Tuesday, 13 July 2010

Sisvel's LTE Patent Pool

One of the things I wanted to blog from the LTE World Summit was the new Patent Pool by Sisvel. In past I have blogged about the patent pool initiatives from Via Licensing Corp. and MPEG LLA LLC.


Based on Sisvel's presentation, they have the most number of companies in their pool which will make them the dominant pool and give the required clout to negotiate licensing fees.

The following is from PC World Magazine:

Typically, patent pools are managed by specialized companies that don't own intellectual property themselves. They set up licensing programs, collect license fees and distribute the proceeds to member companies. In the case of LTE, three of these -- Sisvel, Via Licensing and MPEG LA -- are vying to form a pool that represents a critical mass of LTE patents.

Sisvel, an Italian company that also operates a patent pool for MPEG audio technology, this week claimed it had brought together 32 significant LTE patent holders, the largest number of any of the three patent-pool companies. "With the kind of scale that we're talking about here ... the pool could really be close to a one-stop shop," said Sean Corey, IP counsel for Sisvel US.

Meanwhile, MPEG LA says about 15 companies are working with its pool program, but added that they include some of the major players in terms of patents and market share. "There's a critical mass there," said Bill Geary, vice president of business development at MPEG LA. Via Licensing says 24 patent holders were actively discussing licensing terms and conditions at its last meeting of stakeholders, he said.

Formation of the pools is still at an early stage, with none of them yet operating and no patent holders publicly announcing their affiliations. But while all three say they are months away from operation, Via claims it has the most aggressive program. After kicking it off in January, the company could get its patent pool running in as little as 12 months, said John Ehler, Via Licensing's director of wireless programs. MPEG LA has been working on its own pool for about two years and hopes to have it in operation next year, Geary said. Sisvel's Corey said it takes between 18 months and two years to get a program going.

All three companies want to have the biggest pool, to make it easy for vendors large and small to license everything they need. In this way, patent pooling should help to accelerate adoption of LTE, the patent-pool promoters said. It could also attract a broader range of companies, such as consumer electronics makers and embedded device manufacturers, to the fast networks.

Patent pools are likely to have a bigger impact on embedded devices than on smartphones, according to Robert Syputa, an analyst at research company Maravedis. The market for machine-to-machine radio devices such as smart electrical meters is more price-sensitive than for mobile data products that consumers use, he said. Easier licensing may also draw in a wider range of vendors of such products, he said.

It's important to get pools organized early in the adoption cycle of a technology, Syputa said. If the commercial marketplace advances too far, too much intellectual property may become locked up in one-on-one licensing agreements between companies, he said. This happened with 3G, but with LTE, patent holders still have time to do it right, he said.

At least one important LTE patent holder, Ericsson, has said it will only sign bilateral license deals. Having three pool efforts in progress seems to complicate matters where just a single sanctioned one might be preferable, Syputa said. But even three pools would be preferable to a series of individual agreements, he said.

The IPR battle is not simple and straightforward as mentioned above. The following is from Daily Wireless Blog:

Qualcomm and its GSM technology counterpart InterDigital together control 40% of the LTE patent pool, with 19% and 21% of total patents, respectively, says Informa. Most LTE supporters want the royalty bill to be a one percentage of the sale price in an LTE handset, but IPR owners appear to be pushing it closer to 5% – similar to Qualcomm’s IPR tab.

Ericsson, the world’s largest wireless infrastructure manufacturer, claims to have 25 percent of the essential patents to Long Term Evolution (LTE) networks, making the vendor the single largest IPR hold in LTE. Most of the huge IPR holders in W-CDMA – Qualcomm, Nokia, Ericsson and InterDigital – are also claiming a big share of the LTE patent base.

Ericsson claims contradict a survey from Informa regarding essential IPR holders. Informa estimates Ericsson is much lower in the IPR ranking, behind Qualcomm, InterDigital, Samsung and Huawei in total patents, with emerging vendors such as Huawei also contributing 4G development research.

Ericsson believes it holds nearly 24 percent of awarded essential patents for LTE. Informa estimated that Ericsson holds about 7 percent.

Unlike Qualcomm – which by almost everyone’s calculations remains the leader in essential IPR – Ericsson is favouring a patent pool approach, which would set the total royalty rate for combined patents at under 10%, says Caroline Gabriel.

You may also want to check this (nearly) latest presentation from Alex Lee on LTE patents, embedded below:

Monday, 12 July 2010

HSPA+ rollout updates, July 2010



Its been a while since we talked about HSPA+ rollouts. In between we did hear about the data rates bumping upto 84Mbps and even 168Mbps.

The good news is that now there are actual rollouts happening with 42Mbps HSPA+ and others in pipeline.

According to The Register:

In Japan this week, the smallest operator, eMobile, 'soft launched' Japan's fastest network. Using Ericsson kit, the fourth cellco made its new HSPA+ (high speed packet access) services available to select users, promising theoretical download speeds of 42Mbps. This iteration of HSPA+ has only been adopted by a few carriers so far, notably Australia's Telstra.

