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    Gadgets

    HDTV and Home Theater Podcast

    The HT Guys, Ara Derderian and Braden Russell, are Engineers who formerly worked for the Advanced Digital Systems Group (ADSG) of Sony Pictures Entertainment. ADSG was the R&D unit of the sound department producing products for movie theaters and movie studios. Two of the products they worked on include the DCP-1000 and DADR-5000. The DCP is a digital cinema processor used in movie theaters around the world. The DADR-5000 is a disk-based audio dubber used on Hollywood sound stages. ADSG was awarded a Technical Academy Award by the Academy of Motion Picture Arts and Sciences in 2000 for the development of the DADR-5000. Ara holds three patents for his development work in Digital Cinema and Digital Audio Recording. Every week they put together a podcast about High Definition TV and Home Theater. Each episode brings news from the A/V world, helpful product reviews and insights and help in demystifying and simplifying HDTV and home theater. Our email address is hdtvpodcast@mac.com

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    Copyright: Copyright © 2022, HT Guys. All rights reserved.

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    Latest Episodes:
    Podcast #739: Yamaha RX-A850 Review May 13, 2016
    Show notes

    Yamaha RX-A850 Review

    Last October Ara bought a Pioneer Elite VSX-90 7.2 Channel A/V Receiver for his family room. He was looking for something that would allow him to switch 4K content through to his Vizio P-Series 4K UHDTV. The receiver was able to do that and provide good quality sound but he was never happy with the reliability of the receiver. It wouldn't turn on at times requiring a physical reset and it took as many as 8 seconds for it to switch inputs. One day a few weeks ago Ara had enough and decided to swap it out with a new receiver.

    Since he hadn't bought a Yamaha in quite some time and was really interested in the Aventage line and decided that he RX-A850 had all the features he wanted at a decent price (Buy Now $900). It needed to support HDCP 2.2, 4K, HDR, and sound good! While not needed for Ara's family room, the 850 does support Atmos as well. If you want DTS:X support you'll need to move up to the RX-A1050 which will run you $300 more. The full feature list is listed below:

    Features:

    • Aluminum front panel and Anti-Resonance Technology Wedge
    • MusicCast wireless multiroom audio support
    • Bluetooth®, built-in Wi-Fi and Wireless Direct for wireless music streaming
    • AirPlay®, Spotify®, Pandora® music streaming service and AV Controller App
    • DSD 2.8 MHz / 5.6 MHz, FLAC / WAV / AIFF 192 kHz / 24-bit, Apple® Lossless 96 kHz / 24-bit playback
    • YPAO™ - R.S.C. with multipoint measurement
    • Dolby Atmos® Support
    • Multi-zone audio support (Zone2)
    • Phono input for vinyl playback
    • Virtual Surround Back Speaker for playing 7.1-channel content with a 5.1-channel system
    • HDMI 2.0a: 4K Ultra HD Full Support with 4K60p, HDCP2.2, HDR Video and BT.2020 pass-through
    Setup

    Setup was pretty simple. Connect the speakers and components then add power and then kick off the YPAO calibration. The initial pass through the calibration screen checks for phase issues and in Ara's case all was good. Then it proceed to measure room acoustics. The results were good but we always like to tweak the sound to our tastes. We raised the level of the surrounds and subwoofer and called it done in about an hour, which included unboxing. The menus are simple to navigate. We did not use wifi as we have an Ethernet connection for our entertainment system.

    Performance

    This is Ara's first Aventage receiver so he was expecting some good things in the way of audio performance. According to Yamaha the Aventage uses higher quality parts and design:

    AVENTAGE brings studio-grade sound and sophisticated video enhancements to your home with unparalleled attention to detail in design, engineering and fabrication. Every electrical path, every part, every piece, was rethought and redesigned if necessary to achieve total performance excellence throughout the series. Materials were tested thoroughly and the finest were selected to maximize audio / video playback performance.

    You do pay a little more for the Aventage. A similar non-Aventage Yamaha receiver (RX-V781) goes for about $100 less. Other than the "Studio-grade" sound, the receivers are nearly identical.

    Settings:

    • Decode Mode - Straight (we want it exactly as the mixers intended)
    • YPAO Volume - We set this to off. However, if you are watching at night you may want to turn this on. It will adjust the high and low frequency sounds so the dialog doesn't get washed out. It worked as advertised in our testing.
    • Video Processing - We are not big fans of the scaling on receivers. The 850A can scale to 4K (2160p50/60) if you own a UHD set. But with that said we felt that the picture wasn't as good as when we let the TV do the scaling.
    • Object Decode Mode - On (see below)

    Movies

    The RX-850A performed quite well with movies regardless of format. There is enough power to drive extreme action scenes and yet the receiver was easily able to handle the subtleties of ambient sounds like rain or crowd noises. We did not connect Atmos speakers but we did enable "Object Decode Mode" on our normally configured 7.1 setup. Perhaps we were fooling ourselves but it did seem as though we were enveloped in a bubble of sound giving us an Atmos like experience. For a larger room that may not be the case so you will want to use Atmos speakers if you can. If you do have a bigger media room the RX-850A, with it's 100 watts of power, will have no issues filling it with sound!

    Music

    Although music isn't the primary use for our receiver we did do some critical listening. We found the receiver to be clear and bright regardless of position in the room. We listened to Stereo and and multi-channel tracks. In either case we could notice the placement of the instruments within the soundstage. The A850 behaved nicely never sounding too bright or edgy. We even tried some lower quality rips to check out the compressed music enhancer. It did make it sound better but why would you do that to yourself? Just go with 256Kbps mp3 or AAC or better yet lossless and never speak of the compressed music enhancer again! With CD quality music the RX-A850 really shines.

    Odds and Ends
    • There is a smartphone (or tablet) app which makes configuring the unit easier.
    • The remote seems cheap for the Aventage line. The letters are too small and kind of hard to read. And there is no backlight making it hard to use in a darkened room.
    • Only the first three HDMI ports are HDCP 2.2 compliant. Big thanks to Yamaha for clearly marking that on the device itself.
    • Bluetooth and Airplay are supported but we have two set top devices connected so we did not do much with these features other than verify that they work.
    Conclusion

    In a world where you can find good receivers for $500, it's nice to find a receiver built with high quality parts and and purposeful design, meant to enhance your listening experience for not much more. Whether you are watching a movie or listening to music we found the RX-850A to be a capable receiver that is worth it's price tag.


    Podcast #738: Interview with Gary Yacoubian - President SVS May 05, 2016
    Show notes

    Interview with Gary Yacoubian - President SVS

    On today's show we have an Interview with the President of SVS Gary Yacoubian. We talk about their forthcoming line of Prime Elevation Speakers. We also discuss their line of high quality accessories that don't cost an arm and a leg. Finally we finish off with a discussion who the audiophile of today is.


