Carbon Footprint

Although in recent years awareness has increased about why a green and environmentally friendly lifestyle is important, people still have many doubts about it and the necessary measures are not always taken.

Carbon Footprint

The good news is that more and more companies are joining the environmental cause through incentives, products and services that help offset their carbon footprint, making it more viable to reduce the impact of climate change. Today we will see how to reduce your carbon footprint and make an unforgettable Christmas gift at the same time.

What is the Carbon Footprint?

The carbon footprint is an indicator that refers to the amount of CO2 emitted by an individual, organization, event or product and serves to measure the impact that these have on the environment.

Through our consumption and lifestyle, we emit greenhouse gases (GHG). For example, when we buy pants, a computer or travel an aeroplane, we are contributing, to a greater or lesser extent, to CO2 emissions.

All our actions have an impact on the environment and, therefore, it is important that we are aware of the products we choose to buy or the means of transport we use. There are even calculators that measure in kilos of carbon dioxide the amounts of CO2 emissions that occur due to a specific action or lifestyle of a person.

To do our bit to curb pollution and avoid the effect of climate change, it is important to offset our carbon footprint. Above all, considering that around 50% of the CO2 emitted into the atmosphere takes 30 years to disappear; 30% last several centuries and 20% last thousands of years.

How to offset the Carbon Footprint?

The reality is that carbon dioxide, in addition to being a pollutant for the environment, is also an important nutrient for plants and trees. The problem is that the CO2 emissions generated by humans exceed the absorption capacity of the vegetation. So how do you reduce your carbon footprint? With environmental initiatives that allow the reforestation of forests, the planting of trees and, in general, that increase the vegetation on the planet.

At tu.com, we show you the Eco Rating score that is assigned to mobile phones taking into account the processes of obtaining the raw material, transport to the production plant, manufacture of the device, its packaging, transport and use. A higher score will indicate a lower carbon footprint.

Although this will not eliminate environmental pollution overnight, in the long run, as more people and organizations support these movements, we will achieve a cleaner and purer atmosphere. Now, another way to contribute to the environment through sustainable technology. But what is this about?

The sustainable technology is related to replacing polluting energy sources by renewable. For example, nowadays the use of paper is avoided and more digital sources are used. Just as a virtual meeting is implemented through digital means, instead of using a fuel-powered vehicle for a small meeting.

By buying and giving away from tu.com, people have the opportunity to offset the carbon footprint generated by the manufacture of the devices they acquire. Our initiative is to offer three environmental compensation projects to people, among which they can choose one with which they most identify.

The projects include forest conservation, reforestation or agriculture programs, so that every time you shop at tu.com, you will be helping the planet while giving something special and unique to your loved ones. This is the time to give away or buy technology knowing that you are doing what you can to reduce environmental pollution.

Activate Crackle Account

Nowadays, streaming channels are a priority for everyone to avail of the broad-spectrum of entertainment through online mode. As a matter of fact, with a huge enthusiasm towards the latest live shows and online movies, each day, users are anticipating a lot from the channels. In this league, Sony launches its Streaming service named Sony Crackle that lets you stream online movies and watch TV shows for free. Here in this article, we have mentioned the proven steps on how to set up www.crackle.com activate for your devices. Before getting into the steps, let’s look at the features and functions offered by Sony Crackle.

Activate Crackle Account

To set up and Sony Crackle Roku Activate or on any other device is by following a simple procedure. A lot of users have reported issues with the Sonycrackle com activate code. Whether you don’t know how to go through the Sony Crackle activation code process or if you are having issues while generating the Sony crackle activate code. In this guide, we will teach you how to get the Sony Crackle activation code.

Crackle Supported Devices

You can only be able to generate a crackle activation code if you have the following Crackle supported devices outlined below. Once you generate the code, then type the code displayed on your TV screen on www.crackle.com/activate and select your Sonycrackle.com/activate TV provider’s network. The supported devices include

  • Apple TV
  • Roku
  • Chromecast
  • Amazon Fire TV
  • Sony Blu-ray players
  • Xbox One
  • Xbox 360
  • PlayStation TV, PS3, PS4

How To Activate Crackle On A Smart TV

You can use Sony Crackle on multiple streaming devices and here’s how you can activate crackle on a smart TV. Here’s how you can go through a Smart TV Sony crackle activate.

  • Firstly, Go to the native app store on your TV, search for the crackle, and install the application.
  • Open the Sony Crackle Application. A pop up must show up with an activation code.
  • On your PC or smartphone, go to crackle.com/activate.
  • Enter the code in the box, click on “Next” and follow the commands listed on the website.

