Tag: free-to-air TV

Should established free-to-air TV have a strong role in the connected TV experience

Apple TV tvOS Home Screen

Will free-to-air TV apps be required to have pride of place on your connected TV device’s home screen?

There is a fight brewing between the established free-to-air TV lobby and the pay-TV / subscription video-on-demand lobby about what should take the primary position on connected-TV devices.  It is part of a continual debate regarding the continued existence of the free-to-air TV services with other issues surfacing like anti-siphoning protection so that the sports that matter don’t end up exclusively on pay-TV or online subscription services.

This is more intense in countries like the United Kingdom, Europe and Australia whose governments and society place strong importance on the established public-service, commercial and community free-to-air TV services and their continual role in informing and entertaining us.

It is although younger generations are drifting away from these services towards the likes of Netflix or YouTube for their entertainment. This has been driven by the “cord-cutting” movement in the USA where younger people are ditching their cable or satellite pay-TV subscriptions in favour of online video services.

Why protect established free-to-air TV?

There is a strong societal defence for traditional established free-to-air TV in the UK, Ireland, Europe, Australia and similar countries. This is because the national free-to-air TV platform is based around at least one popularly-accepted and well-respected public-service broadcaster and a handful of commercial free-to-air broadcasters. In a lot of cases, most of the TV services existed since TV was commercialised in the Western world with some services, especially the public-service broadcasters, existing at the dawn of regular radio broadcasting in that area.

As well, due to the fact that the free-to-air TV broadcasters have to have a government-issued license or public-service-broadcasting charter to operate on the VHF and/or UHF wavebands, there has been strong human oversight over the content they publish and that it matches current social standards. This has led to it being considered a socially respectable platform and broadcasters who run advertising know that they are operating a brand-safe platform for their advertisers.

People who live in nations that value free-to-air TV see the free-to-air broadcasters as offering more locally-produced content due to various local-content mandates associated with their licences or charters. They notice that the free-to-air broadcasters play a significant part in boosting their nation’s cultural “soft power” and identity on the world stage. For example, there are shows like ABC Australia’s “Bluey” or Network 10’s “Neighbours” or “MasterChef Australia” that have acquired significant international viewership because they represent that Australian camaraderie.

Free-to-air TV broadcasters, especially the public service broadcasters like the BBC or Australia’s ABC are being valued as reliable sources of news and information. This is more so in the era of “post-truth” where fake news and disinformation delivered by social media is muddying the waters about what is accurate information or not and established media is seen as the preferred go-to if you are after accuracy in your news.

The debate is also about an existential threat to established media including free-to-air TV from Silicon Valley. This is because the online services offered by Silicon Valley, including social media, are being seen as offering newer fresher content than what established media can offer, something valued by younger people.

The current situation with connected TV devices

Connected TV platforms, whether represented by a Smart TV, a set-top box or a streaming stick, place importance on the home screen that these devices show up when you turn them on initially or press a “home” button on their remote control. These platforms are driven by client apps for various video-on-demand or streaming-TV services with users having to use the platform’s app store to install these client apps for the services they use.

Such services are represented by the likes of Netflix, YouTube or Vimeo; but also include local subscription-funded or advertising-funded video-on-demand services. This  may include the classic local pay-TV platforms that have set themselves up to deliver via Internet in addition to or in lieu of their legacy satellite or cable means, using an app rather than a set-top box for access to their content. Then most of the connected TV platforms have links to their own transactional or advertising-driven video-on-demand facility, FAST (free ad-supported streaming TV) service, video game store or other services.

In addition, some connected TV devices have dedicated buttons on their remote controls to facilitate one-touch access to video services like Netflix or YouTube. This is part of a partnership between the connected TV platform and the video service provider to maintain that kind of access.

To preserve their relevance in the connected-TV era, established free-to-air TV broadcasters are offering Broadcaster Video-On-Demand apps which make their content available on-demand This is based on previous “catch-up TV” services where you can catch up on prior episodes of a TV series, but now offer extras like binge-view opportunities or supplementary content.

Some broadcasters even offer free streaming TV channels through these apps that they wouldn’t be able to offer via RF means. This would include access to versions of their channels that are editorially different in other parts of the nation, such as to allow travellers and the like to follow content in their home area.  Or they would include special-event channels like showing each sport in the Olympic Games as separate channels. They may even stream channels from other content providers they have a strong business relationship with like what the Paramount-owned free-to-air channels are doing by hosting at least some of the Pluto TV FAST channels on the 10Play and My5 BVOD apps.

Even some of the advertising on content viewed through these apps has interactive TV elements such as “shoppable” advertising or access to long-form video content. This is in addition to experiencing a reduced ad load during the commercial breaks with the ads being more relevant to you, when you watch a show on demand through these services. But the important fact with the advertising is that the broadcasters control and benefit from the commercials that appear.

But there are a significant number of connected TV platforms that require the user to download the BVOD apps from the platform’s app store before you can use them. Then these apps typically end up at the bottom of the home screen and you would have to move them around to be visible when you turn the TV device on.

This may be an exception with some Smart TVs and RF-tuner-equipped set-top devices sold in the UK, Australia and New Zealand that implement the HBBTV-enhanced Freeview electronic programme guide that supports the ability to see prior shows. These have free-to-air BVOD apps pre-installed so as to facilitate this kind of viewing from the EPG.

Apple TV tvOS content recommendation screen

Will connected TV platforms be required to recommend content from established free-to-air channels here?

