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Posts tagged with "telecom"

When will we see ExpressCard 34 EVDO cards downunder?

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All Apple MacBook & I suppose some Sony Vaio users in New Zealand must be feeling left out of the EVDO using family. Telecom NZ only supplies one EVDO card, and it is PCMCA. Will the ExpressCards for the US & Eauropean markets work down here?

When will we see ExpressCard 34 EVDO cards downunder?

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All Apple MacBook & I suppose some Sony Vaio users in New Zealand must be feeling left out of the EVDO using family. Telecom NZ only supplies one EVDO card, and it is PCMCA. Will the ExpressCards for the US & Eauropean markets work down here?

Big telco squatting squashes WiMax ?

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The Auckland Gallery Guide

Beware the WiMAX cul-de-sac By Juha Saarinen, Auckland


When telco incumbents with extensive fixed and mobile data networks start touting rival technologies you know something’s wrong. This is especially the case when it’s a technology that has been on trial for a long time and the incumbents have not invested in it themselves.

I am, of course, talking about WiMAX, the wireless standard that’s been hyped for the last three years as a last-mile data delivery alternative by large vendors such as Intel and Alcatel. Telecom’s chief executive, Theresa Gattung, has also listed WiMAX as a competitive threat — just like she did with Woosh during earlier regulatory talk fests.

Woosh didn’t turn out to be a competitive threat for Telecom and it looks like WiMAX could meet with the same fate unless the government steps in fast to change the regulatory landscape.

The WiMAX standard by itself is far from technically deficient. On the contrary, if the NatCom WiMAX service I’ve trialled is anything to go by, providers could build fast and reliable broadband wireless access (BWA) networks to compete with fixed infrastructure from established players.

For this to happen however, providers need to have better access to the currently underused licensed radio frequency spectrums in New Zealand.

While the WiMAX standard lays out a variety of frequency bands that can be used — as high as 99GHz - the practical ranges are at far lower frequencies. Lower frequencies have advantages like greater reach, better penetration, non- or near line of sight deployment and requiring fewer access points for coverage.

The problem is that much of this spectrum is in the hands of telcos and operators who are “squatting” so to speak, without using the frequencies for anything. There is actually plenty of room in the New Zealand ether for data networks. A discussion paper released by the Ministry of Economic Development points to little usage of the frequency bands that work well with WiMAX, such 2.1-2.3 and 3.5GHz. This is a waste of limited resources, and the paper suggests that unused spectrum rights are rescinded and reallocated.

Allocating more spectrum isn’t going to be enough, however. The configuration of the 3.5GHz and lower frequency bands isn’t appropriate for WiMAX. Many bands are currently sliced up into 7MHz pairs, one for downstream provision and one for upstream. That’s a total of 14MHz which, without going into too much deep geek detail, just isn’t enough bandwidth to keep up with customers’ ever-increasing demands — not even with fancy modulation wringing out the last bit of performance from the allocation.

To make WiMAX succed and ensure scalability, the Government would need to reconfigure bands into, say, 21MHz pairs instead. Currently, providers can aggregate spectrum in the 3.5GHz band through commercial arrangements with one another but the likelihood of bitter competitors doing that is small.

These sorts of regulatory issues were pointed out by the OECD recently as a major hindrance to the success of WiMAX. Even if the Government here creates fatter frequency bands, it would need to happen in the larger overseas markets, too, where similar “spectrum squatting” is rife. Without large-scale deployments in big overseas markets like the US, OEMs won’t get the economies of scale needed to produce affordable customer premises equipment and access points. Without cheap gear, there is no future for WiMAX in New Zealand either.

As telcos are gearing up to provide the next round of high-speed cellular 3G technologies, you have to ask where this leaves providers betting on WiMAX.

Considering that the spectrum changes aren’t likely to take effect until 2010, it looks like they are heading into a commercial cul-de-sac because of slow regulation that has failed to keep up with technology.

Big telco squatting squashes WiMax ?

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The Auckland Gallery Guide

Beware the WiMAX cul-de-sac By Juha Saarinen, Auckland


When telco incumbents with extensive fixed and mobile data networks start touting rival technologies you know something’s wrong. This is especially the case when it’s a technology that has been on trial for a long time and the incumbents have not invested in it themselves.

I am, of course, talking about WiMAX, the wireless standard that’s been hyped for the last three years as a last-mile data delivery alternative by large vendors such as Intel and Alcatel. Telecom’s chief executive, Theresa Gattung, has also listed WiMAX as a competitive threat — just like she did with Woosh during earlier regulatory talk fests.

Woosh didn’t turn out to be a competitive threat for Telecom and it looks like WiMAX could meet with the same fate unless the government steps in fast to change the regulatory landscape.

