Aspen Communication’s wireless access point in Tyler, Texas (Photo credit: Wikipedia)
Google is known across the world as the company whose best, perhaps only, interest is to get as many people online as possible. It is perhaps due to this reason that it has launched its highly-revered high-speed ISP service in select US locations where demand seems to be extremely high.
In its latest initiative, Google is about to test new technology that will deliver ultra-fast wireless internet by bypassing the physical fiber cables that are needed for their high-end internet service. Google has filed an application with the U.S. Federal Communications Commission wherein it has asked the agency for permission to perform tests over various wireless spectrums across California. The filing has also requested the utilization of rarely-used millimeter-wave frequency that has the potential to transmit substantial amounts of data. Continue reading
This is an all too familiar tale of a city embarking on a broadband venture where only the consultants make money (Sorry friends). Residents of the city want to see competition but turn to the government. When that fails they start a grassroots effort. Unfortunately any grassroots campaign will not be enough to even fund a neighborhood. I wish this coalition the best of luck but they need to use their funds to get someone that can try a novel approach to engage a public/private partnership to drive broadband competition.
Baltimore was among dozens of disappointed cities when Google announced it had picked Kansas City, Mo., for a high-speed fiber-optic data network in 2011, but officials vowed to continue fighting for fiber nonetheless.
Nearly four years later, some are disappointed by the lack of progress— and want to show that some of the fervor that wooed Google remains, waiting for new, affordable options for fast Internet service. Continue reading
By: John Eggerton
FCC Commissioner Ajit Pai warned fixed wireless Internet service Providers (WISPs) Wednesday that he is worried the FCC might be headed toward Title II regulation.
In a speech to WISPAPALOOZA, the Wireless Internet Service Providers Association conference in Las Vegas Oct. 15, Pai took a page from former President Ronald Reagan to make his point. “President Ronald Reagan wisely said that the ‘government’s view of the economy could be summed up in a few short phrases: If it moves, tax it. If it keeps moving, regulate it. And if it stops moving, subsidize it.’ Unfortunately, I’m worried that’s where the FCC might be headed when it comes to the Internet.” Continue reading
English: Availability of 4 Mbps-Capable Broadband Networks in the United States by County (Photo credit: Wikipedia)
Yesterday evening saw the launch of Next Century Cities, a US bipartisan, city-to-city initiative dedicated to ensuring the availability of next-generation broadband Internet for all communities. The 32 cities involved and their elected leaders are collaborating as they recognise the importance of using gigabit-level Internet to attract new businesses and create jobs, improve health care and education, and generally give residents new opportunities.
During the launch in Santa Monica, the mayors of Lafayette, Louisiana, and Chattanooga, Tennessee – both of whom preside over community gigabit cities – spoke at length about the difficulties they had to overcome in order to reap the rewards of having city-wide ultra-high speed broadband available to all at affordable prices. Continue reading
This is how government should be behaving. They should be removing the hurdles for business and society to advance.
The FCC voted unanimously Friday (Oct. 17) to make it easier to deploy wireless infrastructure, yet another step in the commission’s broader move to spur broadband deployment.
The item extends various exclusions from environmental and historical impact restrictions for wireless buildouts, including co-locations of new equipment on existing structures, and clarifies that shot clocks and other measures to ease infrastructure buildouts extend to distributed antenna systems and small cells.
State and local entities won’t be able to deny further modifications of existing sites that do not change the physical dimensions, and fixes a 60-day deadline for action.
Google has been rapidly testing and deploying a variety of high speed internet delivery systems. The first volley for consumers was its Google Fiber gigbit internet access, which saw municipalities in the US competing to present their cities as the best fit for high speed access. Then, CivSource reported on a constortium of tech companies including Google, which were deploying TV White Space Broadband, sometimes called Super Wifi. Now, the company appears to be testing millimeter wave technology to provide wireless broadband according to a recent public FCC filing.
Millimeter wave technology uses the frequency spectrum from 30 GHz to 300 GHz, between microwave and infrared waves. Historically, like TV White Space (TVWS), these parts of the spectrum haven’t really been used. It the case of TVWS, that technology relies on extra and empty TV channels to transmit broadband access over long distances like they already transmit TV stations. Until the last decade or so, few devices could transmit millimeter waves but now the technology is more economical. Millimeter waves have been floated as a 5G network for mobile phones as well.
The battle for spectrum among technology providers and governments has already been high profile, with major telecommunications companies like Verizon and Comcast going to every spectrum auction they can to bolster their private networks. The development of FirstNet also touches on the scarcity and politicized nature of spectrum use as program administrators try to find spectrum bands that can be allocated to first responders.
If successful in commercial use cases, millimeter wave technology would allow for more spectrum for all of these networks, and would also be able to transmit bulky data wirelessly. However, there are limitations. As readers might guess from the word millimeter, these waves don’t go that far. The magazine Electronic Design breaks down just how much you might expect from millimeter waves without further technological innovation.
Trenching for a fiber optic installation in Worcester, Massachusetts (Photo credit: Wikipedia)
A plan that goes before San Francisco supervisors next week would speed up the installation of a fiber optic network in the city.
Under the proposal, the city’s Department of Technology would be required in many instances to make sure conduits for a fiber network are installed when trenches are dug for electrical or sewer work, according to a story in the San Francisco Examiner.
The goal, city officials say, is to expand the existing fiber network to provide a strong, quick wireless Internet service throughout the city.
Currently, San Francisco has 140 miles of fiber conduit that connects police stations, office buildings and public safety radio sites. The system provides free public WiFi along Market Street, in public buildings such as City Hall and in 32 public places where service was launched last week.
The “dig once” proposal was approved Monday by the supervisors’ Land Use and Economic Development Committee.