GCT Semiconductor and LPWA network provider Sigfox announced a multi-mode, hybrid, LTE combo Sigfox chip that they say will save IoT applications money.
Initial, upcoming 5G is going to be a disappointment, a University of Oulu researcher says. 6G, with frequencies up to terahertz, will be needed for true microsecond latency and unlimited bandwidth.
A more efficient design that combines antenna and electronics could replace traditional radio links, improving energy and spectral efficiency, Georgia Tech researchers say.
NASA intends to shift its space-to-ground data communications from traditional radio to laser. The move may help internet throughput via over-the-air laser optical become a reality.
Private LTE networks, using brand-new frequencies, will be available 2018 Q4 or 2019 Q1 says an expert.
If researchers are successful, we can expect fiber data transmissions to get fatter and longer, as well as increases in data throughput.
If Dove Network's solution succeeds, data users will be able to circumvent traditional ISP data plans and buy capacity as needed from those who want to sell their excess.
An optical, in-computer breakthrough being explored by researchers at University of North Carolina at Chapel Hill will let computers run cooler and faster.
Disruption Tolerant Networking, being developed for NASA’s Solar System Internet, guarantees data delivery when traffic is interrupted. It could also be used in remote locations on Earth.
Fiber cables and data centers could be decimated by global warming-created sea-level rises in less than 15 years, according to researchers at University of Wisconsin-Madison and University of Oregon.
