Europe makes 'eCall' high priority

The European Commission has made a final call to the European governments to speed up the implementation of the 'eCall' technology that uses cellular networks to automatically alert emergency services when a road accident occurs.

Currently, the deployment of eCall is voluntary and is not being used in any EU country. The Commission warns, in a policy document, that if no significant progress is made in rolling out the system by the end of 2009 it could propose regulatory measures to make it mandatory.

The Commission has presented a policy document with a strategy for introducing an affordable in-car emergency call system in all new vehicles across Europe by 2014, starting next year. Triggered automatically, if the passengers cannot do so, eCall is claimed to be able to save up to 2,500 lives per year in the EU when fully deployed and reduce severity of injuries by 10 to 15%.




Implementing eCall needs the full collaboration of the car and telecoms industries, as well as national administrations in all EU countries who must ensure that their emergency services are equipped to handle eCalls.

Although the technology is ready and common EU-wide standards have been agreed by industry, six EU countries ( Denmark, France, Ireland, Latvia, Malta and the UK) are still not ready to commit, due to cost related concerns.

Preparing phone networks and emergency services for the roll out of eCall in cars across Europe has the full support of the European Parliament and 15 EU countries who have signed the eCall Memorandum of Understanding (Austria, Cyprus, Czech Republic, Estonia, Finland, Germany, Greece, Italy, Lithuania, Portugal, Slovakia, Slovenia, Spain, the Netherlands and Sweden) and three other European countries (Iceland, Norway and Switzerland) .

Another six countries (Belgium, Bulgaria, Hungary, Luxembourg, Romania and Poland) support eCall and are willing to sign the agreement in due time.

Before making eCall fully operational across the EU, countries must agree common standards and guidelines for harmonised deployment of the system and perform field tests putting it into practice (pilots have been launched in some EU countries, including Finland, Czech Republic, Germany, Austria, Italy, The Netherlands). Through its Competitiveness and Innovation Programme the Commission may financially support such pilots, as well as public awareness campaigns about how the technology works.

Road accidents cost the EU economy more than EUR160 billion a year. Equipping all cars in the EU with the eCall system could save EUR26 billion annually while the system' is estimated to cost less than EUR100 per car. Introducing this device will not only benefit consumers, but also businesses by enabling the car and telecoms industries to offer new upgraded applications and services (like digital tachographs or electronic tolls) based on eCall to be installed in all vehicles and use satellite positioning technology.

3G or 4G: What should India do?

The first thing I should mention as I always do, please stop calling LTE as 4G as its commonly called as 3.9G. Labelling it as 4G does make it sound better (or sexy, some would say) but its not correct. Maybe the authors who label LTE as 4G dont want to try hard and do some research or its just to make the end users panic that India has missed a complete generation of mobile technology. LTE-Advanced will be the 4G technology and its still long way away (part of Rel-10).

Last week I wrote about Indian subscribers getting taste of 3G as the state owned MTNL and BSNL have launched some services. I am not sure what has been launched but all I can say is there is a dismal takeup as of yet. I read an article today about how Motorola is testing 4G [sic] and this can spoil the governments plan of rasing Rs 35,000 crore (£4.6Billion: 1Billion = 100 crores).

People may start panicking that investing in 3G is now doomed and it can just cause problems for the operators in future. The reality though is much more simpler. In a simple sentence, I would say that going for 3G or LTE does not matter much. Read on.

Lets first get Hardware out of the way. Most of the Base Stations (NodeB's, eNodeB's, RNC, etc) have a major part as SDR's or Software Defined Radios. The advantage of this is that if you have bought a 3G Node B, with just software change it should be upgradable to LTE eNode B. I have come across quite a few products where the equipment manufacturers are claiming that their 3G equipment is fully upgradeable to LTE. I did blog about some of this in this post here.

The second point we should get out of the way is the terminology. For a layman, 3G is something that was introduced 10 years back in 2000 so its quite an obsolete technology. In reality, 3G is commonly used to refer to even the new developments within the 3G spectrum. For example some of the people may have heard of HSDPA which is actually referred to as 3.5G in the mobile domain. Similarly we have HSUPA which is 3.75G and so on. The latest development is going on around 3.8G and 3.85G as part of Release 8. In general usage 3.5G, 3.75G, etc. is referred to as 3G but its more than 3G (3G+ ;). The good thing is that this 3G+ is till evolving. Release 8 was finalised in Dec. 2008 and the terminals based on that are still being tested. It should hopefully be available soon.