An increasing number of connected TV platforms are integrating “one-stop” content search, “next-episode” and content recommendation functions that tie in with their various video-on-demand apps and platforms. This allows a viewer to search for a particular show or identify shows worth watching at one point rather than diving in to and out of the various apps to find a desired programme. This is facilitated through the use of application-programming interfaces that provide a link to the content services via their apps.

Other upcoming trends to impact connected TV

The UK and Australia at least see the distribution via RF means using the outdoor aerial as the universal standard for access to free-to-air TV. This is although Continental Europe and, to some extent, Canada place acceptance on other RF-delivery means like cable or satellite delivery as part of universal access to free-to-air TV.

Free-to-air TV via the Internet or your home network

But the DVB Forum have established standards for delivery of TV service including free-to-air TV via local-area-network and Internet setups. One of these is DVB-I which is about streaming from Internet servers hosted by the broadcasters themselves while the other, known as DVB-HB, is about streaming from a broadcast-LAN tuner device connected to an aerial, cable-TV setup or satellite dish via a local area network. Both these systems provide the same user experience as traditional RF-based TV setups such as the ability to “channel surf” with the remote control.

This is in addition to the broadcast video-on-demand apps offering access to the broadcaster’s own free-to-air offerings and extra free streaming TV offerings through the Internet. In many cases, this also includes an electronic programme guide for these online channels, You may even find that you have access to area-specific content like news bulletins from other locations. But these apps don’t necessarily offer the classic user experience associated with watching TV.

Internet-first TV devices and setups

Your laptop, tablet or smartphone are replacing the traditional small portable TV as the way to watch TV in areas like the kitchen or garage. This is thanks to the broadcast video-on-demand platforms being available as an app or Website for regular or mobile computing platforms.

Add to this the smart display platforms like Amazon Echo Show or Google Nest Hub where you can summon particular channels using your voice. LG and Samsung haven’t forgotten the dot-com-era idea of Internet fridges with their products that could have support for video apps including free-to-air BVOD apps.

Subsequently LG and Samsung have been offering Internet-first TV devices, also known as smart monitors. LG has been offering the StanByMe range of monitor-sized battery-operated lifestyle TVs with one that folds up in to a suitcase. Samsung has also offered their Smart Monitors which combine the smart-TV functionality in to a computer monitor but don’t provide the RF tuner. It also includes people using connected-TV devices without RF connection to an aerial to watch their TV content, thanks to BVOD or TV-over-IP apps.

Here, these are devices that implement computing, smart-display or Smart TV platforms including access to video-on-demand platforms but omit RF tuners. With them, you could pull in video content via apps whether it be streaming in real time or playing from a video-on-demand server. In the case of the Internet-first TV devices, they would have a remote control so you can select what you want to view or regulate the sound from afar.

Delivery to airliners and ships

In some countries like India, it has been proven that they could use higher-bandwidth satellite Internet to deliver live free-to-air TV from the local TV channels to airliners flying domestic flights and offer this as a form of live inflight entertainment. Such setups would come in to their own with the sports that matter where people want to follow those matches during their flight.

This is facilitated with current-generation high-bandwidth satellite broadband Internet that is being delivered to commercial jets equipped with the necessary technology. More of these jets are being equipped for Wi-Fi Internet from the satellite broadband typically to provide as a passenger amenity whether bundled as part of a premium airfare or purchased at an extra-cost option. In a similar context, this could appeal to the maritime cohort where the passengers onboard ferries, cruise ships, yachts and the like, or the crew within navy or merchant-navy ships could gain access to free-to-air TV via Internet-based delivery thanks to satellite or other means.

Here, the combination of Internet-based TV service delivery and these satellite Internet services could make it feasible to have live free-to-air TV from local TV stations delivered as an entertainment option for air or maritime travel. Add to this the ability to use BVOD apps to allow air or ship passengers to watch shows from these stations on demand.

The issues here

The free-to-air TV lobby had noticed that connected TV platforms are engaging in some form of “pay to play” when it comes to what appears on the home screen by default. Here, it was perceived as being financially and ethically difficult for local free-to-air broadcasters to get their BVOD apps on the home screen within their country of operation.

Here. the local free-to-air TV establishment want the national governments to use legislation or regulation to make sure that their BVOD apps are installed by default and easily discoverable. This includes a similar want for content offered by free-to-air broadcasters, preferably locally-produced content, to be brought forward in any platform-wide content-search or content-recommendation engine.

On the other hand, the pay-TV lobby who are also representing subscription video-on-demand or even Big Tech want to maintain the status quo “in the name of the consumer”. This is due to a perceived fear that the customer who currently subscribes to an online video service not offered by free-to-air TV broadcasters won’t be able to install or satisfactorily use any client-side apps for these services. This includes not being able to see the online video service’s content in search results or content recommendations.

I see this argument of relevance when it comes to content search and recommendation engines that are being built in to the connected TV platforms. As well, this may impact one-touch access buttons on remote controls where it wouldn’t be economically feasible to provide this kind of access to any online video service, whether free-to-air or paid.

Which kind of devices will this affect?

Primarily I see this requirement affect TVs and set-top devices including streaming sticks pitched for household use. This is because these devices are primarily marketed for watching video entertainment in the home.

But there will be a call for Internet-first TV devices like the LG StanByMe family or the Samsung Smart Monitor family to face this requirement because of them being marketed for video entertainment consumption as a key use case.

