Phase Locked Loop LNBF with 300KHz or better stability! Very affordable price that compares to the price of current LNBFs.
Avenger PLL LNBFs are WaterPROOF and built for the most extreme environments like South America. Demand the best. Demand high stability and WaterPROOF LNBFs.
DMS International introduces another LNBF break through product. Our new Avenger PLL321 S-2 LNBFs are about the same price as the common LNBFs available today. Now you can get extremely good stability (300 KHz or better) for your satellite system at about the same price that you would pay for a LNBF with 1 ,500 KHz (1 .5 MHz) stability or much worse. 300 KHz or 1 ,500 KHz, which one would you like on your dish? Now you can have the high
stability of PLL at a very affordable price. These LNBFs are at least 5 times more stable than non-PLL LNBFs on the market today!!!
This LNBF is a MUST HAVE for HD receivers and MPEG4 receivers. If you are upgrading to MPEG4 it only makes sense to upgrade your LNBF to PLL.
High gain single output Ku LNBF using 10.7 to 12.75 GHz Universal with 09750 and 10600 MHz LO frequencies. Rock solid stability and 0.2 dB noise figure. 40mm throat size allows mounting to all popular dishes.
Twin outputs means you can operate 2 receivers from this LNBF and have full control over both receivers at the same time. You cannot use a splitter to feed two receivers from a single output LNBF. If you are adding that second receiver, this is the LNBF you need. 40mm throat allow mounting it on the most popular dishes. 0.2dB noise and excellent stability means you will have great pictures receiving digital or analog.
Digital Ready, HDTV approved, latest technology provides the best possible performance. Receives two satellites at four degree spacing. The famous DMS DiSEqC switch is built in allowing you to deliver both signals down one coax without adding more devices in line. 0.2dB noise figure, high stability and high gain insures that you get the best possible picture. Only JSC LNBFs have the ability to give you the best reception.