Fiber Optics
 
Transport
Wavelength Division Multiplexing
 
Coarse Wavelength-Division Multiplexer
 
Part Number: 2925
Description:

The Model 2925 Dense Wavelength-division Multiplexer (DWDM) is an all-fiber, bidirectional multiplexer/demultiplexer. The DWDM allows four, eight, 16, or 32 channels to be stacked in the 1550 nm region of optical fiber. The Model 2925 features low insertion loss and a low polarization-dependent loss. The units operate using single-mode fiber, and may be configured for unidirectional or bidirectional four, eight, 16, or 32 channel transmission. The Model 2925 implements higher channel-to-channel isolation to ensure that no interference occurs between channels in a bidirectional configuration. DWDM technology increases the capacity of the embedded fibers, allowing multiple video, audio, and data channels to
be transmitted over one fiber, while maintaining system performance and enhancing transport systems. The Model 2925 is an excellent choice for addressing the increased need for efficient and capable data transmission.
Features:

Great for use in high-speed
communication and long-haul
telecommunication networks.

Model 2925 offers low insertion
loss and polarization-dependent
loss.

High channel-to-channel
uniformity allows excellent
stability and reliability.

Extends the capacity of existing
networks.
View PDF:
   Force/2925-2pp-slick.pdf
Add to Spec Sheet Request List


Mega Hertz ©2002-2008 Mega Hertz Company. All Rights Reserved.


[ ANALOG SHUTDOWN ][ BASEBAND AUDIO-VIDEO PROCESSING ][ BROADCAST / OFF-AIR SIGNAL PROCESSING ][ BROADCAST / SATELLITE SIGNAL PROCESSING ][ CONFIDENCE MONITORING ][ DIGITAL PROCESSING ][ EMERGENCY ALERT SYSTEMS ][ ETHERNET/DOCSIS PRODUCTS ][ FIBER OPTICS ][ LOCAL ORIGINATION ][ POWER MANAGEMENT & GENERATION ][ RACKS/ENCLOSURES ][ RF PROCESSING & DISTRIBUTION ][ SIGNAL SENSING, SWITCHING & ROUTING ][ SURGE & LIGHTNING PROTECTION ][ SYSTEM INTEGRATION ][ TELEVISIONS & MONITORS ][ TEST EQUIPMENT ][ TRAPS/FILTERS (CUSTOM APPLICATIONS) ]
[ AD INSERTION SYSTEMS ]