The WiMAX standard by itself is far from technically deficient. On the contrary, if the NatCom WiMAX service I’ve trialled is anything to go by, providers could build fast and reliable broadband wireless access (BWA) networks to compete with fixed infrastructure from established players.

For this to happen however, providers need to have better access to the currently underused licensed radio frequency spectrums in New Zealand.

While the WiMAX standard lays out a variety of frequency bands that can be used — as high as 99GHz - the practical ranges are at far lower frequencies. Lower frequencies have advantages like greater reach, better penetration, non- or near line of sight deployment and requiring fewer access points for coverage.

The problem is that much of this spectrum is in the hands of telcos and operators who are “squatting” so to speak, without using the frequencies for anything. There is actually plenty of room in the New Zealand ether for data networks. A discussion paper released by the Ministry of Economic Development points to little usage of the frequency bands that work well with WiMAX, such 2.1-2.3 and 3.5GHz. This is a waste of limited resources, and the paper suggests that unused spectrum rights are rescinded and reallocated.

Allocating more spectrum isn’t going to be enough, however. The configuration of the 3.5GHz and lower frequency bands isn’t appropriate for WiMAX. Many bands are currently sliced up into 7MHz pairs, one for downstream provision and one for upstream. That’s a total of 14MHz which, without going into too much deep geek detail, just isn’t enough bandwidth to keep up with customers’ ever-increasing demands — not even with fancy modulation wringing out the last bit of performance from the allocation.

To make WiMAX succed and ensure scalability, the Government would need to reconfigure bands into, say, 21MHz pairs instead. Currently, providers can aggregate spectrum in the 3.5GHz band through commercial arrangements with one another but the likelihood of bitter competitors doing that is small.

These sorts of regulatory issues were pointed out by the OECD recently as a major hindrance to the success of WiMAX. Even if the Government here creates fatter frequency bands, it would need to happen in the larger overseas markets, too, where similar “spectrum squatting” is rife. Without large-scale deployments in big overseas markets like the US, OEMs won’t get the economies of scale needed to produce affordable customer premises equipment and access points. Without cheap gear, there is no future for WiMAX in New Zealand either.

As telcos are gearing up to provide the next round of high-speed cellular 3G technologies, you have to ask where this leaves providers betting on WiMAX.

Considering that the spectrum changes aren’t likely to take effect until 2010, it looks like they are heading into a commercial cul-de-sac because of slow regulation that has failed to keep up with technology.

Telecom NZ Wifi free till December 2007?

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Logging into Telecom New Zealands hotspot service it appears they have extended free access for broadband customers till December 2007.

Telecom announces enormous loss

The Auckland Gallery Guide - getting you to Auckland's best art.


10.00am Friday August 4, 2006

By Simon Louisson

Telecom today announced a $435 million June year net loss, thanks mainly to further haemorrhaging from its Australian unit AAPT.

Telecom was turned upside down by the Government's May 3 decision to force it open its network to broadband customers.

That sent its shares diving from $5.75 to a 13-year low of $3.97 last month. They have since recovered to $4.23 at yesterday's close.

"There are some big challenges to navigate that's clear," chief executive Theresa Gattung said.

"But we have laid out a strategy to deliver for customers in the new environment."

Today, in a move to ready it for a more regulated market, it cut its quarterly dividend to 7 cents per share and said it would cut its payout ratio to 75 per cent of net profit from 85 per cent previously.

Having already written AAPT down by $897m in the second quarter, a further $404m writedown was taken to bring the full year writedown to $1.29 billion.

The troubles with the Australian unit overshadowed a good performance at home where earnings before interest, tax, depreciation and amortisation (ebitda) rose 4.1 per cent.

Telecom posted a fourth quarter loss of $191m compared with a net profit of $281m a year earlier.

It said its adjusted full year profit excluding unusual items (mainly the AAPT writedown) was $820m, down 4.3 per cent on a year ago.

The company forecast 2007 net profit of around $820-860m with NZ earnings before ebitda down 1.5 to 3 per cent and Australian earnings static.

Telecom paid more than $2 billion for AAPT during the late 1990s dotcom boom and looked at selling it last year. The second AAPT writedown was unexpected.

Telecom said it would increase capital expenditure by 6.7 per cent to $800m in 2007 as it reorganised.

Chairman Wayne Boyd said the extra investment of $50m would accelerate Telecom's transformation "as we realign the company to meet fast-changing customer and market needs".

On shareholder distributions, Mr Boyd said new dividend policy was post the AAPT writedown.

Telecom will reintroduce a 3 per cent incentive for shareholders who choose to reinvest their dividends in Telecom.

