The current Satellite Communication technology is still far behind its terrestrial counterparts in the broadband and other integrated services arena. This is hugely due to the lack of common standards and vision, high cost of bandwidth for peer-to-peer connectivity, cost of terminal, huge GEO transit delay etc.
The next generation satellites equipped with spot beams and regenerative onboard self-switching processors is expected to provide – improved cost and performance for real-time sensitive services, flexible bandwidth channels sized more closely to the actual user needs, increasing the space segment capacity by reusing the frequency within spot-beams, more importantly reducing the transmission delay almost by half.
The improvements in real-time sensitive services can only be achieved by an end-to-end and top-to-bottom QoS implementation in all the involved equipments and in all layers of the satellite network. QoS combined with ACM for DVB-S2 streams is used to produce superior Fade and attenuation mitigation techniques. With the advent of these techniques, the satellite technology has the potential to compete with terrestrial networks especially in deployment scenarios that involve the remote and rural areas.
With the onboard switching and End-to-End QoS becoming more important for making the satellite networks more efficient, with our expertise in routing/ switching and QoS in terrestrial networks, and our expertise in radio technology, we can mark our foot print in the IP over satellite networks.
nGIN technologies has domain expertise in the following technologies to provide relevant services in IP over Satellite:
- Traffic Management
- DVB RCS
- DVB S2
- Radio Expertise
Original Equipment Manufacturer:
If you are an OEM supplying Satellite Equipments to the Service Providers, nGIN Technologies can help you in providing the following services in the area of IP based protocols used in Satellite Environment
- Design & Development
- Testing Services
- Feature Enhancement