    Podcast #737: Highlights from NAB 2016 Apr 29, 2016
    Show notes

    Highlights from NAB 2016

    Faithful listener and long time contributor to the show Ed Stouffer graciously agreed to be our "man on the street" - or "man on the convention show floor" if you prefer, at this year's NAB Show in Las Vegas. The show just wrapped up, running from April 16-21. For those who aren't familiar, NAB is the National Association of Broadcasters and the NAB Show is their annual gathering to see, learn about and talk about all the latest innovations in audio and video production, broadcasting and distribution.

    TV Trends – some of my views from NAB 2016 show

    Edward Stouffer

    4K going wide and deep in the broadcast market with a big push to consumers building.

    This has several components, so I will try to describe them, and what they mean.

    Original Content. Several presentations talked about 35mm motion picture film stock having a native resolution right about 4K. Decent prints can be scanned with minimal cleanup. Older prints will take some work, just like what happened when HD versions of older material were released. As for new material, there was a general consensus that most mainstream content is moving to 4K capture or is already there. In many cases, the editing is either downconverted to HD or that is the export In the Canon "mega-booth" – which spanned 2 levels and had amateur, pro-am and professional cameras on display - they showed excerpts from several 4K movies shot partially or entirely in 4K, along with some TV episodes, such as "Homeland."

    Distribution. The net is that while broadcasts are not 4K today, 4K streaming via Amazon and Netflix will have more options as less work in the future is required when the original material is in better shape. As for fixed media, the UltraHD BluRay players have cracked the $500 price point, with the Samsung generating a lot of interest at $399. Christmas 2015, they were $5,000, so the start toward commodity is rapidly coming. Manufacturers I talked with showing the under-$500 players said they generally expect a $250 UHD BluRay player for Christmas 2016. Also, the manufacturers expected that most of the UHD BluRay players will support 4K clients for Netflix & other services, so consumers will also use them as streaming devices for 4K.

    Broadcast. The chicken's egg has hatched! ATSC 3.0 is the new specification and it includes support for 4K broadcasts, including HDR, 24-channel audio, etc. I talked briefly with a technical director for a major US network and they are actively looking for a pilot at one affiliate this year. As I understand the spec – not close to being a SME by any measure – it takes the equivalent of 2 HD digital channels for one broadcast, depending upon compression used. (The folks in the ATSC booth said twice that it only needed a single digital channel…using the prototype CODECs and laboratory environments.) The network I was talking with said their pilot will likely be an affiliate who has unused spectrum or who multicasts some additional channels who would be willing to interrupt that for the test period. To that end, I saw an LG TV set at the show with the first ATSC 3.0 chipset included. I read through the press briefings a bit and it looks like all major manufacturers announced either future models or lines with ATSC 3.0 shipping by Christmas.

    Versions of 4K. HDR displays were everywhere. "Ultra HD Premium" was being promoted - as well as HDR branding - which includes HDR, WCG and other requirements for improved black levels and luminance. I asked Sony, Samsung and others about when we could see HDR for HD TVs, and as I expected, they seemed reluctant to talk about it, with one telling me it might hurt 4K sales. One manufacturer said it could cost between 25%-50% for "true HDR" on an UltraHD set. I asked what that meant, and he said that it really required the correct display, software and enough on-board CPU. To that end, he said some "lower tier" brands would say they offer HDR, but to look at their displays beside a top-tier manufacturer and there would be a big difference. I guess one test is to look at the new Vizio 50" 4K TV with HDR and see how that stacks up.

    As much will be lost as made

    There are a lot of big – and costly – bets being made on the future path and as some are against one another, they cannot possibly all succeed. I saw multiple DRM systems being advertised. While some use the same encryption standard, they are incompatible with each other, as things like key distribution infrastructures are sold as a whole system. One prediction I heard from an architect at a major encoding vendor was that "Netflix was the next MySpace." Think about that for a moment: when is the last time you used MySpace? I asked for more and he said to compare what happened to HD-DVD. He said it was the better format, was cheaper to produce media, but when Sony flexed its muscle on content, it lost. So, he said, if one or more studios either raise prices on content to Netflix or deny it altogether in favor of any company, Netflix can get starved out.

    Private Copy cDVR cannot stand

    Private copy – having your own copy of a recorded show stored in the cloud - gets very expensive very fast. In Europe, shared copy is widely used. It allows a single copy to be recorded, with pointers to each customer who indicated the desire to "record" that content. You can cache shared copy. The technology to splice ads into playback of a DVR recording is already here, so a provider could either restore the original ads, insert new ones or do a hybrid per market, per customer. Now it's a matter of the carriers/MSOs to stand up as a group and say they cannot afford to install exabytes of storage in support of private copy, as the US content owners are against shared copy generally. Ericsson estimates that each 100,000 customers using Cloud DVR require about 33 Petabytes of storage.

    Line between TVs and Projectors continues to blue

    I watched Leyard's 31' wide 8K TV and wanted to take it home. It was made of 64 panels, meticulously assembled. Not to be outdone, a new generation of short throw projectors is out, which allows them to be 2' from the front of the screen and still do a 100" image. Also rear-projection versions of them exist. Epson has said they hope to get this down to 1', which is getting close to putting a projector inside a closet or small recess behind the screen, rather than 5-8' today.

    3D still a novelty, sort of

    One manufacturer was showing a 50" 3D no glasses TV. If you sat just right, 2 rows of 3 folks in the demo, it did look pretty good. If you did not, it looked distorted and made me dizzy. There has been at least one of these at every CES for the last few years, and while there's a lot of consumer interest, going beyond the prototype has been the challenge. Sharp also showed a model, but didn't give many details on price or availability. Since their business has essentially been sold, it's unclear what the future of R&D is on items like this.

    I also looked at the Nokia Ozo demo, which is a 360 degree camera (16 cameras on a sphere) designed to pair with VR goggles. I looked through a pair of Oculus Rift and was able to watch the live concert being held outside and noticed the soundstage moved around as I turned my head. The camera has a pretty high bitrate, so likely a high bandwidth satellite application, or it will light up the fiber to your home.

    I also watched a higher-resolution movie where I went 40km up in a weather balloon with full 360 degree view and it was outstanding. For gaming and special events I could see wearing the goggles is compelling. For continual TV viewing, I think the "no glasses" TV is the only option, but they have to fix the viewing angle and price point.

