Monday, 27. April 2009, 08:40:41
satellite, bandwidth, telecommunications, internet
A team of researchers funded by the European Union has developed methods for optimizing satellite bandwidth, potentially dropping the combined cost of satellite phone, television, and internet services to as little as 50 Euros a month.
The Integrated Multi-layer Optimization in broadband DVB-S.2 Satellite Networks (IMOSAN) project focuses on getting the most out of existing resources and creating a wireless interface to the satellite network in order to distribute the satellite bandwidth to the largest number of consumers possible.
Key elements of the new system include a Satellite Resource Management System (SRMS), a Bandwidth Manager and Multiplexer (BWMM), and hardware and software encoders for various audio and video formats (including SD MPEG-4/AVC / H.264 analog and HDTV video).
Source:
http://thefutureofthings.com/news/6855/inexpensive-satellite-bandwidth-under-development.html
Monday, 10. December 2007, 12:09:47
bandwidth, local bus, chip technology, system-on-chip
...
For the past three years, Rambus has been laying the research groundwork for eventually answering a simple question: in a world with 100 cores on a single chip, how do you get enough data onto the chip to keep all those cores fed? At that point, a single system-on-chip (SoC) in a future game console may well need something on the order of a terabyte per second worth of bandwidth—some 20x the amount of bandwidth in today's PlayStation 3.
At the company's annual developer forum in Japan, Rambus has unveiled the first fruits of this research effort: the Terabyte Bandwidth Initiative. Let's take a quick look at the TBI and at the kinds of technologies that Rambus believes can take us into the realm of 1TB/s local bus transfers.
Source:
http://arstechnica.com/news.ars/post/20071126-rambuss-terabyte-bandwidth-initiative-looks-to-2010-many-core-era.html