Is it time to get concerned about the lack of news on internet deregulation? Will this current round of deregulation include bringing in ISP companies that can challenge FINTEL directly? Or, have we reached the height of the deregulation wave with Digicel’s entrance into the mobile market and high cost of internet access will remain as it is.
If something is not done about the high price of internet access in Fiji, we can say that the present attempts at deregulation have failed.
Lowering internet costs is directly tied to lowering the cost of doing business in Fiji. IT backoffice operations have been slow to take root in Fiji because of the ridiculously high price of internet service.
In Fiji, a key challege is providing access to people who live in remote island and rural settings.
Recent developments in technology have blurred the lines between cellular and broadband internet connections. This is what is referred to as the convergence between broadband internet and cellular technologies.
An example of this is cutting-edge technology recently launched in the US. Manufactured by Samsung, the Airave unit (USD $50) is available for sale from a US cell phone provider:
Sprint is offering a new service in select areas of Denver and Indianapolis that delivers customers unlimited mobile minutes while at home. Dubbed Airave, the new femtocell-based system uses your home broadband connection to extend cellular coverage and offer unlimited calling for an additional $15 per month
The benefit of the femtocell-based system should be clear for Fiji. 
Deploying cell-phone towers is a very expensive proposition. But, WiMAX towers can effectively cover a similar range with broadband internet signal at a fraction of the cost.
Mobile providers Vodafone and Digicel stand to gain by selling these units to subscribers (ensuring brand loyalty) and the people of Fiji are winners because effort can be concentrated on building a WiMAX network coverage that is within reach of every citizen of Fiji. In order for this to happen, government officials and business leaders have to realize the benefit of working together.
The mobile providers cannot be expected to sign onto ‘open infrastructure’ but the development of this femtocell technology might be the development that could get these companies to support the concept of a public-private partnership to build WiMax coverage throughout Fiji (see earlier posts on Enabling Universal Access).
For an in-depth discussion of competing 3G and 4G wireless protocols (WiMAX vs. Long-Term Evolution cellular), please refer to this article.
… LTE will take time to roll out, with deployments reaching mass adoption by 2012 . WiMax is out now, and more networks should be available later this year. As for speeds, LTE will be faster than the current generation of WiMax, but 802.16m that should be ratified in 2009 is fairly similar in speeds.
After assessing all the technologies involved, the reasonable conclusion would be that WiMAX technology is where Fiji should be concentrating its effort. The convergence of broadband internet and cell phone technology is what the future holds. With right-thinking policy, Fiji has the chance to harness these developments to dramatically improve the reach and quality of connectivity.
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March 27, 2008 at 2:38 am
Tomasi Vakatora
Something worth noting, as there is no such thing as perfect technology.
20/03/2008 09:37:00 - by Martyn Warwick & Commsday
One of the world’s first WiMAX operators, Hervey Bay, of Australia’s
Buzz Broadband, has closed the network, with the CEO labeling the
technology as a “disaster” that has “failed miserably.”
In an astonishing outburst before the audience at an international
WiMAX conference audience in Bangkok, Thailand, CEO Garth Freeman
slammed the technology, saying its non-line of sight performance
was “non-existent” beyond two kilometres from the base station, that
indoor performance decayed at a mere 400 metres and that latency
rates reached as high as 1000 milliseconds.
Mr. Freeman said poor latency and jitter made the technology
unsuitable and unacceptable for many Internet applications in general
and for VoIP in particular. Buzz used to extol the virtues of VoIP,
hyping it as a main selling point as it sought to persuade people to
sign-up for the new service and dump old ones supplied by the
incumbent .
Garth Freeman told delegates, “WiMAX may not work,” adding that the
technology remains “mired in opportunistic hype.” The CEO also
emphasised that most WiMAX deployments are still in the trials stage
and that the technology is attractive to and used by used by “start-
up carriers” and is only supported by “second-tier vendors”.
He then contrasted WiMAX with HSPA and pointed out that there are
already 154 commercial networks in operation and that the technology
has the full backing of top tier vendors.
What made Freeman’s tirade all the more extraordinary was that just
12 months ago he fronted the same event and gave an upbeat and
overwhelmingly positive appraisal of the platform – a platform that
he had deployed just a few months before.
At the time, Garth Freeman said his company had signed 10 per cent of
its 55,000 user target market in just two months, a market share that
quickly rose to 25 per cent on the back of an advertising campaign
that highlighted cheap VoIP prices.
But back then, Mr.
Freeman also acknowledge dthat WiMAX technology has indoor coverage
issues. Indeed, at this week’s Bangkok meeting, the CEO revealed that
his frankness last year had resulted in a sharp reprimand from his
supplier, Airspan. The company was unhappy that its equipment had
been implicitly criticised.
Elsewhere, other early WiMAX adopters have also reported issues with
indoor coverage. Late last year VSNL of India said at an IEEE
conference that indoor signal loss occurs just 200 metres from a base
station.
Garth Freeman says Buzz has now abandoned WiMAX and will pursue a
a “horses for courses” policy. This includes use of the TD-CDMA
standard at 1.9GHz – used by operators such as New Zealand’s Woosh
Wireless – and a platform he describes as wireless DOCSIS. This a
relatively little-known technology that takes HFC plant and extends
its capabilities via wireless mesh.
Mr. Freeman says wireless DOCSIS operates at up to 38Mbps in the
3.5GHz spectrum and its customer premises equipment supports two
voice ports for under $A70 while it boasts “huge cell coverage.” He
added that he will also deploy more conventional wireless mesh
platforms at 2.4GHz that support up to 10Mbps with CPE voice ports
costing less than A$80.
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March 27, 2008 at 10:37 pm
dtabureguci
Bula Mr Vakatora! Too bad about Buzz Broadband. Maybe they were using outdated equipments? Would be interesting to find out whether Unwired Fiji and FINTEL are facing similar problems here.
April 6, 2008 at 10:50 pm
coconutwireless
What is the alternative? $1000 handsets and ridiculous charges to access internet over mobile handsets?
WiMAX certainly does have limitations, all wireless communications protocols have issues.
It is important to note that WiMAX remains a draft proposal and in this ‘incomplete’ state there will definitely be issues and challenges. Expect these to become less of a problem once a final technical standard has been approved.
As for poor Garth-O Down Under, D nails it on the head. Most likely his issues have to do with the equipment he is using and how he has chosen to deploy his network.
Should not shake anyone’s belief in WiMAX or any other future technology that will keep internet traffic off of expensive mobile networks. This remains the best alternative to provide low-cost access to those who cannot afford it.