    Bit Rates Seesaw

    When you try to take into account where bitrates are going, it is very much like a seesaw. Sony had this gorgeous display of compressed 4K sources being played. They said this was 4K with HDR at under 10 Mb/s using HEVC encoding. When I asked, they admitted this was multi-pass processed, and yes, this was not suitable for live TV. I further asked about what HDR was doing, and their answer was "well, if the source material gets bigger, then the output will too." To which I asked if the improvements in HEVC were offset by the HDR movement and they simply smiled at me. If 4K VOD goes there, it would be a big improvement for that, at least.

    So what of 8K?

    Commercial tests start in Japan on August 1 with the Olympics, with NHK expecting full deployment by 2018. NHK was showing a prototype camera, TV and projector. Besides the Leyard uber-tron, I spent some time looking at the 85" NHK OLED protype with a live feed and it looked pretty darn good. I pressed for a price target, but got nothing in return, except that it could be "millions of yen." If it follows some of the early OLED and 4K, I predict a $100K entry price. I also sat through an 8K recording of a symphony with the NHK 8K projector, using 22.2 channel sound. While it was not the most dynamic content, the audio was good and 15' from the screen, we could see the conductor's individual hair and scratches in the wood stands.

    Ikegami, not to be outdone, was showing both an 8K handheld and an 8K studio camera they said was in production. Canon showed 2 8K prototype studio cameras. This was my one disappointment with Canon: their 8K demo content was disappointing, not looking much better than 4K demos they showed.

    For the US market, it looks like 8K will appear in large venues and in digital theaters. Sony said they were working on 8K cinema systems with theaters now, and they believed this would become the new standard within 18 months for new installs and upgrades. With commercial large-venue 4K projectors starting around $125K today, this will not come cheap. NHK also had a demo 8K streaming and believes they can get it down to 33 Mb/s by commercial launch.

    Drones

    Drones were also in the house. In fact, they were a good part of an entire pavilion. Also, there were some spread throughout the main venues. These went from the smaller, entry-level products to big ones that looked like they belonged to SkyNet. I asked about the price on one of the bigger ones – 6' across, 8 rotors and a full-on commercial 4K camera cradled by it. The response I got was that it was "price upon request." I said, "OK, I'm requesting the price." The guy rolled his eyes at me and said $26,000 plus shipping. I asked further why 26K, and he pointed and said, "See that camera and lens? That's $150K and 11 pounds sitting there, and we don't want our drone to drop it or crash. We hand assemble and test each component, including making sure that this will autobalance if one of the rotors fails." OK, a $26,000 for a $150,000 camera – I guess I get it.

    There was also this crazy off-road vehicle with caterpillar treads and a 360 degree arm with a camera mount. I asked what this beast cost, and the answer was, "up to $325,000, if you want the armored version." OK, an armored version. I had to ask. He said, "If you're out in a place such as Afghanistan and are filming and this thing comes over the ridge, it can look like an assault vehicle to the locals. They often shoot first and ask questions later. We can only protect the camera so much since it needs a lens opening, but if you lose the vehicle, you certainly lose the camera."

    A few more manufacturer notes

    Black Magic couldn't be missed, even if you wanted to. They had large display ads and a good-sized booth by the doors. Much closer to what I could afford, their 4K cameras started at $1,300 and they had a number of companion products, including an SD card replicator they said would "change 4K distribution." I had to ask: how, exactly. They said this 1RU unit would create 24 duplicates for 4K, so if you shot a wedding at 4K, you could give the guests an SD card when they left. …Now I'm not sure about the listeners, but most of my video needs editing, so I don't think I'd shoot video and pass it out right away…. I admired one of their displays of their slightly more expensive camera as it looked fabulous – but then the guy next to me, who was professional cinematographer, said, "Look closer at the display – that's the Dolby at $40K each. My bad takes look pretty good on that…!"

    Epilogue

    I ended up going last-minute, and I do wish I had more than 48 hours to prepare. But after sore feet from walking the massive displays, I also wish I had a bunch of discretionary money to buy some of the items on display. CES may be more appropriate for the average end-customer, but the NAB show sures gives some insight into what is coming and exposes the production side of film and video. I did get to meet and listen to some directors, editors and broadcast engineers talk about their side of the business. 21 years ago, I attended the Western Cable Show and remember going to the launch party for The History Channel. The show was all about coax versus satellite, large systems versus small systems, and who owned which sports content. Last week, looked very different: it was all about new advances in digital TV, mobile video, the continued decline of filmed productions…. I don't think it will take anything close to 21 more years to see dramatic changes, and a redefinition of what a "broadcaster" is.


    Podcast #736: DirecTV 4K Review Apr 22, 2016
    Show notes

    DirecTV 4K Review

    DirecTV has added 4K to some of it’s Genie HD DVR and we are fortunate enough to have a listener who has upgraded to the new service. Ralph Smithers, good friend of the show, was kind enough to share his experience with the upgrade process and quality of the 4K content available. Before we get to Ralph’s review here are a few notes:

    What You Need
      • 4K Genie HD DVR - Model HR54 is required to view 4K Ultra HD channels.
    • 4K HDTV
    • ULTIMATE or PREMIER TV Package - $92 and $145 respectively
    Review by Ralph Smithers

    I have been with DirecTV a little over two years and became eligible for a free upgrade to 4K with a two-year commitment and wanted to share my experience.

    The upgrade itself was pretty straight forward—three of my four boxes were upgraded to 4K equipment. I suspect those were all the boxes the installer had on hand. The old Genie Mini works fine with the new equipment and my 4K monitor is connected to one of the 4K Genie Mini boxes. None of the components of the dish (LNB) needed to be changed to support the upgrade.

    While the equipment swap was pretty straight forward, the installer was friendly but admittedly not knowledgeable about 4K. I ran into a number of issues once the installer left my house. Two calls to DirecTV did not resolve the problems and for most of the first weekend of having 4K, I spent more time behind my TV than in front of it. Here is a summary of the issues and how I resolved them. I think this information will be useful to other listeners and there is one outstanding issue where the listeners may be able to assist me.

    The setup for my non 4K sets went without incident but there were significant issues with the 4K programming, specifically the special Master’s Tournament broadcast. I was able to get the Master’s 4K broadcast with the installer present but my first impression was that while the picture was pristine, it seemed choppy. Shortly thereafter, the channel went dark and a reset of my 4K Genie Mini box was required to get ANY programing. The Master’s programming simply would not work and when I tried to tune to the particular channel where it was playing, the whole system went down. DirecTV has another 4K channel that plays continuous programming and that channel worked great. Everything came to a crash when I navigated to the Master’s channel. I would also add that even the Master’s programming I recorded on my DVR was causing my system to crash.

    I have a six month old Yamaha RX-V579 receiver that I use to switch my HDMI inputs that is HDCP 2.2 and 4K compliant. I have a Vizio M series 70 inch 4K TV that I purchased in November. My calls to DirecTV resulted in the technicians putting the blame for the issues on my equipment. Both of the technicians went out of their way tell me about people bootlegging content (which was annoying) and could not resolve my issues. Eventually, I was getting content protection notices on all channels and was starting to regret my decision to upgrade.

