Showing posts with label tv box. Show all posts
Showing posts with label tv box. Show all posts

Monday, 18 March 2013

Tutorial on How to Create a Media Centre With as Little as £25



We’ve looked at how you can use almost any gadget to make your TV into a smart TV, but today we’re looking at how you can use the very cheapest one to get top notch online video playing right back on the big screen in your living room: the humble £25 Raspberry Pi. And it couldn’t be easier – read on to find out how it’s done.
Over the last few weeks, we’ve been running a series of gadget tutorials, showing you how to pull off useful tech tricks like adding voice control to your car, or hooking up your game controller to your smartphone. Now, we’re bringing you smart TV skills on the smallest budget possible. Here’s how it’s done.
Get a Raspberry Pi
First thing’s first, you’ll need one of these clever little computers made in the UK. You can order them from here – it’s the £25.92 Model B version you want, as the cheaper Model A lacks an internet connection. If you’re feeling flush, you can even order a case for it – some of the £5.99 numbers over at ModMyPi are excellent. When you’re done, it’s time to get to work.
Prep the Pi and the software
To make the Raspberry Pi into a media centre, we’re going to use XBMC, the free, superb suite for almost every device under the sun – including the Pi. Head over to the Raspbmc website, and you can download a special version built specifically for it. When it’s done, plug in an 8GB or higher SD card to your Mac or PC, and run the installer – it’ll do the rest.
Now, it’s time to set up your Pi. Before turning it on, plug it into your router with an Ethernet cable, and when it’s ready put the SD card in. Then give the Pi power by plugging in a micro USB charger (like you use for your phone). It’ll start installing Raspbmc, so just leave it to do its thing.
Finetune everything
Now you’re ready to start tweaking XBMC to your heart’s content – which is what XBMC is all about, really. When it’s booted up, just plug in a USB keyboard and mouse (One of these remotes, such as the Xbox DVD remote, will also work nicely) and dive in. If you don’t like the skin, you can change it. Regardless, you should hit up Settings>>System>>Video Output and switch to 720p resolution so everything plays nice (though your TV is probably full HD, the Raspberry Pi can only muster 720p visuals, which is still pretty sharp).
Open up your media
Now it’s time to start playing. If you like, you can plonk videos, pictures and music files onto a USB stick and start playing them on your TV, or you can stream them from your computer. Just go to Videos, Picture or Music, then File>>Add File and pick a connected computer with a shared folder to get them from. XBMC does its best to pull down cover art and meta-data for everything, so it’ll look like one well-stocked, easy to use library.
Take it further
The beauty of XBMC is in its add-ons. Hit the list and you can find plug-ins to connect up all sorts of internet video repositories, like YouTube and Vimeo. They’re not in the main list, but dig a little deeper, and you can even add all the major UK catch-up services to your Raspberry Pi – just follow the steps here and you’ll soon be in on-demand heaven.
Unfortunately, the one thing you won’t be able to add so easily is Netflix due to DRM restrictions on Linux (The software the Raspberry Pi runs – the cheapest and best Netflix option remains the £49.99 Roku LT). But hey, you’ve just saved anything from £25 to several hundred, and added internet video to your TV. Not bad, eh?
Got any other tips for making a super cheap media centre? Share them in the comments below! [Source]

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Monday, 11 March 2013

TiVo Mini Available Now for $100 a Monthly Subscription of $5.99 Applies




Remember the adage that good things "come to those who wait?" Well, if you managed to hold your nerve and resist signing up with Suddenlink, then your patience is ready to be rewarded. The TiVo Mini is finally ready to strike out on its own two feet four rubberized corners. The DVR extender will set you back $99.99, plus a monthly charge of $5.99, or a one-off payment of $149.99 -- in a way, you kinda wish the company had just priced it at $249.99 and let us get on with it. [Engadget]

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Sunday, 10 March 2013

Enhanced Apple TV Packs a Tiny A5 Die-Shrunk Chip Instead of The Newest A5X


Back in late January, an update to the Apple TV software revealed a new "AppleTV3,2", with FCC documents for the device showing up the following day. By digging into the software files for this new device, it was discovered that the device appeared to be using an A5X chip rather than the single-core A5 chip found in the third-generation Apple TV.

This conclusion was based on the chip carrying an identifier of S5L8947 compared to the S5L8945 seen on the original A5X. A similar move was made when Apple rolled out a die shrink of the A5 in the third-generation Apple TV last year, shifting from the original S5L8940 to the smaller S5L8942.

According to Apple, this latest Apple TV update was designed to be invisible to users, offering no changes in features.

Apple's tweaked third-generation Apple TV, which carries a part number of A1469 compared to an A1427 part number for the original version, has now begun making its way into Apple's retail store stocks, and we have purchased one and cracked it open to examine its internals.

Most notably, the tweaked third-generation Apple TV does not contain an A5X chip. Instead, it contains an A5 chip like its predecessor, although the new chip is considerably smaller than the previous one.


The original A5 chip introduced in 2011 for the iPad 2 was built on a 45-nanometer process, measuring 10.09 mm by 12.15 mm, while the first die-shrunk A5 introduced in 2012 for the third-generation Apple TV and the tweaked iPad 2 measured 41% smaller at 8.19 mm by 8.68 mm.

This new A5 found in the tweaked third-generation Apple TV is considerably smaller still, with our measurements putting the chip at just 6 mm by 6 mm.

We do not know for sure what Apple is using to produce this even smaller A5, but it is very possible that the company is piloting a 28-nanometer process from Taiwan Semiconductor Manufacturing Company (TSMC) for this new chip. Such a move would be a major development, making this A5 the first iOS device processor to be manufactured by a company other than Samsung. Samsung is also moving to a 28-nanometer process for its fab in Austin, Texas where it produces chips for Apple, but the facility will reportedly not be ready for mass production at that scale until late this year.

TSMC has been rumored to be coming on board for A6X chip production for the current iPad, as well as for future chips using even smaller processes. [MacRumours]

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