Is it true that new cables are avoiding landing in the UK because of the Brexit vote?
I was curious to see if there was any validity to this myth, so I took a closer look.
Our thirst for bandwidth must have a ceiling. It just must.
In our first-ever user-submitted myth, Chief Engineer of the Australia-Japan Cable Phil Murphy asked our experts a tough one. If it were possible to create the ultimate VR device that delivered a fully-immersive experience—catering to all possible sensory inputs—what would the bandwidth be and would our own senses create a cap?
In short: will sensory overload dictate an eventual bandwidth ceiling?
Have you heard the one about 70% of the world’s internet traffic flowing through northern Virginia? This factoid has been cited in The Washington Post and Business Insider, among other major publications and government websites.
This statistic always seemed a little unlikely to us, so we sought out a few different ways to test its validity.
This July Subsea EMEA returns to Marseille for its third year, bringing together leaders from more than 150 companies.
New month, new headlines.
Our team has been reading about the recent WhatsApp exploit. The experts at Motherboard and BBC both have articles worthy of your time, especially if you're looking for candid conversations about security, spyware, and encryption.
What does the future hold for the global bandwidth market? The two most predictable trends are persistent demand growth and price erosion.
Beyond that, operators will have to navigate major uncertainties in continuing to move forward in an evolving sector. Here are a few of the key trends, among many, that will affect the long-haul capacity market in the coming years.
Google and SubCom are turning to space-division multiplexing within their new Dunant cable. The pair is angling to engineer the fastest fiber-optic cable of it's kind. (We can talk about whether or not new submarine cables are really giving us faster internet another time.)
Even as coherent modem technology continues to innovate, the amount of data that can be carried over today’s networks shows no signs of slowing.
Despite all this modem magic, we can’t ignore the laws of physics. We’re quickly approaching the Shannon Limit–the maximum information-carrying capacity of a submarine cable optical fiber pair.
What new alternatives are on the horizon to side-step this inevitability?
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