    My setup before the upgrade was to route all of my video gear into my receiver and use the Audio Return Channel feature to send the video to my TV and get sound from Smart TV applications into my receiver. In my case, this was working inconsistently at best and not at all on the Master’s Channel.

    After hours of frustration, I made a cabling change on the TV side that resolved my issue. I noticed that one of my HDMI inputs (non ARC input) on my TV was labeled for 4K 60hz instead of 4K 30hz so I switched the output from the receiver into this port. “Presto” everything worked perfectly on the DirecTV side, as well as other HDMI inputs from the receiver. Had DirecTV been able to direct me on this item, hours of frustration would have been saved so I hope this might help other listeners. The downside of this configuration is that I cannot get my Smart TV app sound into my receiver, even with an optical cable. If anyone can give me advice on this issue, I’d appreciate it but I can manually switch the cabling around if I want to use this feature.

    So how was the 4K picture quality? Marvelous! The video was razor sharp, the colors were glorious the sound was excellent. I could read the logos and see the dimples on the golf balls on most of the putts. I could see the broken tees and the texture of the blades of grass on the greens. When I flipped over to standard 720p version of the broadcast, these details were obscured. I also noticed that when the camera was focused on the golf balls while they were in flight, they kept their round appearance. In the 720p version, the golf balls in flight had a slight oval appearance. Should note that my TV reported the DirecTV content as 2160p.

    The other DirecTV channel that pushes out 4K 24/7 broadcasts are mostly nature programming (like the early days of HD). Details were crisp and clear like the golf tournament. My 4K monitor does not support HDR but I noticed a significant improvement in the contrast between dark and light colors. The brighter images are bright enough cause eye discomfort if I were stare at them too long. I wonder if this would be an issue with HDR.

    I also downloaded some of the free on demand 4K programming. While it took a very long time to download, it played great once downloaded. A full length movie would require several hours to download.

    Finally, my observation is that there is no comparison between the 4K content on Amazon Prime and DirecTV. The Amazon Prime content I have viewed in 4K is hard to distinguish from 1080 content. I have not tried Netflix 4k. My assessment is that the DirecTV 4K content is the “real deal.”

    Overall, I’m glad I made the upgrade but I don’t think this is ready for the masses. This is a bleeding edge upgrade right now that will improve as the DirecTV technicians get up to speed with the technology. Some firmware upgrades might help. The impact of the content protection should not wipe out the ability to watch all channels. Most people who ran into the issues I encountered would have had to have someone come to their home to try to make the fix, possibly to no avail (since the installers may not be fully up to speed). I still haven’t resolved my audio issue to get Smart TV app audio back into my receiver but I’ll tinker with this more in the coming days.


    Podcast #735: THX tune-up to the Rescue Apr 15, 2016
    Show notes

    THX tune-up to the Rescue

    We had a friend recently who was complaining about their HDTV experience at home. They weren’t seeing the quality they were hoping to see after upgrading their TV, and were contemplating returning it. In talking through it with them, we were able to convince them that perhaps the TV settings just needed to be dialed in to look great in their viewing room. They didn’t want to spend money on a professional calibration, so we went to the trusty THX tune-up app to see what we could do.

    Install and Setup

    If you don’t have THX tune-up, you should get it. We ran the iOS version for this exercise, but they also have an Android version as well. Both are free, so you spend a few seconds downloading and installing it and away you go. We can talk through the specific on setting up the iOS app, because it’s the one we used, but many of the setup steps are the same. The basics are: install the app, launch it, connect it to your TV or AVR. On iOS you can connect it with HDMI or AirPlay.

    The app tells you that: “THX tune-up uses both your mobile device screen and your HDTV screen, making this an interactive 2nd screen application.” Of course you would assume that to calibrate the screen the app would need to put images on it. You can’t calibrate it just by looking at pictures on the phone. We used HDMI to connect to the TV, which for iOS requires an AV adapter. Apple sells them for the lightning adapter and the old school 30 pin connector, so no matter what iOS device you have, you’re covered.

    We used HDMI because we had the adapter and because HDMI allows you to test audio as well. We didn’t need the audio portion for this time, but if you want to get the full experience out of the app, picking up the adapter so you can connect with HDMI is the way to go. In this case a simple AirPlay mirroring would have worked great for calibrating the screen. So in a pinch, if you just want to dial in display settings, take an AppleTV with you to your friend’s house and you’ll be all set.

    There is an app setup step that allows you to tell the app what kind of equipment: Television, Projector, Receiver, etc. you’re connected to. It is optional, but supposedly it could help dial in the tests for your particular gear. Use it if you want, skip it if you don’t care. It really doesn't matter all the much. Once you get setup, you can play the THX deep note through your system for giggles. It’s a pretty cool way to demo your setup, but probably a bit janky to pull out the app just for that.

    If you hit the ‘Get Started’ button on the home screen of the app it will play a short video that describes most of the test you can run and what the app will be doing to optimize your home theater experience. It describes the various picture adjustments and what you’ll be doing to get them dialed in just right. Again, this step is totally optional. If you’re new to TV settings and options, it’s a cool primer on what you’re about to do. If you are already familiar with the concepts of brightness, contrast, etc. you can skip it. Just jump directly to the ‘Adjustments’ are of the app.

    Calibration

    We know this isn’t a real calibration, and we’ll probably get a few emails from the community on it, but there’s just not a better word for use for it. Call it ‘TV setting optimization’ if you like, but for simplicity we’re going to call it calibration. The app has five picture adjustment tests and two audio settings tests, each in their own menu. We didn’t use the audio tests this time, but we’ll talk about them in a bit for completeness. In our case we walked through the Picture Adjustment options because that was all we really cared about.

    Picture

    The Picture Adjustment setting choices are: Aspect Ratio, Brightness, Contrast, Color, and Tint with a final option called ‘Review Adjustments’ that allows you to review all the setting changes you made with different images/patterns to make sure they all worked as expected. The Aspect Ratio setting shows a pattern to make sure you’re seeing enough of the screen and that shapes are the correct size.This eliminates issues with stretching and overscan. There’s a circle in the middle of the pattern that quickly shows you if you’re dealing with and stretching or distortion issues.

    Moving on from Aspect Ratio, you dive into Brightness. This make sure your screen isn’t too dark. You want the screen to be as dark as possible without losing shadow detail or other parts of a dark image. From there you dial in Contrast. Contrast and Brightness are similar, but also quite different. You use Brightness to make sure you can see details in dark images. Contrast makes sure you can see white detail. You want to be able to see slight variations even in white images. With these two dialed in, the subtle details in your images should be much more visible.

