Aging in place technology

aging in place technology

Home technology can be fun and convenient, but its truly awesome when it can improve someone’s quality of life. As we age, technology can help extend our independence and make our homes more safe and easier to manage. Aging in home technology can help seniors with in-home conveniences, safety and monitoring, and entertainment.

Home control can make any home more convenient and should be considered for a senior’s home. This includes automated lighting and window coverings with keypads for simple control of many lights withsimple wall switch the touch of a single button. Overhead lights and even lamps with hard to turn switch knobs can be retrofitted. Automation can turn lights on at dusk and off at bedtime. Sensors can turn on lights when someone enters a dark room, bathroom or hallway, and then turn them off when they exit. A smart thermostat can keep the temperature comfortable too.

Home tech can go further and help with safety and monitoring without being invasive. This can include bed sensors to help check if someone has made it out of bed, motion sensors to monitor movement in the home, and perhaps cabinet sensors to know if a medicine cabinet has been opened. When you need to take a look, two-way IP cameras can provide instant audio and video communication into the home.

Well thought out home tech can also include entertainment for today’s seniors. A simplified remote can run the TV, music and radio. This can include speakers directed at seating to ensure sound is projected easy to use networkingtowards the listener and not just loud. For those who are connected to the Internet for apps like Facebook and news, their network and Wi-Fi should be rock solid as well. This can make it that much easier to video chat or FaceTime grandma or grandpa when you just want to say hi.

The great thing about home tech is that almost anything is possible. For the senior in your life, it can help extend their independent living in their own home. All of this can also be controlled from a smartphone, so you can help or check on a loved one whenever needed. Technology is always evolving, including aging in place technology, so let us know if you’d like to explore ideas.

Make your home tech work for you while you’re away

smart home tech away

Convenience and comfort while at home is often a first draw for home tech, but with summer vacation season upon us, it’s reassuring to use the away features of home tech. These home tech features include automation, monitoring and even remote control from your smartphone to check on your home.

Even simple home automation like lighting control can help it make it look like someone is home. If you have a room such as your living room with automated lighting control, your lights will go on and off on the same schedule as when you’re there. Same goes if you have automated window coverings – these regular scheduled events will keep working to give a lived-in look. You can even set up a vacation setting to use less lights but still give the same appearance from outside.

Smart surveillance cameras let you lookAxis dome camera for yourself that your home is ok. A smart thermostat allows you to check on the temperature or adjust it to save energy or make sure the temperature is within a safe range. You can also use other tech like water sensors to check for water leaks in bathrooms or from water tanks, etc.

Schlage Sense smart home tech lockSmart locks give you control to let someone access your place while you’re away. This can be for that friend that unexpectedly needs in or to let someone like a plumber in to service your home.

Smart home tech can extend convenience and comfort even while you’re away. This is one of the many benefits from of a well designed home tech solution.

Streaming music services update

Apple MusicA while back we looked at streaming music services like Sonza and SiriusXM, but since then Apple and Spotify have joined the fray. With extensive catalogues and reasonable monthly rates, its a good time to check out if any of these work for you.

Apple Music just launched on June 30 with the iOS 8.4 update.  The two pieces of good news are that it appears that iOS 8.4 is stable with no major bugs or issues, and Apple is offering a three month free trial of Apple Music. This way you can try out the service risk free. After Taylor Swift was about to pull her music if she didn’t get paid during the free trial, Apple stated all artists will get paid during the free trial (turned into quite the PR bonus for Apple!). The service is built into the Music app in iOS and iTunes. Its expected that Android users will get an app in the fall. One early knock against Apple Music is that it tops out at 256 kbps AAC vs others that offer 320 kbps MP3 quality for subscribers. Its also expected that Apple Music will be available to listen with Sonos gear later this year.

Spotify launched last fall in Canada and has gained a lot of users. You can try it out free for 30 days, and they currently have three months of their Premium service for $0.99 (what a coincidence). Its catalogue is extensive, but has some holes – for example Taylor Swift pulled her music last fall Spotify(she seems to be swinging at everyone). If you subscribe, you get access to their 320 kbps streaming rate, control in streaming devices like Sonos and Heos, and you can save music on your device for when you’re on the go.

