Tag: smartphones

Introduction

DLNA have worked out the final set of CVP-2 Guidelines and have started a testing regime for video equipment that fits the bill. This is to provide the ability for a level playing field when it comes to distributing premium subscription-TV (Pay-TV) content around a customer’s home network to devices that the customer owns.

A current pay-TV setup with each TV having a set-top box

They have also decided to market the new concept under a consumer-friendly brand which is “VIDIPATH”. This is following on from how a distinct brand make it easier for customers to remember what to look for when buying in to a technological improvement, such as with the successful Dolby noise-reduction system for the cassette tape.

The reason to progress with VIDIPATH has been based on the strong circulation of DLNA-capable media-server and media-endpoint equipment to distribute audio, image and video material over the home network. For that matter, it is a feature that is so important to me when I choose network-capable AV equipment or NAS units.

A VIDIPATH-enabled pay-TV setup where each VIDIPATH-capable TV, video peripheral or computer can view pay-TV

They launched the certification program for service-provider and consumer equipment on Sept. 11 and VIDIPATH-certified equipment is expected to be available by December, in time for this Christmas’ shopping season.

What does it offer

VIDIPATH offers DLNA compliance plus features essential to the delivery of premium subscription-TV content around the home to the display device.

VIDIPATH enables a compatible smart TV to view pay-TV content without the need for a set-top box

It uses DTCP-IP link-layer protection and device authentication to assure a secure signal path to the display device. This is important for content providers who want to be sure where the content is actually ending up.

A PVR-type set-top box can serve as the hub of a VIDIPATH pay-TV setup

Also it uses HTML5-based remote user interface to allow the customer to have the full user experience associated with the pay-TV service at the TV or on the mobile device without the need for a set-top box or “TV-Everywhere” app on each viewing device. This allows for access to PVR services, pay-per-view / video-on-demand content, the pay-TV provider’s storefront and other services associated with the pay-TV service. The HTML5 interface would be able to adjust itself for useability on smartphones or small tablets which have the smaller actual screen sizes even though a lot of newer devices are implementing increased screen pixel densities.

VIDIPATH-capable Blu-Ray players can bring pay-TV to the secondary bedroom TV

Another feature is to provide the exchange of necessary data across the home network to allow the gateway device to enter low-power modes when the display client devices aren’t making use of it. This also works alongside the ability to provide remote diagnostics on any of the display client devices when the customer calls the pay-TV service provider to rectify faults with their viewing experience.

It even supports “adaptive delivery” to allow the VIDIPATH-capable Pay-TV system to provide a best-case signal that is dependent on the viewing device and on the bandwidth available to the home and within the home network. This is based around the open-frame MPEG-DASH adaptive-streaming technology so that implementations aren’t necessarily bound to particular vendor ecosystems.

How will VIDIPATH be implemented in the home network?

Consoles like these could be able to pick up pay TV from a VIDIPATH gateway device

A pay-TV service like Sky, DirecTV or Foxtel would supply a VIDIPATH-certified gateway device to the customer. This device would be connected to the satellite dish, cable-TV infrastructure or dedicated IP service connection like DSL and to the home network. It may be in one of two form factors: a “headless” device that has no video output for an attached display device, or a full PVR set-top box of the same ilk as a Foxtel iQ2, Sky Plus box or one of the cable-TV PVR boxes, which is typically connected to the main living-room TV set.

The customer would view their content on a display device that would be a VIDIPATH-capable Smart TV or be a TV set connected to a DVD player, network media player or other video-peripheral device that is VIDIPATH-certified. They could also run a VIDIPATH-certified media-client program on their regular computer, smartphone or tablet to view the TV content on the device.

How will it benefit

Customers

With the appropriate app, this tablet can pull in pay-TV using VIDIPATH

They can concentrate on their own TV or video peripheral device and the device’s remote control being the navigation device for their pay-TV content, rather than juggling different remote controls for changing channels on the pay-TV box and adjusting the sound on the TV or home-theatre. This is a real bonus with smart TV’s or home-theatre systems that have access to network-hosted AV content.

If I move location, I would only need to worry about returning one piece of hardware to the pay-TV provider as part of the move-out process if they don’t operate in my new location. Similarly, for those of you who live in pay-TV markets where different providers compete, the process of selecting the best offer is simplified because you only deal with one piece of hardware to connect to the provider’s infrastructure. An example of this is most US markets where DirecTV and / or DISH provide a satellite TV service that can compete with what the local cable-TV firm offers.

