Here's a summary of what 802.16 is from an old
Intel 802.16 press release:
The 802.16 standard, which the IEEE modified this [past] January
[2003] in its 802.16a amendment covering the 2 GHz to 11 GHz
frequencies, is a wireless metropolitan area network technology that
will ... provide a wireless extension to cable and DSL for last mile
broadband access. It provides up to 31 miles of linear service area range and allows users to get broadband connectivity without needing a direct line of sight to the base station. The wireless broadband technology also provides shared data rates up to 70 Mbps,
which is enough bandwidth to simultaneously support more than 60
businesses with T1-type connectivity and hundreds of homes with
DSL-type connectivity using a single sector of a base station. A
typical base station has up to six sectors.
And some discussion of the implications of 802.16 can be found in a non-online article
from Technology Review titled "Why WiMax?" (11/04 Vol. 107, No.
9, P. 20; Roush, Wade) [Note, WiMax is a consumer friendly name for the IEEE 802.16 standard]:
The forthcoming Worldwide Interoperability for Microwave Access
(WiMax) metropolitan-area wireless communication standard is expected
to put Wi-Fi in the shade. Wi-Fi can transmit signals across up to 100
meters indoors and 400 meters outdoors, but WiMax boasts a maximum
transmission range of 50 kilometers at a peak data transfer rate of 70
Mbps.
Furthermore, once industry consensus is reached on such details
as WiMax data encryption, [regulated and unregulated] frequency allowances, and multiple-user
frequency access, companies will be able to mass-produce WiMax-enabled
chips and make WiMax receivers affordable to consumers; the end result
could be the replacement of current ISPs with broadband Internet
connectivity.
WiMax promises to facilitate wireless communication for
new small and mid-sized businesses, the construction of
mobile-computing hot spots in areas that lack phone lines, and the
expansion of broadband Internet access to impoverished regions. The
instigator of the WiMax movement is Intel, which saw a need for Wi-Fi
to develop into a carrier-like technology as well as use more, as-yet
untapped frequencies. In addition to designing communications
processors to exploit these frequencies and delivering the chips as
samples to manufacturers, Intel is promoting the WiMax Forum as an
industry organization for certifying WiMax-compliant equipment, and is
making investments designed to demonstrate WiMax's profit potential
through Intel Capital.
The high cost of building a WiMax transmitter
network could complicate the technology's rollout. In addition, WiMax
equipment manufacturers must address the challenge of achieving the
economies of scale necessary for enabling WiMax hardware in the
consumer price range.
A more recent and detailed discussion can be found at
WiMax starting to make its move (nwfusion.com, June 04)
My comments:
Well, maybe finally, Intel's ventures into non-core technologies will pan out.
It seems like the planning for this is taking forever, especially since it should be a boon to the tech industry. But remember, all
government coordination is bad, private enterprise is always more efficient
(that's sarcastic folks).