Take a free listen to these and the others and see what works for you. Most of these services also offer a free option, but it comes with commercials and less functionality to save music or control it in devices like Sonos. Rock on!

 

 

Understanding outdoor speaker wiring

outdoor speakerWith the weather warming, its fitting to review options for landscaping and outdoor speaker wiring. A outdoor speaker system can compliment your outdoor living and entertaining. There are two types of systems that are available: conventional and 70 volt systems. The one that is right for you depends on your outdoor plan.

You might be familiar with conventional systems, as this is what is used in most homes. Conventional speakers and amplifiers are rated at different impedances, so take care that the speaker load (or impedance) is matched to the amplifier. If its implemented wrong, the amplifier can be overloaded and damaged. Often amplifiers will allow a range, e.g. 4-8 ohms, so you can use one set or two sets of speakers wired in parallel with no issues (wiring two 8 ohm speakers in parallel make them look like 4 ohms to an amplifier). Otherwise you’ll need to use multiple amplifiers. Amplifiers will specify rated wattage for each impedance, e.g. 50W at 8 ohms. For long speaker wires, like the ones used in large yards, the load of the wire itself adds up, so conventional systems are not suited when using very long speaker wires.

You may not have never heard of 70 volt (or 70V) systems, as they are usually associated with commercial buildings. (We use 70V in North America, but other regions of the world use 100V.) Don’t worry, as they don’t need to sound tinny like in a big box store. You can get great sounding 70V speaker systems – many restaurants and bars use 70V systems. The physics of higher voltages means that long speaker wires are much less of an issue 70V speaker tap settingsat 70V, so you can run very long wires if needed. The 70V is stepped down to regular speaker voltage by the speaker, and on most 70V speakers, you can choose the wattage. By setting the wattage, you set the relative volume at each speaker to manage how loud each is throughout your yard. You also need to be aware of overloading a 70V amplifier; its calculated by adding up all your speaker wattage settings and then adding 20% for good measure.

To help even out music volume throughout your yard, you should use multiple speakers instead of a couple blaring from one spot. Rock shaped landscape speakersIts best to alternate left and right conventional speakers
throughout your space, so all locations get the full music. 70V systems are usually mono, so you don’t need worry about lefts and rights. Both systems have various speaker styles: in-ceiling, box, faux rocks, etc, and they even have sub woofers if you need more bass in you life.

Sound diffuses easy outdoors with even the wind changing performance, so its difficult to get precise sound outdoors. That said, either system will provide great background music. The cost and complexity breakpoint for implementing a 70V system is when you want many speakers, e.g. 5 or more, and/or have a large space that requires long speaker wire runs. Once you have decided on your outdoor speaker system, you just connect music regular music sources like Sonos players to get ready for outdoor tunes.

Choosing a sound bar vs. a sound bar (that’s not a typo)

media room speaker barWe’ve talked about the different options for improving TV sound which includes a sound bar (or “soundbar”). Unfortunately the term can mean different things.

Usually when someone talks about a sound bar for a TV, they mean a device that has speakers and an amplifier built together in ‘bar’. The device is designed to mount below a wall-mounted TV or sit at the base of a TV. Either way, its meant to improve the sound experience without greatly impacting your living space. Sony soundbarSound bars like the ones from Sony or Samsung may also include a wired or wireless sub woofer to improve low frequency sounds. They can cost anywhere from a couple hundred dollars to thousands depending on how good they are at emulating a full sounding, surround sound experience.

This probably makes sense to most people so far, but there is a curve ball. Brands like Triad and Episode use the same term to describe a bar that looks pretty much the same, but is just speakers. You need to use a separate amplifier or AV receiver with them. These types of speaker bars have one, two or three speakers built in depending on the model and need. You might think that these are inferior, but they are just another way of improving a media room’s sound. Often these are used as an alternative in higher-end solutions where larger front speakers would impact aesthetics. For example, a sound bar with three speakers can be used for the front left, centre and front right in a true Triad speaker barsurround-sound system. Then other speakers, such as ceiling speakers, can make up the side or back speakers to make a great surround-sound system. Its just too bad that they don’t use a different term – perhaps something like “speaker bar” – to at least help differentiate these.

