What is Wi-Fi 6?

 

We need Wi-Fi in our homes, but the Wi-Fi people haven’t been very good at making it easy for us to understand Wi-Fi versions. Most people aren’t sure what the letters mean; is 802.11ac better than 802.11n? Now they’re trying to make it a bit more easy to understand.

802.11 a/b/g/n/ac Wave 2 – really, its not just random letters

The fundamental issue is that the non-profit Wi-Fi Alliance has been using the Institute of Electrical and Electronics Engineers (IEEE) 802.11 working group naming. While we really appreciate the Engineers work on the technology, their naming conventions are a bit hard to follow.

The Wi-Fi Alliance has finally figured this out. While we may have gotten used to names like 802.11n and 802.11ac, they decided a straight forward numbering system would be easier for non-technical people to understand. So, they have used simplified to generational names moving forward. 802.11n is called Wi-Fi 4 and 802.11ac is Wi-Fi 5. The next Wi-Fi standard, 802.11ax, is christened Wi-Fi 6. It will take a while for this to catch on, but it certainly makes it easier to understand that Wi-Fi 6 is newer and better than Wi-Fi 4. Maybe in the future, the average consumer won’t even know or need to know what the IEEE name is for a future variant of Wi-Fi.

SU-MIMO vs. MU-MIMO, what the heck are those?

While we’re waiting for the new naming to stick, the fine Wi-Fi folk have a second wave of 802.11ac (or Wi-Fi 5) coming out. 802.11ac Wave 2 has a theoretical speed of 2.34 Gbps. Of course theoretical speeds, are just theoretical, but your could be looking at about 1 Gbps when you’re in decent Wi-Fi range. In general, this means that 802.11ac Wave 2 will give you about double your network speed of Wave 1.

There’s also some fancy technology updates like improved channel use, but the other big Wi-Fi deal is MU-MIMO. MIMO, or multiple-input and multiple-output, uses multiple antennas on both side to get more out of a wireless link. Here the wireless link is a Wi-Fi connection. The MU part stands for Multi-User. Older Wi-Fi was a round-robin waiting game. You hand to wait your turn to ‘talk’ to the Wi-Fi router (ie Single-User). Of course this goes super fast, so it seems like you’re always getting a Wi-Fi turn. MU-MIMO allows for multiple users to talk at the same time – four at a time for 802.11ac Wave 2. This will be noticeable faster.

A few things about Wi-Fi 6

As you would guess, Wi-Fi 6 will be even better and faster. Its theoretical top speed is 9.6 Gbps, so even real world speeds should be impressive. It also ups the ante by being able to connect with up to eight users at a time. They’ve also worked to make Wi-Fi 6 better for low power devices like small smart home sensors, so their batteries should last longer. Wi-Fi 6 also bulks up the security to use WPA3, the next generation of Wi-Fi security.

Hopefully we’ll start seeing the terms Wi-Fi 5 and Wi-Fi 6 being used more often. While it will take a year or so until Wi-Fi 6 devices are readily available, it will help us keep track of what we should be looking for vs trying to remember that 802.11ax is better than 802.11ac!

What you need to know about 5G mobile wireless

5G is the next generation of the mobile network. As it starts rolling out this year, it will offer faster data speeds and more reliable connections for smartphones and Internet of Things (IoT) devices. Its being described as super fast, always connected mobile Internet, but that’s not quite the whole story. While theoretical data rates can be up to 10 Gbps, we’ll likely be getting 50 Mbps and up in the real world. That’s nothing to sneeze at, but we need to understand the limitations.

Really high data rates, poor coverage

One of the set of frequencies that 5G uses is very high: 28 GHz. Higher frequencies allow higher data rates. The issue is that the higher frequencies have physics to deal with. Higher frequencies don’t propagate very far, and they aren’t very good at going through walls, trees, etc. You may notice that deep in some concrete buildings, your mobile phone often doesn’t have coverage. This will be worse with the really high frequencies networks.

This means that there needs to be a lot more base stations (kind of like Wi-Fi routers, but for telecoms). Small base stations fill in coverage for today’s 4G networks in places like concrete buildings (e.g. malls, subways). Many mini base stations will be needed in a city to make a 28 GHz network work at all. We should be getting over 1 Gbps when things are set up properly – that’s pretty darn fast! Beyond being faster than home Internet, 5G is also designed to respond faster to improve network latency.

