Tag: online media

Keeping online video going with an older TV

Cable TV in the man-cave

Older TVs may end up in a secondary lounge area or bedroom

There is a very strong reality as far as the modern television set is concerned. It is that they last for more than 10 years thanks to electronic design that is about long-term reliability. This is bolstered by technical standards relating to broadcast TV or device interconnectivity that stay the same for the long haul.

Increasingly, as we buy a better or larger TV for the main lounge area where we watch most of our content, the older set that this new set will replace ends up in a secondary lounge area, a bedroom or even a secondary residence. In some cases, the older set will end up in the hands of a family member or friend who doesn’t have a TV or has one that is on the way out.

It is the same practice that happens with the refrigerator where an older fridge serves as an overflow-storage fridge whenever one buys a newer better fridge for their kitchen.

Online video via your home network

But it is underscored by a problem that will get worse with the rise of online video. Increasingly, manufacturers who don’t understand this reality are abandoning their older sets as they evolve their smart-TV platforms. This leads to smart TVs based on the older software not being supported by content providers when they launch front-end software for their new online video services. Or the set works with a limited, buggy operating system and applications which can impact your enjoyment of online video.

Let’s not forget that there are the TVs that don’t have any smart-TV functionality. Typically they will have, at best, network connectivity to work with a DLNA-based media player so you can see images or video you have on a NAS on these sets.

Here, you may have to rely on set-top devices to keep your older TV working in an optimum manner with the latest online video services. In this situation, it is easier to replace the set-top device if its manufacturer abandons the device’s software or the content providers abandon the set-top device’s platform.

Apple TV 4th Generation press picture courtesy of Apple

The Apple TV set-top box – an example of a popular online-media platform

At the moment, there are a few set-top platforms that are worth using for this purpose. The tvOS-based Apple TV; Android-based boxes running the Android TV operating system; Chromecast and Roku platforms still maintain support for older devices. The XBox One and PlayStation 4 games consoles also benefit from continual software upgrades as well as having apps for popular online-video services. Let’s not forget that you may find that some of the “décodeurs” offered as part of the multiple-play “n-box” setups by the French telcos like the Freebox Révolution may qualify in this regard.

Telstra TV media player (provisional design) press picture courtesy of Telstra

A Roku set-top box that is continually updated can also serve this need

You will also find that Apple TV and Chromecast are still alive with the AirPlay and Chromecast mobile-to-set-top streaming protocols. This will mean that most content services can be streamed from your iOS or Android mobile device to the set-top device. You may also find that Android TV will also support Chromecast streaming.

Other considerations

HDMI connection on video peripheral

HDMI connections – a preferred output on video peripherals

Your TV will have to, at least, support HDMI connectivity in order to work with these set-top devices. This is because most of these devices will have HDMI as their only AV connectivity option.

But you may find that the TV in question may provide only one HDMI input. This is more so with cheaper sets like house-brand specials offered by discount stores. In this case, you may end up having to use an HDMI switcher if you need to run multiple set-top boxes or other devices with these sets. Some audio devices like home-theatre-in-box units or AV receivers may answer this functionality need through the provision of extra HDMI inputs.

If your TV supports HDMI-CEC under its many names like Anynet+, Simplink, Bravia Sync or Viera Link, some of the set-top boxes like the tvOS-based Apple TV or the Chromecast will take advantage of this functionality. This will be in the form of the TV coming on and selecting the input the set-top device is connected to when you use its remote or, in the case of the Chromecast or Apple TV, you start streaming to that device from your smartphone. You may also find that you can control the set-top device with your TV’s remote so you don’t always have to rely on the set-top device’s remote.

HDMI-ARC is also relevant in relation to your older TV especially if you intend to use a soundbar, home-theatre-in-box system or AV receiver with it to improve its sound. This allows you to hear the sound from the set’s own broadcast tuner, network functionality or video devices connected directed to the set’s HDMI inputs via that audio device. If the older TV doesn’t have this connection but you want to use an external audio device, you may have to connect that device to the set’s digital audio output.