So whats the difference between LTE and HSPA+ (also known as 3G even though its 3.8/3.85G). Not much I would say from a general users point of view. Please note I am not arguing about the fundamental technologies because 3G+ uses WCDMA and LTE uses OFDMA/SC-FDMA technologies. OFDM based technologies will generally be always superior to WCDMA ones but it doesnt matter much. The main enhancement that has happened with LTE as compared to 3G is that in 3G the bandwidth is fixed to 5MHz whereas in case of LTE the bandwidth is flexible and can go all the way to 20MHz. Now if we compare the data speeds in 5MHz spectrum then there may not be much difference between them. Now how many operators will be rolling out services across 20MHz bandwidth? More general case will be using 10MHz.

In case of HSPA+, there is a new feature that allows a UE to use couple of cells. In this case even though the bandwidth is 5MHz but due to Dual Cell feature the UE would effectively see 10MHz bandwidth. This will definitely enhance the speeds.

Now coming to devices. 3G/HSPA/HSPA+ technologies have evolved over quite few years. There are some nice sleek and cheap handsets available. The technology in it as been rigourously tested. As a result the handsets are quite stable and many different design and models available.

LTE is yet to come. NTT DoCoMo and Verizon will be the first one to roll it out probably end 2010. Initial plan is to roll out the dongles then handsets will the eventually arrive. The initial ones will have problems, crashes, etc. Will take atleast till 2010 to sort out everything.

The big problem with LTE as many of us know is that the standards have to support for the old style CS voice and SMS. This should be fixed in Release 9 which is going to be standardised in Dec. 2009 (Mar. 2010 practically). There are different approaches and maybe untill LTE is rolled out we wont know which of them is better.

Last thing I should mention is the spectrum. The consensus is that 3G operates in 2.1GHz spectrum mostly worldwide. LTE would initially be deployed in 2.6GHz spectrum. The digital dividend spectrum when it becomes available will also be used for LTE. Most of the devices for LTE will be designed that way. As a result, 3G will continue to operate as it is in the 2.1GHz band. The devices will always be available and will be usable for long time.

Considering all the facts above, I think 3G (HSPA/HSPA+) is the best option in India or as a matter of fact in any country that is thinking of jumping directly from 2G to LTE. When the time is right, it should not be difficult to move from 3G to LTE.

EU commits to LTE-A future

Communications industry executives have welcomed the EU's commitment to fund research work on LTE Advanced , the follow-on technology from LTE that many mobile network operators have only just started embracing, but also cautioned on the timescales involved in deploying the next generation technology.

Earlier last week, the EU said it would invest 18 million Euros ($25 million) in developing the next generation of LTE, beginning on Jan. 1, 2010.

Between 2004 and 2007, the EU supported research on optimization and standardization of LTE -- the WINNER I and II projects, run by a consortium of 41 leading European companies and universities -- with 25 million Euros.

LTE Advanced is the first version of the mobile standard that might actually match the International Telecommunication Union (ITU)'s requirements for wireless 4G networks. It promises performance in the region of 1Gbit/s downlink when the user is stationary and 100 Mbit/s on the move.

The specs for LTE Advanced are in very initial stages and will be a part of 3GPP Release 10, which is scheduled for 2011, and may slip into 2012.

LTE by itself is considered to be really a '3.9G' technology and it is LTE Advanced that will deliver on the 4G promise of minimizing differences between wired and wireless broadband speeds. LTE Advanced calls for support of peak data rates which are as high as 1Gbit/s.

The investment will provide a base for migration, as well as experience with running 4G networks - and help evaluate whether/when the upgrade to LTE Advanced will be needed.

Operators have only now started embracing LTE, and are making plans to migrate their current 3G offerings to LTE by 2012.