Pay-TV providers

They are in a good position because they can rationalise the pay-TV customer-premises hardware they need to have on hand at all times. This is more so with having to deal with providing and managing set-top boxes for customers who want pay-TV in other rooms. Rather they can be in a better position to provide highly-capable gateway devices and manage one of these per subscribing household or business.

They still don’t lose the ability to provide the distinctly-branded user experience because this can be conveyed across all of the customer’s VIDIPATH-capable display devices. Rather they can even enrich the branded service and effectively take it further in a “write once, run anywhere” manner.

What do we need to do?

…. as can a smartphone like this

As customers, when the opportunity comes to buy network-capable video equipment, we need to keep our eyes peeled for the VIDIPATH logo on the equipment. As well, when we subscribe to pay-TV, we can use our pay-TV provider’s feedback mechanism to suggest implementing VIDIPATH as a service feature.

As pay-TV providers, we should look towards identifying whether the pay-TV equipment that is in current circulation at our subscribers’ homes can support VIDIPATH after a firmware upgrade. Similarly, implementing VIDIPATH in next-generation customer-facing equipment like gateways or set-top boxes can be a valid step for evolving the pay-TV service. This also will be about training the staff who deal with our subscriber base such as sales staff, customer-service staff and installation technicians to understand the VIDIPATH system and how it can make the job easier. It may also involve effectively “dumping” the revenue stream that is realised from renting multiple set-top boxes to customers who have multiple TVs.

Conclusion

I would expect DLNA VIDIPATH to simplify the pay-TV experience and integrate it with an increasing number of customer-owned display devices, whether be Smart TVs, games consoles or tablets.

The Internationaler Funkaustellung trade fair that happens in Berlin is seen as a launch point for consumer electronics and home appliances being sold primarily in to the European market but also covering to some extent the Middle East, Africa, Asia and Ocieania markets. Typically what is launched at the Consumer Electronics Show in Las Vegas during January may be premiered in Europe during this show.

Personal and home computing

Laptops, notebooks and tablets

ASUS Eeebook X205TA – an example of the new cheap Windows notebooks that are appearing

There are two main trends affecting the laptop computer and tablet computer here that you couldn’t really have them as separate product classes. One is an increased proliferation of the detachable and convertible classes of products that become either tablets or laptop computers at any one moment. The other is the available of 11” Windows notebook computers at really low prices to compete with the Chromebook products that run the Google ChromeOS operating system.

As far as the cheap-end laptop is concerned, ASUS, HP and others have been pushing products in this class with ASUS drawing on the EeePC “netbook” heritage with their specimen that has an 11.6” screen, an Intel Bay Trail Atom processor, 2Gb RAM and 32Gb solid-state storage.

Toshiba Satellite Click 2 Pro detachable notebook

The convertibles and detachables are coming strongly in the 13” screen size with Toshiba fielding the Satellite Click 2 Pro P30W detachable Ultrabook and the Dell Latitude 13 7000 for the detachable form factor. Acer have shown up with a 13” “flip-down” convertible in the form of the Aspire R13. The 13” screen size is still perceived as a size to keep with this product class because of a larger screen that can be good as a large “sharable” tablet and the keyboard comfortably large enough for typing up large chunks of copy while you deal with a compact portable computer.

Other trends affecting this space include laptops having 4K UHDTV resolution screens which have been brought on by the concept of the Apple Retina display in the MacBook lineup. This is making the concept of high-dot-per-inch displays become the norm in this class of computer which will put pressure on software developers and Webmasters to cater to these screens.

An example of this is the Toshiba Kira 102 13.3” Ultrabook which sports an Intel i7 processor and 256Gb SSD along with a touchscreen resolution of 2560×1440. Let’s not forget that Toshiba were refreshing the popular Satellite L Series of 15” and 17” laptops with them having either Intel or AMD processors.

The tablets are becoming available either as Windows 8.1 units or as Android 4.4 KitKat units. Here, I have had to class tablets with the laptops because they are being positioned as a competitor to the small laptop as a personal computing device although some people could position them more as media-consumption devices. This has been made easier with Microsoft licensing Windows 8.1 at no cost for the small tablet devices.

