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Tunable 3GHz XFP-RF Transmitter
Specifications
- ²úÆ·ÐͺÅ: Tunable 3GHz XFP-RF Transmitter
- ¼æÈÝÆ·ÅÆ: ȫϵÁÐ
- ·â×°ÀàÐÍ: XFP
- ´«ÊäËÙÂÊ: Analog Carrier Loading from 50 MHz to 3000 MHz
- ´«Êä¾àÀë: Link distance up to 15 kilometers
- ·¢É䲨³¤: Wavelengths can tuned across the entire C-band at 100 GHz ITU DWDM spacings
- ½ÓÊÕ²¨³¤: Wavelengths can tuned across the entire C-band at 100 GHz ITU DWDM spacings
- ÊÂÇéζÈ: ÉÌÒµ¼¶0¡æ¡«+70¡æ/¹¤Òµ¼¶-40¡æ¡«+85¡æ ¿ÉÑ¡
- Êý×ÖÕï¶Ï: Tunable DWDM 3GHz XFP-RF Transmitter
- ½ÓÊÕÁéÃô¶È: Wavelengths can tuned across the entire C-band at 100 GHz ITU DWDM spacings
- ½ÓÊÕÁéÃô¶È: Wavelengths can tuned across the entire C-band at 100 GHz ITU DWDM spacings
Description
Tunable DWDM 3GHz XFP-RF Transmitter
F-tone Networks¡¯s 3GHz XFP-RF transmitter is a small form factor hot-pluggable optical module that is compliant with interface specifications developed by the Society of Cable Telecommunications Engineers (SCTE). The wavelength of the transmitter can be electronically set to any of 43 DWDM wavelengths across the entire C-band in less than 0.5 second. An integrated wavelength locker keeps the wavelength within 2GHz of the wavelength center over the life of the transmitter. It can be fully loaded with analog carriers from 50 MHz to 3000 MHz in order to enable operators to effectively utilize a broad range of frequencies when designing distributed antenna systems and RF Over Fiber networks. The small XFP module significantly reduces power consumption and increases density for downstream transmitters.
Features
- Analog Carrier Loading from 50 MHz to 3000 MHz
- Wavelengths can tuned across the entire C-band at 100 GHz ITU DWDM spacings
- Tunes to different wavelength in less than 0.5 seconds
- Packaged in standard XFP pluggable optical module
- Built-in digital diagnostic functions
- Link distance up to 15 kilometers
- LC/APC optical connection
- Power consumption less than 3.5 Watts
- Operating temperature range of 0¡ãC to 65¡ãC
- Compliant with SCTE 195 2013: Interface Specifications for an RF-Modulated Small Form Factor Pluggable Optical Module
- Mechanical dimensions compliant with 10 Gigabit Small Form Factor Pluggable Module (XFP) Multi-Source Agreement (INF-8077i, Rev. 4.5)
Applications
- Wireless RF Backhaul and Fronthaul
- Distributed Antenna Systems (DAS)
- Satellite TV Distribution
- Antenna Remoting
Important Notice
Performance figures, data and any illustrative material provided in this data sheet are typical and must be specifically confirmed in writing by F-tone Networksbefore they become applicable to any particular order or contract. In accordance with the F-tone Networks policy of continuous improvement specifications may change without notice.
The publication of information in this data sheet does not imply freedom from patent or other protective rights of F-tone Networks or others. Further details are available from any F-tone Networks sales representative.
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3GHz XFP-RF¹â·¢ÉäÄ £¿é
3GHz XFP-RF Optical Transmitter
Features
- Low power consumption
- XFP form factor
- DOCSIS3.1 compatible
- SCTE 195 2013 compatible
- Double Optical Isolator
- LC/APC optical connection
- Fiber link up to 60km
- Excellent EMI/EMC design
Transmitter
- Automatic optical power control
- Operating frequency from 100MHz to 3GHz
- Operating Case Temperature
Standard : 0 to +70¡ãC
Industrial : -40 to +85¡ãC
XFP-OA Optical Amplifier
RF-over-Fiber XFP-OA Optical Amplifier
F-tone Networks¡¯s XFP-OA Optical Amplifier is an Erbium-Doped Fiber Amplifier (EDFA) in a small form factor hot-pluggable optical module. It amplifies optical signals to enable long Hybrid Fiber Coaxial links and/or high optical splitting for RF-over-Glass architectures. The optical output power, which is settable by the user, is kept constant through an active feedback loop.
The XFP-OA can be paired with F-tone Networks¡¯s wavelength-tunable XFP-RF Transmitters for single wavelength applications or Dense Wavelength Division Multiplexing (DWDM) up to 8 wavelengths. It installs into the same F-tone Networks XFP-RF host system so it can be monitored and controlled through embedded Web Browser Graphical User Interface or through a network management system.