Computers, mobile platform devices and games consoles may not face this requirement due to their core use case not being video entertainment. This is although you can use them to enjoy video entertainment using Websites or apps. But you may find that companies selling tablets or 2-in-1 laptops will want to court the countries that value free-to-air TV as an entertainment source by packaging the likes of BBC iPlayer, ITVX, ABC iView and 10Play alongside Netflix or YouTube when users register these devices in those countries. Or the app stores simplify the process of installing these BVOD aps.

A question that can come up is whether this requirement will only be for TVs and set-top devices sold primarily for household use. This is because TV manufacturers also sell a separate range of “commercial use” TVs that are pitched for installation in hotels, bars, common rooms, hospitals and the like. Here, we are likely to use these sets to watch TV content away from home such as in our hotel rooms and we would like the same user experience that we have at home.

These sets and devices are likely to have extra programmability in order to satisfy particular use cases like hotels. The software may be updated at a later time or manually compared to what is installed on equipment for the home and there may be a “business use” app store for apps used in a business sense. But there is a risk of manufacturers offering a Smart TV or set-top device as “commercial use” but sell them to householders to evade the various mandates associated with equipment sold to the residential market.

Small lodging places like bed-and-breakfasts / guest-houses, motels and inns are likely to prefer to purchase and install residential-use TVs. Similarly, houses or apartments available for short-term rental will prefer residential sets. This is due to the sets being cost-effective and offering a familiar user experience; and the businesses not wanting or needing superfluous levels of sophistication for their technology.

But could they be required to adhere to the same rules as residential-use equipment such as prominence for free-to-air apps on the home screen?

How does this impact connected TV device design and user experience

The impact of these mandates will affect the connected TV experience in a few ways,

When you set up a new device

Firstly, when you set up a new Smart TV or other connected TV device, you will find that the mandated apps are downloaded and installed by your device when it is connected to your home network. These will then appear on the home screen as part of the default setup, This is because of the fact that you have to select the country you’re in at or close to the setup / install routine and this determines what apps are downloaded and installed in your connected TV device.

This situation will also occur if you have to subject your connected TV device to a factory-reset due to it being balky or something you should do when you take possession of a second-hand device. Some devices may rearrange the screen for the mandatory apps and download or update them during a major software upgrade.

The home screen

Under these mandates, the home screen on a connected TV device will be required to have the free-to-air BVOD apps in the home screen and accessible with a minimum of scrolling.

Some home screens may create a “local TV” strip with the free-to-air BVOD apps inhabiting that strip on the home screen towards the middle. It most likely would exist alongside an icon that allows you to view an electronic programme guide and change channels if it has RF-based or IP-based tuning means.This will most likely be above a larger strip with Netflix, YouTube and other popular subscription services inhabiting that strip.

This is whereas others like Apple TV will simply sequence the free-to-air BVOD apps ahead of Netflix, YouTube and co.  These may even have to group them on the same row and have each icon highlighted in a distinct manner.

You will still be able to use the “screen edit” function that your connected TV platform offers to rearrange the app icons on the home screen. This may be to bring all the services you use frequently and regularly closer to each other on the home screen. This kind of option may be either invoked through selecting a “screen edit” function on the setup menu or holding down on one of the icons to invoke “screen edit”.

Content search and recommendation behaviour

A mandate for free-to-air-TV prominence that impacts content search and recommendation would require a content search engine that works across a connected TV platform to place free-to-air TV content at the top of the “found content” list.

The content recommendation or “up next” (list episodes in a series that aren’t viewed)engine in the connected TV platform would also be required to place content from free-to-air broadcasters at the head of the recommended-content list. There may even be a requirement to place locally-produced content first, to encourage us to prefer this content for our evening’s viewing.

This would put the pay TV lobby’s nose out of joint because it would be hard to discover the content that a pay-TV or other online service has to offer. That is even though you have the likes of Netflix who are having their local offices commission original local work around the world and satisfy local content requirements for their social licence to operate in other countries.

One-touch access to services on the remote control

Another issue is how the remote control is designed if the manufacturer is to have one-touch buttons for access to particular online video services. If local free-to-air apps are being mandated as far as the remote control is concerned, it may be about adding five or more extra buttons with logos representing the online platforms offered by local free-to-air channels. This would be in addition to buttons for Netflix and YouTube,

Then the manufacturers forego the economies of scale associated with designing and manufacturing the same remote control with the same functionality and labelling for all world markets. Such an approach would also not survive any rebranding efforts that an online video provider undertakes.

This problem may be solved through implementing touchscreen or e-ink technology in remote controls. It also exploits the trend to use Bluetooth two-way communication in consumer-electronics remote controls so you are not having to have clear line of sight between the handset and the device.

It would come about with an array of six or eight e-ink-labelled buttons or a touchscreen that uses OLED or similar technology. The button array or touchscreen would be populated with the logos of the popular or mandated online video services for the country the device is used in and you use that to select these video services. Such a design may exist as a way to globalise the remote control design and bring back economies of scale by supporting “mass customisation”.

But this approach may require designers to go back to the traditional remote control design associated with TV sets and pay-TV set-top boxes rather than a very small “stick-like” design. This approach would come across as an approach that some consumers may prefer because it is a size that is harder to lose and would be welcome with devices that support traditional TV user interfaces.

What can be done

Customisation options

There is the issue of customising the home screen layout after you have set up your connected TV device. This is something you will have to do in order to make it easy to discover the services that you make use of, no matter what kind they are.

Here, any requirement to place free-to-air BVOD apps at the top of the home screen shouldn’t preclude you from rearranging your service icons around the screen. This may be due to you preferring and regularly visiting a particular mix of services whether free-to-air, classic pay-TV or online-first.