As well, it was a time when Microsoft was premiering the Surface Pro 3 as a tablet but, really a detachable notebook. Samsung has used this show to promote the Galaxy Tab S which is the first tablet to implement an OLED screen, causing it to be more lightweight as well as show pictures with increased contrast and brilliance.

Sony used this show to premiere the Xperia Z3 Tablet Compact which is their “coat-pocket” tablet. As well, they have premiered their PocketBook Android-driven e-ink readers which also includes a 13” model that is pitched at CAD and architectural use. This one also is able to connect to a computer to serve as a Wacom-compliant graphics tablet.  Thomson fielded the THBK-1-1- which is capable of booting between Android or Windows 8.1. Acer was also running a Windows-based 8” tablet in the form of the Atom-powered Iconia Tab 8W.

Peripherals

As for desktop monitors, the 4K resolution is appearing in the premium end of this product class. LG fielded a curved ultrawide 4K unit with a 34” 21:9  screen, along with the 31” Digital Cinema 4K monitor and a 24” gamer-grade monitor.

Smartphones

Samsung Galaxy Note Edge – a new trend for smartphone displays with the wraparound display

The key trends for the smartphones include moving towards the 5”-6” 16:9 screen size with the display size hitting the golden maximum for the product class. This is where the product is similar in size to a larger highly-functional pocket calculator where it has a large screen yet it is comfortable to hold in one hand and operate with the other. It has been underscored by the so-called “phablet” class of smartphone with the large 6” displays and having that “golden maximum”.

We are also seeing more stylish designs for the premium models along with upscaling of the devices’ processor, camera and similar abilities.

Samsung were pushing their premium Galaxy line at this show. The headline products were the Samsung Galaxy S5 Mini and Galaxy Note Edge with screen edges that wrap over side of phone and exposes software-determined options,

Alcatel were exhibiting their One Touch smartphone which uses e-ink as a battery-saving display technology. HTC also exhibited the Desire 820 which was the first Android smartphone to implement a 64-bit ARM processor. This may impact software development for the Android platform because of a requirement to compile 64-bit packages of the apps to take full advantage of this processor’s abilities.

Samsung Galaxy Note 4 – the latest iteration of the phone that started the phablet phenomenon

Companies that are normally dormant when it comes to handheld devices are surfacing with smartphone products of their own. Examples of these include Acer launching their “Leap” smartphone range along with Lenovo launching their Vibe smartphones with some of the products being pitched at the “selfie” culture.

The phablets are emerging in the form of the Samsung Galaxy Note 4, which is the latest iteration of the Galaxy Note lineup that opened up this product class. Sony answered with the Z3 product range while LG fielded the G3 Stylus 5.5” Android phablet.

As for the emerging markets, Technisat were promoting a dual-SIM Android 4.2.2 Jelly Bean smartphone with Wi-Fi N, Bluetooth and FM radio. This runs on a 1500mAH battery with 512Mb RAM and 4Gb main storage at EUR€115.99. LG were running the L Fino and L Bello 3G smartphones for these markets.

The home network

Two main trends that are affecting connectivity on the home network are 802.11ac Wi-Fi wireless connectivity and HomePlug AV2 MIMO powerline connectivity.

More of the current-issue broadband routers are being equipped with 802.11ac Wi-Fi connectivity with more concurrent wireless streams this allowing for increa

Devolo dLAN 1200+ HomePlug AV2 MIMO adaptor (Continental Schuko plug)

sed Wi-Fi throughput. For that matter, we are seeing such equipment in the order of the AC1900 specification with three radio streams.

Examples of this include TP-Link’s Archer C9 performance broadband router and the NETGEAR NightHawk X4 with the four-stream AC2350 802.11ac Wi-Fi.  As well, TP-Link also fielded the RE200 AC750 dual-band wireless range extender.

As for HomePlug AV2 with its MIMO abilities, Devolo have released their kit for this specification as the dLAN 1200+ which requires the power outlets to be compliant to the Continental “Schuko” plugs at each end of the connection. These have a filtered Continental “Schuko” mains socket in them so you don’t forfeit the AC socket you used for your HomePlug AV2 connection, along with a Gigabit Ethernet socket for your network connection. There are even plans for Devolo to release local-specific variants of this kit for other European countries like UK and France. TP-Link are fielding the PA8030 HomePlug AV2 SISO (two-wire) adaptor which has a Gigabit 3-port Ethernet switch.

