Competition Heats up in Premium Video-on-Demand (VOD) services
Aug 30, 2010 12:00:00 AM / by Admin
In the last few days, details have emerged of two new Video on Demand (VOD) services. YouTube (owned by Google) is said to be negotiating content deals to enable streaming of newly released movies -- about when they are released on DVD -- at a rate of approximately $5 per movie. Apple may or may not launch its highly anticipated iTV product on Wednesday, 9/1. Apple already has a good library of TV shows for sale at $2 and $3. Many speculate that they will allow customers to rent these for $1 per show, and are working to extend content licenses to include premium movies as well.
Pay Per View (PPV) and Video on Demand (VOD) have long been a small but highly profitable service operated by video operators (Cable, Satellite and IPTV providers) and by smaller operators for hotel chains. We define PPV services as those using broadcast technology (i.e., transmitted at a specific point in time) while VOD are typically streamed or progressively downloaded. With more connected video devices available content delivery is open to companies other than cable operators –leading to the increased pace of news in this sector. Amazon and Netflix’s video on demand services already are available on a number of devices, including Samsung Internet connected TV’s, Samsung and Sony Blu-ray players, Roku media servers and TiVo DVRs. Netflix continues to prefer to offer their customers the “simplicity” of all-you-can watch services and does not appear to be interested in adding a pay per performance VOD platform (like Amazon video on demand) to their service.
The pricing on all of these services is expected to remain premium pricing – content owners (HBO, MTV and the like) want to gain additional revenue from non-subscribers who want access to a very limited subset of their library, but would not otherwise subscribe to their services. Selecting any of these services as your primary source of content would be much more expensive than a cable subscription, even if you don’t watch very much TV. This also helps the content owners to keep some of their large customers – cable providers – happy and unthreatened.
One issue with the pay per performance VOD model is the cost/benefit decision must be made by the customer every time they decide to purchase a movie. It’s going to be easy to open your wallet (figuratively) for a $5 rental when you have 10 kids over for a pizza party. But watching the TV alone on a Wednesday you will probably select content included as part of an all-you-can watch subscription package. A hybrid PPV / Subscription business model (i.e., 4 movies a month for $10) may provide a middle group between video-by-mail services (Netflix, Blockbuster) and subscription-based services including Hulu Plus and cable’s premium movie channels (HBO, TMC).
YouTube has a few impediments to success in the movie business; first is that its brand name is synonymous with user generated content in most users’ minds. To overcome this, YouTube should differentiate the YouTube Movie’s brand from YouTube and provide good advertising. The YouTube Interface is also relatively search-focused and may need a better browsing interface to gain significant traction on the TV screen.
When Apple introduces a new iTV product and improves its video-on-demand library, it will need to decide whether to restrict this library to its own devices (remaining true to its “we control the experience” mindset), or whether it is willing to allow its software to run on other devices, such as connected TVs and Blu-ray players. The precedent for this would be the way iTunes runs on the Windows operating system. Today, applications running on the TV platforms are generally distributed by the TV manufacturers. Apple may have to give up a little bit of control and work closely with multiple chipset manufacturers and other hardware OEM’s (as Netflix and YouTube have), which could go against its larger business interests.
Also required for these services to take off beyond technology savvy always-online customers is easy browsing of the appropriate content on a PC. On my Sony Blu-ray player, Netflix watch-now relies on my queue being configured from the PC, which limits spontaneous watching. YouTube relies on top hits (which are user generated content focused) and searching (which is cumbersome on a TV remote control). New products, including slide-out qwerty remotes from TiVo and Vizio, are another approach at solving this problem. All of these sites could develop better ways of presenting content for the TV, including bringing customized recommendations and the benefits of social media to the TV.
Brazilian MMDS Operators, After 3 Years, Finally Get Some Clarity from Spectrum Regulators
Aug 20, 2010 12:00:00 AM / by Admin
MMDS operators have been providing broadband services on these frequencies since 1997. So when claims that broadband couldn't be done over the air and that WiMAX wouldn't be able to provide this using these frequencies they argued otherwise. They pointed out that WiMAX would be much more efficient than the radio standard being used at the moment to provide these services.
