Skip to main content

How Amazon Fire TV Works


Let's make one thing known. Amazon Fire TV is not actually a TV; it's just a streaming set-top box. A set-top box hooks up your TV to the Internet so you are able view streaming TV shows, movies and music on a bigger screen of your TV. Apple pionered this confusing trend by calling its set-top box Apple TV, which is actually not a TV.

Amazon Fire TV was unveiled by online retailer Amazon in April 2014 and goes for $99, same price as the Apple TV and Roku 3 set-top boxes. In 2014, just 8 percent of American households owned a set-top box, but Amazon is hinging on increased demand from viewers for streaming entertainment on TVs instead of "small-screen" laptops, tablets and smartphones [source: Wood].

One important thing you need to know before you get an Amazon Fire TV: The device is made to work with modern high-definition digital TVs and not the older, heavier analog ones. The only means to connect Amazon Fire TV to your TV is through an HDMI cable. If your TV doesn't come with an HDMI port, you need to buy a new TV or get a set-top box , compatible with the old-school analog Tv . A good one is the Roku 2 XS.

Another important question to ask before buying Amazon Fire TV is why the world's largest online retailer is building this piece of hardware? The answer is simple: to convince more people to buy TV shows, movies and music through Amazon.com. It's the same reason that Amazon made the Kindle e-reader: to sell more e-books from its huge online catalog.

As we'll explain in a minute, the ideal customer for the Amazon Fire TV is a current subscriber to Amazon Prime, a service that offers unlimited online access to hundreds of streaming TV shows and movies through Amazon.com (and free shipping on many Amazon products) for $99 a year. If you already get most of your streaming content through Amazon Prime, then the Amazon Fire TV is a perfect fit. If not, well ... more on that later.


Comments

Popular posts from this blog

How Google Fiber Works

Some of us are old enough to recollect a time when everyone on the Internet used it through a dial-up connection. Your computer connected to a modem that noisily calls the phone number of an  ISP (Internet Service Provider) to allow you connect at 56 kilobits per second, if you were quite fortunate to have a faster modem. Web pages  load slowly onto pc screens.Pictures usually use a lot of time to fully show up. Software usually take hours to fully download. If you do not have a dedicated phone line, you would tie up the line, and the connection may trigger off if someone calls the phone line. We used  more of text than other bandwidth-hungry media out of need. Recently Internet connection speeds have increased tremendously from the use of broadband connections using technologies like cable and DSL (Digital Subscriber Lines) and 4G or LTE .  According to the FCC's standards, the new goal is for all household to have access to broadband with a minimum speed of...

How Haptic Footwear Works

Wearable devices   are the coolest thing in electronics now. A lot of us are already using a contraption that monitors our steps and other fitness parameters. A wearable around for years is now in on the embedded electronics trend,is the shoe. Electronics in or on shoes are not totally strange concepts. We have seen shoes that light up when walking and shoe sensors that link up with fitness apps. And researchers have been working on several other handy features into footwear,such as  GPS tracking  to assist in knowing the whereabouts of Alzheimer's patients, sensors and wireless signals to assist in locating firefighters and other emergency workers in places where GPS may fail. Very Soon, we will have shoes that communicate with us using a   haptic feedback . You may not have thought about it , but haptic feedback is already around you,some of the experiences include vibrating actuators present in numerous cellphones, tablets and game controllers. This tran...

How to Make Robots 3

Lesson 3 – Making Sense of Actuators What is an actuator? An “actuator” can be defined as a device that converts energy (in robotics, that energy tends to be electrical) into physical motion. The vast majority of actuators produce either rotational or linear motion. For instance, a “DC motor” is therefore a type of actuator. Choosing the right actuators for your robot requires an understanding of what actuators are available, some imagination, and a bit of math and physics. Rotational Actuators As the name indicates, this type of  actuators  transform electrical energy into a rotating motion. There are two main mechanical parameters distinguishing them from one another: (1) torque, the force they can produce at a given distance (usually expressed in N•m or Oz•in), and (2) the rotational speed (usually measured in revolutions per minutes, or rpm). AC Motor AC (alternating current) is rarely used in mobile robots since most of them are powered with dire...