That means a connected-TV platform would have to have the home-screen customisation process assessed as part of its useability testing, with this assessed under “lean-back” operation conditions. That is where you are at a distance from the screen, typically in an armchair or couch, and using the standard remote control associated with the connected TV device.

The process could be simplified by “quick arrange” shortcuts like “Local TV first”, “Popular Online first” or “Frequently Used first” which sorts the icons according to particular orders.

These user customisations would need to be saved, whether on the device or on the user account associated with the connected TV platform.

Device-level / account-level content ranking preferences

There could be support for device-level or account-level learning of regularly used online video services. This would show up search results or recommended content results based on the services you have enrolled with and are frequently using.

Viewers should have the ability to enable ranking various factors such as services, locality of the content, content quality . Again these settings could be saved either on the device or the user account.

This could also be about connected TV platforms supporting the importing of watchlists from other sources. It could then allow film / TV experts and personalities that you follow to hand-curate and publish watchlists of recommended content so you can work through what they have recommended.

Conclusion

This debate over mandating free-to-air TV apps on connected TV devices will affect how they and their operating systems are designed. This will be about what appears on the home screen by default or which providers’ output appear at the top of platform-wide content search or recommendation results.

UK to launch Internet-based free-to-air TV service

Article

TV aerial and satellite dish on house roof

UK to launch a free-to-air TV service that can be delivered by Internet in addition to terrestrial and satellite RF means

Britain’s Broadcasters Prep New Free Live TV Service via Broadband – ISPreview UK

From the horse’s mouth

Everyone TV (formerly Digital UK)

New service from UK public service broadcasters will deliver live free TV via IP (Press Release)

My Comments

The United Kingdom, a country associated with a long tradition of free-to-air broadcast TV, is now working towards an Internet-based free-to-air TV service.

This service, to be known as Freely, is a follow-on from the Freeview digital terrestrial TV and Freesat digital satellite TV platform and is to extend the traditional free-to-air TV service to IP (Internet Protocol) bearers like your Internet service and home network. It is being facilitated by Everyone TV, formerly known as Digital UK and behind Freeview and Freesat, who represents the established UK free-to-air TV broadcasters i.e. BBC, ITV, Channel 4 and Channel 5.

The intention is to have this support both linear and on-demand content services for FTA TV, as well as maintaining the traditional TV viewing experience as we have known it. The articles talked more of Freely being offered via fixed-line broadband Internet but mentioned that they could be offered by mobile broadband.

Dell Inspiron 13 7000 2-in-1 Intel 8th Generation CPU at QT Melbourne hotel - presentation mode

It could even be about watching BBC1 on a convertible laptop like this Dell Inspiron 2-in-1 convertible laptop without the need of a TV tuner dongle

A question that can easily come up is what will be provided for as the “best case” scenario for picture and sound quality? This could be HD, Full HD, 4K UHD or HDR, but there wasn’t any talk about a “best case” soundmix like stereo, 5.1 surround or object-based Dolby Atmos surround that will be used for TV-content sound.

Another question that will come up is whether the Freely setup will be about an Internet-only setup or to combine the Freeview terrestrial / Freesat satellite RF-delivery platforms. This is even though 15% of UK TV households use Internet-only means for receiving their TV content and, most likely nowadays, the Internet is used as a means to bring TV to secondary locations. But there is a desire in the UK to preserve the terrestrial TV service delivered via the aerial as something accessible for all.

The Freely service is expected to be launched in 2024 and there is a desire to integrate this functionality in to the next generation of smart TVs sold in to the UK market. There will also be the issue of whether apps that work with connected TV, games console, mobile or desktop operating systems will be created for Freely. This is because these platforms like Chromecasts, Apple TVs, iPads or laptops are being used for online TV consumption.

I also see this as something that Australia and New Zealand could be observing due to their free-to-air TV culture, with a brand that could be used for Internet-delivered FTA TV. This could even be used as a brand for a pure Internet-delivered free-to-air TV service by any of these companies.

But I am also pleased about the proposed Freely service being the first effort towards Internet-delivered free-to-air TV in English-speaking countries who have a strong free-to-air TV and public-service broadcasting culture.

Free-to-air TV in the online age

Article

ABC News 24 coronavirus coverage

Traditional TV will maintain relevance but is to integrate Internet as a means of delivery

Industry group to lead access of Free to Air on connected TVs | TV Tonight

My Comments

Free-to-air TV is still seen as highly relevant. This is more so in countries like UK, Europe and the Asia/Pacific regions due to a well-known and well-loved public-service broadcaster funded primarily by government line-funding of some sort of a public-service-broadcasting levy like a TV licence fee. In most of these countries, commercial private free-to-air TV came later while some of these countries don’t place value on cable or satellite pay-TV services.

As well, in those countries that value free-to-air TV, single-family houses have a TV aerial installed on their rooftops. Or multiple-premises buildings like apartment blocks along with buildings like hotels and hospitals have a subsystem based around a common TV aerial that effectively services each TV within the building with the broadcast signal from the free-to-air broadcasters. In some geographical areas like Europe, the satellite dish or cable-TV infrastructure is used as an alternative means of delivering free-to-air TV with Germany adopting an “RF-medium” agnostic approach to delivering free-to-air TV. Let’s not forget that the TV set’s own tuner or a tuner integrated in a retail-supplied set-top box is preferred as the device to watch TV with.

