper frequency range. The Emcore/Force Model 2804 provides 40-870 MHz of usable bandwidth for video signals stacked at 6 MHz intervals. A low loss single-mode fiber allows full channel loading to beyond 20 km while maintaining a good carrier-to-noise ratio. A key power lock ensures the transmitter cannot be accidentally turned off, and a blue 7-segment LED readout allows the user to monitor a number of system parameters.

EMCORE 2804 Data Sheet

EMCORE  Medallion 8000

Description: EMCORE’s Medallion 8000 is a directly-modulated DWDM optical transmitter specifically designed for wideband applications that require both CATV and DBS signals to be transmitted over up to a 30 km length of fiber. This facilitates networks designs that use a single transmitter to carry multiple signals.

EMCORE Medallion 8000 Data Sheet

 EMCORE Medallion 8100

Description: The Medallion 8100 series is a family of state-of-the-art, high-performance, DOCSIS 3.1 compliant 1550 nm externally-modulated CATV transmitters that leverages a breakthrough optical device innovation at their core, the Linear Externally Modulated Laser (L-EML), invented, developed and manufactured exclusively at EMCORE. The L-EML device consists of a high power, low-noise, narrow linewidth laser combined with a proprietary highly-linearized modulator in a monolithic assembly. It enables long distance optical link performance approaching traditional lithium niobate-based externally-modulated transmitters, but is more cost-effective for its targeted applications.

EMCORE 8100 Data Sheet

EMCORE  Medallion 6100

Description: Ehe Medallion 6100 series is a family of state-of-the-art, high-performance, DOCSIS 3.1 compliant 1550 nm externally-modulated CATV fiber optic transmitters optimized for varying network applications. The 6100 series couples high optical output powers, up to 11.0 dBm, with low optical linewidth resulting in unmatched performance. The optical modulator, combined with proprietary pre-distortion circuitry, provides superior CTB and CSO performance with SBS suppression levels of greater than 21 dBm.

EMCORE Medallion 6100 Data Sheet

EMCORE  Medallion 6000Series    1550 nm Fiber Optic Transmitter

Description: This product line is a family of state-of-the-art high performance 1550 nm externally modulated CATV fiber optic transmitters optimized for varying network applications. Packaged in convenient 1RU housing, this line of optical transmitters couples high optical output powers, up to 11.0 dBm, with low optical line width resulting in unmatched performance. The optical modulator, combined with proprietary pre-distortion circuitry, provides superior CTB and CSO performance with SBS suppression levels of greater than 21 dBm.

EMCORE Medallion 6000 Data Sheet

I-Type Medallion 6000 Series 1550 nm Fiber Optic Transmitter

Description: The I-Type Medallion 6000 series is a family of state-of-the-art high-performance 1550 nm externally-modulated CATV fiber optic transmitters optimized for International network applications that employ an 85 MHz forward / reverse path split frequency. Packaged in a convenient 1 RU housing, this line of optical transmitters couples high optical output power, up to 10.0 dBm, with low optical linewidth resulting in unmatched performance. The optical modulator, combined with proprietary pre-distortion circuitry, provides superior CTB and CSO performance with adjustable SBS suppression levels of greater than 19 dBm.

Medallion 6000 I-TYPE Data Sheet

J-Type Medallion 6000 Series 1550 nm Fiber Optic Transmitter

Description: This J-Type Medallion 6000 series is a family of state-of-the-art high-performance 1550 nm externally modulated CATV fiber optic transmitters optimized for varying network applications. Packaged in convenient 1RU housing, this line of optical transmitters couples high optical output powers, up to 10.0 dBm, with low optical line width resulting in unmatched performance. The optical modulator, combined with proprietary pre-distortion circuitry, provides superior CTB and CSO performance with SBS suppression levels of greater than 17 dBm for SAT-IF applications.

Medallion 6000 J-TYPE Data Sheet

EMCORE  Medallion 3998 Series

Description: This product line is a family of state-of-the-art high-performance 1550 nm externally-modulated CATV fiber optic transmitters optimized for varying network applications. Packaged in convenient 1 RU housing, this line of optical transmitters couples high optical output powers, up to 11.0 dBm, with low optical line width resulting in unmatched performance. The optical modulator, combined with proprietary pre-distortion circuitry, provides superior CTB and CSO performance with SBS suppression levels of greater than 21 dBm. Advanced features such as built in field adjustable SBS control and electronic dispersion compensation allow these transmitters to be quickly optimized in the field for any link or application without the need to procure specifically tuned transmitters. This affords the system designer a level of flexibility previously unknown in the CATV market place

EMCORE Medallion 3998 Data Sheet

 EMCORE 2801-2802

Description: The Emcore Model 2801/2802- 5 Channel Multimode and 10 Channel Single mode Fiber Optic Link, 5-250 MHz – The CATVLite Series Emcore/Force, Incorporated Model 2801 VSB/AM Fiber Optic Video Link provides a high-quality system for transferring five video channels per multimode fiber with complete EMI immunity via fiber optics. The unit offers exceptional analog bandwidth from 5 MHz to over 250 MHz allowing transmission of all sub-band channels, low-band channels, FM channels, mid-band and h-band channels. (i.e. Channels T7-T13, 2-6, A5-A1, AI, 7-13.) 