4 Billion GSM-HSPA connections soon.

3G Americas, announced that GSM-HSPA is expected to reach 4 billion mobile connections worldwide in September 2009. This marks a major milestone for the industry, as no other technology innovation has ever reached a scale remotely close to its penetration level – equivalent to more than six of every ten people worldwide.

In today’s global economy, which is overshadowed by recession, it is impressive to note that in the Americas region the take-up of the 3GPP evolution from GSM to HSPA grew by more than 19 percent in the year ending June 2009 (2Q) to 561 million subscribers with a market share of 72 percent. Globally, GSM-HSPA grew by 20 percent adding nearly 645 million new connections in the same 12 months.

Equally noteworthy is the increasing number of 3G subscribers for UMTS-HSPA which has captured an annual worldwide gain of 57 percent in the year ending June 2009, according to Informa Telecoms & Media’s World Cellular Information Service. With 377 million subscriptions worldwide at the end of second quarter 2009, UMTS-HSPA added more than 137 million new connections in 12 months.

The Latin America and Caribbean region continues to experience a remarkable growth curve for subscriptions to GSM-HSPA technologies. In fact, at the end of second quarter 2009, CDMA mobile technologies saw a decline in subscriptions while GSM technologies grew at an annual rate of 22 percent to more than 433 million connections with a 90 percent share of market.

Today, there are 49 UMTS-HSPA networks commercially deployed throughout 24 countries in Latin America and the Caribbean. Worldwide, 277 commercial networks offer HSPA in 116 countries. Additionally, 11 networks have been upgraded to HSPA+. According to Informa, by the year 2012, UMTS-HSPA will reach a milestone of one billion subscribers.

Mobile Search in Future...

Interesting Blog from Mohit Agrawal on the future of Mobile search.

How is Mobile Search different?

The fundamental difference between the mobile search and PC search is the access device. The screen size of the mobile phone is a constraint and hence the internet search results need to be modified. Even the input keyboard is different and the search string could be shorter which means the search result has to be intuitive.

The second difference is in the usage pattern of mobile. Unlike PC, the mobile phone is a ubiquitous device and people normally search for “at the moment” kind of thing. This means they search for nearest restaurant, retail points, service centers or mobile content. Their need is immediate and the patience or tolerance is low. They are looking for relevant results that are actionable like they need a taxi that can reach them fast and they should be able to book the taxi using their mobile phone. This means that the result needs to be location aware and should also give the phone number of the taxi company.

Thirdly, the consumer expectations changes with the time of day for the search results e.g. an afternoon search for restaurants means that the results should be about restaurants amenable to business meetings whereas, in the evening the same search should retrieve fun places like pubs or lively music restaurants.

Lastly, the difference is in the frequency of search and the number of attempts for each search.

On PC, a surfer changes his search string multiple times before he gets the right results while on a mobile, nobody is likely to change the search string more than a couple of times. Also, people search at least 4-5 different things on PC everyday but a typical mobile internet user searches something only once in 4-5 days.

There are quite a few videos which he uses to explain the point and they are interesting watch. I strongly recommend to go and have a look at the blog.

Another thing that will become important is the advertisements within the search. If I am looking for a day out on the weekend and if I get another option while searching for my destination then I may be tempted. While out and about, search for restaurants or the nearest MacD may may give some tempting offers about from other restaurants.

I can see lots of potential in mobile search and I am sure that there are companies that are working towards them. Its just matter of time before another new player like YouTube, Facebook or Skype may become leader of this domain.

Handset Manufacturers preparing for Ramadan

LG Electronics, third largest mobile phone vendor, has launched two new handsets exclusively equipped with integrated features that are almost tailor-made to meet the needs of Muslims in the region.

The newly launched LG GD335 and LG KP500N have special features, including a Qiblah indicator that uses an in-built longitude and latitude orientation or city references that, when used in comparison to the magnetic north, indicates the direction of the Qiblah. The two phones also come complete with Adhan and Salah prayer time alarm functions as well as Quran software, the Hijri calendar and a Zakat calculator.