Mr Boyd said Telecom remained committed to its "A" credit rating and associated long run target gearing ratios.

Ms Gattung reiterated comments that Telecom was transforming to meet the new regulatory environment.

"We have separated our retail and wholesale business and made a commitment to sharing technical information, performance statistics and investment plans with the industry."

In the consumer business, Telecom would focus on driving broadband penetration, developing fixed line to mobile convergence capability and simplifying the product mix while improving customer service.

"In business, we are bringing together the New Zealand business market with our Australian managed customers into a single business entity."

The carrying value of AAPT reflected "the challenging operating conditions in the Australian market with retail prices declining and wholesale prices rising".

Locally, mobile, broadband, directories and IT services all performed strongly, "while it was pleasing to see stability in access lines and local service revenue and a moderation in expense growth", Ms Gattung said.

In broadband there were 51,000 new connections in the quarter including 39,000 from retail and 12,000 from wholesale bringing broadband customers to 450,000 -- a quarter of all customers..

Mobile had another good quarter with double digit voice and data revenue growth and this was largely driven by data revenue growth, Ms Gattung said.

The company said its converged fixed-mobile offering had attracted 50,000 sign-ups since its launch in April.

- NZPA

Telecom may be planning to switch to WCDMA

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The Auckland Gallery Guide

Telecom may be planning to switch its mobile phone technology to the type now used by rival Vodafone.

Market watchers said the technology had helped Vodafone achieve its market superiority in New Zealand, but the move would add hundreds of millions of dollars to Telecom's capital expenditure bill.

Telecom has not ruled out a move to the technology – known as WCDMA – but has also expressed confidence in the ability of its present CDMA network to serve its purpose.

Estimates of the new network's cost vary widely, with ABN Amro suggesting "at least $200 million" and Credit Suisse putting the cost at up to $800 million.

Though Telecom would save some costs by reusing existing cellphone towers, the cost of providing nationwide coverage would still be high.

Telecom will unveil today its full-year result and discuss its plans for the new environment brought about by recent Government changes.

The market ran hot in anticipation yesterday, with turnover in Telecom stock topping $100 million. Shares closed up 6 cents on $4.23, having gained 20c during the week.

A couple of weeks ago Telecom told analysts it was confident CDMA would serve it purposes for the foreseable future.

However, speculation is rife in the industry that Telecom has been running its eye over the figures for building a new network.

Analysts from Credit Suisse and ABN Amro have both raised the possibility, but said the technology switch was a "risk" to Telecom capital spending plans.

CDMA has about 20 per cent of the world market, as opposed to 80 per cent for WCDMA.

Telecom has said dual mode phones – those that work on CDMA and WCDMA networks – will soon be commercially available.

Yet Credit Suisse believes the phone issue will force Telecom's hand. About 40 per cent of Telecom mobiles sold in New Zealand are made by Nokia, which has said it would stop making CDMA handsets. The high-quality CDMA phones from Nokia and Sanyo have been credited with Telecom's recent resurgence in its struggle against Vodafone for market domination.

But Telecom said Nokia will still supply it with CDMA handsets made by other manufacturers.

Vodafone and Telecom pump up mobile broadband

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The Auckland Gallery Guide


Vodafone and Telecom pump up mobile broadband

MOBILE BROADBAND technology is making some big leaps ahead this year, and New Zealand is one of the first places in the world to get access to the high-performance upgrades.

GSM provider Vodafone is first. In September the global mobile telecommunications giant is releasing High Speed Downlink Packet Access (HSDPA), which promises 1.8 or 3.6Mbit/s downloads, depending on the device, and 384kbit/s uploads.

HSDPA is in trials at the moment, and I had a go at it over at Vodafone HQ a while ago. In terms of performance, HSDPA seems to deliver, at least on the lightly loaded test network I got to see. Download speeds hit the 1.8Mbit/s mark and, better yet, the latency that is currently very high on the first generation 3G service (at 220ms or higher) has taken a dramatic cut: against local hosts on the internet, I saw round trip times in the 50-80ms region.

Vodafone will release its full range of devices inSeptember: phones, data cards, wireless routers and laptops with embedded HSDPA circuitry.

By the end of the year, Vodafone says it will release data cards capable of 7.2Mbit/s downloads, and in 2007 Nokia intends to roll out the High Speed Uplink Packet Access (HSDPA) upgrade. This is part of the full High Speed Packet Access (HSPA) standard and provides peak rates of 5.8Mbit/s, although Nokia estimates the throughput to be only around 1 Mbit/s in practice.