That’s all. You got your Sonycrackle com to activate code and the Sony Crackle application should now work on your Smart TV. Make sure that you are signed in to your account on your primary smartphone or computer before getting the Sony crackle activation code.

Activate Crackle on Amazon TV

To activate Crackle TV on Amazon Fire TV, follow the steps below.

Activate Crackle on Amazon TV

  • Download and install Sony Crackle TV App on your Amazon Fire TV
  • Go to Fire TV >> My Crackle
  • Click on “Activate This Device”
  • You will see the Crackle TV activate code on your TV screen
  • Go to www.crackle.com/activate using your computer browser
  • Enter the Crackle TV activation code
  • Next, sign in to your Crackle.com account
  • Just wait for a few minutes for your Crackle account to be linked to your Amazon Fire TV.
Innovation in Television Technology

Those of us who dedicate ourselves to innovation in television services and their relationship with the online world use the term “traditional TV” to refer to the “other” TV, the one of all life, but this qualifier is somewhat arrogant and ignores the incredible vitality of TV as we have known it for 75 years: every night, 4 billion people gather in 1.5 billion homes across the globe to watch television. Traditional TV is perhaps the most eminent icon of world popular culture of the 20th century, and if it seems certain that its future will be linked to that of the next icon of the 21st century, the Internet, the truth is that this evolution has only just begun.

Innovation in Television Technology

Ultimately, the appeal of television lies primarily in its content. What are the content exploitation models that have brought about the undeniable success of traditional TV? The television grid is thus nourished by two different sources:

That of the TV networks themselves, both public and private, that produce their own content or add that of third parties and distribute it openly or through paid services.

The world of cinema, controlled very strictly by the big Hollywood studios, which exploit the films according to a sequential model of distribution windows like the one shown in the figure.
Timeline of cinema distribution windows

According to this scheme, you can enjoy a movie at home shortly after its theatrical release by buying or renting the DVD, or wait a few more months for the movie to be distributed on a pay-TV service or, later, on free chains. Other delayed content, such as series, have also evolved into sequential exploitation models with different window configurations, initially distributed on television and later on the rental and purchase market.

Traditional TV then relies on a very closed scheme of a general selection of content and temporal control of its distribution. On the Internet, on the other hand, the personal decision as to what and when to enjoy the content prevails. It is normal then that when these two opposing worlds collide in the audiovisual field, sparks begin to fly:

Internet cinema consumption services are becoming more and more popular, with Netflix in the US as a paradigmatic example. These services allow the enjoyment of recent releases for a price more or less equivalent to the rental of a DVD and also give access to older catalogue collections for a fixed monthly fee.

If online video services undermine the enormous profitability of the DVD rental and sale market, Internet piracy represents the dreaded arrival point on the path to destroying the value of audiovisual content. Interestingly, even in the case of piracy, there are agents who obtain commercial benefits, such as mass storage providers in the network or link pages that profit from advertising added to their portals.

Some analysts predict the intensification of the so-called cord-cutting or loss of pay-TV users, due to the appearance of alternatives in the consumption of delayed content, notably the cinema. In this scenario, the value of pay-TV would be reduced to that of its live events, which are still very effectively controlled outside the online world.

Advertising, an alternative source of profit for TV networks (and the only one for which they are distributed freely) may lose value in the market due to the evidence that more and more people are distracted from TV or follow it in a way little concentrated while using her mobile devices and tablets on the couch at home The entire industry recognizes that this attention needs to be recaptured by proposing second-screen experiences, but no one yet knows how to do it effectively.

New to this continent without maps of the television of the future, perhaps the industry has been too busy analyzing business risks instead of observing user behaviour and asking what it is they want. At Telefonica Digital we have used the CDI ( Customer-Driven Innovation ) innovation methodology to analyze the problems and needs, latent or explicit, of users in the field of new TV services. What have we learned in the process? Some example user insights are:

Content discovery: People are overwhelmed not only by the vastness of content available but also by the sheer number of recommendations they receive, explicitly or implicitly. Even the most valued recommendations, such as those from trusted friends, end up being forgotten when deciding what to see. The preferred form of discovery should integrate recommendations from trusted sources when searching for content for immediate viewing.
TV and the social environment: Live television connects people with a shared reality and offers opportunities for socialization.
Video ecosystem: using a PC, tablet or smartphone is the easiest way to search for content and plan what to watch, but television is still the preferred screen to enjoy it.º

Firefox OS

More specifically the question would be why it is now technologically possible.

Firefox OS is an operating system for smart mobile phones, also called smartphones. Its main distinguishing feature is that it allows you to create applications using the same technology as that used to make web pages. It has been possible due to the technological development in recent years of both terminals and web browsers until reaching a development such that they are already capable of providing outstanding user experiences. Let’s see how we got here.

