iOS 11’s Photos app uses AI to make your shots better

Apple's iOS 11 promises to be a big upgrade for shutterbugs. It's improving both the Camera and Photos apps to take some of the headaches out of snapshots and photos. For instance, the Photos app's Memories section can make use of machine learning to...

Beelink i68 Decodes H.265 Videos with No Issues

Beelink i68 01

While most people thought that creating larger and larger data storage formats was the perfect solution for adjusting to ever-increasing bitrates, it turns out that increasing the compression rate works equally fine, as long as the hardware is capable of decoding it.

Beelink i68 is a TV box that can successfully handle the High Efficiency Video Coding compression format, mostly because of its very capable chipset. Not so long ago, video playback couldn’t have possibly been a demanding task, but better compression and increased resolutions are taking their toll on CPUs and GPUs. With that in mind, this particular TV box can play 2K and even 4K videos smoothly, while computers from less than a decade ago would be brought down to their knees.

Under the hood, the Beelink i68 sports a Rockchip RK3368 that integrates an octa-core 64-bit CPU, along with a PowerVR G6110 GPU. Brought together, these two can play any popular media format you might throw at them, without any glitches. The TV box comes with either 1 or 2GB of RAM and 8GB of ROM, which surely doesn’t sound like much, if you also take into consideration how much Android 5.1 takes up. However, the product features a microSD card slot that can be used for expanding the storage by up to 64GB. In addition to that, there are 3 USB ports (4, if you’re also counting the OTG one), as well as Ethernet and dual-band Wi-Fi, in case you’re planning to stream your videos over the network.

It wouldn’t be wrong of you to think of the Beelink i68 as a mini PC. After all, you can use Bluetooth 4.0 to connect a keyboard and a mice wirelessly to it, and along with a TV or monitor (to which it connects via HDMI 2.0), it would make a compact replacement for desktop computers. The audio part wasn’t neglected, and if you decided not to carry the sound over HDMI, you can use the SPDIF port for optical output. The KODI home theater software (formerly known as XBMC) provides a convenient interface for the playback of video and audio files.

GearBest currently sells the 1GB RAM version of Beelink i68 for $66.35 ($65.18 with coupon code USPC), while the 2GB RAM one has a price tag of $81.68 (or $80.91 with the coupon TVBOX).

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KT Skylife plans to trial 4K satellite TV service in 2014

KT Skylife tests 4K satellite TV broadcasts, plans to trial service in 2014

Satellite TV in Ultra HD quality is no longer just a dream: following a successful test broadcast this week, KT Skylife has unveiled a roadmap for offering 4K TV to its subscribers. The Korean provider plans to trial one channel of UHD content in the efficient H.265 (HEVC) video format next year, with a full commercial launch due in 2015. Widespread availability will depend on KT Skylife's ability to clear regulatory hurdles, CEO Jae-chul Moon says. The real challenge, however, may be finding customers with Ultra HD TVs. While prices are falling quickly, there's no guarantee that 4K sets will be commonplace in two years' time.

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Source: The Korea Times

NHK and Mitsubishi develop the first H.265 encoder for 8K video

NHK and Mitsubishi develop the first H265 encoder for 8K video

NHK's 8K Super Hi-Vision is an extremely bandwidth-heavy format -- so much so that earlier tests used gigabit-class internet links rather than traditional TV broadcasting methods. Thankfully, both the broadcaster and Mitsubishi have developed an encoder that could keep data rates down to Earth. The unassuming metal box (above) is the first to squeeze 8K video into the extra-dense H.265 (HEVC) format, cutting the bandwidth usage in half versus H.264. Its parallel processing is quick enough to encode video in real time, too, which should please NHK and other networks producing live TV. We'll still need faster-than-usual connections (and gigantic TVs) to make 8K an everyday reality, but that goal should now be more realistic.

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Source: NHK (translated)

SES demos first Ultra HD transmission in more efficient HEVC standard

SES demos first Ultra HD transmission in more efficient HEVC standard

We're still a bit away from Ultra HD becoming the standard for television. One of the things standing in the way is just how much bandwidth pushing that many pixels demands. SES recently demonstrated an Ultra HD transmission that uses the up and coming HEVC (High Efficiency Video Coding) standard, as opposed to the more established H.264. It's demonstrated 4K broadcasts before, as seen above at its IBC booth last year, but those were using older codecs. The 3,840 x 2,160 image was broadcast at a data rate of 20 Mbps, roughly a 50-percent improvement in encoding efficiency over H.264-based MPEG-4. The demonstration was performed with support from SES's partners, Harmonic and Broadcom, the latter of which provided the BCM7445-based decoding box used for pulling in the video. The tech still isn't quite ready for prime time, but we'd say a 4K House of Cards stream is probably closer than any of us realized.

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ITU approves the H.265 video format, takes us closer to high-quality mobile video

ITU approves the H265 video format, takes us closer to highquality mobile video

Any smartphone owner who's ever watched a streaming HD video buffer... and buffer... and buffer on even LTE connections will appreciate the ITU's speediness today. Just months after MPEG proposed the extra-miserly H.265 video codec, the ITU has approved it as an official standard. As it's greenlit so far, the format (also known as High Efficiency Video Coding) includes 8-bit, 10-bit and photo-oriented profiles that should cover most 2D capture and playback. Pros are promised 12-bit and chroma profiles in the future, while there's work on 3D for all of us. We'll have to wait for both software support and hardware acceleration to reap the rewards, but there should be many: the halved bandwidth requirements have obvious benefits for cellular devices as well as 4K media delivery for that rash of giant TVs about to hit the market. Let's hope that camera and mobile device makers are just as impatient as we are.

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Via: TechCrunch

Source: ITU

Ultra HD TVs stole the show at CES 2013, but they’re just part of the puzzle

Ultra HD TVs stole the show at CES 2013, but it's just the first piece of the puzzle

Even before this year's CES kicked off, we knew Ultra High-Definition was going to dominate the show. Then from the first press conference to the last, 3,840 × 2,160 resolution displays were a center piece of almost every major manufacturer's announcements. Leading up to the show, the CEA's board decided against using "4K" to market these 8-megapixel (1080p is two megapixels) displays, instead choosing Ultra High-Definition or Ultra HD. Of course not everyone followed along, in fact Sony was first to market in the US, late last year, with its "4K Ultra HD TV." The display is only one piece of the puzzle and plenty of questions remain, however. Like, "Where's the content?" and "Will I have to replace all my other home theater gear?" Questions aside, Ultra HD TVs are here and more are coming, so click through for these answers and to discover the slate of new Ultra HD TVs for 2013.

Continue reading Ultra HD TVs stole the show at CES 2013, but they're just part of the puzzle

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