TV aerial and satellite dish on house roof

DVB-I and allied technologies may reduce reliance on RF infrastructure like TV aerials or satellite dishes even for free-to-air TV

In most countries, the free-to-air TV channels are considered a “sacred cow” where they are guaranteed frequency allocations on the VHF or UHF TV wavebands. As well, there is a legal guarantee to assure availability of these channels through cable, satellite or IPTV platforms such as through “must-carry” requirements or a platform-independence mindset for running TV services. This typically assures access everywhere or allows “one-remote” operation for your TV viewing experience.

There is also legal protection in most of these countries for access to the sports and cultural events that matter via free-to-air TV. This is in the form of “anti-siphoning” regulation that proscribes pay-TV providers from gaining exclusive broadcast rights to these fixtures, with some countries wanting to apply the same prohibition to subscription-driven online streaming providers as well.

Let’s not forget that the free-to-air channels in most of these countries work on a unified platform like Freeview which provides common technical, marketing and advocacy support for the free-to-air TV experience.

Watching TV, especially free-to-air TV, has been associated with a known and loved user experience. This includes channel surfing with the “up” and “down” buttons on the remote control, keying in a channel number commonly associated with that channel on a numeric keypad or using a button to flip between the last two viewed channels.

In the online era

Traditional free-to-air TV has had to implement online strategies in order to stay relevant. This is more so as younger people are drifting away from traditional media to whatever media is being served up on the Internet, especially social media or YouTube videos.

10Play with MasterChef as an example of a BVOD service offered by a free-to-air TV broadcaster

Could this also open up an extra feature for gaming-ready 4K TVs?

The connected-TV experience in most countries has been augmented through free-to-air TV broadcasters running an online video-streaming platform of their own, known as a “BVOD” (Broadcaster Video On Demand) service. This typically provides “catch-up” viewing of prior shows and has lately provided for binge-viewing of TV series and even has provided supplementary video content for some shows.

This service is currently furnished through a Website ran by the TV broadcaster themselves in addition to native apps for mobile or connected-TV platforms. They are also extending the BVOD apps towards providing “free streaming TV” channels which don’t exist on the TV broadcaster’s RF platforms. These channels are also known as “FAST” channels, short for “Free Ad-supported Streaming TV” because most such operators are in a position to sell advertising time on these channels. It allows them to provide supplementary traditional linear TV content without needing to license extra RF spectrum.

In most countries, free-to-air TV broadcasters who run advertising have been considered a brand-safe area for advertisers to advertise within. This is because of long-time legal and social expectations associated with the privilege of using the airwaves to broadcast. It is an issue that has come forth thanks to issues like fake news, disinformation, propaganda and hate speech and advertisers don’t want to tarnish their brand image by being associated with that kind of material. These values also extend to the BVOD platforms that these broadcasters run.

Technically, standard have been released to allow for hybrid Internet-and-broadcast TV with the goal of providing the same traditional TV installation and user experience. The first of these is the DVB-I and DVB-HB standards that allow reception of TV content via a local-area network whether from the Internet or a broadcast-LAN server device.

Let’s not forget that these standards are also about providing a seamless user experience between broadcast and broadband TV experiences thanks to HBBTV, ATSC 3.0 NextGenTV and DVB-I TV. This brings with it the idea of interactive TV or access to supplementary content on TV. There is even research in to companion-screen integration for editorial and advertising content so as to provide seamless access to relevant services on your smartphone or tablet when you watch TV.

Issues with free-to-air TV in the connected age

Issues currently seen with free-to-air TV are that all services aren’t consistently available across the country with a desirable consistent quality of service. This can apply to countries that have large rural areas like Australia or countries that have a lot of mountainous terrain like Switzerland.

Add to this that not all areas have access to a decent standard of Internet service, whether via a fixed-broadband or a mobile-broadband means. This is typical primarily of rural areas but can also extend to poorer urban areas where there has been some “redlining” taking place.

As well, not every room in a house would have its own conveniently-located TV-aerial socket to assure reliable reception of free-to-air TV around the house. This typically leads to the use of indoor antennas that aren’t really reliable for TV reception, especially antennas that are offered at the cheap end of the market.

An issue of concern to the free-to-air TV community is that TV manufacturers and smart-TV platforms give priority to subscription video-on-demand or advertising video-on-demand services that offer the most money to the platform or manufacturer. It can also include electronic programme guides not featuring the local free-to-air TV channels in a prominent position. This causes free-to-air content including BVOD services to be placed at the bottom of the pack.

Chromecast and similar devices are being used as an alternative to smart TVs

You can do more with your Chromecast with Google TV if you use a USB-C hub or dock that offers Power Delivery pass-through

Then there is the popularity of Apple TV, Chromecast, Roku and Amazon Fire TV as set-top-based alternatives to the smart-TV approach. Such platforms are being valued as a way to add this kind of functionality to any TV with an HDMI socket no matter its age. This is more so about the integration of those platforms with a user’s desktop, mobile or smart-home computing environment and brand loyalty. As well, these devices cater to the reality that older TVs are moved to secondary lounge areas or bedrooms when you buy a newer TV that has the latest technology.

Even the broadcaster video-on-demand services don’t really understand “multiple adult households” easily when they ask for user login details to create a personalised user experience. This is something I have previously covered in a separate article about supporting many different user logins on online media services when used on smart TVs and the like.

Lenovo Yoga Tab Android tablet

Tablets like this Lenovo Yoga Tab Android tablet are an example of a screen-based device that could show TV but doesn’t have a TV tuner for this purpose.