With its slim 11.9 mm body, LG's KP500N is a slim and lightweight handset fully equipped with key features such as a 3.2 megapixel camera, 3D accelerometer and an Active Flash User Interface with vivid widget icons to provide easy access to commonly used functions. The LG GD335 features a 2 megapixel autofocus camera that displays photos on a high resolution 2.2 inch GVGA touchscreen. The handset also has a MP3 player and can hold up to 1GB of music, photos or data. In addition, it has Bluetooth compatability and enhanced battery capabilities through the built in light sensors.

With Ramadan approaching, the features will be a welcome benefit during the month. The phones are available at major outlets across the UAE.

Nokia has been doing its Ramadan Campaign since 2006 and they have done it again this year.

Nokia just announced that its Ramadan applications for 2009 have now become available on Ovi Store. The updated free mobile applications tailored for the Holy Month of Ramadan can now be downloaded on the compatible Nokia devices directly from Nokia’s Ovi Store.

“Last year’s applications were very well received, as we saw over 2.4 million Ramadan applications downloaded. And based on the feedback we had received from Nokia consumers, we have further enhanced the offering this year to include additional applications as well as upgrades to some of the existing features. The applications this year also support a wider range of devices, to include both touch and non-touch Nokia devices,” said Chris Braam, Vice President, Sales, Nokia Middle East and Africa.

Nokia 2009 Ramadan Applications include the following:

The Holy Quran: allows users to read, search, bookmark and listen to Quran recitation

Prayer Times: provides prayer timings and Qibla direction for 1000 cities in 200 countries, along with the ability to add, remove, update and edit any location using the GPS.

Hadeeth: gives an easy and convenient way to read the Honorable Hadeeth from Sahih Bukhari, Sahih Muslim, Riyad us-Saliheen, Holy Hadeeths and Arba’in An Nawawi.

Zakah Calculator: helps Muslims calculate Zakah on different kinds of income

Hajj and Umrah: offers a mobile guide with multimedia content and the most famous places that people can visit during Hajj and Umrah.

Mozzaker: allows mobile users to listen, search and translate a large collection of of daily Azkar and selected supplications. People can also download more Azkar and share via SMS and MMS with friends and family.

Cards: helps users create their own Mobile Greeting Cards for different occasions and send them to family and friends via SMS or MMS.

New features of this year Ramadan’s apps include Quran recitation from multiple recitors, which users can choose to download based on their preference and in MP3 form. Prayer timings and Qibla direction are provided for 1000 cities in 200 countries, along with the ability to add, remove, update and edit any location using the GPS. The new Zakah Calculator helps Muslims calculate Zakah based on their income.The Ramadan applications are developed by ASGATech, a Forum Nokia Premium Partner in the Middle East, with all content reviewed and approved by Al Azhar Al Shareef.

Ramadan applications for 2009 are compatible with a range of Nokia devices including Nokia N97, Nokia N86, Nokia E75, Nokia E66, Nokia 7210, Nokia Nokia 6730c, 6720c, , Nokia 6303, Nokia 6300, Nokia 6120c, Nokia 5800XpressMusic and Nokia 5130, . The user interface for the applications is in English, Arabic, French and Urdu.

Users can launch Ovi Store from the Download folder on the main menu on their Nokia device or access nokia.com/Ramadan on the PC. However when I tried searching for one of Nokia’s

Ramadan apps on the Ovi the search turned a null result. To make it easy for users to find the app, I recommend Nokia to feature them on the Ovi store to users in the Arab world.

You can also watch the Nokia Apps Video:

Greener Base stations are must for the future

Its while now since the launch of the femtocell, the small box in the home that links to the broadband network and provides a mini base station for 3G phones to improve coverage and provide some interesting new services.

UK certainly is positioned well in femtocells which are lead by two companies - ip.access in Cambridge and Ubiquisys in Swindon, UK. PicoChip in Bath is another company which is providing silicon for the vast majority of the 3G femtocell rollouts.

But there is now significant competition, both from new divisions of companies such as Pirelli, established telecoms companies such as Sagem and Alcatel-Lucent (who have joined together to provide the Vodafone femtocell) and large players such as Huawei of China which ships equipment to 60m broadband subscribers and is a major supplier to the Chinese mobile operators.

