Product name: SAILOR 600 VSAT Ku
Part Number: #407060C-00500
The SAILOR 600 VSAT Ku enables VSAT where deemed not possible before
Small and superlight
While one metre Ku-band antennas like the immensely successful SAILOR 900 VSAT are now a de-facto standard for global Ku-band networks, new technology and developments make it possible to build efficient high performance antennas also in a small size at a superlight weight. The design has been extensively tested on a fishing trawler operating in the North Sea and the Norwegian Sea.
All networks, all ships big and small
Cobham SATCOM has employed its worldclass engineering team to design a whole new high performance RF package which makes sure that SAILOR 600 VSAT Ku can be deployed anywhere in the world on as many Ku-band satellites as possible – even on smaller vessels going through heavy seaways.
Two Antennas, One Subscription – superfast switching
Service Level Agreements (SLA) are a crucial aspect of maritime IT and communication solutions. In order to meet the demand for high SLAs, especially when there are obstructions on the ship that cannot be overcome by setting up blocking zones, satcom service providers sometimes install two antennas. The SAILOR Ku-Band VSAT platform makes this easier and less costly as it can operate two antenna systems on a single modem without the need for an extra box to manage the connection to the VSAT modem. The advanced SAILOR antenna controllers manage the connection between satellite and satellite router fully automatically and the switch-over happens in just 20 milliseconds.
High Throughput Satellites
New high throughput satellites (HTS) such as the Intelsat EpicNG satellite series are now online in Ku-band. All SAILOR VSAT has been tested to work on these HTS services and the aperture size still guarantees that the antenna can roam between spot beams and wide beams. State-of-the-art electronics, and a reflector dish and radome tuned for optimum performance on Ku-band frequencies ensure that SAILOR 600 VSAT Ku is a powerful choice.