As far as traditional broadcast TV is concerned, you may find that your old TV will support the current digital-TV standard that is in place in your country. This is true if the digital-TV standard hadn’t changed since your country switched over to digital TV. But if your country is yet to switch to digital TV, you can plug in a set-top box when that day comes. Similarly, if your country has started to implement a newer digital-TV standard like DVB-T2 or ATSC 3.0, you would need to use a set-top box to gain access to broadcasts based on these standards. This extends to implementing interactive-TV platforms like HBBTV or the interactive provisions that ATSC 3.0 offers.

What manufacturers need to do

TV manufacturers need to understand the reality that the sets they make will be serving us for a very long time even if they try to force planned obsolescence on their products.

Here, if they offer a smart-TV product, they have to provide continual software support for at least 5 years, if not more. This may also have to be about at least providing software updates that answer data-security, software-quality and newer industry-standards needs.

As well, the manufacturers would need to maintain their products to commonly-accepted standards for broadcast reception and device / network interconnection. This is more so as a TV set ends up relying on external devices in order to stay up-to-date.

Conclusion

In order to keep your older TV set that you have pushed down to that secondary lounge area or bedroom, or have inherited from someone else going, you will need to consider the use of extra devices. This is more so if you want to keep it using the online services reliably.

Trends to expect for 2018

2018 will be a very interesting year for personal and small-business computing directions. There will be a few key trends such as heavy use of voice-driven assistants, the rise of the smart home, network-based multiroom audio becoming mainstream amongst other trends. Online entertainment will also face certain trends like the rise of niche-focused online video services, 4K being the norm for TV resolution, virtual-reality and mixed reality being part of gaming amongst other things.

Voice-driven home assistants

Amazon Echo on kitchen bench press photo courtesy of Amazon USA

Amazon Echo and friends – the device of 2018

4 different voice-driven home assistants to be on the market – Amazon Alexa, Google Assistant (Home), Microsoft Cortana and Apple Siri

A vibrant development ecosystem for each of the voice-driven home assistants. These may include entertainment ideas that integrate one or more devices based on these assistant platforms.

An increasing number of consumer-electronics manufacturers to integrate at least one voice-driven home-assistant in their products. It may encompass devices beyond network-capable smart speakers such as music or home-theatre systems or TV sets. Some vehicle builders are also integrating one of these assistants in the infotainment systems in some of their vehicle models without the need to implement Google Auto or Apple CarPlay.

Video display to be a product differentiator amongst voice-driven home-assistant platforms and products. It would be facilitated through a display integrated in or directly connected to the device, or through a display that is connected to a Chromecast or similar network media device that works with the system. This will augment replies from the assistant in a visual manner, most likely with still images, logos or videos, but can be a path for using the voice assistant to bring up image or video content.

An increased acceptance of “smart speakers” and devices based on voice-driven home-assistant platforms amongst consumers with at least one of these devices appearing in most households. It can also include households using multiple devices in their home, whether on the same or different platforms. This has been demonstrated through the last Christmas shopping season where many Amazon Echo devices were sold during that season.

It will take through a year for the app stores associated with “skills” and functionalities for these voice-driven home-assistant platforms to mature. There will be market requirements that the app stores will identify and enforce in order to assure that users of one of these platforms have a safe and pleasant experience with these devices.A similar situation has had to take place for smartphone and desktop app stores including identifying and removing rubbish from these stores.

Home automation and the smart home

More households to start installing or building out home-automation subsystems in their homes. This may happen with the assistance of telcos, ISPs and monitored-alarm security services offering “connected-home” packages and subscriptions.

Support for multiple smart-home technology platforms to be par for the course for smart-home devices. This may be in the form of Internet-based “home automation hubs” supporting multiple standards or “smart-home” devices being able to work across multiple platforms whether through inherent support or the use of replaceable modules.

