What the industry really needs to focus on is lowering the cost per bit per hertz. This can only be serviced by a rapid transition in core network and backhual architectures coupled with innovative content caching and routing solutions. A failure to sort backhual and core network dimensioning will cripple 4G. We will have smart, capable devices running on archaic underprovisioned networks. Most importantly - a correct dimensioning of the network will be crucial in reducing the cost of 4G services of the future.
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What the industry really needs to focus on is lowering the cost per bit per hertz. This can only be serviced by a rapid transition in core network and backhual architectures coupled with innovative content caching and routing solutions. A failure to sort backhual and core network dimensioning will cripple 4G. We will have smart, capable devices running on archaic underprovisioned networks. Most importantly - a correct dimensioning of the network will be crucial in reducing the cost of 4G services of the future.
Summing up the show: C+. Footfall ok, but the content is poor in comparison to Mobile World Congress. Themes were Snapdragon-based Android phones and the growing importance of data traffic.
CTIA: Crowded House – Verizon Enters Mobile Payments Space
Mar 23, 2010 12:00:00 AM / by Admin
Yesterday at CTIA, Verizon announced a new partnership with BilltoMobile, the US arm of Korean mobile payments platform Danal.With the new service, consumers will be able to purchase digital goods online and the charges will be placed on the subscriber's mobile bill.Virtual goods have become something of an overnight phenomenon, thanks to the growth of social games like Farmville, offered via Facebook.In our recently published report Mobile Commerce,ABI Research forecasts that the virtual goods market will grow from $8.1 billion worldwide in 2009 to $26.2 billion by year's end 2015.Mobile payments for virtual goods will make up a substantial portion of consumers' payment options over that time period in many parts of the world.
What is interesting about Verizon’s move is that Verizon subscribers can already purchase virtual goods and pay through their mobile bill. Two established payment platforms – Zong and Boku – enable these payments today.Most of the online game providers do not work exclusively with payment platforms, meaning a consumer can choose, in the case of Farmville for example, to pay by mobile through Zong or Boku (Paymo), and that payment ultimately ends up on their carrier bill.So Verizon has opened up a third payment option to itself.In opening this direct option and bypassing Zong or Boku, Verizon avoids paying the percentage those platforms would take in revenue share.However, the main question becomes: what are the compelling factors for a consumer to choose a particular mobile payment option.How are they different? Today it’s just kind of confusing.
OK. Is this really a bad thing for the WiMAX ecosystem? No. This is good for the WiMAX ecosystem and good for Cisco.
This is good for the WiMAX ecosystem because:
- Cisco was not aggressive in marketing its WiMAX base stations that it acquired from Navini
- There is one less WiMAX base station vendor - more opportunity for Alvarion, Huawei, Motorola, Samsung, ZTE, nd other smaller players
This good for Cisco because:
- WWAN RAN was outside of Cisco's core competency
- Cisco was not getting any significant business - likely because Cisco is not known for WWAN RAN
- Staying outside of the WiMAX/LTE political game (however unreasonable it all is, it still does exist) is the smart thing to do
On the last point, it's not that Cisco ever chose sides, but rather simply the possible perception that could exist since they did not have any LTE base station products, and it would not have made sense to go up against the giant WWAN RAN vendors in that area.
The Nexus One, Touch Pro, Touch Diamond, Touch Pro 2, Tilt II, Pure, Imagio, Dream, myTouch, Hero, HD2, Droid Eris are the models that Apple has decided are in violation of illegally using Apple Inc. IP.
Listed below are the devices and the operating systems that they run. Touch Pro – WinMo 6 Touch Pro 2 – WinMo 6.1 Touch Diamond - WinMo 6.1 Tilt II - WinMo 6 Pure – Winmo 6.5 Imagio – Winmo 6.5 Dream - Android (1.6 donut) myTouch - Android (1.6 donut) Hero – Android 1.5 (cupcake) HD2 – WinMo 6.5 Eris – 1.5 (cupcake) Nexus One – 2.1 (clair)
The first thing to note is that on the surface this law suit does not appear solely to attack HTC’s use of Android specifically. In fact the patents in the federal part of the filings (non ITC part) seem to focus on attacking HTC’s user interface and how it is implemented over Android.
Through a reading of the non-technical descriptions of the patents, the ITC related claims question the way that one object (say a button on the home screen, or a object in the OS) requests information or action from another object (say a piece of information, system status, or starting a program) and how that process is managed. It is important to note that it is only in the ITC complaint that Window Mobile phones are referenced, and only on one of the patents in this complaint. This particular patent is also being brought up a against Nokia, although that case has been temporarily put on hold for the moment. The real confusing part here, is why is Apple bringing this type of complaint to HTC when most of these patents address core OS functionality.
In regards to the Windows devices and operating system, I believe that this argument becomes a moot point going forward for handset OEMs. With Windows 7, Microsoft has pretty much stated that they own the home screen and the OS now and that alterations are not openly welcome. As such handset OEMs will not be tinkering as much with the UI and exposing themselves to direct litigation.
In regard to Android devices, the future is a little more complicated. One of Google’s key value propositions was that handset OEMs could do whatever they like to the UI, and thereby establish their own brand over the Android OS. Now one of the top handset OEMs is in the line of fire for their UI technology that runs over Android. It can be expected that OHA (Open Handset Alliance) members, particularly the handset OEMs are going to pay careful attention to how Google manages this situation. In the short history of the OHA Google has been accused of being too powerful and having full control, not doing enough to help its alliance partners bring devices market, or suddenly becoming their competitor when they released the Nexus One device. Google has been very cautious in trying to strike the right balance of heavy hand and velvet glove, seeking to direct the ecosystem but not control it.
