Wet Antenna Attenuation? Techniques to Mitigate Ultra-high Rain Fade on C-band Uplink
An investigation into C-band’s exceptionally high rain fade attenuation, and techniques for uplink station operators to mitigate against ultra high rain fade...
AsiaSat’s Road of Innovation
AsiaSat strives to deliver the best service and ensure continuous success for our customers, evolving towards a service-based and innovation-driven telecommunication and technology company. Join us on our road to innovation...
AsiaSat urges Communications Authority to protect satellite services against interference from future 5G networks
In a letter to the Communications Authority, AsiaSat addresses the issues with the initial proposals to solve issues of future interference...
New AsiaSat Technical Whitepaper - Gateway Network Rollout Methods for a Future VHTS System
This paper describes and compares various configurations and gateway network rollout methods for a Future VHTS System.
New AsiaSat Technical Whitepaper - Future HTS Satellite Output Section Design
This paper describes and compares the feasible output section technologies and implementation configurations that can practically improve the future HTS’ throughput and flexibility.
AsiaSat Supporting China Telecom’s Expansion of In-flight Services
In-flight connectivity has been a hot topic in China, and only last month our CEO Andrew Jordan highlighted aviation as a key avenue for the satellite communication industry, shining some optimism on its potential for AsiaSat.
AsiaSat @ CASBAA & CommunicAsia 2017
AsiaSat featured in one of the biggest and best shows in the Satcomm industry - CommunicAsia 2017
AsiaSat 9 Update - Satellite Pre-Ship Review (SPSR)
AsiaSat 9 Satellite Pre-Ship Review (SPSR) was successfully held on 7 Apr 2017 at Space Systems Loral (SSL).
AsiaSat Q&A in Satellite Finance
Satellite Finance has conducted a Q&A interview with AsiaSat CEO Andrew Jordan
New AsiaSat Technical Whitepaper - Adjacent Satellite Interference (ASI)
New AsiaSat Technical Whitepaper - Reviews Adjacent Satellite Interference (ASI) - Effects and Causes on Ku-band DTH Network