EMCORE 2801-2802 Data Sheet

 EMCORE 2807

Description: The Emcore/Force CATVLinx Model 2807 Mini-node Optical Receiver, working with either the Emcore/Force Model 2804 PDS or 2805 PNS transmitter, provides CATV distribution head end operators with an extensive array of features that offer a low-cost solution to increase system performance. The unit provides an output of +38 dBmV of RF over the entire optical input range, allowing multiple RF splits without the use of an external RF amplifier. Additionally, the mini-node’s ability to operate over a wide optical input range of -8 to +4.5 dBm allows for a variety of system designs without degrading performance.

EMCORE 2807 Data Sheet

Thor RF Fiber-Wikipedia

Thor Custom solution engineering, extensive on-site testing, made in the USA, and unparalleled 5-year extensive warranty on all Thor built products help make Thor a leader in global telecom fiber optic engineering. We develop custom solutions for fiber and broadcast applications, including Video Over IP, RF Over Fiber and Video Over Fiber, and focus on helping clients to best determine exactly what they need and which are the most efficient and cost effective solutions to their information technology needs.

2 mW CATV RF Over Fiber Tx 45-870 MHzF 

Description: 1310nm - 2mW fiber optic transmitter for Television RF (Radio Frequencies) from 45-870 MHz.  Directly converts any incoming RF signal within this band to optical RF.  Transports all channels and programs over one fiber.  Can be used for point to point, or combined with PLC couplers and fiber optic splitters for point to multipoint applications. 

TX45-870 Data Sheet

4 mW CATV RF Over Fiber Tx 45-870 MHzF 

Description: 1310nm - 4mW fiber optic transmitter for Television RF (Radio Frequencies) from 45-870 MHz.  Directly converts any incoming RF signal within this band to optical RF.  Transports all channels and programs over one fiber.

4MMWCATV Data Sheet

8 mW CATV RF Over Fiber Tx 45-870 MHzF

Description: 8 mW Fiber Optic RF Transmitter for Television Carrier signals or any other RF in the 45-870 MHz band. Transmits full band signals with linear response.

8MWCATV Data Sheet

16 mW CATV RF Over Fiber Tx 45-870 MHzF 

Description: 1310nm - 16mW fiber optic transmitter for Television RF (Radio Frequencies) from 45-870 MHz.  Directly converts any incoming RF signal within this band to optical RF.  Transports all channels and programs over one fiber.  Can be used for point to point, or combined with PLC couplers and fiber optic splitters for point to multipoint applications

16MWCATV Data Sheet

32 mW CATV RF Over Fiber Tx 45-870 MHzF

Description: 1310nm - 32mW fiber optic transmitter for Television RF (Radio Frequencies) from 45-870 MHz.  Directly converts any incoming RF signal within this band to optical RF.  Transports all channels and programs over one fiber.  Can be used for point to point, or combined with PLC couplers and fiber optic splitters for point to multipoint applications. 

32MWCATV Data Sheet

 4 Polarity Satellite TV DWDM Transmitter 

Description: Modern Satellite TV systems such as DirecTV have multiple coax feeds from the dish for different polarities.  These RF signals feed into a Single Wire Multiswitches, or SWiM system.  The Thor F-LB41 systems are designed for distributing satellite service such as DirecTV to many different locations from a single dish array.  This system converts each incoming L-Band feed to an independent optical RF channel using a DWDM optics.  All four LNB channels are then combined onto a single fiber output through an internal DWDM coupler.  Alternately, individual signal outputs can also be used for transport over 4 fibers.

4PolarityDWDM Data Sheet

Cable TV Uhf/Vhf/FM CATV RF over optical fiber. Small in size, flexible, very low loss technology using. Optical transmitter Fiber optic cable Optical receiver (to convert back to RF). Fiber optic transmitters are used to launch the communication signals in the form of light through an optical fiber, it converts electrical signals to optical signals-Wikipedia Specializing in RF over Fiber components, Radio RF/Optical Link Modules and Plug-Ins RF Fiber Optic Transmitters and Receivers-Wikipedia