There have been a few “Mi-Fi” routers with 4G LTE WAN technology at the IFA 2014. One of these is the NETGEAR Aircard 785 Hotspot which also has a dual-band Wi-Fi LAN connection. TP-Link has fielded a the M7350 Mi-Fi which also works as an SD-card file server.

In the next part of the series, I will be covering the consumer AV technology, the wearables and home appliances technologies.

Articles

Apple to unveil iPhones with 4.7in and 5.5in screens on September 9 | The Australian

Apple sets Sept. 9 for new iPhone debut, report says | CNet

My Comments

Apple now has intentions to supply a smartphone as large as most desirable Android smartphones

Personally, I have noticed Apple iPhone users become enamoured over the larger screens offered by the recent crop of Android-based high-end phones like the Samsung Galaxy S and Note series. For example, a friend of mine liked the fact that my Samsung Galaxy Note 2 had a large screen and thought that this could be a mobile phone solution for her older mother-in-law if this was available in the iPhone range because of the iOS platform being the preferred operating environment for that family.

Apple is feeling worried that the competition are offering better devices than them and the rumour mill that floods the American tech press started to flow with talk about an upcoming iPhone to be launched this year. This has been augmented with Apple having the iOS 8 nearly ready to release at effectively “8.0.0”, which tends to lead to talk of a major revamp for at least one iOS-based product range, usually the iPhone rather than issuing one or more variants or product refreshes. As well, the press were running reports about the manufacturing plants being required to start manufacturing runs of at least 70 million units long, if not 80 million units.

At the moment, the report reckons that September 9 will be the time Apple premieres this product range with typically 2 weeks later being the time that the faithful can line up outside the Apple Stores and mobile phone resellers to get their claws on these devices. Questions I often think of are whether Apple will provide a large lineup of these devices to suit different user needs and requirements.

What I like of this news is that the large-screened phones are becoming available in all of the smartphone operating platforms rather than some of these platforms. It may also be a chance for Apple to answer the wishes of their faithful who have been pining at the larger-screen phones offered by the competition and allow these people to stay loyal to the Apple ecosystem while satisfying the large-screen desires. Could I also see this as a chance for Apple to investigate the idea of touch-screen computing for the Macintosh platform and make computers and displays that have the touchscreen interface.

Extended-range batteries are available from a third party for this phone

Article

Lumsing’s Samsung extended batteries on sale for as little as $10 | Android Authority

My Comments

Increasingly, a lot of smartphones and tablets don’t come with user-replaceable batteries anymore. But Samsung have stayed away from the trend by making sure their mobile phones still come with batteries you can replace. This came as an advantage with my previous Samsung Galaxy S Android smartphone which I was using a lot as a phone, email terminal, music player, Web terminal and navigation aid amongst other things. Here, the battery wasn’t holding its charge anymore and I was able to go to a phone accessories shop and buy and install a replacement battery which allowed the smartphone to perform better.

Now Lumsing have made available through Amazon a range of extended-capacity batteries for recent Samsung smartphones. This has a similar advantage to how it was feasible for most manufacturers to supply extended-capacity batteries as first-party aftermarket accessories for your mobile phone so you get that extra run-time out of the phone. It is also similar to how you can choose to buy higher-capacity AA batteries for your gadgets so you aren’t thinking of having to replace them sooner. Similarly, some computer manufacturers offer extended-capacity batteries in their range of accessories for some of their laptop models with some models implementing “dual-battery” setups that work with these aftermarket batteries.

At the moment, some of the batteries are offered for USD9.99-USD$10.99 but this is before shipping and any relevant taxes. People who are part of the Amazon Prime program or have established orders of above USD$35 can buy the batteries free of shipping charges.

The only limitation with this is that you cannot buy extra batteries and charge them outside your device. Rather you would need to charge them in the device before you can use them and you would also fear the batteries self-draining if you keep them as spares. Personally, I would look towards the availability of “off-device” chargers for these batteries for those of us who like to keep one or more reserve batteries.

If Samsung can see these high-capacity batteries offered by a third party work properly and safely in their phones, it could be a chance for them to consider offering extended-capacity batteries to their aftermarket.

The trusted-environment concept for mobile devices

At Google I/O 2014, it was a chance for Google to premiere the next version of Android for the smartphones and tablets; along with officially releasing Android Wear for wearables and Android variants for the car and the TV.