However there is new factor which start to develop from the past year or so, i.e the factor of energy costs. It’s not a secret for anybody how energy process has soared in the past few years and now the telecoms are getting affected by this as well. Energy costs, both to build and run mobile networks, are getting increasingly important. Operators use a phenomenal amount of power, 400GW - or 200,000 tons of carbon - and over half of this is on the radio access. While this seems a lot, this equates to 25kg per user, or the same as an hour's drive on the motorway.

There is now research in place in order to study the whole energy chain, from the carbon cost of building the base stations, macrocells and femtocells, to the running costs.

In my view after looking at the femtocells especially at the Green Radio at the Wireless2.0 conference in Bristol recently, it's not clear whether femtocells are a lower energy solution, even though they provide a way of filling in the network at lower cost for the operators. Having a mini base station in your home obviously brings the access point closer for the mobile phone and hence the power consumed may be less. Bit how much of this is true I don’t know.

There is no doubt that energy factor is going to have a significant impact on the design and manufacture of femtocells and traditional mobile phone cells. If, as expected, the market takes off with millions of devices, this is going to have a huge energy cost.

As mentioned by Nick Flaherty in his blog that the carbon emission will also be a challenge for the home grown suppliers to provide low energy solutions, both in operations and also in the manufacturing to provide truly green radio. And this will help the UK expertise and innovation drive green radio technologies and processes into the industry.

There is no choice for the companies to look for the alternative and green solution. As costs of deploying solar and wind power falls and energy costs rise, carriers have started looking toward green cell sites.

Once such company who is taking a lead in this prospect is Alcatel-Lucent. It’s planning to have alternative energy-powered cellsites matches that of electrically powered cell sites, which could prompt a new wave of solar-and wind-powered base stations, even in areas where an electrical connection is available. In my opinion there is no other way round as the cost of traditional energy is increasing manifolds (together with carbon emission), the price of green technology falls and networks become more efficient, using alternative energy to provide all or part of the energy at cell sites is becoming less prohibitive

Alcatel-Lucent has been working with alternative energy in wireless for five years, but it has deployed only 300 sites, mainly in Africa and the Middle East until now, which rely entirely on alternate fuels. But in the last year especially after the recent recession the alternative energy solution become a priority which resulted in a surge in interest in those technologies.

Every body in this credit crunch are finding means to cur the cost and the operators are looking to avoid the enormous costs of transporting diesel to their remote cell.

The recession has certainly given some momentum to the alternative energy cell sites and there is no doubt acceleration towards this genuine cause.

This is purely simple Economics as Electricity is a large part of an operator’s operational budget as it feeds massive quantities of power to a highly distributed network of cell sites to support not just the base station power amplifiers and radios on-site but also the air-conditioning units necessary to power them. The increase in energy costs is being largely offset with the increased power efficiencies of most vendors’ equipment. The huge site cabinets are now getting replaced with compact modular base stations, which not only consume less power but also require far less cooling. The current generation of equipment has cut power consumption between one-third and one-half. Many new radio systems also are coming equipped with energy-saving software, which powers down the base station during non-peak hours or when relatively few customers are on the cell.

Current economic climate and energy efficiency factor will definitely serve to promote green energy sooner rather than push it off to a later date. Furthermore as the market for alternative energy solutions grows in other industries the cost of the technology goes down for telecom, sending the price of solar panels and wind turbines down. Combining the above trend together with regulatory and political environments the alternative energy solution is imminently favorable as a green solution.

Indian subscribers getting taste of Mobile Broadband

Lots of interesting developments are happening in India at the moment. The first and the most basic being MNP or Mobile Number Portability finally becoming a reality. For the first time users will be able to move operators and retain their number. This will change the way the users will use their phones. For example most users use their mobiles as secondary phones for making calls while they give their landline numbers to important people. The reason being they are not sure how long they will stick with the current operator. If they change the operator they will get a new number. I think that this will definitely change with MNP.

MNP is not the only thing. Many operators and equipment manufacturers are waiting for the 3G spectrum auction for some time now. The auction was recently postponed for variety of reasons. The auction will let the private operators to bid for the spectrum and they can decide if they want 3G or WiMAX or LTE. The state run MTNL and BSNL have already launched 3G and in Northern India but there have been not many takers yet. Maybe the people are but sceptical right now or maybe the lack of devices. The other thing is that people are maybe not sure if the technology they invest in will be around tomorrow or not.

