Skype 3.0 for Windows Mobile released

Hey, I know it’s not the most monumental news story ever but for anyone who uses Windows Mobile any news regarding improvements will surely be welcomed with open arms.

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Skype 3.0 for Windows Mobile allows users to send files such as spreadsheets, photos, MP3s and so on to other Skype users. It also has SMS functionality so users can avoid expensive roaming text charges, or even-more expensive charges to send texts to foreign numbers.

That’s it. Nothing else to see here. Move along people.

(via JKonTheRun)

RUMOUR: Dell working on Android-based mobile internet device

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A report in the Wall Street Journal suggests that Dell plans to release a mobile internet device as well as the much touted Dell smartphone.

The mobile internet device will, like the supposed smartphone, be based on Android and will run via an ARM-based chip. Two Dell insiders have claimed that the MID is slightly larger than the iPod Touch. It won’t have any phone capabilities.

The mobile internet device may even be released sometime in 2009 according to one of the insiders. There’s nothing official from Dell as of yet so we’ll just have to wait and see.

(via Register Hardware)

Femtocells – much more than a signal booster

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Femtocells. Get used to that word because you’ll be hearing it a lot more in the future. Vodafone’s release of their signal boosting hub this week is just the tip of the iceberg in terms of what femtocells is capable of.

US company Airvana and Sanjeev Verma, vice president of femtocell business, have just given me a demo of their HubBub femtocells and its ‘party alert’ application.

Basically, the HubBub sits in the house and, as well as solving any coverage issues by providing a stronger network using an existing broadband connection, it can monitor activity in the house.

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Activity such as comings and goings. The scenario they showed me involved two ‘daughters’ arriving home from a day’s shopping only to be joined by a boyfriend and then two other friends. Each time an SMS was sent to my phone to alert me of the arrivals. The HubBub can be programmed to automatically sync and back-up phone contacts, so it knew the names of all of the daughter’s friends. Alerts could have been sent not only by SMS but by email, tweets, Facebook updates and so on.

But if the Vodafone release this week was just the tip of the iceberg then ‘party-alert’ is just, well, the bit below the tip. Femtocells has, in the words of Sanjeev Verma the power to “fundamentally transform the way mobile networks are built and then deployed”.

Not by simply monitoring activity in the house and giving you a good mobile signal but by completely changing the way people deal with their data and networks. For example, Airvana also demonstrated an app whereby photos taken using the daughters’ mobile phones were automatically detected by the HubBub and synced to a PC. These photos could have just as easily been sent to social networking sites, other phones or a photo service such as flickr. No need for cables, no need to sit down and transfer pictures. It was done automatically and it was done quickly due to the large bandwidth femtocells allows for.

And it’s not just photos, femtocells has the potential to manage any digital data. Sanjeev envisages an app store to rival that of Apple’s, where developers will come up with ways of using femtocells to enhance all aspects of digital life – whether that be gaming, music, films or anything else for that matter.

He sees the potential to advertisers as huge, he describes the possibility of “land-grabbing” marketing and promotion. Femtocells will be able to access your phone, your laptop, your netbook, your everything basically. If you are suddenly showing an interest in a new band then femtocells will know. If you suddenly start looking at a lot of car insurance websites then femtocells will know. Obviously you don’t have to allow femtocells to know anything if you don’t want it to. But then you’d miss out on offers or information that you might be really interested in.

Because of the relative cheapness of femtocells – in affect it ceases the need for building and maintaining transmitters for the networks – and the fact that most of the work for femtocell will be done by the ‘smart’ devices that connect to it; phones, computers and so on – the potential for femtocells’ growth is huge.

In the short time expect femtocells to be introduced by more mobile providers to increase signal coverage in the home. In the medium term expect femtocells to promote more family and home based services such as family calling plans and apps like ‘party alert’. In the long term expect femtocells to know everything about you – what you like, who you like and what you’re going to be doing in every aspect of your life. Expect to know all about femtocell sometime soon.

Check out Airvana’s website for more info.

BT to use ATMs as Wi-Fi hotspots

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Cash machine company Cashbox, the company behind many of the fee-charging ATMs found in pubs and shops has signed a deal with BT to turn some of their cash-points into Wi-Fi hotspots on the Openzone network.

The deal is good news for BT Broadband customers as well as iPhone users on O2 who receive free connection to the Openzone network. For other customers who want to connect to Openzone, the cost is a wallet-worrying £5.88 for 90 minutes or £9.79 for a full day.

Cashbox has 2,500 cash-points in the UK. The plan is to introduce the Wi-Fi capabilities amongst them gradually, starting with just 10. Ciaran Morton, CEO of Cashbox says: “It’s really just the start of our rollout. We will look at extending coverage over the coming months.”

(via PC Pro)

Freerunner to bring free Wi-Fi – public hotspots for all

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If you’ve sat frustrated with your laptop in a public place unable to get online without signing up for yet another Wi-Fi service, then today is the today that the worm turns – large wedge of cynicism aside.

A company called Freerunner is pledging to host 2,500 free public Wi-Fi hotspots by the end of Q2 next year. Yes, free, as in, no need to pay. The company will provide the internet zones at no cost to community areas such as libraries, schools and colleges while charging commercial premises a third of what they already may pay. The idea for the latter group is that all you’ll be paying is the price of cup of coffee or whatever it is they sell. CEO of Freerunner, Owen Geddes said:

“Back in 2002, free, open access points were popping up all over the place and there was a real buzz about the potential of public WiFi. Since then, networks have been locked down and access for a day can cost more than your home broadband costs in a month. Our vision is to give consumers free public WiFi access whether they are in the the centre of London, the community centre at the end of their road or the local café in Hartlepool.”

Of course, 2,500 hotspots isn’t enough to start a revolution but it’s a certainly a good start, and a start that will be in the North East of the UK with NorthStar Equity Investors (NSEI) as key investors in the project. Is that a horde of cheering Geordies I hear? That’d make a change this season.

Will WiMax or LTE win out?

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EDGE, 3G and HSDPA are all very well, but what will the next jump in technology be for wireless internet? There are two competing technologies – WiMax and LTE. Which one is likely to win the race in the UK?

WiMax is based on Wi-Fi, and doesn’t require a SIM card for usage. Its benefits are that it’s an open standard – anyone can create the gear required to use the technology without paying license fees. That means the tech can be up to half as expensive as the equivalent LTE tech.

LTE, on the other hand, is based on the existing 3G network technology. In fact, LTE stands for “The Long Term Evolution of 3GPP”. Its advantages are that it’s well-understood by carriers, and when a device is out of range of an LTE signal, it can drop back to a 3G or 2G service. LTE’s currently a little faster, too, but that difference should be addressed by the ratification of a new WiMax standard later this year.

In the last year or so, Motorola’s been trialling an LTE service, but there are already commercial WiMax deployments out there. As a result, WiMax has an early lead. But given how entrenched many operators are in their love of 3GPP networks, we’ll soon be seeing more of that. In fact, Motorola’s already testing an LTE network.

What’s eventually likely to happen, however, is that laptops and netbooks will rely on WiMax (thanks to lower prices and enhanced compatibility) and LTE will take hold on mobile devices, just because it’s easier for operators to continue working how they do now.

So I reckon it’ll be a draw, and both technologies will have their own places in the next 5-10 years. Bit of a cop-out, perhaps, but there you go. What’s your opinion? Drop us a tweet at @techdigest letting us know exactly how wrong we are.