One feature that Google was promoting was the concept of a “trusted environment” for your Android smartphone where you don’t have to unlock the phone with your PIN or “pattern” routine to use it in that environment. Similarly, Apple just lately put forward a patent to implement this same “trusted-environment” concept in their iOS devices. Applications that were highlighted included you home, car or work and this was determined by one or more conditions being true.

For example, using a “voice unlock” routine can equate your voice as being a trusted user. Similarly, being connected to a particular Bluetooth watch or headset which is on and alive, or being in a particular location by virtue of association with a known Wi-Fi network segment or within range of a GPS “bearing” could also relate to a “trusted” environment.  Apple’s implementation also is about about context-based behaviour such as bringing forward or disabling apps that relate to a particular environment, such as showing up a video-on-demand app when at home or disabling apps not safe for use when driving. It could extend to bringing forward a business-specific app like a “handheld electronic menu” for your favourite restaurant or an “online concierge” for your favourite hotel.

A good question is whether this concept of the “trusted environment” could be integrated with the Internet Of Everything? For example, the concept of having your mobile device near a computer or building-security device could be considered trusted as long as you authenticated with that device within a certain timeframe and/or with a particular key such as your own keycard or code.

This concept may not be considered appropriate in locations where there is a risk of your smartphones or similar device being stolen or accessed without your knowledge or permission. Examples of this may be a workplace where public and staff-only areas aren’t clearly delineated or a party or gathering that is happening at home.  Personally, these setups also have to be about user privacy and about working totally to a user’s needs and habits.

It may come to a point where a USB charging device offered by a stranger may be treated with distrust

I have seen some recent press coverage generated especially by the security-software industry about the concept of USB-based charging devices stealing data from smartphones and tablets that normally charge from these devices. This issue was brought to public attention at the start of the World Cup 2014 where the fear that an increased number of travellers pouring in to Brazil for the soccer may be a breeding ground for threats to the safety of personal and business data kept on mobile devices owned by these visitors.

The devices that are being considered of concern are “walk-up” charging facilities installed in commonly-accessible places or made available for everyone to use. The concern was brought about with a laboratory experiment involving a small “homebrew” computer circuit connected to an iPhone running iOS 6 and this computer discovering the data on that device. They said that this device could be concealed in a box the size of a “wall-wart” or built in physically or logically to a “walk-up” charging facility. Here, the device could gain access to your data on an iPhone or iPad running iOS 6 or earlier because those earlier iterations of the iOS operating system don’t indicate in a user-facing manner what kind of host device you are connecting your mobile device to.

USB symbol that indicates that your Android device is connected to a computer device

Android user are luckier because all of the iterations of that operating system indicate whether your mobile device is being plugged in to a computer device rather than a power-supply device and tell you how they are presenting themselves to the host device i.e. a “Media Transport Protocol” device, a “Picture Transport Protocol” device or a “Mass Storage” device.  You have the ability to determine how your device presents itself by tapping on the “Connected as” message in the Notification Screen which will show the possible modes. As well, you will see the USB trident symbol in the Notification Bar at all times while the connection is active.

The “Media Transport Protocol” mode primarily exists to allow the host access to the media content on your device and may be exploited by entertainment setups like home AV devices, in-vehicle infotainment setups and airline in-flight entertainment screens for playback via the device’s screen and speakers or headphones. On the other hand, the “Picture Transport Protocol” mode allows access to the pictures and videos in the default folders on your device and is exploited by PictBridge-capable printers and printing kiosks for “walk-up” printing of digital pictures. As well, the “Mass Storage” device mode presents your device to the host as a USB “memory key”.

USB device type notification on Android

iOS users can protect themselves by bringing their iPhones, iPads and iPod Touches up to date with the latest version of that operating system. Here, iOS 7 and newer versions will pop up a dialog box asking whether the user trusts the computer device that they are plugging in to and if they don’t assent, the Apple connection port just becomes a power-and-audio port rather than a power-audio-data port.

Device types supported on your Android device

Other suggestions to deal with this issue include properly shutting down your mobile device when letting it charge up at a public charging facility or someone else’s computer, or charging it from an AC charger or external battery pack that you own and bring with you. Even ideas like being frugal with the way you use your mobile gadgets in order to “spin out” their battery runtime like cutting back on multimedia or gaming, or turning off functions like Wi-Fi and Bluetooth unless you actually are using them have been put forward.