Good data rates, decent coverage

The 3.5 GHz frequency band for 5G, on the other hand, will have similar coverage to what we get today but with better data rates. This is partly due to a littler higher frequencies. It’s also due to 5G implementing better technologies like MIMO (multiple antennas working to get data to you) and beam forming (those antennas ‘pointing’ the signal to you).

While data rates will be faster than 4G, they will only be a bit faster when your smartphone connects to a mid band 5G network. Not a bad fallback when the super fast version of 5G isn’t available in the your area.

Low data rates, great coverage

The low frequencies bands are really good for their inherent coverage. While the data rates will be slower, the lower frequency band, 600 MHz, can travel farther. It isn’t bothered as much by pesky buildings, trees, etc. While perhaps not very useful for a high data user (e.g. someone watching Game of Thrones at 4K on a bus), it will be incredibly useful to little devices and sensors scattered around our world sipping on data. These IoT devices could be handy for home tech, but also for commercial and industrial needs.

5G might not be the perfect, super fast mobile network some describe it as, but it will offer a significant step forward. 5G can also be used as a short cut to a fast Internet connection for rural households without wires or fibre. It may also kick off some really useful IoT innovations.

For coverage and high data rates, we may need mobile network boosters in our homes. Otherwise we’ll need smartphones that switch over to Wi-Fi networks better. (It’s quite possible that you may already need a booster in your home to get coverage for our current 4G network.) In the end, 5G may leave us wondering how we lived without out it.

Convenience vs. smart device privacy

There’s no denying the conveniences that technology provides in our lives. There’s streaming services, social networking, voice assistants, and smart devices that are truly great. All of this often comes at low dollar cost or sometimes even for free. There are trade offs of smart device privacy that you should be aware of though.

What’s the real cost?

This often comes down to how companies make their money. Do they make their money from selling devices or services directly to you, or are they basically (or totally) giving it away and making money from data tracking for advertising or selling info about you? Or maybe its a combination of these.

Vizio stormed into the TV market by selling TVs at very low prices. It surfaced that they accomplished this in part by selling people’s viewing data to other businesses. Its well known that Google and Facebook make money by ads layered into their free services. While Google looks to be trying to fix privacy issues, Facebook keeps getting their hands slapped for their cavalier use of data including detailed user data that was shared with their ‘partners’. Recently we learned that Amazon provides employees with scripts of users interactions with their Alexa voice assistant. While this makes sense to improve the service, we don’t know how securely they treat these scripts.

What can you do?

You should educate yourself on what the privacy cost is for your favourite tech. Then it’s up to you if you want to take advantage of devices or services without paying the real monetary cost of these. By carrying around a smartphone, we’re giving usage data to the smartphone manufacture and our mobile carrier. Often we’re happy to make this trade off for the features and convenience of smartphones. Apple is making a push to point out their privacy policy. Great, but you should read it and make sure it aligns with your privacy goals.

You can also turn off certain features. For example, you can turn off Apple’s Siri voice assistant from always listening (but then you can’t just say, “Siri…” when you want help). Similarly, you can set Alexa to not always listen and instead require pushing a button to get Amazon’s voice assistant on their devices. Of course, disabling these make voice assistants less useful.

You can also use a tool to track them track you. For example, Princeton has created a tool to track smart devices in your home. Its a worthwhile exercise if you have concerns.

Are they keeping your data safe?

Unfortunately even with your best research, you may not know that some companies aren’t up to speed yet. Even a giant like Facebook (yes, yet again) recently admitted to having a bunch of user passwords in plain text – readable by anyone in the company (or a hacker) and not digitally scrambled. The good news is that reputable companies are stepping up. Also governments are starting to provide privacy requirements like GDPR to help keep their citizens digitally safe. (Hopefully Facebook will finally get the memo after so many missteps!)

These’s no blanket right or wrong answer for everyone

Smart device privacy might be the top priority for some. For others, they’re happy to give away personal or aggregate information to get great services on the cheap. Just remember that you’re paying one way or the other. With some research or getting help from an expert, you can find your balance of tech nirvana and privacy.

What you need to know about 8K TV

Ready or not, 8K TV is here. Samsung is shipping them to the masses, and LG and Sony will ship later this year. If you’re still a bit fuzzy on 4K TV, then here’s what you need to know about 8K TV and if you should get one.

