Thor Broadcast F-LB41-CWRX CWDM Optical Receiver for 4 L-Band RF Ch

Thor Broadcast

Price: $2,994.00
Today's Price: $2,495.00

5% Discount. Apply Code 5percentOff at Checkout!

Part Number:
F-LB41-CWRX
Availability:
Usually ships the same business day
1:
CWDM Optical Receiver
2:
4 L-Band RF Channels Over Single Fiber
3:
All Optical Passives Built Internally With 1 Fiber In
4:
Compatible With All World Satellite TV Providers
5:
Free Shipping
6:
Authorized Thor Direct Warranty

This Thor Broadcast F-LB41-CWRX CWDM Optical Receiver for 4 L-Band RF channels over single fiber for MDU is the receiving companion to Thor’s LB41-CWTx. Much like the transmitter the receiver acts as a fully functioning automated receiver with the most advanced options in L-Band receivers. Equipped with a digital LCD display, this unit will digitize and display the optical power input and all of the RF output power. Currently yielded as one of the most durable and easy to use satellite TV extenders by Integrators serving the Hotel and MDU industry. The LB41 system will save you lots of time and money without sacrificing perfect HD quality picture as these units are 100% transparent.

Thor Broadcast F-LB41-CWRX CWDM Optical Receiver for 4 L-Band RF channels over single fiber for MDU Features:

  • 4x L-Band CWDM Recievers with optical filters
  • Compact form factor for customer premise installation
  • All optical passives built internally with 1 fiber in
  • Compatible with all world satellite TV providers

Why not buy this Thor Broadcast F-LB41-CWRX CWDM Optical Receiver for 4 L-Band RF channels over single fiber for MDU today?

Thor Broadcast F-LB41-CWRX CWDM Optical Receiver for 4 L-Band RF channels over single fiber for MDU Specifications:

  • Optics Type: 4x CWDM 20 nm
  • Frequency Range: 45-3000 MHz
  • RF Power Output: -25 - +14 dBmV
  • Optical Connector: SC/APC
  • Optical Sensitivity: -9 dBm
  • Power Consumption: < 25 W
  • Operating Temp: 0 - 65 °C

Why not buy this Thor Broadcast F-LB41-CWRX CWDM Optical Receiver for 4 L-Band RF channels over single fiber for MDU today?