Either type can be the right solution depending on goals and budgets. The first type may fit for lower budgets or limited space, but the trade off is not a true surround sound. The second type requires a bit more budget and space for other equipment (e.g. AV amplifier, speakers, etc.), and the benefit is improved sound. Hopefully this helps clear up some confusion and gives some ideas on what might work for your media room.

Water leak sensors aren’t boring

Winland WaterBug
A smart home isn’t only about controlling lights, window coverings, thermostat and door locks. Sometimes less exciting things like water sensors can offer real value to home owners, especially if their home is prone to issues like flooding or drain backups. They might even help save thousands of dollars of water damage.

There are many water leak devices to choose from, but to be considered ‘smart’, they should do more than beep when there’s water. You’ll want to be warned regardless if you’re at your property or not, as beeping away while you’re on vacation won’t do you much good.

For folks looking for something to retrofit an existing home, perhaps a wireless system like the Insteon water leak sensorWater Leak Sensor from Insteon will meet you needs. To get alerts to your smartphone, you’ll need to pair it with their Insteon Hub. As with anything wireless, you need to be cautious to use products within their wireless ranges and avoid wireless interference.

If your home is large or has lots of wireless blocking building materials (e.g. metal or concrete), you’ll need to look at wired systems for rock-solid reliability. Wired solutions like the Winland WaterBug don’t rely on the whims of wireless signals. When paired with a home control system, you can get alerts when Winland water leak sensorwater is detected. For very demanding homes or commercial applications, you can also use ’supervised’ sensors that when paired with a supervising console can tell when sensors wires have been cut. This adds a level of reliability to ensure you don’t miss an issue. The downside of a wired system is that running wires to where you need sensors likely isn’t easy unless you’re building or renovating.

Whichever system is right for your home, you can place sensors at trouble spots like hot water tanks, kitchens, bathrooms or flood prone basements. You then have the peace of mind that your smart home can let you know if there is water trouble – whether you’re home or on the other side of the world. Well ok, maybe leak sensors are boring, but not every bit of home tech has to be sexy to make your smart home better.

Don’t leave home tech wiring to chance

Plan your home tech wiringOne of the top questions that comes up when someone is building or renovating is about the wiring they need for home tech. As much as Cat 6 is relied on for a lot of home tech, other ‘low voltage’ wires are important as well. Make sure you understand and have a plan for your needs, as you shouldn’t leave it to chance that the right wiring is in place before the walls are closed up.

As outlined when clearing up some 4K jargon confusion, HDMI is the cable used to connect video components together – i.e. Apple TVs and Blu-ray players to AV receivers and TVs. It carries both video and audio information, so all you need is one cable for both the video and sound. Although there are converters and HDMI cabletechnologies like HDBaseT to leverage Cat 6 in place of HDMI cables, at this time its usually easiest and cheapest to use an HDMI cable. If you want to mount your TV and hide the wiring in the wall, you’ll need to get an in-wall HDMI cable between your TV and your AV receivers and players. To ensure your cable is ready for the next generation of UHDTVs, make sure its HDMI 2.2 compatible. For shorter cables this is less of an issue, but longer cables could have troubles getting all the required data to a 4K TV.

Speaker wire is essential for anyone looking for integrated music or home theatre sound. Although wireless music systems are great in certain situations, you can’t beat the reliability of a wire. Solutions like Sonos have made their name as a wireless solution, but they also have great products that work with wired speakers. There are lots of opinions on speaker gauge AWG 14/2 speaker wire(thickness) required for speaker impedance and sound quality (e.g. Google “speaker wire gauge distance”), but we recommend 14 gauge for most applications with standard 8 ohm speakers. Speaker wire is denoted by gauge (AWG – American Wire Gauge) and number of wires – for one speaker you would use 14/2 speaker wire. For runs to stereo speakers and volume controls, you can use four conductor or 14/4 speaker wire.