Support for at least one voice-driven home-assistant platform to be “de rigueur” for any home-automation subsystem.

Businesses involved with central-heating / air-conditioning and home security to contribute to the “smart-home” scene. This will come about through the supply, installation and maintenance of upgrades and add-ons for extant building HVAC or security infrastructure focused towards integrating it with the “smart home”. As well,businesses supplying and installing new HVAC or security infrastructure will sell equipment that works with the “smart home” at affordable prices.

Bluetooth 5 to become a strong contender as a wireless medium for the smart home. This includes support for “mesh” operation with devices acting as radio repeaters for multiple devices which will be considered a key feature.

There will be an industry expectation for the “smart home” and “Internet Of Things” industry to improve their stance on data security and software robustness. It will be in the form of a software-update cycle being required for devices along with consumers being notified of any bugs or software deficiencies that affect their home network’s data security. This will be underscored by government regulation, insurance-company expectations or industry-driven logo-based certification programs addressing this issue.

Another trend to expect for the smart home is to have this technology work cohesively through large multiple-occupancy buildings. This could range from integrating Amazon Alexa with the entry-door intercom used int these buildings so you can speak to visitors through your Amazon Echo or ask Alexa to “release” the common entry door, to “smart home” systems that regulate heating and lighting in the common areas for consistent comfort, amongst other things/

Network-based multiroom audio

More classes of consumer audio/video equipment to be enabled for network-based multiroom audio. This means that TVs, stereo/home-theatre systems and the like will be offered with multiroom audio functionality, with more of these products in a manufacturer’s range at price points affordable for most people.

DTS Play-Fi and Qualcomn AllPlay to be seen as the “go-to” platforms for network-based multiroom audio where an AV brand hasn’t invested in their own multiroom technology. It can open up paths for multiple brands to invest in their own network-based multiroom product lines without “reinventing the wheel”.

Support for streaming integrated and connected local audio sources to be the norm for multiroom audio. This means that broadcast radio or CDs from integral radio tuners or CD players, or vinyl records played on connected turntables and TV soundtracks emanating from connected TVs can be streamed around a network-capable music system.

Multiroom audio to support multichannel speaker clusters in a group. This could allow a pair of like multiroom speakers to serve as a stereo speaker pair, to the creation of a surround-sound arrangement based around multiple multiroom speakers used in one room.

Online entertainment

The rise of streaming video services focused towards particular entertainment niches and genres. It will include studios with large respected content catalogues adopting a “direct-to-consumer” approach for making their content wares available to consumers via an online path.

Traditional TV channels and radio stations will be relying on online components like video-on-demand services and podcast outlets to keep themselves relevant. This is because of the fact that most of us are listening to or viewing content at our own convenience rather than making an appointment to hear or view it as it is broadcast.

Video-on-demand services will be offering video content at 4K UHDTV resolution with High Dynamic Range pictures for best-case picture quality. The sound will be delivered using Dolby Atmos or similar object-based surround sound as a best-case option.

Virtual, augmented and mixed reality will be seen as an important part of the gaming experience, thus requiring powerful but portable computer equipment. This will increase interest in gaming laptops and small-form-factor gaming rigs of the Intel Skull Canyon kind.

This will cause questions to be asked about the quality of residential Internet services offered by the popular telcos and ISPs. Here, issues will be brought out about latency during video playback or even how long it takes for an online video service to be “ready to play” once you select what you want to view.

Questions are being raised and industry codes-of-practice being looked in to in relation to treasure chests, loot boxes and other elements associated with gambling included in computer and video games either to offer extra gameplay elements like customisations or valuable options. It may also be investigated by various governments under the context of gambling laws, perhaps with a view to regulation of this practice. Similarly app stores may also be looking at ways to make consumers aware of games integrating gambling elements in their gameplay.