In this particular case, Apple is the financial heavyweight that has thrown the first punch, and HTC is the blindsided underdog struggling to develop its global brand awareness on the back of Android. Should Google offer to help support HTC’s legal defense and perhaps use them as a sheild to keep Apple from wining any groud towards the core Android OS; and if they do what type of precedent will this set for the OHA if Apple goes after every other OHA member for their custom designed UIs?
I would have to believe that Google does not want to defend the coding practices of every single Android licensee on the planet, but they do not want to alienate their partners or put Android itself at risk either. I believe that in practice, Google may attempt to make a few tweaks to Android in an attempt to minimize the potential for OEMs getting sued, but when it comes to paying legal fees, their stance will have to be ‘it’s not an Android thing’.
Scribd Unveils Mobile Strategy for Online Document Viewing
Feb 25, 2010 12:00:00 AM / by Admin
There is no shortage of content available via the Internet – both good and bad quality. And there are as equally many ways to consume this content today – via web browser, proprietary document viewers, and even dedicated devices. One aspect that has remained elusive is how to organize and present this content in a meaningful way to each user. The opportunity for content delivery networks – whether an online bookstore, a document repository, or user-generated video clips – is to create some stickiness for an audience that cares.
Scribd has a differentroadblock entering the mobile market because it is not tied to a specific hardware platform. One might argue that the lack of a tie should make it easier for Scribd, but it means the company has to market and build awareness to the millions (not 'billions' as the company's CEO is quoted as remarking) of PC and smartphone owners who are interested in consuming digital text. It's a formidable task to take on alone, but the company thinks it is up for the challenge.
More WiMAX Products from Cellular Modem Vendors are a Sign of WiMAX Growth to Come
Feb 25, 2010 12:00:00 AM / by Admin
The fact that the large cellular modem vendors are entering the market is a sign - among other signs and proof - that the WiMAX market is starting to take off. This year, Clearwire will build out its network to the point where its network will expand its population coverage from about 36 million (by ABI Research's estimates) to 120 million people. That is a nice market to sell to into within the United States while they wait for LTE networks to launch.
Clearwire now has 688,000 total subsribers - both proprietary and mobile WiMAX. In the world of WiMAX and 4G, the relevant number is the number of mobile WiMAX susbscribers, which was 438,000 subscribers.
There are 250k proprietary subscribers. As Clearwire builds converts its proprietary markets over to mobile WiMAX, it leaves up the old network for about six to nine months as it coverts the exixsting susbscribers. The ratio of mobile WiMAX subscribers to proprietary subscribers has now shifted in favor of mobile WiMAX. There are nearly twice the number of mobile WiMAX than proprietary subscribers as of the end of 2009. It's probably more than twice at this point in time.
Clearwire has surpassed Russia's Yota as the largest mobile WiMAX service provider in the world now.
Wholesale Applications Community – MNOs Can Change the Game With Web-based Apps
Feb 15, 2010 12:00:00 AM / by Admin
AT&T selects ALU and Ericsson for their LTE rollout – what are the network infrastructure implications?
Feb 10, 2010 12:00:00 AM / by Admin
While Verizon had taken the opportunity to announce their LTE vendors at MWC 2009, AT&T is doing the same this year. The interesting part is that AT&T have chosen the same vendors as Verizon. Having chosen to go with ALU and Ericsson was somewhat expected as both vendor's 3G kit is present in AT&T network.
This is definitely a big jolt for Huawei having lost out on both the North American LTE deals. They were also snubbed for the Teliasonera LTE rollout in Scandinavia. 2010 should be interesting in terms of market share wars for RAN equipment as Huawei battles it out with ALU, Ericsson and NSN.
A big part of LTE is going to be transitioning existing base station infrastructure i.e 2G/3G base stations to LTE. AT&T’s LTE network will be deployed on 700 MHz spectrum, which means they will need new radio heads and most probably new baseband channel cards. It’s not going to be a seamless ‘software only’ upgrade as most vendors claim. My guess is that there will be sufficient use of remote radio heads in the network from both Ericsson and ALU allowing for lower OPEX costs and improved performance. While both Ericsson and ALU have SDR capable radio heads which can do multimode in a given spectrum band i.e using re-farmed 900 MHz or 1800 Mhz spectrum to support GSM and UMTS or UMTS and LTE, in the AT&T case this doesn’t really apply. One of the interesting differences between Ericsson and ALU kit is that Ericsson's solution is not software reconfigurable in the baseband/channel card while ALUs kit is software configurable both in the baseband and the radio.
What will be interesting to see is how many of AT&T’s 2G/3G base stations might be decommissioned to give way to new state of the art Multistandard Base Stations from ALU and Ericsson, which are meant to consolidate multiple technologies into one cabinet saving running costs to the operator. This depends on how many of those are nearing end of life. Also what is AT&Ts strategy of using pico and microcells for their LTE rollouts? These are some of the things I will be looking out for in the next few months.
Also, one of the interesting sub announcements that has come out of ALU is that AT&T will be using their 9900 Wireless Network Guardian solution which is primarily aimed at real-time monitoring of network usage and reducing congestion. Its essentially dynamic IP traffic management – something that AT&T badly need going forward especially as they move to LTE.