Depending on pricing and data caps, Vodafone's 3G upgrade could be a viable alternative to fixed broadband, especially if it comes with a converged mobile/local calling service so you don't have to pay for a landline as well.

Where does this leave Telecom? The incumbent's Code Division Multiple Access (CDMA) digital cellular technology actually makes more efficient use of expensive and hard to obtain licensed frequency spectrum thanthe Time Division Multiple Access (TDMA) encoding used by European GSM networks, including Vodafone. CDMA provides higher data rates and lets more customers access the network at the same time.

Telecom's response to HSDPA is EV-DO Rev A, and the incumbent has signed a $16 million deal with Lucent to upgrade its current Rev 0 service to the newer standard. On paper, Rev A looks good: downloads are up to 3.6Mbit/s from 2.4Mbit/s and uploads go at 1.8Mbit/s instead of 144kbit/s - faster than Telecom's DSL. Overseas tests show that latency has been sliced to 50-80ms, comparable to HSDPA. Rev A will also have features missing in the current specification, including video calling.

Furthermore, the CDMA coalition and chip maker Qualcomm announced Revision B of EV-DO last year, which can increase the per-subscriber bandwidth to a staggering 73.5Mbit/s down and 27Mbit/s up, by dynamically allocatingradio frequency blocks. Revision C is in the works too, with the goal of 200Mbit/s speeds courtesy of dynamic channel bandwidth aggregation, so that devices can use between 1.25MHz and 20MHz, and advanced multiple aerial and encoding technologies like MIMO and OFDM.

Those are impressive specifications, but will EV-DO survive the onslaught of the GSMjuggernaut? That's looking less and less certain: Telecom won't have Rev A until the end of the year, and has to compete with existing Rev 0 devices until then.

The incumbent doesn't have Vodafone's market clout and depends on devices its US partner Sprint selects. These may or may not be right for the NZ market.

Adding to Telecom's woes, CDMA roaming is pretty rare, and EV-DO support overseas is even scarcer.

That's Telecom's quandary in a nutshell. Like Betamax succumbing to VHS, EV-DO may provide some compelling features for the operator and impressive performance figures, but GSM's HSDPA is good enough, more widespread and has loads of glitzy devices.


Nuthin' but a G thang
lf you're looking to replace your landline broadband, note that Telecom and Vodafone's coming upgrades (maximum download speeds s listed below) will soon equal the 3.5Mbits/s offered by the average JetStream DSL plan today


Vodafone 3G Now: 384Kbits/sTelecom T3G now: 2Mbits/s
Vodafone 3G from September with HSPDA upgrade: 3.6-7.2Mbits/sWith coming EV-DO Rev A upgrade: 3.6Mbits/s
Vodafone 3G with full HSPA upgrade during 2007: 10.1Mbits/sWith coming EV-DO Rev B upgrade: 73.5Mbits/s


Starbucks Victoria Park- Natcom Trials WiMax in Auckland

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The Auckland Gallery Guide

http://www.wirelessforum.org.nz/news/latest-news/natcom-launches-wimax-trial-for-auckland-business/

NATCOM launches WiMax trial for Auckland Business
NATCOM is to trial its WiMax Airthernet™ service in Auckland from January and is seeking trial customers to check the viability and quality of the service.

The trial is open to small and medium sized business customers who want Internet cost savings and have a standard and speed of service at a quantum leap from their existing wired or wireless service. Interested companies can register their interest on www.airthernet.com . Airthernet™ is a new service of NATCOM and is the name of its high quality and high demand wireless broadband services.

Any company that is picked to be a trial customer will obtain free installation of required WiMax equipment and be provided with the Internet bandwidth at a low nominal charge on a flat rate regardless of how much is used. It is hoped that an outcome of this trial is to demonstrate cost savings and increased efficiency by using this service for the businesses picked.

“Good quality broadband is important for business efficiency and cost savings,” said Frayne Cooke, CEO of NATCOM, “now that WiMax appears viable, it makes sense to look at our own flavour of services that give customers a better level of service for always on Internet.”

“The speed expectation that we will offer customers will be between 2 Mbps to 10Mbps depending on which trial plan chosen,” adds Mr Cooke, “that means that voice, video and web browsing services will easily rattle around in that large ‘pipe’ of Internet services to the customers front door!”

WiMax has been touted as the wireless broadband standard that enables very high speed internet services to be used by customers. Many trials have been commenced globally and the Airthernet™ service from NATCOM is aimed at business users who require a first class broadband service.

Cafe Aqua, Olympic Pool, Newmarket

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Cafe Aqua

Plenty of space,friendly qick service, good food & coffee. Airy & light with huge bifold windows. Telecom Wifi.

The Auckland Gallery Guide
December 2009
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