Coax RG-6 cable is still used by cable TV, satellite TV and over-the-air TV antennas. Even if you’re not currently using a system that needs coax cable, it doesn’t hurt to run it to your AV locations in case you change your mind on your TV service. (This assumes we all don’t permanently become cord cutters though!) Coax RG-6, as well as RG-59 which is similar, is also used for some older surveillance cameras.

For similar legacy reasons, you may want to have wiring for a landline phone system too. The good news is that instead of using telephone specific Cat 3, Cat 6 cable can be used as landline phone cable. This way it is flexible for other uses besides just home phone.

There are other low voltage wires that you may also need. For example, most smart thermostats still need thermostat wiring to turn your heating system on/off. Home automation and control systems like Lutron and RTI also use similar wiring between its controllers. Higher end video distribution systems use fibre optic cabling as well. If you’re thinking about these home automation and video distribution systems, you are best served by seeking professional help to plan these.

Regardless of the cables or wire that you require, they must all meet local building codes to be used in walls and in ceilings. Also ensure proper installation with separation from power wires to avoid getting electrical noise spreading to low voltage wires. Its also best to use quality wiring from known manufacturers, as it shouldn’t add much cost vs. having to re-run or fix bad wiring after walls are finished and painted! We’re also big fans of using conduits when possible, as this allows you to easily pull a new cable when required in the future (for example, a new HDMI spec). Take your time and plan out your wiring needs, and as always, reach out if you need help.

Smart door locks can smarten up your door

smart locks for smart homes

Manufacturers have their idea of the smart home of the future and all the cool things they can sell us, but like anything else, its the things that fill a need that are successful. While not everyone needs a smart lock, for those with kids or visitors coming and going or have trouble finding their keys, it can be pretty handy. If you think a smart lock would simplify your life, then here are some points to keep in mind.

First consider how the lock gets locked and unlocked. Some, like Weiser’s Kevo use your smartphone’s Bluetooth to verify its ok to unlock the door. You can goji orange smart locksend your family or visitors eKeys with optional restricted access times that you can also disable. The August Lock and Goji Smart Lock add Wi-Fi, so you can use it over the Internet to lock or unlock your door from anywhere in the world. Note though that Wi-Fi compatible products work ok when your Wi-Fi coverage is good, but Wi-Fi is not known as a mission critical technology. If you want to see who’s at your door, consider one like the Goji that includes a camera.

Companies like Schlage have locks that use a touch pad that Schlage Sense smart home tech lockallow you to program number codes. The Schlage Connect can also talk to your smart home using Z-Wave. Z-Wave is a wireless technology designed for home automation, but you’ll likely need professional help to get a true smart home experience. Same goes for smart locks that use ZigBee (a competing technology).

Smart locks come in common lock finishes like brass and sliver to match your style and decor, and some like the August will be available in colours like grey and red. Most replace an existing deadbolt in 10 minutes or less, and they don’t need electrical re-work as they use batteries. Physical appearance on the inside and outside of the door depend on features and style. Note though that the ones with a unlocking motor will be much louder than a regular deadbolt. And yes, for the less techy, they all also allow unlocking with a regular key.

For people looking to step into the keyless era, we start by reviewing needs and use patterns. Think about what features will make your life easier and what features may be cool but maybe aren’t that useful in your real life situations. Aesthetics are important too, so consider how it will look on your door. Once you have made your smart lock choice and start using it, you’ll find your home a little smarter and more convenient.

Taking home theatre and media room surround sound to the next level

 

Auro 3D home theatre and media room soundSurround sound adds a lot to the experience in a home theatre or media room. Without it, even the biggest and best screen leaves us wanting more. It’s amazing what a great job even a 5.1 system does to help immerse us into another cinematic world. This is done basically with one level (height) of audio. Now, Auro-3D and Dolby Atmos want us to rethink the standard in surround sound by adding height information to really immerse us into another world.

This basically boils down to more speakers, but it literally adds a another dimension to the sound. Most of us are using 5.1 or 7.1 speaker systems where all the speakers are targeted to be at ear level – front right, centre and left speakers with two or four side/back speakers (and the .1 is the subwoofer). The idea is that sound can be more realistic if there is height information. This makes sense, as our ears are capable of differentiating sounds from different levels.

