Hiltron Communications has chosen the upcoming GovSatCom 2023 in Luxembourg at which to promote its latest-generation HMAM LEO high speed motorised tracking antenna mount. The event will be held in the European Convention Center on February 23rd.

Based on over 10 years of Hiltron experience in designing, manufacturing and integrating motorised satellite mounts, HMAM LEO is capable of accommodating parabolic antennas of up to 2.4 metres diameter. Supported on a high-stability ground pillar, it incorporates the computing resources needed to track satellites using the NORAD TLE (two-line element) data format which defines satellite locations based on their location and velocity. The system can lock onto the desired LEO satellite within the approximately 10 minute timespan where the target satellite is in sight.

Hiltron Communications, a globally active satellite system integrator, manufacturer and distributor, reports a year of technical innovation throughout 2022.

A highlight project in Q2 was the completion of a satellite uplink and downlink system for one of Germany's largest television news broadcasters. This included six antennas plus control infrastructure for communicating with the network's associate organisations around the world. Hiltron software allows the system to be supervised via a single GUI showing all relevant performance parameters, confidence lights and alerts. De-icers in the antenna panels can be activated automatically if the rooftop temperature creates any risk of freezing. All six of the new antennas are being used to capture incoming signals. Hiltron also refurbished three existing antennas which function both as uplinks and downlinks. That part of the project included the provision and integration of Hiltron ACU antenna control units which are used to set the dish azimuth and elevation. 

Hiltron announces a new addition to its range of satellite communication equipment. "Optimised for use with small to medium sized antenna reflectors, VSAT oriented, the HDCU2 de-icing sensor and heating controller represents a new generation of our established HDCU and HDCU-E which have operated very successfully over the years in many locations around the world," comments Sales Manager Jean-Luc George van Eeckhoutte. "Enclosed in a 180 x 180 x 90 mm weatherproof housing, the complete unit conforms to IP66 protection against heavy rain or snow."

Hiltron Communications, a globally active satellite system integrator, manufacturer and distributor, reports continuing the expansion of its range of products and services. The mid September IBC 2022 show in Amsterdam was chosen for the first European promotion of Hiltron's HMAM LEO motorised antenna mount, HSACU4 antenna control unit and 3D laser-based satcom antenna scanning service.  "Low-earth-orbit satellites occupy the sharp edge of communications technology, as evidenced by the strong investment in satellite constellations offering low-latency internet access from practically any location," says Jean-Luc George van Eeckhoutte, Hiltron Sales Manager. "Our recently introduced HMAM LEO is a complete system combining the strength, precision, smoothness of operation and internal computing capabilities necessary to monitor low Earth orbit satellites. LEO satellites typically have an orbiting period of 128 minutes or less, making at least 11.25 orbits per day. Precise tracking is essential."

Hiltron Communications, a globally active satellite system integrator, manufacturer and distributor, announces HMAM LEO, a new addition to its HMAM series of motorised antenna mounts. HMAM LEO is a complete system combining the strength, precision, smoothness of operation and internal computing capabilities necessary to monitor low Earth orbit satellites.

Hiltron Communications is introducing a service allowing 3D laser scanning and evaluation of teleport antennas. Based on technology developed by Hiltron’s subsidiary partner, ESA Microwave GmbH, this new resource allows reflectors of practically any size to be measured quickly and accurately.

Hiltron Communications announces the completion of a satellite uplink and downlink system for one of Germany's largest television news broadcasters. The project includes six antennas and related control infrastructure which will be used to communicate with the network's associate organisations around the world.

Hiltron Communications, a globally active satellite system integrator, manufacturer and distributor, announces the addition to its product portfolio of microwave feed systems for ground station antennas and high performance microwave components.

Having recently purchased the assets of the former ESA Microwave Solutions GmbH, Hiltron has acquired the know-how to design, develop, manufacture and test feed systems and microwave components for the bands from S to Ka, including band combination for multi-band feeds. Hiltron can now offer multi-band feed systems for new antennas as well as retrofit and upgrade of feeds for existing antennas.

Hiltron Communications, a globally active satellite system integrator, manufacturer and distributor, announces two new additions to its range of satellite communications solutions. The HMAM-Ka-Rx and Super-HMAM-Ka-Rx satellite communications receive-antennas allow fast switchover between linear and circular polarisation.

Hiltron Communications, a globally active satellite system integrator, manufacturer and distributor, announces a new addition to its management team with the appointment of Jean-Luc George van Eeckhoutte as Sales Manager for the EMEA region. He brings nearly 20 years of experience to the role and joins from RF technology company Spinner GmbH.

Hiltron Communications announces the completion of a custom-designed turnkey TVRO satellite platform for Nilesat, one of the largest Middle East telecommunication networks. The new installation is a fully L-band-over-fibre integrated downlink which covers all mediator satellites in the range from 30° west to 100° east, operating in C and Ku bands simultaneously.

"Located at our ground station in Giza, the new downlink gives us the reliability and flexibility we needed for backing up our existing fixed TVRO antennas," says Nilesat Head of Ground Segment Engineer Osama Tantawy. "Incoming signals from all antennas on the new platform, 32 feeds in total, are connected to the master control room via fibre-optic links. Hiltron has produced and integrated a complete solution including its HMCS monitoring and control software. The company worked closely with us from initial design right through to factory acceptance test, onsite installation, commissioning and training. The project was completed successfully and on time thanks to the experience and teamwork of everyone involved."

Hiltron Communications reports strong demand for its HCS-4 satcom system controller which has been integrated into various projects for customers in Europe, the Middle East and Far East.

An innovative recent implementation has been for one of the Middle East's largest telecommunication service-providers. This includes a switching and control system for Swedish Microwave optical low noise block downconverters. The HCS-4 powers and monitors the downconverters, checking for faults such as channel interrupts. If an interrupt is detected, the HCS-4 automatically switches to a backup signal source. Three downconverters are connected via optical fibre in a two-active-plus-one-backup configuration.

"The Middle East system follows on from the recent completion of a large project for a leading European satellite network operator," says Hiltron Managing Director Antonio Monteverde. "This included the integration of a 12U rack of monitoring equipment at 50 separate locations around the world, each with an HCS-4 as the control interface. Every system was pre-assembled and fully tested at our Backnang headquarters prior to on site integration."

Hiltron Communications announces the conclusion of a major systems integration project for a leading European satellite network operator. The new systems have been delivered to 50 sites around the world where they are being used for continuous quality of service monitoring of high-throughput satellites.