The full commercial launch of eMobile's data-driven network, in metropolitan areas such as Tokyo, Tokai and Osaka, will take place by year end.

According to Wireless Intelligence, the small player has 2.5 million subscribers - just 2.3 per cent market share - but enjoyed a high year-on-year growth rate of 52.5 per cent to mid-2010. It originally relied on an MVNO model but started rolling out its HSPA network, offering flat rate data services, in 2007. It upgraded to 21Mbps last summer using equipment from Huawei and promises LTE by 2012.

Bulgarian mobile carrier M-Tel demonstrated download speeds of 42 Mbps reached via Dual Carrier HSPA+. The technology will be introduced in Sofia by the end of this year, doubling the current maximum download speed of 21 Mbps. Thanks to the 42 Mbps download speed, the customers of M-Tel will be able not only to surf the internet at high speeds, but also watch 3D and HD TV channels through the mobile network. With the new Dual Carrier HSPA+, it will take about two and a half minutes to download a 750 MB movie, compared to four hours and 45 minutes via UMTS. With the HSPA+ technology, a movie of the same size would be downloaded in five minutes and 16 seconds. M-Tel introduced the HSPA+ technology which provides speed for data transfer up to 21 Mbps last year in Sofia. By the end of August, HSPA+ will also be available in Varna, Plovdiv and Burgas.

In Saudi Arabia, Mobily successfully completed trials for the coming upgrade of its state-of-the- art evolved high-speed packet access (HSPA+) network testing speeds of 42 megabits per second (Mbps), according to a statement issued by the company. The 42 Mbps speed, expected to be rolled out in major cities in the interim, will be the first major speed upgrade since Mobily became the first operator in the region to launch HSPA+ towards the end of 2009 at speeds of 21 Mbps, and closed the year with one million customers subscribed to its high-usage bundles, and an overall base of 18.2 million.

Mobily’s HSPA network has given a much needed boost to household Internet usage in the Kingdom with household penetration rates more than doubling from around 14 percent for end of 2008 results to 32 percent for yearend 2009, according to the Communications and Information Regulatory Commission’s annual report.

According to the same report, wireless broadband grew 488 percent to 1.41 million wireless broadband subscriptions and representing 51 percent of all broadband connections in the country, as compared to a 47 percent share for ADSL. Of those 1.41 million wireless broadband subscriptions, one million were on Mobily’s network, giving the company a market share of 70 percent market of all wireless subscriptions and 36 percent of all broadband connections in the Kingdom.

Etisalat, Egypt, in partnership with Hawei Technologies Co Ltd, has launched its HSPA+ Phase 2 network in EGYPT. This new technology has already been deployed in the Etisalat Misr network. The existing network has reached an average download speed at 41.73 Mbps. HSPA+ Phase 2 increases Etisalat mobile broadband network capacity to support speeds of up to 42Mbps, from 21Mbps previously.

Indosat just launch fast Internet access service DC-HSPA+ 42 Mbps in Surabaya, Indonesia. Indosat claim the DC-HSPA+ services could provide download speeds of up to 42 Mbps for customers Indosat Mobile Broadband and IM2. Previously, these service has only presented to Indosat customers in Jakarta.

There are rumours that in USA while everyone is concentrating on LTE, T-Mobile has been planning to upgrade to HSPA+ to improve its speed. We will have to wait

Sunday, 11 July 2010

Airvana Femto Family Tablet demo

Last year when I blogged about the 'Femtocell Applications Live' from the Femto World Summit, I mentioned about the Airvana Digital Picture Frame that would automatically synchronize to your mobile once your mobile enter the Homezone / Femtozone. Here is a recently added Video from Stuff Tv:



Friday, 9 July 2010

Essentials Of Short Range Wireless Standards

Essentials Of Short Range Wireless Standards presented by Nick Hunn, WiFore Consulting in Short Range Wireless Special Interest Group, 8th July 2010, The Technology Partnership (TTP), Cambridge.

Thursday, 8 July 2010

My crazy ideas and Softbank's free Femtocell (+ ADSL and maybe Femtocalls)


Couple of years back I blogged about end users making money by allowing operators to deploy Femtocells. I cant remember but someone did say that it was a crazy idea. Well Softbank, the Japanese operator is doing something similar.

Rather than giving cashback, they are giving in free ADSL connection. The customers will have to sign a 2 years contract though. With free ADSL connection and a Femtocell, surely the end users are winners. They only have to invest in electricity which would not be a lot. The operator can end up as a winner as well as they get a better coverage by deploying open access Femtocells.

According to Will Franks, CTO of Ubiquisys, Softbank can afford to do this because femtocells are cheap and the IMS based architecture used by Softbank allows easy scalability. They are expecting upto 200,000 femtos to be rolled out in this scheme this year.

My take is that this is going to be the case but there will always be people who would be reluctant to get the Free Femtos + ADSL deal. They could instead be tempted with cashback if someone makes or receives call by accessesing their femto or instead free calls can be offered to the owner while he is camped onto his residential femto. A combination of both would be a good business case as well.

