Satellite and infrastructure

14 – 16 November 2023 // Bremen, Germany

14 – 16 November 2023 // Bremen, Germany

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JOIN THE 5TH EDITION OF SPACE TECH EXPO EUROPE, IN BREMEN - THE CITY OF SPACE, THIS NOVEMBER!

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Taking place in the Space Tech Expo Europe exhibition hall, the brand new Mobility Connectivity Conference will give you the invaluable opportunity to meet with current and new suppliers to help source new solutions and services to give you a competitive edge for the year ahead. 

Accelerate your knowledge and industry connections this November at the free-to-attend Mobility Connectivity Conference. Find your free pass here.

 


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REASONS TO ATTEND:

Achieve global coverage via affordable terminals and satellite, ship-to-shore, and air-to-ground communications

Achieve seamless integration of satellite into 5G and 6G through standardisation

Create future-proof service ecosystems and standardisation processes through transferable insights from other sectors

Enable future satellite capacity through next-gen system and network architecture

 

 
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The industry-leading conference sessions led by technical-level experts will inform and inspire on the latest industry trends including the integration of satellite into terrestrial networks, intersatellite links and connectivity services, enabling you to take away key learnings and enhance your customer's onboard and offboard connectivity projects. Hand-picked sessions that you cannot afford to miss include:

Panel: Integrating Satellite into Terrestrial 5G and 6G Networks to Enhance Connectivity Capabilities

Panel: Designing the All Singing, All Dancing Antenna: Responding to End-user Terminal Requirement for Future Network Success

Panel: Securing an Increasingly Software-defined Interlinked Web: From Vessel, to Aircraft, to Ground Station, to Satellite

 

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Confirmed Conference Speakers Include:

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Gain facetime with industry-leading exhibitors including

 

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Mobility Connectivity Conference Speaker Interviews

 

 

Elliot Minn, CTO, e2E

 

 

Dr Sandro Scalise, Head of Satellite Networks, DLR

 


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Speaker interview: Joakim Espeland – CEO, QuadSAT

 

 

I am the CEO and Co-founder of QuadSAT, a Danish company that has developed new tools and techniques for testing and calibrating satellite antennas. Having previously worked in the oil and gas industry, I realised how challenging it is to test and calibrate satellite ground segment equipment.

 

 

Speaker interview: Matthias Motzigemba – Head of Laser Communications, Tesat Spacecom

 

I have been working in the telecommunications market for more than 30 years. Since 2011 I am with TESAT to transfer telecommunication from earth to space. My actual role is Head of Sales for Laser Communication.

 


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Blog: From Hybrid Terrestrial and Non-Terrestrial Networks to Next-gen Ground Terminals: Outlining Requirements for Mobility Satellite Connectivity

A key connectivity requirement within the maritime and aviation sectors is high-data transfer in remote areas. Having continuous access to such connectivity is important to address and resolve industry trends and challenges such as decarbonisation, autonomy, remote maintenance and passenger and crew entertainment and wellbeing. Low-Earth orbit (LEO) constellations combined with satellites in other orbits, as well as a sound satellite ground infrastructure combined with terrestrial networks can bring great potential to these mobility end-user markets.

 

Ground Stations and Satellite Constellations: Bridging the Gap in Remote Maritime and Aviation Connectivity with Next-Gen Satellite Capabilities

There are various megatrends intersecting the maritime and aviation industries. A key one is developing strong onboard connectivity capabilities when flying and sailing in remote areas to ensure efficient remote maintenance and navigation, crew safety and welfare, as well as optimising a passenger’s onboard experience through high-speed, high-data rate reliable connectivity. The necessity for these capabilities has been accelerated following the pandemic and our increased need for connection.

 


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