Intellian t130N Global Marine Satellite TV Antenna System w/ 125cm (49.2") Dish In V130nx Matching Radome (T4-131BW3)

Intellian t130N Global Marine Satellite TV Antenna System w/ 125cm (49.2") Dish In V130nx Matching Radome (T4-131BW3)
The t130N provides outstanding performance with a 1.25m reflector with the added benefits of all new hardware and pedestal based on our quality-proven VSAT NX terminals. Modular components are used throughout the new t-Series range, such as the main control unit and skew assembly. Sharing common modules across Intellian’s new t-Series antenna reduces the number of spare parts required.

Television everywhere
WorldView™ LNB module will automatically switch to the corresponding Ku-band local frequency and receive the signal without the need to switch the LNB.

Wi-Fi connectivity
The Wi-Fi function enables the ACU to be wirelessly connected. Any kind of wireless devices such as PCs, laptops and smartphones can be used to connect to the ACU to manage and control the antenna system.

Unlimited azimuth range
With Intellian’s unique rotary joint and slip ring solution, those onboard will enjoy uninterrupted TV services no matter the number of turns the vessel makes.

New AptusNTV
Intellian's all new integrated M&C platform AptusNTV provides responsive web user interface.  The simple seven-step installationwizard function configures the antenna system automatically for easier installation and operation.

Fully integrated solution
- With its Wi-Fi enabled ACU, users can connect wirelessly to the antenna using AptusNTV.
- AptusNTV offers users instant diagnostics, performance logging functions, and one touch updates of firmware and the satellite library
- Programmable WorldView™ Ku-band LNB
- DVB-S2 Digital TV receptions

All new hardware structure
- Modular components are used throughout the new t-Series range
- Five cable configuration for easy installation
- Unlimited azimuth range, eliminates the need to wait for the antenna to unwrap the cable length once reached.
- Dual functionality via external Mediator