High-Speed Wi-Fi: A Different Type of Wireless
Despite
the excitement created by the 2.5G and 3G connectivity standards for
wireless data services, it is impractical to expect that the 3G
revolution will happen tomorrow, mainly because the 2.5G and 3G
technologies are costly, scarce, not well tested, and still being
defined. However, the market is already filled with mobile devices,
such as laptops and PDAs. According to IDC, close to 17 million
handheld companion units were shipped in 2001. Palm and PocketPC
devices experienced great success in the enterprise and consumer
markets. At the same time, people realized the efficiency gains brought
by the Internet and access to the vast amounts of organized data that
it provides. As the workforce is getting more mobile and people are
realizing the benefits of receiving instant information, the demand for
"anytime, anywhere" access to corporate and personal data is bound to
increase.
A new wireless standard came into play. 802.11, also
called Wi-Fi, has become the most popular standard for wireless
Internet access technology. Using radio frequency connections between a
base station and devices with add-on or built-in 802.11 wireless cards
at roughly 1000 feet radius, Wi-Fi gives access to the Internet and
remote corporate and personal data without using the wires and cables
of a conventional local area network in public places, homes, and
offices. The global push to adopt 802.11 is based largely on its high
bandwidth of 11 Mbps and rich user experience that is comparable to
being on a wired company LAN. This standard is open, unlicensed,
internationally adopted, interoperable, and supported by every major
player in the wireless LAN industry. Wireless Ethernet options are
available today for most consumer devices, and the next generation of
laptops, handheld PCs and PDAs will be wireless Ethernet enabled.
Enterprises have taken the most-prominent role among
the early adopters of Wi-Fi wireless LAN technologies. Vertical markets
and enterprises accounted for the majority of shipments and will
continue to do so. Wi-Fi technology serves as a practical extension to
existing broadband and high-bandwidth wired LAN technologies. As
enterprises become more convinced that wireless LAN technology adds
hard and soft dollars to the return on investment, and as Wi-FI devices
reach the IT market at lower costs and in larger shipments, the
industry will see a huge increase in 802.11 adoption in corporate
offices, plants, campuses, and other premises. Public access is tagging
right behind the corporations, and in the beginning could even outrun
the corporations while they are ramping up. The main venues for public
802.11 access points include coffee houses, with Starbucks leading the
pack; hotels with, Four Seasons and Hilton as the earliest adopters;
airports; train terminals; restaurants; and universities.
As in the telecom business, distinct camps of players
have formed quickly to take advantage of the unlicensed frequency that
Wi-Fi services are using. On the smaller scale side of business, a
number of wireless network companies, also called "microcarriers"by the
industry tycoons, are actively building 802.11 networks in public
spaces installing equipment and leasing space from the landlords.
Three-year-old wireless LAN service provider Wi-Fi Metro Inc. expanded
on the "hot-spot" concept, providing a large area of wireless Internet
connectivity unrestricted by physical boundaries. The first hot-spot
covers roughly an eight-block area of downtown Palo Alto, allowing
Wi-Fi Metro subscribers to log on whether they are in their favorite
cafe or out on the sidewalk.
Then there are service aggregators, who purchase from
802.11 microcarriers on a wholesale basis, integrate these networks
together, and sell a single service to customers. Boingo, who at launch
had the largest wireless broadband footprint in the world, focuses on
the complex integration of hundreds of Wi-Fi wireless Internet
providers around the world into a single service, providing marketing
services, customer support, and billing. On the larger scale, this
market of course will not be missed by the carriers. VoiceStream, who
recently acquired MobileStar and took over its large network known for
offering the Wi-Fi services at Starbucks, is the first carrier to move
into the Wi-Fi space. Under the name of T-mobile, VoiceStream started
to offer wireless Internet services in California and Nevada, and plans
to be in 45 of the top 50 U.S. markets, following with similar branding
campaigns of T-Mobile International's subsidiaries in Germany, the
United Kingdom, Austria, and the Czech Republic.
The popularity of laptop computers and handheld devices
is fueling demand for wireless LANs. Many manufacturers, such as IBM,
Toshiba, and Sony, are shipping laptops with built-in Wi-Fi hardware,
allowing these machines to connect to a WLAN straight out of the box.
IBM has become a leader in constructing wireless LANs, using its
unrivalled size to capture market share through its global services
division. Already, Microsoft's Windows® XP operating system supports
Wi-Fi, and Microsoft announced plans to make a wireless portable
monitor that uses Wi-Fi technology to link to the terminal and keyboard.
All this is increasing consumer awareness of WLAN
products, accelerating chip sales, and creating demand for WLAN
infrastructure. Poor market conditions and the
lack of next-generation handsets, which has forced mobile operators to
delay the launch of their 3G networks, also gives a boost to Wi-Fi.