Not all screen-equipped devices have TV tuners and may have to support Internet / LAN delivery of TV content with standards like DVB-I and DVB-HB. Such standards could provide for a traditional TV user experience and access to free-to-air TV. This doesn’t just relate to regular desktop and laptop computers or mobile computing devices but is encompassing a new breed of computer monitors and small lifestyle TV-type devices that have “smart-TV” functionality but don’t have a broadcast-TV tuner of any form.

What can be done

Mobile and desktop software for free-to-air TV

Free-to-air TV platforms could work on mobile-platform apps and desktop software that provide access to this kind of TV content, including “broadcaster video-on-demand” services from the Internet through a single interface. This could include a “virtual-remote” interface to allow channel surfing or direct-entry channel selection along with the electronic programme guide so you can know “what’s on”.

Increased support for TV via your home network

Samsung M7 Smart Monitor press image courtesy of Samsung

The new Samsung M7 and M5 monitors also double as Internet TVs with direct access to Netflix & co and are in a position to benefit from TV delivered by the Internet

TV via your home network or Internet service could be encouraged in may ways.

For the ATSC 3.0 NextGenTV standard used primarily in North America, there has to be work on standardising free-to-air-TV via the Internet and home network. There was some work being achieved for the North American market as far as “broadcast-to-LAN” is concerned, mainly as a way to achieve market competition for cable-TV set-top boxes. But this was effectively scuttled during the presidency of Donald Trump thanks to him installing FCC commissioners who protect the established pay-TV companies.

Smart TVs of or greater than a certain screen size like 32”  could be required to receive TV via a broadcast tuner and Internet / home network facilities. For Europe, Asia, Australia and the like, this would mean support for DVB-I and DVB-HB standards alongside DVB-based RF-delivery broadcast TV standards.

The “broadcast-LAN” product segment could be developed further with more companies offering such server devices to the market. Here, this would be about making sure that such devices are working to particular standards like DVB-HB. Value-priced “broadcast-LAN” devices could be offered with multiple tuners so that multiple household members can receive TV content from different channels concurrently.

As far as UK, Europe, Australia, Asia and other countries who value the DVB TV standards go, they could place importance on DVB-I as an important part of the free-to-air TV broadcast platform. This would include a requirement to simulcast “socially-protected” free-to-air TV channels through DVB-I as well as traditional RF technologies.

Examining interactive TV technologies and making best use of them

Where the TV platforms support interactivity, this feature needs to be exploited and developed further.

This could be about working on a quick-to-operate simplified link to the “supplementary screen” like your smartphone, tablet or computer. Or it could be about facilitating transactions in a 10-foot “lean-back” environment including knowing what would work well in such an environment. It may even include the ability to use driverless printing to obtain hard copy from interactive TV resources.

Add to this things like targeted advertising so that it underscores local relevancy without being too invasive or threatening. This includes establishing policies for political advertising that is targeted towards specific electorates or neighbourhoods.

Redefining broadcast-TV market-area policies

Broadcast policies would also need to factor in situations where metropolitan economic areas that are a broadcast market in themselves sprawl in to neigbbouring communities that are part of other broadcast markets.

This is facilitated when urban areas build or upgrade transport infrastructure to bring the city’s periphery closer to the main economic centre as far as travelling time is concerned. It makes the city’s periphery or neigbbouring city attractive to commute to the other area for work, study or to benefit from what that area offers.

Or it can be the creation of additional attractive economic hubs on the outskirts of the city in order to increase more varied economic activity there. This can include adding commercial and industrial activity to what was a commuter town to diversify its economy.

In the same context, there are the neighbouring country towns with tourist attractions that are up to three hours’ drive from the metropolitan area being considered attractive for holidays, remote working or retirement. This leads to strong interest from the town’s community and the government in investing in these towns.

Examples of this include two or more cities facing conurbation or towns and cities on the edge of a city’s metropolitan area forming part of that area’s commuter belt. In a significant number of federation countries like Australia or the USA, there are alt least a few of these conurbations or commuter belts that straddle at least one state border and some countries with land borders may face this situation.

Typically, the TV broadcasting for the different geographic areas may be different as far as news content or advertising is concerned. As well, some areas may benefit from different programming of local interest like sports fixtures or rural-interest programming that is shown in its own time window. In a significant part of continental Europe, this is also represented by the public-service broadcasters running a TV channel such as a “third channel” that is dedicated to programming local to a particular geographic region.

But for those communities, there has to be some support where users can select content pitched at a neighbouring area especially where there is a significant difference in the content available. This could be facilitated through IP-based technologies like DVB-I that allow the creation of channels and channel lineups relevant to areas like commuter-belt communities.

Here, there has to be a willingness to re-examine broadcast market areas where it is noticed that one or more towns and cities are growing significantly or becoming “closer together”. This may also include providing special support when it comes to handling broadcast services for commuter belts and similar neighbouring regions while preserving programming peculiar to particular areas.

Conclusion

Traditional free-to-air TV will still be relevant in the online age in many forms. This could be about using the Internet as a complementary means to distribute the broadcasts. Or it could be about using online services to augment the editorial or advertising broadcast material.

DVB to introduce a simplified Internet-driven TV standard

Article

LG OLED TVs pres picture courtesy of LG

DVB-I could continue to push the traditional TV interface to Internet TV

DVB wants to enable streaming channels without app complexity | VideoNet

From the horse’s mouth

DVB

Press Release

My Comments

It is often said that today’s cool young viewers have done away with watching TV the traditional way where you select a channel and view a sequence of shows run on that channel.

Rather they are seen to prefer to watch on-demand content offered by one of many different on-demand services including “catch-up” TV services, making more of an effort to choose the kind of shows that interest them. It is underscored by the practice of “binge-watching” a TV series where one watches multiple episodes of that TV series along with Netflix and co implementing recommendations engines to list shows that one may be interested in.