Hardware and Software Design

Convergence between desktop and mobile computing

There will be a strong convergence between “regular” desktop / laptop computers that run desktop operating systems, and “mobile” smartphone / tablet computing devices. This will take place in the form of desktop operating systems written to work with ARM microarchitecture used in mobile devices along with mainstream “regular” computers pitched for everyday computing needs being built around the same electronics as a high-end smartphone or mobile-platform tablet.

It will also affect how computer software is developed and sold. Software development tools will allow “one-touch” packaging of executable software forms for traditional Intel CISC and ARM RISC microarchitectures. Similarly, software-development tools will allow for “write once run anywhere” across desktop and mobile usage environments. There will even be the Holy Grail of one being able to write the same piece of software and have it run on all the major desktop and mobile operating systems while having an expedited software-development path.

Highly-powerful yet compact computers

Dell XPS 13 Kaby Lake Ultrabook

Expect the rise of highly powerful compact computers this year.

This trend is leading towards computers that will become increasingly powerful but compact. This goal is not just facilitated through laptop computers being equipped with the same electronics as a high-end smartphone but there will also be another option where a single piece of silicon will house a CPU along with a discrete graphics processor being the performance option thanks to Intel’s latest processor offering.

For laptops, 2-in-1s and tablets; both options can lead towards the integration of larger batteries which permit longer running time before the battery goes flat. For computers that aren’t portable by nature, the “performance” option with the discrete GPU on the same silicon as the CPU could lead towards small-form-factor desktop and “all-in-one” computers being more powerful.

New Connections

The USB-C and Thunderbolt 3 connectors will become more ubiquitous on computing devices. This includes seeing it as a power / data / digital-audio / video output for highly-portable devices like smartphones, tablets and ultraportable laptops. The number of external-graphics modules will increase especially with highly-portable integrated-chipset designs pitched towards ultraportable laptops.

As mobile devices move away from the 3.5mm phone jack towards USB-C or Lightning sockets for connecting audio accessories, these audio accessories will have their own digital-audio circuitry. It could lead to the availability of wired headsets with highly-strung digital-analogue conversion circuitry for high-quality sound along with microphone arrays, something that was only available with Bluetooth headsets.

The increase in Silicon Valley’s power base

Silicon Valley to become the “new Hollywood” with companies like Netflix, Amazon, Apple and Google creating more of their own video content and providing it through their own video-on-demand services. It can also manifest in the Silicon-Valley multinationals taking over film studios, music labels and other similar names in the entertainment industry.

The Silicon-Valley behemoths, especially Google and Facebook, are being seen as influential as, if not more influential than, traditional media companies. It is called out in relation to the power of these companies to summarily deny information services like social-network presence to individuals or business entities; “turn off the money tap” when it comes to serving advertising on Websites or apps; or “bury” Internet resources unapproved by Silicon Valley so they are hard to find for the average user.

It encompasses home much proper debate there actually is in issue important to civil society and whether Silicon Valley has been manipulating this debate. As well, the data commodity that the Silicon Valley behemoths are trading in is being used as a means to control this debate.

There is also questions raised about online advertising especially in context to brand safety, impact on user experience or true viewership of Websites with end-users, advertisers and publishers wanting to see an environment similar to what is expected for traditional media.

It is leading governments and industry authorities to place questions on how much influence the Silicon Valley behemoths should have compared to traditional media which is regulated by broadcasting or antitrust laws. In this same context, it also highlights whether competing or niche services have access to a potential customer base.

It is also extending to other industries like personal point-to-point transportation along with accommodation where Uber and Airbnb are being questioned about their effect on the traditional service providers and local communities. It is leading to questions being raised by governments and stakeholders in the affected industries about how to assure competition between the Silicon-Valley service providers and traditional businesses.

Conclusion

Each year show up some very interesting trends for personal and small-business IT and our online lives and 2018 will be no exception/

Fact-checking now part of the online media-aggregation function

Article – From the horse’s mouth

Google

Expanding Fact Checking at Google (Blog Post)

My Comments

ABC FactCheck – the ABC’s fact-checking resource that is part of their newsroom

Previously, we got our news through newspapers, magazines and radio / TV broadcasters who had invested significant amounts of money or time in journalism efforts. Now the Internet has reduced the friction associated with publishing content – you could set up an easily-viewable Website for very little time and cost and pump it with whatever written, pictorial, audio or video content you can.