    Now that you have dark and light dialed in, next you move on to Color. The color adjustment is used to make sure the colors on your TV are light and vibrant but don’t look fake or cartoonish. For this one you need to use the camera to enable the red filter and then look through the phone at the image on your TV. This is actually a really cool way to dial in the color. For many calibration options you get a thin plastic film, either a red or blue filter, to do the same thing. But those are easy to lose or damage.

    The tint adjustment makes sure skin tones look good. THX recommends you don’t adjust tint, saying that most TVs should stay right in the middle for tint. But the app does have a test you can run to make sure the middle is the right setting for you. Again this test uses your phone camera with the red filter to get things set correctly. We ended up not changing tint at all.

    The last option in the Picture Settings menu is the ‘Review Adjustments’ option. It shows a lot of the same patterns you saw before, all on one screen, and a new test image with a little bit of everything. The test image has a spherical object you can use to test stretching or distortion, some dark areas for shadow detail or brightness, some white clouds to test white color variations or contrast, and a bunch of bright, vivid colors to check color and tint. If you’re happy with it, you’re done.

    Sound

    The sound adjustment options in the app are Speaker Assignment and Speaker Phase. Assignment helps you make sure the intended sound is played through the intended speaker. The app can test 5.1 or stereo. It doesn't test 7.1 or anything more advanced. The Speaker Phase test allows you to determine accurately where a sound is coming from. If the speakers are out of phase, the test signals are harder to localize. This is a great test to run to make sure you wired everything up correctly.

    Conclusion

    The THX tune-up app is a great addition to your arsenal as a friendly HDTV expert for friends and family. It certainly isn’t a match for a professional calibration, but it’s great for a quick tune up for all those secondary TVs you have around the house. The picture settings are where the app really shines, so even if you don’t have surround sound with those other TVs, the app still adds great value. For our friend, the TV absolutely looked better after running it through the app, but he still wasn’t satisfied...unless we were streaming 4k from Netflix. For him, it could be an issue with the quality of his 1080/720 content from his provider, or a scaling limitation in the TV. Either way, he has to live with it or decide it’s just too early for him to get into the 4k game.


    Podcast #734: What is HDR? Apr 08, 2016
    Show notes

    What is HDR?

    For more than a year now we have been talking about 4K TVs and how they are supposed to be the next big thing. But in actuality the increased resolution is only mildly better than equally spec’d 1080p HDTVs. We have pointed to case study after case study that says you need very large (100” or more) screen to see a difference between 1080p and 4K when sitting at normal viewing distances. This alone is not a good reason to upgrade.

    What has us really excited is what is coming along with these new UHDTVs, HDR (High Dynamic Range) and that IS a good reason to go out and buy a new UHDTV. We have mentioned HDR on previous shows but we we never really talked about what HDR entails in any detail. We thought it would be a good idea to explain what HDR is and why you will want this on your next TV.

    First we need to differentiate between HDR in photos and HDR in TVs. Photo HDR combines multiple images with different exposures to create a single image that mimics a greater dynamic range. TV HDR expands the TV's contrast ratio and color palette to offer a more realistic, natural image than what's possible with today's HDTVs. Photo HDR can make a picture look unrealistic whereas TV HDR actually makes the picture look more realistic. HDR capable TVs coupled with HDR content will display a more realistic color range, higher contrast ratio which in turn yields deeper blacks and brighter more vivid colors.

    HDR is far more important to your next TV purchase than 4K but at this point in time it is unlikely that there will be a 1080p HDTV that supports HDR so you will end up with a 4K TV regardless. A TV’s ability to display a wider and richer range of colors, brighter whites, and deeper, darker blacks gives the TV picture a more ‘dynamic’ look, which is where the name comes from.

    Format War

    There are two HDR formats vying for your dollars, one from Dolby and one from Technicolor. However this format war is not like Blu-ray vs HDDVD. You will unlikely be stuck with an orphaned UHDTV. Both of these formats support the HDR-10 specification which is supported by UHD players. Streaming services will more than likely support the HDR-10 format although Netflix has some support for Dolby Vision on some of their original content.

    Some TVs manufacturers are supporting both so it's unlikely that you will be stuck with a TV that won’t support HDR content. If we had to choose between a TV that supported only one format we would pick the one that supports Dolby Vision. Dolby has always been out front with it's support at the point of content creation. They are at the studios working with sound mixers and video professionals to make sure their format looks and sounds best. We heard this with Dolby TrueHD and we expect the same with Dolby Vision.

    How Do I Know Which TV to Buy?

    At CES, the UHD Alliance, a 35-member consortium released a standard called “Ultra HD Premium” which is supposed to make it easy for consumers to identify UHDTVs that meet their specification. To be certified Ultra HD Premium a UHDTV must achieve a brightness of at least 1000 nits. There is no specific HDR specification but there are for black levels and color gamut which will guarantee a minimum level if HDR quality.

    What about cables?

    You won't need new cables for HDR. Current High-Speed HDMI cables can carry HDR content. The source device (a 4K Blu-Ray player, say) and TV must be HDMI 2.0a to transmit the metadata, however. If you have a receiver and want to use it for switching, it will need to be HDMI 2.0a as well.

    HDR content (the key)

    All these new features won’t really do anything to enhance your experience unless you have content that takes advantage of it. HDR content is starting to trickle out now and more is on the way. Amazon has a few titles in HDR (Mozart in the Jungle, Red Oaks, and a few others) and Vudu is offering HDR content in Dolby Vision. Netflix streams Marco Polo and Daredevil in HDR. There are also UHD discs that support HDR so if you have a UHD TV that supports HDR you should be able to find something to watch and show it off!

    To Sum it Up
    • Getting the best picture from an HDR TV will require HDR content.
    • To guarantee your TV will support HDR look for the “Ultra HD Premium” label.
    • If you really want a UHD TV that does not have the “Ultra HD Premium” label buy a TV that has or comes close to 1000 nits brightness.
    • HDR from cable, satellite, and OTA are still a bit off.

    Podcast #733: OpenHAB and OpenRemote Mar 31, 2016
    Show notes

    OpenHAB and OpenRemote

    There is this dream we have to be able to automate everything in our homes, but do it ourselves, without hiring an installer, and do it for cheap without breaking the bank. So far we have used a lot of Insteon devices, and tied them into other systems to expand the overall reach of what we could build. Luckily, we aren’t the only ones with this dream and a few open source projects have popped up to help us DIY-ers achieve our dreams.

    OpenHAB

    OpenHAB is a vendor and technology agnostic open source automation software for your home. Their claim is that you can build your smart home in no time. The name stands for Open Home Automation Bus, and for those familiar with electronics, you know the bus in computer terms is less like a real bus and more like a highway. It is a set of conductors carrying data and control signals within a computer system, to which pieces of equipment are connected and how they communicate with each other.