Earlier this year, the country’s regulator announced that they were going to allocate 50 MHz to the MMDS operators. They contested, saying that they could not maintain themselves competitive with this amount of spectrum. In August 2010 the regulator announced 70 MHz of spectrum for their use. The frequencies allocated were 2 x 10 MHz of FDD spectrum, and 50 MHz of TDD spectrum. The regulator plans to auction the rest of the 120 MHz of spectrum in July 2013. MMDS operators can use the 190 MHz of spectrum until June of 2013. A time line has been given to the MMDS operators of 1 year to choose a technology, and 18 months to deploy it for use in these frequencies following this month's announcement.
This may seem like another tug-of-war of standards and/or incumbents trying to set roadblocks to a promising standard. It may also seem like a regulatory body also protecting the current incumbent mobile phone operators from a faster 4G technology from taking off, as well as securing a 120 MHz chunk of spectrum that will auction for a very good price to mobile operators. But the fact of the matter is, Brazil has many regions in which underserved areas would benefit greatly from broadband coverage. MMDS operators were very vocal during this 3 year plight of wanting some answers regarding their spectrum licenses and that they were not interested in mobility or competing with incumbent mobile operators. They wanted to provide the service and maintain competitive versus other types of technologies, as well as reach out and expand to regions where broadband was inexistent.
Had the regulator defined their situation previously, and allocated the spectrum to MMDS operators, they could have deployed with the assurance that they weren't going to lose their frequency licenses. These operators and the people of many regions in this country would have benefitted with this technology. Roadblocks like these have hindered an early deployment of WiMAX in developing countries from enabling broadband in regions that were underserved.
RIAA and NAB Attempt to Force FM Receivers in Handsets
Aug 18, 2010 12:00:00 AM / by Admin
Though the product can scale from 200 to 10,000 users, their sweet-spot is really in the mid-market segment. EZuce opened its doors to business only last week, but it has its origins in the SIPfoundry project founded way back in 2004. Initially commercialized by Nortel in response to emerging competition from Microsoft OCS, eZuce already has $100 million in R&D investments and significant installations up and running. So, definitely we are not talking about a product in beta. eZuce is banking on select Nortel, Dell and IBM partners to sell its value proposition among their mid-tier customers.I guess the timing is just right. It is an exciting phase for the UC market, as it evolves from legacy hardware model to software-based architectures. OpenUC, with its promise of deep integration with enterprise business processes and substantial cost savings, does present a compelling business case.
Qualcomm sets expectation for 1.5 GHz dual-core Snapdragon processor availability
Aug 17, 2010 12:00:00 AM / by Admin
Qualcomm unveiled its initial dual-core chipset strategy during the COMPUTEX 2010 tradeshow in June. The company announced this week that OEM system customers are expected to receive production-ready shipments of its 1.5 GHz QSD8672 Snapdragon chipset before the end of the year.
The first dual-core chipsets rolling out to customers fall into the MSM8x60 family intended for high-end smartphone handsets. One model provides HSPA+ protocol support while the other enables multi-mode HSPA+/EV-DO Rev. B. Both smartphone chipsets feature two CPU cores running at up to 1.2 GHz.
The top-end mobile processor offers specifications rivaling CULV architectures for low-end laptops. Utilizing a 45nm production process, each of the cores is rated up to 1.5 GHz. The QSD8672 is expected to appear in commercially available devices starting in early 2011.
Mobile devices incorporating dual-core processors should provide enhanced performance for video capture or playback up to 1080p high-definition, along with support for contemporary mobile broadband air interface protocols such as HSPA+, LTE and WiMAX.
The capabilities of mobile chipsets have increased so greatly over the last couple years that system vendors have considered using them for larger form-factor devices. In fact, the smartbook concept emerged from this realization. While it does pose a potential cost savings over systems using the traditional x86 architecture, OS choices for non-handset devices have yet to be widely adopted outside the Windows desktop platform.
NFC Mobile Commerce? Verizon-AT&T Led Mobile Payments Consortium Faces Challenges and The Potential of Software-based Solutions
Aug 4, 2010 12:00:00 AM / by Admin
It just goes to show you how much interest there is in mobile proximity payments (physical location mobile commerce, call it what you’d like) that the scoop Bloomberg had on the not-ready-for-primetime Verizon/AT&T/T-Mobile/Discover/Barclaycard initiative has set off so much media speculation. Yes, this initiative could be very big news for mobile commerce.