Pixels, pixes, pixels

One of the main features pointed out by TV manufactures is the number of pixels, or the little bits of the TV that make the picture. There’s no argument that when we went to HDTV from standard definition TV that the picture got clearer and had more detail. Old standard TVs had about 640 x 480 pixels and 1080p HDTV has 1,920 x 1,080 pixels. Now we have 4K with 3,840 x 2,160 pixels and 8K touting 7,680 x 4,320 pixels. That’s lots of pixels, but what’s lost in resolution specs is what’s actually needed.

The human eye can only distinguish so much detail though. But before we get into that, there are basically two streams of thought for viewing TVs. For the movie industry (e.g. THX), they want a screen to fill your field of view; i.e. to immerse you into the video content. For most of us, we view much smaller screens; often from a living room couch.

Viewing distances

The fact is, if you’re far enough from a screen, it really doesn’t matter if you’re watching an 8K TV, 4K TV or even an HDTV. For an example 55” 8K TV, the ‘optimal’ distance would be 0.5m (1.7’). For a 55” 4K TV, this goes to 1.0m (3.4’). And for 55” 1080p HDTV, they recommend sitting 2.1m (7’’) away. Although everyone’s vision varies (and distances), it’s a safe bet to assume that most people are more than 2m away from their TV, so they could get away with an HDTV for this 55” TV example (in terms of pixels, anyway). Of course, for really large TVs and home theatre screens, the higher resolution (more pixels) might make sense.

To complicate things, the smart people at NHK (Japan’s standard setting broadcast company), show that with the right brightness and lighting conditions, 8K TV viewing distances need to be adjusted when you take ‘realness’ into account. Basically if you show people an object on an 8K TV compared to a real object, people notice the difference even when viewing farther away. You can read more, but it comes down that for realness, 8K viewing distances are the actually twice the distance vs. if you only take discerning pixels into account. Either way, it’s unlikely many of us will be sitting that close in a more casual viewing situation like our living room.

But that is not the full picture (sorry, pun intended).

Latest features

Like with 4K, 8K TVs will come with picture quality improvements. Since 8K TVs will be their flagship models, manufacturers will make them with their best colour reproduction technology and best brightness. They’re also using spiffy processors in their higher-end TVs that make all content look better. This is handy as there is little 4K content let alone 8K content to watch. NHK will be broadcasting the Tokyo 2020 Olympics in 8K, so we might get some if that content though.

Samsung suggests that by getting their latest 8K TV you’ll be future proofing your system for, well, the future. That sounds good, but early buyers of 4K TVs got bitten when HDR and HDMI 2.1 got properly figured out after they bought their TVs. Early adopters are often at risk with technology.

What to do, what to do

If you have the money and need a really, really big TV, then it might be time to get an 8K TV or 8K projector. Like 4K, there may be updates in features and compatibly though, so there is risk. As 8K prices comes down, they will be become more common and accessible for all buyers. As with 4K TVs today, to get a better TV, you’ll soon likely be looking at a 8K TV. Even if the number of pixels isn’t important for your situation. For example we usually recommend 4K TVs regardless of viewing distance, as the overall viewing quality and features are so much better than HDTVs. The same will eventually be true for 8K TVs as well.

Sonos streaming music architectural speakers

Sonos has been pretty busy of late. They’re bolstering their streaming music portfolio with additional products. Last year, they released a more affordable TV sound bar, and recently they updated with their Amp. Now, they have announced branded architectural speakers.

Sonos architectural speakers

Sonos is already great when used with architectural speakers. People get great sounding streaming music, and the speakers don’t visually impact a room. Architectural speakers are passive speakers (they need a separate amplifier) that are installed in ceilings and walls, so there is no need to have regular bookshelf or floor standing speakers in the room. This is great not only for current modern home aesthetics, but they also save valuable floor space. Sonos has announced three speakers: in-ceiling, in-wall and outdoor speakers. Sonos partnered with Sonance, a respectable speaker brand, for these speakers. These ‘matched’ speakers make it easier for consumers to understand and select architectural speakers if they’re the DIY types. The Amp also enables Sonos’s Trueplay which allows for easy speaker sound optimization. Other speaker brands will continue to sound great with the Sonos Amp, but these will help make architectural speakers more mainstream.

Sonos has more to come

Sonos recently also showed off some product prototypes that they have partnered wth Ikea for. The intent is to make Sonos compatible speakers more affordable and widely available. Sonos also quietly stoped selling their Play:3 speaker, so we suspect an updated version may be on the horizon. While we’re fans of Sonos, they’re not the only great streaming music solution out there. These recent updates are great as it pushes all brands forward and provides more great streaming music options available for consumers.