MTNL is keen to experiment with WiMAX but it does not want to do it alone. There are many companies in India that have developed WiMAX protocol stacks so it may be a boost for these generally small and medium sized companies if WiMAX is deployed by MTNL. The only problem with WiMAX is that there are hardly big global names with any WiMAX devices/equipment. As a reult the prices could be higher and the consumers may have less choice. 3G and LTE will help in this scenario. Qualcomm for example is already looking forward to getting a big chunck of the Indian market.

India has a very big pool of keen technologists and they will whole heartidly embrace mobile broadband and the variety of apps/mobiles but only when they know that there will be stability and reliability. Once the ball starts rolling then the snowball will turn into an avalanche. The question is not if, but when.

DoCoMo and Verizon on track for LTE

Verizon Wireless said Friday afternoon that it has completed "successful data calls" at its Long Term Evolution (LTE) test sites in Boston and Seattle.

The data transfers were made over the 700 MHz LTE networks in Verizon's first two major city test sites. Boston and Seattle are expected to be the first two cities that will go live commercially with the pre-4G technology early in 2010. Those cities each now have 10 LTE 4G cell sites up and running on the 700 MHz spectrum.

Verizon isn't yet talking about the data connection speeds. "Everything is as the team expected... But because this is a very controlled environment we don't want to put a number out on the market yet," says company spokesman, Jeff Nelson.

This has pretty much been Verizon's stance throughout -- it doesn't want to talk about test numbers that might not have much relevance on the real networks. Tests have shown connections at anything between 50 Mbit/s to 8 Mbit/s.

NTT DoCoMo has been under intense competitive pressure in recent quarters, as the Japanese market saturates and new players enter the game. Its quarterly results showed a 15.1% decline in net profit to ¥147.4bn ($1.56bn), on revenue down 7.3% to ¥1,085 trillion ($11.46bn), even as rival Softbank enjoyed a 41.4% increase in profits on a slight revenue increase.

The main problem for DoCoMo was lower voice revenue amid increased competition and low cost tariffs - from KDDI and Softbank and also new entrant eMobile, which focuses on flat rate data services. The cellcos are engaged in a price war, which has forced all of them, especially Softbank, to launch cost cutting programs.

DoCoMo reiterated plans to launch LTE services next year, though it is pushing the deadline as far as possible - to December 2010 - determined not to have to rely on pre-standard equipment as it did for 3G with its FOMA platform. Its first roll-out will be targeted at PC cards, said CEO Ryuji Yamada, and will be extended to dual-mode 3G/LTE handsets in 2011. By 2014 it plans to provide LTE service to 50% of the population from around 20,000 base stations at a cost of between ¥300bn and ¥400bn ($3.2bn to $4.2bn).

The Japanese service will initially be aimed at PC users, with DoCoMo offering card-type terminals for laptops, said Ryuji Yamada, president and CEO of NTT DoCoMo at a Tokyo news conference. It will be expanded to include handset terminals from 2011, he said. Those terminals will be dual-mode devices that use LTE networks where available and fall back to 3G networks to provide nationwide coverage.

By 2014 the carrier plans to provide LTE service to 50 percent of Japan from around 20,000 base stations.

DoCoMo plans to invest between ¥300 billion and ¥400 billion (US$3.2 billion to $4.2 billion) during the first five years of the roll-out, said Yamada.

NTT DoCoMo was the first carrier in the world to launch a commercial 3G wireless service based on WCDMA but based on its LTE roll-out it will likely be beaten this time around by carriers in other countries.

Verizon Wireless has said it plans to launch a 60Mbps trial LTE service in two U.S. cities in late 2009, to be followed by a commercial service in 2010. European carriers are also getting behind the technology with several tests under way or planned on the continent. TeliaSonera has said it will build a commercial LTE network in Stockholm, Sweden, and in Oslo, Norway.

Kenya gets Solar Charged Phones

Kenya is home to at least 17 million mobile-phone customers, but only one million have regular access to electricity, making it difficult to recharge a mobile phone.

But the first solar-powered handset could change Kenya's telecommunication industry.