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old3eyes: Wait for the obligatory treaty claim to come along and screw up this auction..
Communications and Information Technology Minister Amy Adams has welcomed the Waitangi Tribunal’s decision not to grant an urgent hearing of the WAI2224 claim regarding Māori interests in the 700 MHz band of radio spectrum.
“The Tribunal decision notes that the Crown has already had the benefit of the Tribunal’s advice on earlier, similar claims in making its decision regarding the allocation of spectrum,” Ms Adams says.
The allocation of the 700 MHz band of spectrum will allow the building of fourth generation (4G) mobile networks using the spectrum freed up by the switchover to digital television.
The auction is scheduled to start on 29 October 2013. The start date will be confirmed after completion of the bidder registration process.
The use of mobile broadband services is growing at an enormous rate in New Zealand. Fast, reliable access to mobile broadband is enabling improvements in productivity and ease of business, and providing new applications for consumers.
“The auction will enable early access for New Zealanders to 4G mobile technology, particularly in rural areas.
“Indications are that by using the spectrum for 4G mobile networks, we can expect economic benefits for New Zealand of up to $2.4 billion over the next twenty years.”
The Government has a number of initiatives underway to ensure Māori have access to the benefits of digital technology.
In addition, the Government is investigating the creation of a $30 million ICT development fund, focussed on the way government can help Maori leverage the potential benefits from new technologies, and promote and support the language and culture in a digital world.
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PaulBrislen: With three bidders the maximum allowed is 15MHz each, under the proposed rules, although the govt can relax that to 20MHz for two bidders if one drops out... that would be a disaster in my view as we'd end up with a cosy duopoly in 700MHz, something that isn't good for customers.
But with prices set like this I'd hope we'll see three providers each win a similar amount each and then get stuck in.
Time to find a new industry!
webwat:PaulBrislen: With three bidders the maximum allowed is 15MHz each, under the proposed rules, although the govt can relax that to 20MHz for two bidders if one drops out... that would be a disaster in my view as we'd end up with a cosy duopoly in 700MHz, something that isn't good for customers.
But with prices set like this I'd hope we'll see three providers each win a similar amount each and then get stuck in.
They are paired blocks of spectrum, so thats maximum 30MHz per bidder and 40MHz if one drops out. Theres 9 lots of 2x5MHz, so total 90MHz up for auction.
I wouldn't be suprised if it goes a similar way to Australia, and not all of the 700MHz spectrum sells. Its useful for cities to get building penetration and for greater coverage in rural areas, but I think it was 2.5GHz that was more popular because it can handle the amounts of data expected for the LTE networks.
*Insert big spe*dtest result here*
hamish225:I could be terribly wrong here, but higher frequency allows more data to be carried in the same time span due to number of peaks and troughs in the wave, which correspond to 1s and 0s. 2.5Ghz allows 3.5x as many peaks and troughs as 700Mhz.webwat:PaulBrislen: With three bidders the maximum allowed is 15MHz each, under the proposed rules, although the govt can relax that to 20MHz for two bidders if one drops out... that would be a disaster in my view as we'd end up with a cosy duopoly in 700MHz, something that isn't good for customers.
But with prices set like this I'd hope we'll see three providers each win a similar amount each and then get stuck in.
They are paired blocks of spectrum, so thats maximum 30MHz per bidder and 40MHz if one drops out. Theres 9 lots of 2x5MHz, so total 90MHz up for auction.
I wouldn't be suprised if it goes a similar way to Australia, and not all of the 700MHz spectrum sells. Its useful for cities to get building penetration and for greater coverage in rural areas, but I think it was 2.5GHz that was more popular because it can handle the amounts of data expected for the LTE networks.
how does 2.5Ghz handle more data than 700Mhz?
is it just because the coverage area is less so there would be less devices on one site?
cyril7: Hi, terribly wrong, a 5MHz section of spectrum at 700MHz will carry the exact same traffic capacity as a 5MHz section of spectrum at 2.1GHz assuming the same modulation parameters and setup.
Cyril
Generally known online as OpenMedia, now working for Red Hat APAC as a Technology Evangelist and Portfolio Architect. Still playing with MythTV and digital media on the side.
openmedia: Shame.. I personally think there should be one Chorus style infrastructure provide for nationwide 4G and then telecos can provide services.
jonovw: That could also mean less competition between telcos because Chorus is the one controlling the wholesale price
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