New home tech from CES 2019

The Consumer Electronics Show is a yearly blast of technology from big and small manufactures. CES is a good barometer for all technology trends, now and in the future. While there was much that caused a buzz, here’s the new home tech that caught our eye.

LG rollable TV

Last year LG presented a prototype of a rollable TV. This year they showed off what they’ll be shipping later this year; a slick TV that rolls up into a box. There’s currently no pricing on it, but assume that it will have a very premium price. It also looks like it will only have one case option, but there is a stand if you don’t want to put it on a table or cabinet. Hopefully there will be more case options or even custom enclosures in the future to really hide it away.

Samsung Serif TV

Samsung showed off their updated Wall TV (at a measly 219” 😉) which is actually assembled with modular panels, but they are also offering interesting TVs that are much, much more affordable. In the same vein as their Frame TV, they’re adding the Serif TV. The idea is that the Serif TV is a statement in your home – why mask the TV when you can show it off? Perhaps the Serif is an acquired taste, but its great that Samsung is providing options more than another black TV panel for your room. We’ll have to wait on pricing and availability for Canada.

Wi-Fi as a home automation standard

It may sound like a no brainer to use Wi-Fi for home automation, but currently it’s not the right technology for home automation. The main knock against Wi-Fi is that, in its current incarnation, it’s not designed for low power battery powered things. (That’s one of the main reasons we have other standards like Z-Wave, ZigBee and Bluetooth.) Some manufacturers are indicating decent battery life, but we suspect actual milage may vary when relying on Wi-Fi. Then there are other issues including Wi-Fi coverage and typical consumer Wi-Fi routers will likely fail with too many devices on its network (e.g. over 30 devices). All that said, there are light switches and dimmers (at least they have a good power source) and locks available. Ordinarily we’re technology agnostic, but Wi-Fi as a home automation standard makes us uneasy. We’ll see if the market agrees.

CES covers all consumer electronics, from car audio to home theatre to widgets that are hard to put in a category. In terms of new home tech, TVs and audio/video gear have always been a focus. Its good that home automation is continuing to grow, as it will provide all of us with more options.

The new Sonos Amp

Sonos is replacing the Connect:Amp with their Sonos Amp. Unlike their standalone speakers such as the Sonos One, the Sonos Amp can be connected to stereo speakers or other speakers. For example, we often use it with in-ceiling speakers in homes. Its currently available to integrator people like us, and will be available to Canadian shoppers in February. The new Sonos Amp has most of the same connection options as the Connect:Amp (speaker connectors, left/right inputs, sub output, two Ethenet ports). It also adds an HDMI connector for TV connections. Overall it looks like a nice update – let’s take a closer look at its main features. 

Power output

The feature that most people will notice is that they’ve bumped up the power to 125W on each side from the Connect:Amp’s 55W. While most people don’t need the volume from the extra power, it should help improve the sound even at lower levels when parts of music need more oomph. This will be particularly handy if you’re using it with four speakers, such as four in-ceiling speakers.

TV friendly 

We think the Amp is most likely to find its spot hidden away in a technology closet in a home, but it can happily be placed in a living room. If you want to use it with your TV, it has a HDMI connector for TVs with an HDMI ARC output. You can start with just your stereo speakers (it emulates a centre channel). You can then add other Sonos speakers for surround sound. It also has an IR sensor so you can use your remote control for the volume.

Future features

We suspect some of the Amp’s best feature’s are yet to come. Since it’s a new platform, there are features that can be added in the future. For example, it’s compatible with Apple’s AirPlay 2 unlike the Connect:Amp. We look forward to the possibility of native support for other smart devices such as smart doorbells. 

While many see the Sonos Amp as an ‘integrator’ focused device, it should slot in with the same kind of people who are using a Connect:Amp with their stereo speakers. We’re currently testing ours with our turntable setup, and so far, so great! We look forward to using it in our clients homes to harness the increased output power and future technology options.

What to look for in automated shades

Automated shades are an increasingly popular choice for home owners. Whether it’s for convenience, privacy, energy savings, or just as an upgrade, automated shades add a nice touch to your home. While a lot of the decisions are around aesthetics like any window covering, there are more details to think about with automated shades. Let’s review what to consider for automated shades.

Type

Start with what type of automated shade you are looking for, e.g. roller shades, honeycomb, etc. Sometimes aesthetics will dominate, so you’ll choose your window coverings weighing the right look over other features like maximizing energy savings or privacy. For example, since honeycomb style shades have a built in air pocket, they have better insulating properties over roller shades.

