[ VEA TVC CALA EN ESPAÑOL ] [ VEJA TVC CALA EM PORTUGUÊS ]
Find Us On Facebook View Our LinkedIn Profile Follow Us on Twitter You Tube Google+
PRODUCT CATALOG CUSTOMER SUPPORT ABOUT US EVENTS & E-NEWS MARATHON MAXCELL SEG VIKIMATIC WHITE SANDS
SITE SEARCH   
PRODUCT CATALOG
Search Within Results ...
 
BROADBAND PRODUCTS
BROADBAND AMPLIFIERS
LINE EQUALIZERS
LINE PASSIVES
MILENIUM ACCESSORIES
MILENIUM MULTITAPS
MULTIMEDIA MULTITAPS
OPTICAL NODES
POWER SUPPLIES
RETROFIT MULTITAPS
TRANSPONDERS
COAXIAL CABLE
CONDUIT & INNERDUCT
CONNECTIVITY PRODUCTS
CONNECTORS & HEATSHRINK
DIGITAL SIMULCAST
DIGITAL VOICE
DROP MATERIALS
FIBER OPTICS
FTTX
HARDWARE
HEADEND EQUIPMENT
IP NETWORKING
MARATHON
MAXCELL
METRO ETHERNET
TEST EQUIPMENT
TOOLS & SAFETY EQUIPMENT
TWISTED PAIR
UNDERGROUND EQUIPMENT
ADVANCED SEARCH
MANUFACTURERS
ELECTRONIC CATALOGS
OVERSTOCKS & CLOSEOUTS
SOME PRODUCTS PRESENTED IN THIS CATALOG MAY NOT BE AVAILABLE FOR WORLD-WIDE SALE. PLEASE CONTACT YOUR LOCAL TVC REPRESENTATIVE FOR FULL DETAILS.
HOME : PRODUCT CATALOG : BROADBAND PRODUCTS : OPTICAL NODES

Antronix Fiber Node (AFN) - High Output

EMAIL SALES ABOUT THIS PRODUCT
Antronix Fiber Node (AFN) - High OutputH-Series: High-Output (AFN).

The cost-effective AFN has been designed to receive a full compliment of video, data and telephony via single optical fiber and converts the signal to RF for
distribution via existing RF networks. Various optical return transmitters are available to complete the two-way communications link.

An available WDM allows a single fiber to carry both forward and return optical signals. The AFN allows the systems designer to bring fiber directly into the home or
business. Its small size enables placement in most NID boxes. Additional applications include MDU, businesses, schools and colleges, residential homes and government.
The AFN is available in a variety of configurations. The full-featured H-Series (AFN-HSA-xxxx-xxx) provides a constant +38 dBmV RF output over a wide optical input
of -8 dBm to +2 dBm. Meanwhile, the return optical transmitter can be selected from a choice of Fabry-Perot (FP) 1310 nm lasers or high-performance Distributed Feedback (DFB) lasers in either 1310 nm or CWDM wavelengths.

For easy installation and set up, the AFN provides field accessible gain and slope controls, while an external DC optical power monitor allows installation without an
optical power meter. LED indicators further simplify installation.

Features & Benefits
• Impressive Performance
High output (+38 dBmV) and Low distortion push-pull amplification provides excellent carrier-to-noise, CSO and CTB performance

• Field-Adjustable Controls
Variable gain and slope controls enable optimal signal levels for both forward and return path

• WDM Option
A WDM option is available to provide 2-way communications via a single fiber. Both internal and external options are available.

• Available E-option
The patented E-option plug-ins ease system design with a simple plug-in module

• Simple Installation
All ports facing down simplifies fiber installation and keeps cable bends to a minimum

• 1 V/mW External DC test point

• Tri-Colored LED External Optical Power Indicator
Indicates high, low or optimal optical input levels

• Standard SC/APC Optical Connector
SC/APC connector minimizes optical reflections

• Patented CamPort® F-connectors
Antronix’s CamPort® connectors maximize connectivity and reliability

• Several Return Optical Transmitter Options
Including:
2.0 mW, 1310 nm, Isolated FP
2.0 mW, 1310 nm, Isolated DFB
2.0 mW, 1550 nm, CWDM Isolated DFB
(optional wavelengths available)

• Optical Receiver is also available in a lower cost standard RF output

• DOCSIS Compliant Operation

• 6 kV Ring Wave Surge Survivability

• Local or Remote +12 Vdc Unit Powering

Click Here to See the Low Output version of the Fiber Optic Node
 
Manufacturer.....................: Antronix
Product Detail.....................: See PDF for more oomplete specifications and ordering matrix.
Specification Data Sheet....: Click Here
Ordering Information...........:
 
 
 
BACK
PRINTER FRIENDLY VERSION
 
HOME ABOUT US CONTACT US PRIVACY POLICY SITE MAP