Terminal v80G 8W ext.
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Intellian v80G 8W Terminal Ext.

Experience seamless connectivity with the Terminal Intellian v80G 8W ext., a cutting-edge satellite communication solution designed to provide consistent broadband communication at all times. This advanced system achieves uninterrupted performance by effortlessly switching between two antennas, ensuring a stable and reliable connection even in challenging environments and conditions. The compact v80G antenna is perfect for maritime applications, offering superior tracking capabilities and global coverage. With its advanced technology and user-friendly interface, the Intellian v80G is the ideal choice for maintaining critical communication links for both commercial and leisure vessels. Stay connected like never before with the Terminal Intellian v80G 8W ext.
$57,564.00
Tax included

46800 $ net price (non-EU countries)

100% secure payments

Karol Łoś
Product Manager
English / Polski
+48603969934
+48507526097
[email protected]

Description

Superior RF Performance

The higher-gain RF performance design, that is nearly equal to a 1 meter grade VSAT antenna system, enables the antenna to operate on the fringes of the signal footprint, increasing dependability when the signal matters most.

With 3-axis stabilization, the v80G provides superior tracking performance, ideal for offshore vessels, commercial ships and the oil and gas industry, as well as mission-critical operations, such as surveillance or vessel monitoring, where uninterrupted connectivity is required.
 

Patented RF Technology

The v80G incorporates Intellian’s patented Global PLL LNBs supporting an unlimited number of LO frequencies, both x-pol and co-pol feeds and offers BUC options from 4W to 16W. This is an ideal system for vessels that require 1m antenna performance in a more compact size, as well as simple installation, ease of operation and reliable remote maintenance accessibility.

The v80G supplies BUC power using the TX signal cable directly from the ACU, reducing the number of antenna cables to run, while maintaining superior signal linearity and avoiding common problems associated with signal stacking into one cable.

Data sheet

2QG3F1P752