Fabrics

Before you choose your fabric, you should consider how much light and privacy you want from your automated shades. Fabrics are grouped in three main categories: sheer, translucent and opaque. Sheer allow you to see your outside view and lets lots of light in; the flip side is that they don’t offer much privacy. Translucent shades soften exterior light and provide more privacy, but won’t allow you much of an outside view. Opaque fabrics block light and provide maximum privacy – for example, nice for bedrooms and media rooms. Once you have an idea of the fabric group, then you can look at colour, styles and textures.

All shades will help keep a house cooler in the summer (ie shades down during full sun), and warmer in the winter (shades up during day, and down at night). If you are looking for extra insulation from your window coverings, you should pay closer attention to the “R value” of a shade. R value is a measurement of thermal resistance – basically, how well something does at insulating.

Power

Automated shades can be powered by battery or wires, or you can go completely manual. Battery powered is the easiest way to power automated shades, especially if you’re not able to realistically run power wires to your windows. Note though that while batteries should last years; e.g. Lutron expects 3-5 years under basic daily use, you will have to replace batteries eventually.

If you’re building or renovating your home, we strongly recommend running power wires to each shade. This takes batteries out of the equation – especially for hard to reach areas. Wires also give you more flexibility on fascia choice (see below). Most shades use low voltage wiring (and power supplies can be out of the way, such as in a basement), but some require regular house voltage. Make sure you know which you have chosen, as if you’re using regular house wiring, you’ll have to make room for an outlet.

Manual shades come in handy for areas where you don’t want or need automated shades, or for windows that are too narrow for automation. Either way, if your chosen manufacturer makes both, you can choose manual shades and still have them match nicely with your automated shades.

Wired or wireless control

For control, some shades are controlled wirelessly and some require control wires. If your chosen system requires control wires, make sure you know what your wiring needs are before you close up your home’s walls for good.

Fascia

Fascia options depend on the manufacturers. They cover the roller and any shade mechanisms. Most have options for no fascia, fabric fascia or box (architectural) fascia. You can choose no fascia if you plan on building a recess for the shade or like the look of a shade roll.

If you’ve chosen to wire your shades, the headrail will likely be much smaller than one with batteries – this will make it easy to hide or simply ignore the shades without needing a fascia.

Mounting

You can decide to mount your shades inside your window frame or outside it (i.e. above your window frame). If you choose inside your window frame, careful measurements must be made to make sure it will actually fit inside.

If you want it mounted outside, you have to consider mounting on your window trim, or check that the shades come with spacers so they can be mounted to clear your window trim. While the measurements for outside of your window frame are a bit easier, you still have to make sure they are measured to fully cover the window.

When you choose roller shades, you can also decide if you want regular or reverse roll. Reverse roll can provide more clearance for things like window and door hardware.

Control

The last big decision you have to make is how to control your shades. You can decide from a simple remote control, remote control and smart phone app, or remote control and integration with smart home control. There is a growing collection of shade products that are compatible with consumer DIY yourself systems, so you can dig into those if you like. If your system is large, it makes sense to get some professional help.

Note that not all shades behave the same. Some only open and close with one or a couple set points (e.g. 50% open). Maybe this is all you need, but if you are the type to have your shades 23% open yesterday, 100% today, and 89% open tomorrow, you’ll want to make sure your chosen shade supports infinite open/close settings. If you want to group a rooms shade to open and close in sync, make sure the system supports that.

There are lots of shading vendors to choose from, so choose one that works for you and your home. Check to see what other feature are available when you narrow down your automated shade choice. For instance, is it alright if you manually pull on a shade and have it still work with automation? How loud are the motors when the shades are opening and closing? Do you have a preference on the hembar style? What’s the warranty? With a bit of effort up front, you can have automated shades that give you great value in your home for years to come.

How to stream vinyl records at home

We’re a family of music lovers – we go to a fair amount of live shows, and music is always playing in our home. But I wanted to add vinyl records back into the mix. It was super easy to stream vinyl records in our home, and it sounds great! Let me explain. 

Our home is sometimes a bit of a home tech laboratory, as one might expect. For the most part though, we use Sonos for most of our day to day listening. We use a mixture of Sonos Connects, Connect:Amps, Play:1 wireless speakers, and even a Sub. Deezer is our go to streaming service as it offers high bitrate music for improved sound quality. Streaming radio is also frequently played as well. We find that the lower bitrates of streaming radio does tend to be a bit fatiguing after a while though.

