When you need superior mobility with zero compromises on connectivity, there can only be one choice: Thuraya IP+. The high-speed IP capabilities of Thuraya IP+ enable users to access corporate networks, browse the internet, connect with colleagues, family and friends via email and social media, and hold video conferences or chat over satellite VoIP solutions wherever and whenever you need it.
The most compact, lightest satellite broadband terminal of its class, Thuraya IP+ delivers the fastest IP speeds from a terminal of its size. Thuraya IP+ is engineered to support a broad range of mission-critical applications. Highly portable, Thuraya IP+ can be easily deployed from backpack to broadband in a matter of seconds. Take advantage of Thuraya’s satellite network which provides reliable access from remote locations.
Ideal for mission-critical operations in the broadcast media, defense, telemedicine and disaster response sectors, especially for deployment in areas are inadequately served by terrestrial networks, the Thuraya IP+ is the preferred satellite broadband solution due to its portability and ‘always on’ satellite mobile broadband access.
COMPACT AND LIGHTWEIGHT
Weighing only 1.4kg and smaller than the size of a regular laptop, Thuraya IP+ is one of the most compact and portable satellite broadband terminals available in the market.
HIGH-SPEED STREAMING CAPABILITIES
With speeds of up to 444kbps on standard IP and 384kbps on streaming IP with an integrated antenna, Thuraya IP+ provides the fastest IP speeds for a satellite broadband terminal of its size — ready for connection in any location covered under Thuraya’s reliable satellite network.
OPTIMIZED BANDWIDTH USAGE
Thuraya IP+ can be configured with asymmetric streaming to allow users to set upload and download speeds based on usage requirements, helping to significantly reduce bandwidth costs.
DURABLE AND DEPENDABLE
Thuraya IP+ holds an IP55 Ingress Protection Rating and is built to provide protection from dirt, dust, water, oil and other non-corrosive materials to withstand the harshest of environments.