TV remote control

It will maintain the traditional remote-control experience like channel surfing

But this traditional approach to  TV content consumption is still practised by most viewers, especially those of older generations.

Some viewers still like the idea of “channel surfing” where one flicks through the channels to discover something that could be of interest to them. In some areas like some of Australia’s capital cities, it was facilitated with some channels that were neighbouring each other on the dial. This habit has been made easier since television sets were equipped with remote controls or could be connected to devices like video recorders or cable boxes that provided remote-control channel change.

As well, it is seen by some of these viewers, including children, to be relaxing to watch a run of TV shows offered by one of the channels. Examples include an afternoon after school where children watch cartoons or similar TV shows, or the practice of having a TV news channel play while one engages in ordinary daily activities.

Let’s not forget that news and sports content totally lend themselves to this kind of viewing. In some cases, there may be two concurrent sporting fixtures of interest, such as the Boxing Day ritual in Australia where households flick between the Seven Network for the Sydney to Hobart Yacht Race and the Nine Network for the Boxing Day Test cricket match. Or one could flick through channels running different coverage of the same news event to compare how they cover it or look for further detail about that event.

Let’s not forget that the on-demand TV experience can be “linearised” for a viewer through being led on to recommended content or subsequent episodes of a series.

What is DVB doing to bridge the linear TV experience with the Internet?

The DVB Consortium who define the digital-TV standards that Europe, most of Asia and Oceania work with are working towards defining the DVB-I standard. I would suspect that most of this effort has been driven by Germany’s approach to free-to-air and pay TV where the idea of delivering TV service is to be media-agnostic and most, if not all, TV stations in the German-speaking countries are delivered by the traditional TV aerial, a cable-TV infrastructure or satellite TV.

The DVB-I standard is an IP-based TV broadcasting standard that supports the provision of linear-streaming TV services through the open Internet. Here it is intended to provide an app-free experience in a similar manner to TV services received via the traditional TV aerial, cable TV infrastructure or satellite dish. This means that a TV or set-top box can be connected to a home network and Internet service then the customer can be asked to add Internet-hosted streaming services to the programme lineup with the set discovering these services from a directory like what has happened with Internet radio.

There has been an earlier attempt at this goal in the USA with RVU technology that is part of the DLNA VidiPath specification, but it has been used primarily as an attempt to deliver cable-TV to secondary TV sets without the need for extra set-top boxes. This was also as part of an Obama-era effort to require cable-TV providers to deliver their pay-TV services to households without the need for each household to rent a set-top box from that provider.

Lenovo Yoga Tablet 2 tablet

One app will be all that is needed to deliver TV to a smartphone, tablet or laptop

The goal will also be about providing a similar experience for Internet-streamed linear TV content as what we have traditionally experienced with broadcast TV, whether free-to-air or subscription (pay) service. This includes the ability to support logical channel numbers that allow for direct access to particular channels, the ability to quickly change channels no matter the source thus continuing the “channel-surfing” tradition.

But on the other hand, some service providers such as cable-TV providers will want to convey their branding and user interface to the end-user. This may also be seen as being important with broadcast-LAN device manufacturer, building owners / strata committees who run MATV setups, or hoteliers who want to persist their identity to the end-user. It can also apply to end-users who are using budget-level equipment where not much thought has been put in to the user interface. HBBTV has answered this need through the use of an “OpApp” or “Operator App” standard to permit the ability to deliver that operator-level interface, which would appeal to TV-service platforms of the Freeview kind.

For broadcasters, DVB-I would do away with the need to create and maintain client software that viewers would need for access to their content. This also does away with various platform issues that creep up with maintaining these apps including catering to each new smart-TV, computer or video-peripheral platform. It also means that people who own older Smart TVs or video peripherals based on platforms that have been abandoned or neglected by the set’s manufacturer aren’t at a disadvantage.

Some of the key benefits that could come about include:

A transport-medium independent operation approach for receiving linear TV broadcasts. This means that TV manufacturers and broadcasters can work towards a simplified “single line-up” for traditional TV broadcast services no matter whether they are carried over the Web or via satellite, cable or terrestrial RF means.

The ability to support broadcast-LAN infrastructure including cable-TV and master-antenna-TV (single antenna or satellite dish serving many TVs like in an apartment block) setups driven totally by IP (Internet Protocol) technology. This approach will be relevant with infrastructure-level broadband providers wanting to use their infrastructure to deliver free-to-air and/or pay-TV services, something being approached by Chorus in New Zealand.

Ability for niche TV services with traditional-style TV experience to exist via Internet due to no need to obtain broadcast-spectrum licences, set up transmitter equipment or get on board cable-TV infrastructure. In a lot of ways, this could reignite the possibility of community TV services coming back on board and not living in fear of losing their access to broadcast spectrum.

With the use of HBBTV (Hybrid Broadcast-Broadband TV), this standard could lead towards a rich linear + on-demand TV setup through traditional TV sets and set-top boxes without the need for special client software. Similarly, it could lead to the creation of gateway software for regular or mobile computer devices to provide access to commonly-available video content services through these devices, knowing that this software can work with newer IP-based broadcasters.

The DVB-I approach could then open up the pathway for a universal TV service that makes use of Internet-based infrastructure like next-generation broadband infrastructure without the need for it to be app-centric.