Setting up a system to stream vinyl

I decided to try out a Rega turntable as they are well known for offering high-end sound at affordable prices. When the Rega RP1 arrived, I temporarily set it up in our living room using the living room Sonos Connect:Amp system. I used a Rega Fono Mini A2D phone stage to mate the phono levels for the Sonos Connect:Amp.

Set streaming system input to high quality

You should set the streaming system input to its high quality setting if available. In my case, I set the Connect:Amp to Uncompressed Line-In. I have a rock solid home data network (of course!), so I’ll take higher network traffic for better sound quality. 

Enjoy

Honestly I wasn’t expecting much, as the living room gear is good, but it’s not ‘audiophile’ by any means. When I started playing records though, it was immediately obvious that the sound was amazing. The Rega RP1 and Fono Mini A2D are widely well reviewed, and our’s showed why. They are just simple, great sounding audiophile components for value minded people. Not to kick off another debate about vinyl sounding better than CDs, digital music, etc., but our records sound great. As a bonus, we’ve been listening to whole albums again. Another great thing with the wireless streaming systems like our Sonos system, is that you can also group in other rooms if you don’t want to stay in one room. Manufacturers like Rega recognize people may want to stream vinyl in their homes, so they also offer turntables like the Rega Planar 1 PLUS. Its an all in one unit (turnable & photo pre-amp) that mates well with streaming systems, computers, etc.

Audiophiles may be put off by our system, but for regular music lovers (and ones on more modest budgets), it’s a great way to get the best of both worlds: you can dust off those vinyl records and play them with the simplicity of streaming music systems. Really, whatever level of music lover you are, its about enjoying music. In the end, our turntable has become a permanent fixture in our living room. While we still stream digital music often, its fun to put on albums too, especially on the weekends when we have a bit more time.

New home tech

There are two large technology trade shows in early September for new home tech; IFA in Berlin and CEDIA in San Diego. IFA allows the general public (and purchases on the spot!), and CEDIA is focused on home technology professionals. Both are a springboard for companies to demonstrate their latest gear. Here are some of our favourites from this year’s shows.

Virtually invisible fibre optic cable

Fibre optic cable is an affordable option to move large amounts data around a home. Its not just for computer networks though. These days the biggest home data use comes from video streaming. Video, especially 4K video, is really data hungry. Unless you’re renovating, an older home is usually stuck with Wi-Fi to move all this data. As many people know, Wi-Fi can be less than ideal. Cleerline has a really thin, transparent fibre optic cable to move that data and more. It can be retrofitted inconspicuously along baseboards or ceilings, up walls, etc. You can caulk or paint over Cleerfiber so its virtually invisible. This will allow easier placement of TV systems and other tech gear where you want it and not have to worry about relying on often poor Wi-Fi.

Samsung updates The Frame TV

Speaking of nearly hidden cables, Samsung has updated their Frame TV by combining power into their One Invisible Connection. Now there is only one cable between the TV itself and their One Connect Box. While they’ve also updated specs like the picture quality and art selection, and have added a black bezel option, most people will likely appreciative the simple, tidy set up that one tiny, almost invisible cable will offer.

Samsung also provided more detail about their 4K 146 inch Wall TV that delivers outstanding brightness, contrast and viewing angles. When you buy a Wall TV, you actually get 16 TV cabinets that are installed on a reinforced wall to create one seamless picture. It also runs about US$300,000, so not many of us will be ordering one soon. If you have the space (and budget), you can also go for their 292 inch 8K Wall TV! Its an interesting idea that could lead to wall sized TVs at average consumer prices in the future. Apparently over 40% of screens that Samsung is selling are over 65 inches, so there’s definitely demand for larger screens.

RTiQ intelligent remote monitoring

One of the new professional home tech movements is to use intelligent systems that allow remote monitoring of technology systems in homes. RTi’s RTiQ allows home tech professionals to intelligently monitor clients’ systems and receive email and text alerts when issues occur. We can then remotely resolve issues, reset devices, etc. This allows for a better user experience, less downtime and reducing need for someone to come and physically fix things (which sometimes is just a power cycle). Even simple systems occasionally need a reboot or small adjustment, so although not a sexy gizmo like a big TV, anything that makes things run better for everyone is great in our books!

These new home tech devices provide an indication of where home technology is heading. People are looking for bigger screens to watch their ultra high definition streaming content. They want it to installed clean and simple – and to keep running smoothly no matter how complicated it is behind the scenes.