Anyway, Softbank is setting a good bar for other operators to compete with.

Picture Source: Femtocell Pioneer.

Wednesday, 7 July 2010

Andrew Gilbert from Qualcomm on 'Future of Wireless'



Andrew Gilbert from Qualcomm at The Future of Wireless International Conference 2010, organised by Cambridge Wireless and held in Cambridge, UK on the 29th and 30th June 2010.

Tuesday, 6 July 2010

Mobile Developer Economics 2010 and Beyond

A new report "Mobile Developer Economics 2010 and Beyond", offers many new insights into mobile developer mindshare, and analysis into every touch point of the developer journey, from platform selection to monetisation. The research is based on a set of benchmarks and a survey across 400+ developers globally, segmented into 8 major platforms: iOS (iPhone), Android, Symbian, BlackBerry, Java ME, Windows Phone, Flash Lite, and mobile web.

In terms of developer mindshare, our research shows that Symbian and Java ME, which dominated the developer mindshare pool until 2008, have been superceded by the Android and iPhone platforms. Despite Symbian remaining in the pole position in terms of smartphone market penetration, ‘out-shipping’ iPhone 4 to 1 and Android many-times to 1, the signs of dissatisfaction with the way the Symbian platform has evolved have long been evident.

Indeed Android stands out as the top platform according to developer experience, with close to 60 percent of developers having recently developed on Android, assuming an equal number of developers with experience on each of eight major platforms. iOS (iPhone) follows closely as the next most popular platform, outranking both Symbian and Java ME, which until 2008 were in pole position.

The report can be downloaded from here and is embedded below for convenience

Monday, 5 July 2010

Femtocells data cap and offload dilemma

I recently heard Prof. Simon Saunders (who has a much impressive background that i thought of) at Cambridge Wireless International conference speaking on Thinking Networks.

One of the things mentioned that struck me is how convenient it would be with femtocells to offload the data on the internet directly without going through the operators core. This would mean less data on the backhaul for the operators and since data would have to travel through less nodes, the speed and reliability could be higher.

There is a slight problem though. In the recently concluded Femtocells World Summit (which I have blogged a lot about), AT&T has been harping about its data caps while using Femto. AT&T wants that the Femto's should mainly be used for voice and for data the users should generally switch to using WiFi. Their reasoning is based on the fact that they are not allowed to perform data offload as mentioned above due to FCC regulations. In fact the same problem may be present in other countries and would hamper the Femto growth in time.

Femtocells are better for data usage as I have mentioned in past because they provide seamless coverage and better data security. It should also be pointed out that the battery drains faster when using WiFi as compared to the mobile Internet.

When a user uses Femtocell, he is already using his broadband data allowance and if there is additional restriction placed in terms of data caps on the Femtocell, the users may just revolt and avoid using Femtocells at all.

Voice coverage advantage is good but users may prefer to switch operators if its just voice that they are using Femtos for. While the use of fixed line phones have decreased in the past (thanks to voice bundles on mobile), some users are switching back to using landlines because of the voice clarity and no reception problems.

The Femto manufacturers and the operators will have to act fast if they want their future predictions to come true.

Saturday, 3 July 2010

Mobile Apps a fad

It has always been a debatable issue as to how big the mobile Apps market is. Right now it is huge and seems to be growing fast.

Dean Bubley of Disruptive wireless on the other hand thinks of Apps as a fad that will die sooner or later. He re-iterated the point he made back in February that:

a) There is no mobile Internet, just the Internet on mobile. The vast bulk of usage of the Internet on mobile devices mirrors the usage on fixed networks and from PCs. In particular, there is a huge amount of mobilisation (with tweaks, yes) of existing social networks (Facebook), email and content downloads (YouTube). With the exception of mapping, most mobile-specific Internet services are niche and useless, eg Foursquare and Gowalla.

b) I'm still expecting that users will get bored of hundreds of applications, and will have a few well-chosen ones - most of which should have been in the core OS when it left the factory anyway. eg on an iPhone - Facebook, RSS and Skype clients. The "long tail" of apps will be of limited interest to most mid-late adopters apart from the occasional game or advertiser-sponsored thing. I'd expect <$2 of spend on apps per month once high-end smartphones get to, say, 30% penetration, perhaps <$1

Mind you, maybe I'm biased. I haven't bought a mobile application for personal use since a Java game in 2005, and don't have any payment mechanism registered with iTunes.


I tend to agree with him but I think that the Apps threshold will be slightly higher like $5 per month which would be stealthily provided by the operators mainly through offers like "free apps allowance" kinda stuff.

This article reminds me of the dilbert joke (below) that other professionals can also make money around the Apps marketplace:


Friday, 2 July 2010

Interesting Pic: Blackberry Evolution

The first blackberry was released around 1999 and the Blackberry bold (the last one in the pic above) was 2009. You can see that how the phones have changed radically in the last 10 years.

Image Source: Presentation by Robert Crow in The Future of Wireless International Conference 2010