Teliasonera reaches a milestone with first commercial LTE Networks

TeliaSonera has rolled out commercial LTE Networks in Stockholm, Sweden and Oslo, Norway. The Swedish network is supplied by Ericsson and the Norway one by Huawei. At the moment only Samsung Dongles are available for browsing the web.

Read the press release here.

By the way, its a bit shameful that the operator wants to market itself and its using the term 4G for LTE as it probably sounds more sexy :) I blogged couple of years back and it still applies that LTE is 3.9G and IMT-Advanced/LTE-Advanced is 4G.

7Gbit/s can be delivered at 60GHz spectrum

From TechWorld:

The Wireless Gigabit Alliance has completed its specification for a technology to deliver as much as 7Gbit/s over a very high unlicensed frequency band.

The group, backed by wireless heavy hitters including Intel, Broadcom and Atheros Communications, announced the WiGig specification in May and said it would be finished by year's end. Though the standard is now written, it's still undergoing text editing and an intellectual-property review that the WiGig Alliance called routine.

WiGig was designed for very high speeds over a relatively small area, using the 60GHz band. It will have the capacity to deliver high-definition video streams or let users connect laptops to desktop docks and displays, the group has said. It will come to the fast home-networking market behind a few other technologies, including HomePNA, HomePlug, Multimedia over Coax, Ultrawideband and Wireless Home Digital Interface. However, WiGig's strong backing and relationship to Wi-Fi seem likely to give it a major boost.

The WiGig Alliance had said in May the specification would be available to members in the fourth quarter. It is available now to the member companies that helped develop it, but the group hasn't yet created its Adopter membership for companies that will simply use the technology, said Ali Sadri, chairman and president of the group. That will happen in the first quarter of next year, and the specification will be made available to them then. The group will set up a certification system next year and expects consumer products with WiGig to start hitting the market in 2011.

The group originally had said WiGig would have a top speed of about 6G bit/s but has raised that estimate. At that speed, WiGig will have about 10 times the capacity of the fastest Wi-Fi technology today, a form of IEEE 802.11n that offers 600Mbit/s. The 7Gbit/s figure represents the theoretical maximum speed, but the technology is highly efficient, so users should be able to use at least 80 percent of that bandwidth in the real world, Sadri said. On a WiGig LAN, the bandwidth would be shared among all the users on an access point.

Along with the completion of the specification, the WiGig Alliance said it has included a "beam-forming" feature that should allow WiGig networks to work over distances greater than 10 metres. Radios using high frequencies such as 60GHz fundamentally have a harder time transmitting data over long distances without repeaters. WiGig originally was envisaged as an in-room technology, but with the beam-forming feature it could more easily send data and content around a home.

The high 60GHz frequency at which WiGig runs is unlicensed in many parts of the world, including the U.S. The Wi-Fi Alliance is also developing a standard for high-speed wireless LANs at 60GHz, called IEEE 802.11AD, but the Wi-Fi Alliance has said WiGig seems to be complementary to Wi-Fi. Intel, Broadcom and Atheros all plan to integrate WiGig into Wi-Fi chipsets, and it could become part of a "tri-band Wi-Fi" that would let users migrate to WiGig for additional speed where it's available.

The WiGig specification was written so that it could be made an amendment to the 802.11 standards, with backward compatibility, Sadri said.

All WiGig equipment will be able to communicate at the basic level of exchanging IP (Internet Protocol) packets, but the alliance is also developing protocol adaptation layers to optimize the performance of specific applications, said Mark Grodzinsky, marketing chair of the WiGig Alliance. For example, any two WiGig products will be able to stream video to each other, but with a special protocol adaptation layer they might be able to do it with less delay and without compression, he said.

The WiGig Alliance has also announced that Nvidia, Advanced Micro Devices, SK Telecom and TMC, an independent testing and certification lab in China, have joined the group of about 30 companies.

For details see: http://wirelessgigabitalliance.org/

59p iPhone stethoscope is a life saviour

From The Independent, UK:

The stethoscope, the 200-year-old accessory without which no doctor is complete, could soon be replaced by the humdrum mobile phone.

A computer scientist who wrote a program that turns an Apple iPhone into a stethoscope has made a major advance in medical technology and created a sensation among heart specialists. The application, called iStethoscope, was developed as a "bit of fun", and has become a runaway success after being downloaded millions of times by users across the world.

Cardiologists say the software has saved lives and brought specialist expertise within reach of patients in remote parts of the world. Heart sounds can be recorded and emailed to doctors anywhere for an expert opinion.

Peter Bentley, a researcher who developed the application in the computer science department at University College, London, said he was amazed by the response.

"The idea began as an experiment," he added. "I had a new, popular science book out last year and I wanted to see if I could tell people about the book using a free iPhone application that did something useful.

"It was intended as a fun toy but to my astonishment it was downloaded by several million people all over the world in the first six months. Then I started receiving emails, phone calls and visits from cardiologists all over the world. They said it worked better than commercially available digital stethoscopes. They were tremendously excited. One flew over from the US just to discuss it with me."

The cause of the doctors' excitement was that the audio quality from the iPhone was far superior to that from digital stethoscopes. Mobile phones are a huge market compared with digital stethoscopes, and economies of scale mean they are made with better hardware.

