WHYTE Series F Optical Quattro Receiver

SC/APC Input, VL,HL,TERR,VH,HH Output
1530-1550-1570nm 4 Year Warranty
*1st Delivery now delayed until SEPTEMBER*

SKU: WFRXQT-G1

  Product Documents

WHYTE Series F Optical Quattro Receiver

SC/APC Input, VL,HL,TERR,VH,HH Output
1530-1550-1570nm 4 Year Warranty
*1st Delivery now delayed until SEPTEMBER*


• 4 Year Warranty
• DC via Trunk outputs or direct DC in
• Tri-Colour optical input state LED indicators
• RF Output SAT 80dBµV TERR 70dBµV
• SC APC Fibre Input / Output connectors
• Quattro RF output VL – HL – TERR – VH – HH
• Single laser per path technology for lowest signal degradation
• Easy interfacing to Whyte Series 5, 5WB and D for local RF groups 

The WFRXQT-G1 is an Optical Quattro Receiver providing VL, HL, TERR, VH and HH outputs which can be directly connected to Whyte dSCRs, Amplifiers, Taps, Splitters, and Legacy Multiswitches with the supplied push fit couplers.

The Whyte Fibre Quattro receiver is ideal for Fibre to the riser scenarios where local RF groups of IRS system hardware provide signals to the apartment. The fibre backbone connectivity makes system planning easier and more convenient for your major installation projects, negating the problems of coaxial loss over great distances.

Powering options include DC Input or Trunk power. The optical loop through enables the reception of a second satellite with an additional group 2 (G2) fibre transmitter and matching receiver. Super Hybrid systems in combinations of Wideband and Quattro are easily supported through selecting the Whyte fibre products to match you needs.

Only registered trade customers can see our prices.

Login

Register

  Product Documents

Product Reviews

There are no reviews yet for this product.

Customers Also Bought:

Responsive website designed & developed by Madison Web Solutions

Old Browser Notice:

It seems that you are using Microsoft Internet Explorer to browse this website.

Unfortunately we are no longer able to support Internet Explorer, and the site will no longer function correctly with this browser.

We recommend you update to a modern browser like Microsoft Edge or Google Chrome.