Mohu offers a traditional indoor broadcast-LAN TV aerial for more than just cord-cutters

Articles

Mohu AirWave broadcast-LAN indoor TV antenna - press picture courtesy of Mohu

Mohu AirWave broadcast-LAN indoor TV antenna – first of these for the US market

Mohu’s wireless AirWave antenna makes cord-cutting simple | Engadget

Attention cordcutters: Mohu AirWave bundles your local TV channels into handy app form | CNET

From the horse’s mouth

Mohu

Press Release

Product Page – AirWave

My Comments

The Winter CES 2017 in Las Vegas has shown up one of the first “broadcast-to-LAN” indoor TV antennas for the North American ATSC-based over-the-air TV landscape.

Mohu are pitching this device at the current generation of “cord-cutters”, who are an increasing number of American households that are dumping traditional cable or satellite TV services for classic over-the-air TV and Internet-provided “over-the-top” video services.

But unlike Europe, Australia, New Zealand and other countries where a healthy traditional free-to-air TV service is regularly received and just about every building maintains an outdoor TV aerial (antenna) or “master antenna TV system” for larger buildings, most of urban USA have headed towards a “cable-only” approach since the 1980s with buildings not having these TV aerials. What is now happening is that most American households who want to dump cable TV are connecting their TVs to indoor TV aerials to receive the local TV channels.

Mohu are offering a range of improved “flat-plane” indoor TV antennas that are able to provide better reception than the traditional “rabbit’s ears” or spiral-shaped indoor TV antenna that typically was used to do this job. Here, they have built this design from a radio-antenna design for military vehicles that they worked on where the antenna for the vehicle’s radio equipment is part of its mudflaps.

The AirWave device is infact a broadcast-LAN server which can stream over-the-air TV in to one’s existing Wi-Fi network so it can be viewed on a laptop, tablet or smartphone thanks to a Mohu-designed app. The native app for the supported mobile and TV platforms or the Website provides an aggregated view of the content offered by the local free-to-air stations and the over-the-top TV services.

There still are some questions to be raised about the Mohu AirWave as a broadcast-LAN device. One of this is whether it uses more than one front-end tuner. If it does, it could be feasible to watch or record multiple broadcasts concurrently. Another question that would be raised is whether the Mohu AirWave can expose the local TV channels in an open-frame manner like SAT-IP or DLNA. This can allow other companies to develop their own software or exploit existing software to view or record TV content rather than relying on Mohu’s front-end app or Webpage.  Similarly, it may be worth wondering whether this device uses an Ethernet connection to allow for reliable network connectivity when you use it with an Ethernet or HomePlug powerline network segment.

It may be feasible to think of this broadcast-LAN antenna device as being just fit for “cord-cutting” but it can do more than that. Even if this device isn’t its own Wi-Fi access point, you can have it work with a Mi-Fi router to become part of a mobile Wi-Fi network. For example, using it with a tablet or laptop computer could make it serve as a temporary TV-viewing setup for doing something like keeping tabs on that sports fixture or news event at the office or job site during the lunch break.

Mohu could also court the European/Australian/New-Zealand market with the AirWave broadcast-LAN TV antenna by offering a DVB-T/DVB-T2 variant that can receive the free-to-air broadcast stations offered in these territories using this standard.

What is being shown here is that the concept of a broadcast-LAN tuner setup which exposes TV broadcasts to a home or other small network is being extended to traditional broadcast TV through a device that is more than just “rabbit’s ears”.

Freeview now aggregates Australian FTA TV Internet streams in a mobile app

Article

TV networks to launch aggregated streaming app | AdNews

Previous Coverage

Broadcast TV via the Internet

My Comments

Lenovo Yoga Tablet 2 tablet

Tablets and smartphones could end up as the place to watch TV and you don’t need a tuner module

Previously, I covered the issue of regular TV broadcasters running Internet-video streams of their traditional broadcast output. This has been offered as part of a Web-front or native app that the TV network supplies, typically to facilitate access to their catch-up TV service.

This is about not needing to use a USB or broadcast-LAN TV tuner device to watch TV on your smartphone, tablet or laptop. It underscores the goal of having one of these devices take over the role of that small-screen TV you would have in the kitchen to watch “Days Of Our Lives” while you do the ironing.

One of the issues I had raised with this approach was that you had to switch between apps if you wanted to view content on other networks and this didn’t play well with the classic TV channel-surfing experience of being able to switch between the channels using the same “control surface” on the TV set or remote control. This is where you would immediately landed on some content when you changed channels.

Freeview Australia, who represent Australia’s free-to-air TV networks, had established a hybrid-broadcast-broadband TV platform that integrates catch-up TV offerings and the real-time TV content from all of these networks under the Freeview Plus platform. This platform required you to purchase a new compliant Smart TV or set-top box and you weren’t sure whether your existing Smart TV could work with this, especially in the context of TV sets being considered durable items.

Now they have extended this Freeview Plus platform to mobile devices by creating an aggregated experience where you can switch between channels on the same app. It also allows for content to be searched across the live streams and the catch-up services so it is easier to pinpoint what you are after on your tablet.

But one feature I would provide for is to be able to determine the live streams that you want to be able to switch between so you can maintain the traditional viewing experience with your smartphone or tablet. This includes being able to switch between the channel you last viewed and the current channel which would play well with the after-Christmas ritual of watching the Boxing Day Test and the Sydney-Hobart yacht race, switching between them when the advertising plays.

At least what is happening is that a free-to-air integration platform like the different “Freeviews” operating in the Commonwealth countries is tackling the issue of free-to-air TV channels running Internet streams and providing an integrated viewing experience for mobile devices.