Faster, the 5,600-mile undersea fiber-optic cable that was funded by Google and Asian telecoms, and installed by NEC, is now online. The new cable runs from Oregon to two points in Japan. According to Wired, “It’s the fastest, highest capacity trans-Pacific undersea cable ever built. It can theoretically deliver as much as 60 terabits per second of bandwidth — more than half the total bandwidth available between the U.S West Coast and Asia at the end of 2015.” Google plans to speed communications between its own data centers and offer cloud services from Tokyo. Facebook and Microsoft recently announced plans to construct a 160 terabit trans-Atlantic undersea cable from Virginia to Spain. Continue reading Google, Asian Telecoms Build High-Speed Trans-Pacific Cable
Following months of expanding its LTE data pipes, Verizon Wireless is now offering improved 4G speeds under its new “XLTE” banner. The carrier is introducing improved performance in areas where it has added AWS wireless spectrum. Verizon promises that XLTE regions will feature double the bandwidth and faster peak speeds. The company says that more than 35 percent of devices operating on its network can take advantage of the added capacity of AWS. Continue reading Verizon Wireless Promises Double the Bandwidth with XLTE
By Rob Scott
February 24, 2014
Lee Lanselle of Entertainment Development Group and AsiaParks Partners Limited forwarded us a write-up from The New York Times regarding how the information-sharing habits of open source software may soon become a standard in other parts of business. Many companies are discovering the benefits of exposing things once kept secret to a larger population. The pursuit of efficiency, speed and positive change may soon even lead to companies sharing information among competitors. Continue reading Info Sharing: Companies on the Verge of Becoming More Open?
April 17, 2013
Though it won’t be widely available at first, a new, faster version of Wi-Fi is set to hit the market this year. It will give users the speed to download an entire television series in less than one minute. Called 802.11ac, it can triple the current norm’s typical speed, according to wireless experts, meaning it can handle more than a billion bits of data per second in ideal settings. Continue reading Wireless Development: High-Speed Wi-Fi Set to Launch