INTELLIAN V100

Ku-Band Marine Stabilized VSAT System 
with 3-axis & lm Reflector Diameter
 

Overview

Simple Conversion From Ku to Ka
The v100 can be easily and quickly converted from Ku-band system to a Ka-band system with the mounting hardware equipped with an integrated RF module consisting of the BUG and LNB. The BUG & LNB assembly is attached to the rear side of the reflector through a simple process, with no need to balance the system after conversion. The Ku-band feed can be easily and swiftly replaced with the Ka-band feed and is included in the Ku-to-Ka Conversion kit.

Ku and Ka-Band Optimized Reflector
The v100 is designed and engineered to operate on Ku and Ka-bands while maximizing the RF performance on both bands. The reflector of the v100 is capable of handling either Ku or Ka-Bands, eliminating the need to replace the reflector when switching between bands.

Frequency Tuned Radome
To ensure efficient operations for both Ku-band and Ka-band systems, the signal loss of the radome itself was minimized and the performance maximized with an optimized radome design that enhances both the Ka-band an Ku-band system performance.

Patent Pending lntellian Global PLL LNB
The v100 is equipped with lntellian's patent pending Global PLL LNB as standard. lntellian's new Global PLL LNB presents the world's first Ku-band LNB module capable of recieving a full range of operating frequencies from any VSAT satellite around th globe. The PLL LNB incorporates user programmable support of an unlimited number of LO (Local Oscillator) frequencies. This uniquely innovative capability of remotely changing the frequencies of the LNB makes the v100 by far the only system that is ready for Global Ku-band VSAT service to date.

Auto Beam Switching (ABS) Available
The v100 supports ABS via OpenAMIP protocol of iDirect and the ROSS Open Antenna Management (ROAM) protocol of Comtech.

Gyro-Free Satellite Search Capabilty
lntellian's new generation Gyro-free satellite search function enables the v100 to acquire and lock onto the satellite without requiring a separate input from the ship's gyrocompass.
 

Specification

 

Physical

Radome Height

151.4cm / 59.63"

Radome Diameter

138.0cm / 54.33"

Reflector Diameter

103cm/41"

Weight

Approx. 128kg / 282Ibs

Stabilized Pedestal Assembly

Platform

3-axis: Azimuth, Elevation, Cross-level

Azimuth Range

Unlimited

Elevation Range

-20° to +115°

Cross-level Range

Up to ±37°

Stabilization Accuracy

0.2° peak mis-pointing@ max ship motion condition

Motor Brake System

Elevation, Cross-level

Reflector & Feed Assembly

TX Frequency

13.75 ~ 14.5GHz Ku-band

TX Gain

41.6dBi @ mid band

RX Frequency

10.7 ~ 12.75GHz Ku-band

RX Gain

39.4dBi @ mid band

GIT

> 19.6dB/K (Clear Sky, 30° Elevation)

BUG Power

8W, 16W (optional)

LNB

lntellian PLL LNB

Polarization

Cross-pol and Co-pol

Antenna Control Unit

Dimensions (WxDxH)

43.1cm x 38.1cm x 4.4cm / 17'' x 15" x 1.7"

Weight

3.5kg / 7.7Ibs

Display

2 line 40 character graphic VFD module

Gyrocompass Interface

NMEA / NMEA 2000

Modem Interface

Ethernet port/ RS-232C / I/O ports

Modem Protocol

iDirect, Comtech, Satlink, Hughes, GILAT

Remote Management

Yes

Wi-Fi Operation

Yes

Management Port

Yes

Power Requirement

100-240V AC, 50-60 Hz, 1A

Documents

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