Google News – one of the way we are reading our news nowadays

This has allowed for an increase in the amount of news content that is of questionable accuracy and value to be easily made available to people. It is exaggerated by online services such as search and aggregation services of the Google or Buzzfeed ilk and social media of the Facebook ilk being a major “go-to” point, if not the “go-to” point for our news-reading. In some cases, it is thanks to these services using “virtual newspaper” views and “trending-topic” lists to make it easy for one to see what has hit the news.

As well, with traditional media reducing their newsroom budgets which leads to reduction in the number of journalists in a newsroom, it gets to the point where content from online news-aggregation services ends up in the newspapers or traditional media’s online presence.

The fact that news of questionable accuracy or value is creeping in to our conversation space with some saying that it has affected elections and referenda is bringing forward new concepts like “post-truth”, “alternative facts” and “fake news” with these terms part of the lexicon. What is being done about it to allow people to be sure they are getting proper information?

Lately, a few news publishers and broadcasters have instigated “fact-checking” organisations or departments where they verify the authenticity of claims and facts that are coming in to their newsrooms. This has led to stories acquiring “Fact-check” or “Truth-meter” gauges along with copy regarding the veracity of these claims. In some cases, these are also appearing on dedicated Web pages that the news publisher runs.

In a lot of cases, such as Australia’s ABC, these “fact-checking” departments work in concert with another standalone organisation like a university, a government’s election-oversight department or a public-policy organisation. This partnership effectively “sharpens the fact-checking department’s knives” so they can do their job better.

But the question that is facing us is how are we sure that the news item we are about to click on in Google or share in Facebook is kosher or not. Google have taken this further by integrating the results from fact-check organisations in articles listed in the Google News Website or Google News & Weather iOS / Android mobile news apps and calling these “fact-check” results out with a tag. The same feature is also being used on the News search tab when you search for a particular topic. Initially this feature was rolled out in to the US and UK markets but is slowly being rolled out in to other markets like France, Germany, Brazil and Mexico.

Google is also underpinning various fact-check efforts through helping publishers build up their efforts or instigating event-specific efforts like the CrossCheck effort involving 20 French newsrooms thanks to the French presidential election. It is in addition to supporting the First Draft Coalition who helps with assuring the integrity of the news being put up on the Internet. It also includes the use of the Digital Initiative Fund to help newsrooms and others instigate or improve their fact-checking operations.

A question that will also be raised is how to identify the political bias of a particular media outlet and convey that in a search engine. This is something that has been undertaken by the Media Bias / Fact Check Website which is an independently-run source that assesses media coverage of US issues and how biased the media outlet is.

But a situation that needs to appear is the ability for fact-check organisations who implement those “accuracy gauges” to share these metrics as machine-useable metadata that can be interpreted through the rich search interfaces that Google and their ilk provide. Similarly, the provision of this metadata and its interpretation by other search engines or social-media sites can provide a similar advantage. But it would require the use of “news categorisation” metadata relating to news events, locations and the actors who are part of them to make this more feasible.

Similarly, a social network like Facebook could use the fact-checking resources out there to identify where fake news is being spread so that users can be certain if that link they intend to share is questionable or not.

To the same extent, engaging government election-oversight departments like the Australian Electoral Commission, the Federal Election Commission in the USA and the Electoral Commission in the UK in the fact-checking fabric can help with assuring that there are proper and fair elections.  This is more so as these departments perform a strong role in overseeing the campaigns that take place in the lead up to an election and they could use the fact-checking organisations to identify where campaigns are being run with questionable information or in an improper manner.

As part of our research in to a news topic, we could be seeing the fact-checking resources playing an important role in sorting the facts from the spin and conspiracy nonsense.