But as noted by Digital Transaction News, http://www.digitaltransactions.net/newsstory.cfm?newsid=2599 there are lots of hurdles facing the group, not the least of which is convincing merchants to participate. The biggest issues there – capital costs for point of sale terminals and lower card processing costs. The group does have a pressure point they can exploit if they are willing to charge less than Visa, Mastercard and American Express. In addition, the solution would most likely be a closed loop payment system, meaning consumers could only use the consortium’s “card” and not a debit card, general credit card or even a store credit card, such as Target’s or Best Buy’s. In addition, no NFC platform provider has been identified.
To be fair, the group will most likely address all of this speculation when they are ready to announce something concrete. But as we speculate and point out the barriers, it is also a good time to mention that some other types of proximity payment solutions are gaining ground – specifically software-based smartphone solutions.
Moonha/Quantexx/SAP in Germany, FaceCash in U.S.
Two separate mobile commerce initiatives are being trialed or rolled out that seek to enable consumers to use smartphone apps to make proximity payments that bypass NFC chips and hardware and mobile operators altogether. In both cases, merchants would require no capital outlay if they own a computer and use bar code scanners.
In the U.S., FaceCash/ThinkLink is live and ties a user’s bank account to a bar code. Android and iPhone users can download the FaceCash app. The user then goes online to FaceCash and enters their bank account number, social security number and a photo. They transfer funds into FaceCash and then the money is accessible via the barcode stored in the app. Participating merchants can the barcode to debit the account. Seems pretty easy for the consumer, and the allure for merchants is 50% less processing fee per transaction than the major credit card processors.
In Hamburg, Germany, Quantexx and SAP are readying a trial mobile wallet service called Moonha. Any consumer with a camera-equipped smartphone can download the Moonha app. It works similarly to FaceCash – the consumer creates a Moonha account and ties it to an e-money account. Company officials say they will eventually tie it to credit cards as well. The trial appealing because of the broad merchant availability, as it is with the city government of Hamburg, for everything from transit tickets to city-run venues and food vendors.
There are challenges to both FaceCash and Moonha. Smartphone only, signing on merchants, and maybe the biggest hurdle – convincing consumers why they should choose these mobile options. I think that is particularly important when neither at this point offer credit card as an option. Particularly in the U.S., consumers rely on credit card float. But any NFC option faces these same hurdles to a greater and more expensive degree and involve the mobile operators and mobile OEMs.
WiMAX vendors that have stuck through the whole thick of problems and issues that have been associated with commercially developing, deploying and expanding a 4G radio access network, are now able to leverage this experience. Infrastructure vendors have planned on supporting WiMAX and LTE. This way, they can keep their WiMAX customers and maintain this market and expand their LTE customers.
In essence, there is a lot of re-useable hardware in a WiMAX base station that can be used for manufacturing an LTE base stations. They are using the same OFDM underlying technology for most of the radio access network. Creating LTE base stations using this experience can quicken the learning curve and help LTE mature faster. A possible dual mode WiMAX/LTE base station is not out of the question either.
With the recent news of NSN acquiring Motorola's telecommunications network equipment business, and after listening to an interesting Q2 earnings conference call from Alvarion today, a couple of things come to mind.
Telecommunications vendors can already have a potential LTE upgrade customer base with their previous and current WiMAX customers. They could offer a smooth transition for those interested in this shift. Alvarion announced plans like this during their conference call. A valid point was made in saying that although not all of their customers will want to move towards LTE, they do have this possibility for them in the future if willing. Service providers would have to consider their customer's equipment if they were to do this change. Moving towards LTE would require changing WiMAX user's CPE, dongles, and/or devices into dual mode LTE/WiMAX or LTE compatible devices.
During the call, Alvarion mentioned letters of intent with a major Indian operator with three of their local partners. They also mentioned their plans on expanding, stocking up inventory and are ready for a major deployment. It was unkown what type of 4G network they were talking about, but not a lot of details were shed on this topic. In any case, whether it be for WiMAX or LTE, business in a high growth market like India would be good news for them.
WiMAX has gotten the short end of the stick in many aspects. From negative press, to deployment issues with country spectrum regulators, to having to trudge through a economic recession. It's good to see that infrastructure vendors, whom drive the market and have an important say in what happens with it, share their decisions and choices in leveraging what they know and have, and offering their customers both options when they decide to go towards 4G.