Firefox OS

The first mobile web browsers to become popular, like Opera, had very limited features. The hardware of that time was so limited that many browsers had to resort to solutions such as intermediate servers doing part of the task. They did their job decently in most cases but they were far from what one would expect.

A substantial change occurred with the arrival of the iPhone. With a terminal with much-improved capacity and a much larger screen than usual at that time, a user experience was significantly better than the existing one.

For complex applications, Apple introduced a web application development kit at the time. The idea was that applications could be developed that were downloaded from the network and ran in the web browser with the same appearance of the native applications of the phone. What happened is that this type of application never fully succeeded. The reasons were various. One important, that technological limitations made the experience not what users wanted.

The next step comes when Apple introduces its native app development kit. By then, the terminal’s processing capacity had improved over the first models. In addition, implicitly or explicitly, Apple took the technological option of substituting an “interpreted” language for a “compiled” one for the creation of applications.

“Compiled” means that the translation from the language that programmers speak to the language that machines speak is done when an application is created. “Interpreted” means that the translation is performed at the moment the mobile executes the application. This is why “interpreted” applications are slower.

Thanks to the change, new Apple applications could run faster. In other words, Apple had made decisions that solved the weak point that was the processing capacity of the terminals of that time.

A little later, Google presented its environment for creating applications on the Android operating system. In it, applications are created using the Java programming language. This language is halfway between the “interpreted” and the “compiled” languages, so it has intermediate performance between the two. Technically what you do is compile a code (this makes it fast) and then run it in a virtual machine (this makes it slow). In other words, the improvement in the capacity of the terminals made solutions other than the totally optimal ones beginning to be possible.

The Firefox OS environment that Mozilla and Telefónica Digital have created mainly is based on the use of HTML5 technology , which is what is used to create web pages. The Javascript programming language is used to program the applications. It is an interpreted language, that is, the slowest of all the types mentioned in this post. This means that it is a technology that needs a mobile phone with higher features. That is why it is the one that could be developed later.

At the present time the capacity of the terminals is more than sufficient. Partly thanks to the great effort of internal optimization of web browsers in recent years to make Javascript work faster. This has been noticed by users in the higher speed of our online applications such as email or news readers.

What remained to be done, and this is what Mozilla and Telefónica Digital have done , is to create an environment that allows a web application to access the basic capabilities of the phone. How to make calls, send messages, create connections to send data or access the calendar.

One of the main objectives in relation to the Internet is for it to “fly” within the home even if we have all connected at the same time. Important steps have already been taken with fiber where speeds of 100 Megabits per second are being offered. It is precisely in this evolution that a novelty appears: a plastic fiber.

 Fiber Optic Cable

Let’s put ourselves in the situation. Glass fiber optics are too expensive for home use and unwieldy. That is why it is usually installed from the central to the door. Inside the home, there is either copper cable or WiFi, which give good transmission quality, but needs to continue improving. The plastic fiber optic, which can be installed inside the home, allows maintaining and even increase the speed and display “extremely high definition” content. Plastic fiber is also much more manageable than glass fiber, as it can be easily bent and is not as brittle as glass.

Another advantage of the plastic optical fiber is that with this system you do not need to have an independent channel inside the home to deploy it, since it is made of non-conductive materials of electricity, of clear plastic. In fact, you can share the routing of the electricity cables and avoid the dreaded chases.

In the end, what interests us users is the economy and the simplicity of installation. Unlike fibreglass that need connectors for more than 30 euros and professional installers, plastic fiber does not need them. It is only cut and plugged in, which makes its use and installation cheaper if you are a little handyman you could almost put it on without help.

The question is obliged: and why is it not used already? Because in recent years it has been improved until it meets all the aforementioned advantages to enter the home in optimal conditions. Telefónica is currently working on a plastic fiber research project aimed at making the most of the advantages of this technology.

Fiber optic networks in the home are already a reality, an economic and future solution. This future happens to be a combination of wired and wireless technologies, coexisting to offer the end-user full connectivity.

X-ray to copper and fiber options

Today, category 5 copper is widely used for residential environments, since it can be installed without the need for specialized equipment or personnel. But this type of cable is designed for 100Mbps, so to reach 1Gbps it is recommended to use category 6 copper cable, which is no longer so easy to install and is more expensive. In addition, you need a separate pipeline within the home for deployment.

However, fiber optic networks can be deployed over existing conduits, as they are not created or affected by electromagnetic interference and are not made of electrically conductive materials. Within the fiber optic options, if price and ease of installation are taken into account, the most suitable for a residential environment is plastic fiber optic.