IHS Inc. The Source for Critical Information and Insight
Electronics |  Change

Advanced Search
 
 

ABI: 700 MHz Auction Bids Far Exceed Expectations

February 27, 2008 // Published as a news service by IHS

 
Electronics & Telecom Docs
IHS sells a full selection of standards documents & collections from the industry's top organizations.
To learn more, and for a free quote, please complete the form below.
TIA Collection
NEMA Collection
CEA Collection
EIA Collection
ITU Collections
IEEE Collections
EU EMC Collections
IEC Collections
First Name:

Last Name:

Email address:
According to ABI Research, the U.S. Federal Communications Commission (FCC) underestimated the demand for 700 MHz in its ongoing auction, along with everyone else.

Originally expected to raise between $10 billion and $15 billion, total current bids exceed $18.9 billion. Bidding on the sought-after C block also surpasses the FCC requirements ($4.6 billion) and now has a provisional winning bid (PWB) of $4.7 billion.

The demand for 700 MHz is so great, analysts said, not even the pending recession impacts the bidding process. This auction may be the last opportunity for new participants to gain ground in the wireless realm, which is dominated by incumbent carriers.

New participants include Google, Vulcan Spectrum, Tower Stream and Cox, while traditional participants include Verizon and AT&T.

Analysts said 700 MHz provides better propagation characteristics than 850 MHz, 1900 MHz, 2100 MHz and higher-frequency spectrums.

"For instance, cable companies can utilize this spectrum by launching their own mobile broadband networks - thereby alleviating the need to rely on wireless operators," said ABI Research senior analyst Nadine Manjaro.

"But Google draws the most speculation, since the company's entrance into the wireless market could significantly change the wireless industry."

Incumbent operators absolutely want to strengthen fourth generation (4G) deployments, analysts said, and 700 MHz will improve rural and in-building coverage at a lower cost than existing frequencies.

One surprise is the nationwide D block, set aside by the FCC for public safety. Analysts said Frontline Wireless - the expected front-runner - was disqualified due to its inability to pay the minimum bid. There has been only one bid, which failed to meet the reserve bid price of $519 million. The D block price is set at $1.3 billion.

"Beginning in 2009, the 700 MHz auction could alter wireless broadband services in the U.S. and abroad," said Manjaro. "Google's interest in the C block influenced Verizon's decision to open up access to its network, just as Apple's introduction of the iPhone stirred up the cell phone market. If Google or another disruptive player secures the C block spectrum, it could change the whole industry."

Source: ABI Research.

ELECTRONICS & TELECOM STANDARDS & REGULATIONS NEWS
September 3, 2008
EP Begins Telecoms Rules Reform Debate on Important Issues
The European Parliament (EP) began debate on "telecoms reform" legislation for the European Union (EU) in a plenary session on Sept. 2. ... more
September 2, 2008
U.S. TV Academy Presents Emmy Award to ITU, ISO, IEC for Video Standard ITU H.264/MPEG-4 AVC
The U.S. Academy of Television Arts & Sciences awarded the Emmy Award for Excellence to the International Telecommunication Union (ITU), the ... more
September 2, 2008
NEMA Publishes Reaffirmed Standards - NEMA CP 1-2000 (R2008), NEMA ICS 5, Annex B-2002 (R2008), NEMA ICS 5, Annex E-2002 (R2008)
The National Electrical Manufacturers Association (NEMA) published the following reaffirmed standards: ... more
August 29, 2008
IEEE Approves Amendment to Standard for Performing Arc Flash Hazard Calculations - IEEE P1584b
The Institute of Electrical and Electronics Engineers (IEEE) will amend its guide for performing arc flash hazard calculations. ... more
August 25, 2008
ABI: Industrial Precision GPS Solutions Experiencing Sustained Growth Levels
While much of the current attention surrounding global positioning system (GPS) technology is focused on consumer navigation and location-based ... more
Show All..