    So OpenHAB is the central nervous system of your home automation environment. It is used to connect all your devices and allows them to communicate, and also allows you to act as the brain to send commands to each of them. They describe it as “a software for integrating different home automation systems and technologies into one single solution that allows over-arching automation rules and that offers uniform user interfaces.” This means openHAB is designed to be absolutely vendor-neutral as well as hardware and protocol agnostic.

    Drilling down on that, it is pretty flexible, it can run on any device that is capable of running a JVM (Linux, Mac, Windows). It allows you to integrate a plethora of different home automation technologies into one cohesive system. And also has the brain: it includes a powerful rule engine to fulfill all your automation needs. Out of the box it comes with different web-based UIs as well as native UIs for iOS and Android. It is fully open source, so new devices and protocols can be added at any time. You can even add them if you want to contribute and become a member of the passionate and growing community responsible for maintaining it. If you don’t want to contribute code, it is easily extensible to integrate with new systems and devices and provides APIs for being integrated in other systems.

    The openHAB website provides a great description of the core philosophy behind the project:

    “openHAB does not try to replace existing solutions, but rather wants to enhance them - it can thus be considered as a system of systems. It therefore assumes that the sub-systems are setup and configured independently of openHAB as this is often a very specific and complex matter (including “pairing” processes, direct device links etc.). Instead, openHAB focuses on the “daily use” side of things and abstracts from the devices themselves.

    A core concept for openHAB is the notion of an “item”. An item is a data-centric functional atomic building block - you can think of it as an “capability”. openHAB does not care whether an item (e.g. a temperature value) is related to a physical device or some “virtual” source like a web service or an calculation result. All features offered by openHAB are using this “item” abstraction, which means that you will not find any reference to device specific things (like IP addresses, IDs etc.) in automation rules, UI definitions and so on. This makes it perfectly easy to replace one technology by another without doing any changes to rules and UIs.

    A very important aspect of openHAB’s architecture is its modular design. It is very easy to add new features (like the integration with yet another system through a “binding”) and you can add and remove such features at runtime. This modular approach has been a huge enabler for the active community around openHAB with many engaged contributors.”

    OpenHAB has a huge list of supported technologies including: Benq, Epson projectors, Denon, Onkyo and Pioneer receivers, LG and Panasonic TVs, DMX lighting, ecobee and Nest thermostats, Insteon Hub and PLM, Z-Wave devices, Google calendar, Twitter, Logitech Harmony remotes, Plex and XBMC media servers, Sonos devices, and the list goes on. No mention on the website of any support for Amazon Echo or Apple HomeKit. Our gut says someone in the passionate and growing community is working on it, but we have no proof of that.

    We haven’t had a chance to toy with openHAB ourselves yet, freetime has been pretty scarce lately. But it looks very promising and we’ve added it to our list of todo items. From the forum and other various internet posts we’ve read, it looks very promising. Yes it is bare-bones. And yes it requires a lot of setup and configuration, but that also means it allows for a very deep level of customization. For those who have the time and the patience, it could be awesome. For those who want something to “just work” out of the box, you’re probably better off going with a commercial solution.

    OpenRemote

    Just like we talked about when we discussed Play-Fi a few episodes ago, there can never be just one protocol or system or methodology for something. Thus in addition to OpenHAB, you have another option in OpenRemote. From the descriptions on the website, they feel almost identical in capabilities and philosophy. OpenRemote has more references to commercial applications, and a few more links for professionals like installers, distributors, integrators, etc. So it feels like OpenRemote’s plans are a bit more grandiose while OpenHAB is targeted more at the DIY-er.

    The OpenRemote website describes the project as:

    “OpenRemote is software integration platform for residential and commercial building automation. OpenRemote platform is automation protocol agnostic, operates on off-the-shelf hardware and is freely available under an Open Source license. OpenRemote's architecture enables fully autonomous and user-independent intelligent buildings. End-user control interfaces are available for iOS and Android devices, and for devices with modern web browsers. User interface design, installation management and configuration can be handled remotely with OpenRemote cloud-based design tools.”

    Reading through the About page at openRemote.org gives you the distinct impression that the project is aimed at professionals, but can also be used by someone in their home, just instead of deploying the solution to a commercial building, you run it in your house. Because of this the project feels more mature or more feature rich than OpenHAB. It has to support a demanding user group who are supporting demanding customers. It can’t just break when the automation of a commercial or retail establishment are built on it. Several forum posts claim OpenRemote has better support for more devices, but to be fair, most of those were posted at the openRemote website. So they’re already invested.

    For example, on the About page they have info about the main components of the system:

    “OpenRemote Designer is an online software application designed to rapidly and easily create touch-driven control panels. You can create multiple user profiles and customize user interfaces for each one: each user profile can have its individual preferences, branding, favorites and individual set of controls and tailored for panel hardware capabilities.

    With OpenRemote Designer you can remotely maintain device configurations and update user interfaces as your customer's preferences evolve. Remotely managed updates, system diagnosis and device discovery means more efficient service and less travel time between office and customer sites.

    OpenRemote Controller is deployed on customer site and autonomously manages intelligence in the building. Reacting to schedules, sensor events and user actions, it handles the overall runtime performance after initial design has been created. OpenRemote Controller also provides the device and protocol integration capabilities in the OpenRemote platform. We support deployment of panels on Apple iPhones, Apple iPad, Android phones and tablets and standard desktop web browsers.”

    OpenRemote will connect and control devices from: AMX, KNX, Lutron, Z-Wave, 1-Wire, EnOcean, xPL, Insteon, X10, Infrared, Russound, GlobalCache, IRTrans, XBMC, VLC, panStamps, Denon AVR, FreeBox, MythTV, and more. No mention of Amazon Echo or HomeKit. The brain of the system allows you to create Intelligent buildings (or homes) with automated rules, scripts and events. And you can install and run it on Windows, Linux, Mac, Raspberry Pi, Alix, Synology, ReadyNAS, QNAP and others.

    Like OpenHAB, we haven’t tried OpenRemote. On one hand OpenRemote seems like a great option because of the additional supported devices. On the other hand, it does feel quite a bit heavier, and if we don’t have any of those additional devices, that support is somewhat irrelevant. OpenHAB feels like it was built more for guys like us, the DIY-er who isn’t trying to create automated solutions for commercial or retail environments. We’re just trying to make our homes a little smarter. But we would love your feedback. If you have experience with either, share it with us so we can share it with the other listeners. You might be able to help us set priority for which one we try first.