Responding to requests from specialists, Mr Bentley extended the application to allow heart sounds to be recorded, emailed and analysed. The application costs 59p to download, but cardiologists say it does a better job than equipment costing thousands of times as much.

Glenn Nordehn, a US cardiologist researcher and specialist in digital stechoscopes at the University of Minnesota, said: "This is the best thing to come around in terms of medical equipment for a very long time. [His] closest competitor charges about 3,000 times as much"

Mr Bentley is now working on further iPhone applications, such as an electrocardiogram reader. "This is the way everyone wants to go," he said.

For more info see: http://www.peterjbentley.com/istethoscope.html

3G & LTE: What Lies Ahead for Performance Management?

Long but Interesting presentation (with audio) for Technically minded people.

3G & Beyond: What Lies Ahead for Performance Management?

View more presentations from TTI Telecom.

SQUARE: From the founder of Twitter

From CNN:

Twitter creator Jack Dorsey Wednesday gave the first public demonstration of his hotly-anticipated latest venture -- a device to allow credit card payments by cell phone -- and revealed it would be given away for free.

Details of "Square" -- a card reader which plugs into the headphone socket of most mobile devices -- have been circulating on the Internet since it was announced earlier this month, but little has been known about how it works or who it was aimed at.

However, Dorsey -- whose microblogging Web site has proved hugely popular but not hugely profitable since launching in March 2006 -- gave no explanation on how he would make money from his new creation, beyond revealing there would be a per-transaction charity donation.

Square, a tiny cube about an inch in length, contains a magnetic strip reader that allows users to swipe and read credit cards, then deduct payment on or offline through a downloaded application that communicates with card issuers in the same way as retailer devices.

Customers then use their finger on the phone's touch-recognition screen to sign their name to the transaction.

Dorsey, Twitter's co-founder and chairman, says the device, scheduled for launch on iPhones and iPods in March 2010, was inspired partly by the "immediacy, approachability and transparency" of Twitter and by the global economic crisis which has exposed a need for a radical rethink of the financial sector.

VoLGA = 1, other VoLTE = 0

From Unstrung:

Deutsche Telekom Announced First Voice Calls over LTE with VoLGA. Deutsche Telekom announced today the world’s first voice call over LTE with excellent speech quality based on VoLGA (Voice over LTE via Generic Access) technology and two independent test environments.

Calls have been made between a test system, installed at Deutsche Telekom Headquarters in Bonn, Germany which is based on a VoLGA implementation of Kineto Wireless and a second totally independent system from Alcatel-Lucent, installed in their test center in Stuttgart, Germany. Both VoLGA-based Voice over LTE systems support inbound and outbound voice calling and SMS messaging between LTE-enabled devices and standard mobile and fixed telephones.

With this result Deutsche Telekom underlines the innovative leadership in the development of Next Generation Mobile Networks (NGMN), as it belongs to a series of tests through which the company consequently researches the capabilities of the potential NGMN technologies.

“Voice calling is an essential service for mobile operators. This demonstration is a key milestone towards establishing a future proof eco system and shows a cost efficient way for using voice over LTE”, stated Uwe Janssen, Senior Vice President of Core Networks. “The VoLGA test shows how operators could quickly and easily provide next generation voice services, re-using their existing core networks. At the same time this serves as a first step to prepare networks for the industry-agreed mid- and long-term solution for voice over LTE that will be based on IMS.”

In other related news from Fierce Wireless:

Ericsson has dropped its support for the VoLGA Forum, which promotes Voice over LTE via Generic Access, dealing a blow to the voice-over-LTE approach a little more than a month after the vendor signalled its enthusiasm for a different standard.

Erik Ekudden, Ericsson's vice president of technology and industry, said that when the VoLGA Forum was established earlier this year "we had the impression that VoLGA would become a global solution." However, "there are no signs that it [VoLGA] will be strongly supported" by mobile operators, he said in an interview with Unstrung.

Picture Source: Into Mobile

Location Based Systems/Services Presentations

Interesting presentations from Cambridge Wireless on LBS:

"How do we Make Location a Desirable User Experience?"

Click on the titles below to view the provocateurs' presentations and the notes from the three group discussions -

Introduction from Colin Smithers of Plextek

Group 1: Technology - Presentation by Adrian Swinburne of Quintaxiom + Faciliator's Notes

Group 2: Context - Presentation by Kurt Lyall of Xgenta + Faciliator's Notes

Group 3: Privacy - Facilitator's Notes

Where does mobile go next

Another interesting presentation "Where does mobile go next: lessons from the past, clues to the future" by Professor Joe McGeehan of Toshiba TRL available here.

How to build more powerful mobile web

Interesting presentation from Google here.

ZigBee and Short Range Wireless Overview

Couple of interesting presentations are available on the Cambridge Wireless website for Short range Wireless technologies and ZigBee.

The First one, "ZigBee® Applications in sub-1GHz Frequency Range" is available here.

The Second one, "SHORT RANGE WIRELESS OVERVIEW" is available here.

The above is an interesting chart from the second presentation showing the comparison of different short range wireless technologies.