New iOS 7 dialog box that identifies if the other device is a computing device

The main issue here is keeping your mobile devices on the latest version of their operating system and paying attention to situations where your mobile device identifies that what is ostensibly a charging device is infact a computer device and the host device doesn’t come clear on its functionality.

Personally, it could become the time for the USB specification and other host-peripheral connection specifications to be revised to factor in “privilege levels” and trust ecosystems when it comes to device connectivity. This could mean that a connection may only be a “battery charging / power delivery” connection unless a level of trust is established between both devices as regards their functionality and it could even just lead to a removal of the “plug-and-play” features of these systems.

Article – From the horse’s mouth

CableLabs

DLNA CVP-2: Premium Content to Any Device in Any Room

My Comments

Consoles like these could be able to pick up pay TV from a DLNA CVP-2 gateway device

CableLabs have cemented their approval for the current iteration for DLNA Commercial Video Profile 2 to provide for improved in-home pay-TV setups using the home network. This leads effectively to an FCC goal that requires device-independence for cable-TV setups in the home rather than users being required to lease a set-top box for each TV in the home or install a “TV Everywhere” app provided by the cable company on each mobile device if they want cable TV on the extra screens.

What is DLNA CVP-2?

This is a super-standard defined by DLNA which uses a group of standards to assure pay-TV networks that their content is being delivered securely and surely to the display device via the home network. Here, the display device can be a Smart TV or video peripheral with “Connected TV” capabilities or software in a regular desktop / laptop computer or mobile device (tablet / smartphone) to show the TV content on the screen.

.. as could these Blu-Ray players

It will typically require a so-called “gateway device” connected to the cable system, satellite dish and/or Internet service, such as a broadcast-LAN tuner, router with broadcast-LAN capabilities or a PVR in the customer’s home while display devices and software would have to authenticate over the home network with the standards that are part of the package. The PVR solution may typically be connected to the main TV set in the lounge or family room where most TV viewing is done while TVs installed in other rooms like the bedroom can use the home network to “pull down” live or recorded TV content using “smart-TV” abilities integrated in the set or a games console / Blu-ray player.

.. as could these Smart TVs

There is the use of DTCP-IP secure-content-delivery specifications for IP-based home networks to authenticate the access of content to cable-TV / content-studio / sports-league requirements. As well setups that implement DLNA CVP-2 implement RVU which provides the same kind of user interface expected when you use pay-TV services, which could facilitate things like access to video-on-demand and pay-per-view content, access to the service provider’s TV-hosted storefront and magazine, or ability to schedule PVR recordings.

Another benefit provided by DLNA CVP-2 is to support endpoints that implement a very-low-power standby mode and allow them to use wakeup and network-reservation mechanisms to allow the efficient-power modes to operate but provide for proper useability and serviceablility. This avoids service issues that are likely to happen if a device goes to an ultra-low-power quiescent mode when not needed and finds that it has to create a brand new connection to the network and its peers when it is needed.

Do I see this as a change for delivery of the multichannel pay-TV service?

One reality is that DLNA CVP-2, like other technologies affecting TV, won’t change the calibre of the content offered on pay-TV services. You will still end up with the same standard of content i.e. a lot of channels with nothing worth viewing.

But it will affect how a pay-TV company delivers services pitched towards a multiple-TV household. They could offer, either as part of the standard service, as part of an upsaleable premium service or as an optional item, a “multiple-TV” service. This would allow a person to have the pay-TV service appear on all suitably-equipped screens instead of paying for each TV to be equipped with a set-top box.

Similarly, the main device could change from an ordinary set-top box with PVR abilities to either one with the “gateway” abilities integrated in to it or a “headless” gateway device with broadcast-LAN and PVR abilities. In this case, the main TV would either be a suitably-equipped Smart TV or be connected to a video peripheral that has this kind of “connected TV” functionality built in. It could also change the focus of the value of the customer’s bill towards the content services rather than the customer-premises equipment.

For consumers, it could be a path for those of us who move between pay-TV or triple-play services whether due to moving location or moving to a better offer. This is because there isn’t the need to mess around with set-top boxes or create infrastructure for a pay-TV service that implements different methodologies.