    Podcast #732 : Audioengine HD6 Powered Speaker Review Mar 25, 2016
    Show notes

    Audioengine HD6 Powered Speaker Review We have been reviewing Audioengine speakers since just about the beginning of the company’s existence. We started with the A5 and have more or less used every product that Audioengine has released. Whether it's been the original A5s from almost 10 years ago to their high performance D1 DAC. Everyone product we have reviewed has delivered on Audioengine’s commitment to build innovative and high quality audio products!

    Today we are reviewing the flagship HD6 powered speakers (Buy Now $750). The HD6 takes everything we liked about the A5 and turns it up a notch. In addition to the analog inputs of the A5 you now can add digital optical along with aptX Bluetooth to supply your HD6 with the highest quality audio that you can. With the Bluetooth option you no longer have to connect an external device to drive the speakers which makes placement a breeze.

    Fit and finish are first rate (veneer over MDF) and you have three to chose from, Walnut, Cherry, and Black. We received Walnut and they look beautiful and matched our living room perfectly. Each speaker is quite heavy with the one that includes the amplifier weighing in at 17.5 lbs (8kg) while the passive speaker weighs 12.5 lbs (5.5kg). The speakers come double boxed which will protect them during shipping and they are packaged in soft felt bags that can be reused.

    Features:

    • Built-in Class A/B monoblock power amplifiers
    • Inputs include analog, optical and Advanced Bluetooth aptX
    • Audiophile-grade components
    • Furniture finishes and magnetic grilles
    • Solid aluminum remote control
    Setup

    It's pretty much a three step setup. First you connect the left and right speakers with the included speaker wire. A nice touch by Audioengine is that the wire is pre-fitted with banana plugs. Next you connect your source. In our case we connected an Apple Airport Express via an optical cable. Then we connected power! That’s it! If you wanted to use bluetooth you would substitute pairing the devices with connecting your source. Either way it's three steps and you are off to the races.

    The speakers also include an aluminum remote control which feels pretty substantial in the hand. There is no setup required to use the remote. Once we set a volume that we were happy with we pretty much never picked it up again rather choosing to use the volume control of our iPhone or itunes.

    Performance

    These speakers sounded great out of the box but the bass was a bit boomy. Audioengine recommends about 40 hours to break them in but we heard dramatic improvement after about ten. The bass tightened up and the mids and highs were clear and no longer obscured by the bass.

    The Eagles - Hotel California Hell Freezes Over Live Album

    We have used this track on many of our speaker reviews because it really shows how well a speaker can reproduce the high frequencies and bass in one track. The intro guitar solo is crisp, clean and tight! Then you are rewarded bassy drums that are just as good. The last 45 seconds of this track feature some of the best acoustic guitar you will hear anywhere. The HD6 reproduced this faithfully.

    The Who - Baba O'Riley

    We chose this track for the classic intro that has become iconic. You clearly hear the sound moving from right to left. Then comes the piano, drums, and guitar and with each additional element we listened to make sure that they were distinct and clear. We did not have to struggle to hear the instruments separate from the vocals.

    Steely Dan - Deacon Blues (Actually the entire A Decade of Steely Dan Remastered Album)

    Deacon Blues was already one of Ara’ favorites but the remastered version is even better! You can hear everything clearly and the HD6 is just sound so smooth and warm. Everything from the drums, bass and especially the sax sound like the band is in the room with you.

    Listening to this track specifically and the whole album in general transported Ara back to his highschool days listening on an old beat up turntable. The original never sounded this good back then but Ara remembered it so fondly that you might call the HD6s a time machine for transporting him back in time.

    Beastie Boys – Brass Monkey

    Say what you will about the song but it's a great test for how well your speakers can get down. We mean really down. The HD6 did extremely well with it. The bass was super tight and clear. We had it cranked up pretty loud too! As long as we were on the Beastie Boys we kept it going with Fight For Your Right (to Party). That was more of an homage to every hockey rink in North America that plays that song after a fight! Not quite as loud as Staples Center but still fun anyway.

    Stevie Ray Vaughan – Tin Pan Alley

    This track has wide dynamic range and excellent stage presence. You can hear the separation between individual instruments and vocals so clearly that you think you are in a club listening to him. And the bass, oh man the bass is awesome! Seriously this man left us way too early!

    Conclusion

    If you are serious about your music you have to give the HD6 an audition. The HD6 produces rich deep bass and crisp clear high frequencies that you will discover nuances in music that you have been listening to for years . At $750, the HD6 is a bit on the expensive side, but for those who want to fill a large room with music, they’re worth every penny!


    Podcast #731: DTS Play-Fi Mar 18, 2016
    Show notes

    DTS Play-Fi

    We had a chance to check out the WiSA standard in our review of the Axiim Q Wireless Home Theater System on Podcast 728 a couple weeks ago. On top of that, Ara is a big AirPlay fan for whole house audio and Braden is invested in Sonos. Since we can’t have just one, or even four, standards, it looks like another competing technology, this one from DTS, is hoping to fulfill our dreams of wireless audio around the home. The technology, called DTS Play-Fi, looks pretty promising and has some solid companies in its corner.

    What is it?

    DTS markets Play-Fi as a premium, whole-home wireless audio ecosystem. They are quick to point out that the technology is open and available to anyone. Not open as in free, but open as in unrestricted access. They claim to have the largest ecosystem of brands in the world, allowing you to build an AirPlay or Sonos like system, without the restrictions that come with those platforms. Since all Play-Fi products are seamlessly interoperable, you have the freedom to select the perfect speaker for each room, and know that they will all work together as if they came from one manufacturer.

    With AirPlay from Apple, you get a lot of freedom to select the right speaker, but you’re pretty limited on the control side. Apple really wants you to control the system from one of their products. There are third party apps that allow you to stream to AirPlay devices from an Android phone, but nothing like the native support you get from an Apple device. Sonos is the complete other side of the spectrum. You have total freedom in how you control your audio system, use a Mac, a Windows PC, an iPhone or iPad, or any Android phone or tablet. But you have to buy Sonos speakers. There aren’t any non-Sonos speakers that will work in that system.

    DTS actually came by the technology via their acquisition of a company called Phorus in July 2012. Phorus was using the technology in their PS1 speakers. Staying consistent with how DTS tends to operate, they decided to open the platform and license it, hoping to get on as many devices as they possibly could. They didn’t want to make the devices themselves, they wanted to build a technology to allow their partners to enable wireless, whole-home streaming and take a little cut. It has worked out pretty well for them with other technologies.

    What does it do?

    In a nutshell, it allows you to essentially build your own Sonos with any devices you like. Prefer the tonal quality of one speaker brand over another? Go for it. Buy their Play-Fi speakers. Prefer the aesthetic look of a particular speaker, have at it. Want to control it from an Android phone? iPhone? Windows PC? Go for it. All with native support. Bottom line, stream your favorite content at high audio quality from every device that you've got.

    Like Airplay, Play-Fi sends audio from your devices to speakers throughout the home over WiFi using their proprietary streaming, synchronization, and authentication technology. Features include:

    • Lossless audio transmission
    • Multi-room, multi-zone, multi-user options
    • Advanced Left/Right speaker configuration for stereo speakers
    • Support for high-resolution audio (24bit/192kHz)
    • New features and services delivered wirelessly
    • Works over standard Wi-Fi, Ethernet, and Powerline networks
    • For Android, iOS, Kindle Fire, and Windows PCs

    Just like Sonos and AirPlay, Play-Fi works over your home WiFi network. If you have spotty WiFi coverage in some rooms, this could be an issue. And you need to make sure your router is up to the task of streaming all that music simultaneously. Play-Fi support streaming the same source to up to eight devices simultaneously. Of the three, only Sonos offers the ability to create its own dedicated network by connecting one of your devices via hard-wire to your router. In this mode each Sonos device also operates as a wireless repeater, extending the range of the dedicated network and helping you overcome spotty WiFi issues.

    And, of course, Play-Fi comes with a bunch of music options from around the world. The native app has support for Spotify, Pandora (enabled for select Play-Fi products only), Amazon Music, iHeartRadio, Deezer, Songza, Sirius XM, KKBox in Taiwan, QQ Music in China, and multiple others. They also support DLNA for access to content from your local network. And they’re adding new sources all the time. Since the sources come from the control devices, the speakers don’t need to be updated to support new ones as they come out.

    Doing a feature for feature comparison, Sonos and Play-Fi are fairly neck and neck, while AirPlay lacks a few capabilities they both offer. We already know Apple doesn’t do Android, but AirPlay also only supports multi-zone streaming from an iTunes collection on a computer, not from your iPhone or iPad. AirPlay can’t stream from multiple sources, and doesn’t support left/right stereo pairing, while both of the others do. Play-Fi differentiates itself from both of the other options with support for High-Resolution (24bit/192kHz) files and a 5GHz Wi-Fi option for interference-free playback on most devices.

    What doesn’t it do?

    WiSA gives you up to 7.1 surround sound, all wirelessly. Sonos provides a surround sound experience by pairing two Play:1 speakers for rear surround with a PlayBar sound bar for front L/C/R and a Sub to make it go boom. Not really a full surround sound experience, but absolutely better than a sound bar all by itself. Like AirPlay, Play-Fi does not have an option right now for wireless surround sound in your home theater. They have sound bar options from a few manufacturers, but nothing for the rear or side surrounds.

    To be frank, this really surprised us when we started looking into the tech. We naturally assumed that a company best known for surround sound would use their wireless technology to enable that in your home theater. No such luck. There are even a couple receiver and processor options from Anthem that have native Play-Fi support. Just not for surround sound. You can use them to stream music to your home theater speakers, but only in stereo.

    Device Options

    Play-Fi has an impressive lineup of technology partners. Anthem offers two receivers and a pre/pro. There are speaker choices from Definitive Technology, MartinLogan, McIntosh, Paradigm, Phorus, Polk Audio, and Wren. Many of whom also offer a sound bar option or two. Other partners include certain Hewlett-Packard tablet models and Fusion Research who make the first multi-source server designed specifically for the custom installation market so you can integrate Play-Fi into your home automation system. They have partners announced with products to come in the future like Klipsch, Rotel, Dish Network, Acer, Arcam, SVS and more.

    Conclusion

    We aren’t looking at another VHS vs Beta, Blu-ray vs HD-DVD format war for wireless audio protocols in your home theater just yet, but it could happen. Right now for whole-house audio, much like automation protocols, if there are enough devices, or more specifically the right devices to meet your needs, in the technology camp you select, you should be fine. With the relationships they already have from licensing surround sound technology, and the established expertise in audio, DTS should be able to build a solid ecosystem that only grows over time. They already have more options that just about any competing technology.


    Podcast #730: Interview - Will Price CEO Simple Control Mar 11, 2016
    Show notes

    Interview - Will Price CEO Simple Control

    Ara has been using Simple Control as his home remote for many years. It is the one piece of gear that he can’t live without. His setup includes three rooms, lights, thermostats, and iTunes control all in one great looking app. We produced a video demonstrating the capabilities, though a little dated they show the capabilities pretty well.

    • Virtual Remotes - Simple Control provides a virtual remote control for any supported device, automatically optimizing each remote for iOS. Simple Control provides all of the commands from your original remote and often more advanced commands including “discrete” power on and off.
    • Live Feedback - Simple Control provides advanced two-way feedback support for many devices via direct network control or serial connection. Unlike older universal remotes, Simple Control knows your receiver’s volume level, power status, mute, input, and mode allowing you to view and control these aspects of your system in ways impossible with infrared. Simple Control integrates with Blu-ray players to allow live scrubbing and elapsed/total time displays, integrates streaming and USB song feedback from popular receivers, provides guides for DISH, TiVo, and DirecTV DVR content, and many other examples. Once you’ve tried live feedback, you’ll wonder how you ever used home theater components without it.
    • Control All Your Music - Keep things in tune. With Simple Control, you not only have all your music in your pocket. You hold the key to every speaker in your home. It’s like being the conductor of your own personal home orchestra.
    • iTunes/Apple TV Integration - Simple Control controls iTunes installations on your Mac OS X or Windows sytems directly via your network. All your music, TV shows, movies, and other iTunes content can be controlled directly from Simple Control like another home theater device. Simple Control can even control Airplay through iTunes to stream your music from iTunes to an Apple TV or other Airplay compatible device on your network. Simple Control has direct network control of supported Apple TV models including gestures, media feedback and keyboard support.
    • SONOS Integration - Simple Control even supports any Sonos device including speaker grouping. A Simple Service subscription provides Sonos speakers a media guide for the your entire music library including Pandora, Internet radio, Sonos Queue, Sonos Favorites, iTunes playlists, inputs, Pandora thumbs up/down, station creation and more.
    • TV Guide Listings - Simple Control provides integrated cable, satellite and antenna television listings for the US, UK, Canada and 31 other countries. Your listings are personalized with favorite channels and integrated with your devices to tune channels directly. Information on each show provides episode tracking, descriptions, Next On schedules, cast and crew information and photos, and detailed talent biographies and filmographies.
    • DISH, DirecTV and TiVo DVR Guides - Supported set top boxes include DISH’s Hopper/Joey, DirecTV and TiVo Roamio/Premiere with the ability to browse and play programs recorded on your DVR. Never miss a moment with the DVR recording and schedule editing capabilities for DISH and TiVo models

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