An Auro-3D system would ideally create three levels of sound: surround layer, height layer and top layer (“Voice of God” layer). The surround layer is basically what’s used already with systems like 5.1 and 7.1, and is augmented with height layer(s). Auro-3D has two speaker formats for smaller rooms: 9.1 using two layers and 10.1 with three layers. For larger rooms they recommend: 11.1 and 13.1 – both with three layers. Speaker locations are prescribed, such as the 13.1 diagram below.

Auro 13.1 speaker layout

Dolby’s Atmos is similar with various speaker layouts and height channels, but they have thought of it in a novel way. All that sound information is recorded for a three dimensional space using up to 128 audio tracks. Then the Atmos AV receiver takes it all in and calculates what sounds come out of which speaker based on your particular room’s speaker layout. If you think its complicated, it is, but you can just let the Atmos AV receiver’s brains take care of the tough thinking. In terms of speaker configurations, your can choose a system with five speakers ear height and two speakers overhead to as many as 24 speakers ear level and 10 overhead. So far it looks like Atmos is leading the race with more Blu-ray titles and AV receivers at various price levels on the market.

Ceiling speakers add height information to home theatres and media rooms

Although there is a bit of a format war going on, it shouldn’t be like it was with the Beta vs. VHS and Blu-ray vs. HD-DVD battles. Hopefully the industry has learned it doesn’t do anybody good to make consumers gamble on an unproven format. Sides want to be the standard of choice, but they’re playing nice with each other so far. DTS recently also threw their hat in the ring with DTS:X, so we’ll have to see if it gains traction. Ideally you’ll be able to pick up a AV receiver that will support any of these formats. As mentioned, early results seem to be siding with Atmos, but time will tell. Either way, you should consider these audio formats for your next home theatre or media room.

Clearing up some 4K TV jargon confusion

 

HDMI with HDCP 2.2

We just discussed how prolific Ultra HD 4K TVs were at this year’s CES. Ultra HD or UHD 4K TVs are the next generation of TVs that everyone will be using sooner or later. The problem is that during this transition period not all of today’s 4K TVs will work with future cable set-top-boxes, disc players, etc. The issue comes down to two major pieces of home tech TV jargon: HDMI and HDCP.

We’ll start with HDMI. People may know HDMI as the cable to plug things like an Apple TV or cable box into TVs. The full story though is that HDMI is a standard that defines how a device like a cable box will talk with a TV. Its really a two-way conversation. In the old days it was a one way conversation: a TV cable just sent information using electrical signals to a TV. HDMI still uses electrical signals (in the form of digital data), but information goes both ways, e.g. TV resolution and control info. Since there are so many details that need to be agreed on, industry folks have created standards like ‘HDMI 1.4′ or ‘HDMI 2.0’. If manufacturer’s gear honours the standard’s rules, it can talk to each other usingHDMI cable HDMI. At this point you may be asking what does all this have to 4K TVs? Well, since there is so much data needed for those crystal clear 4K TVs, you’ll need at least HDMI 2.0 for things to work. HDMI 2.0 is the current top HDMI version, and any TV, cable box, AV receiver, etc. has to be at least HDMI 2.0 compatible if you want it to work with 4K TV content.

Ready to move on to HDCP? HDCP is High-bandwidth Digital Content Protection and is a type of digital copy protection. This is a tool to protect TV shows and movies from digital pirates and other content copiers. Movie studios and manufactures have agreed that devices like cable boxes, AV receivers, TVs, etc. must be HDCP compliant, or content will not play properly. As with any arms race, the weapons must be updated. For 4K TV, the agreed level of protection is currently HDCP 2.2. This means that any 4K TV must be HDCP 2.2 to work properly with 4K content.

What all this boils down to is that for 4K UltraHD, any TV or TV device you buy has to be at least HDMI 2.0 and HDCP 2.2 compatible. If not, its quite possible that they won’t work together. Shockingly, not all 4K TVs, 4K AV receivers, and such are both HDMI 2.0 and HDCP 2.2 compatible. This could mean anything from a lower than expected picture quality or a sad, empty black screen. Either way its extremely annoying when you think that you’re buying the latest and greatest technology. Hopefully this helps you understand the issues (and jargon), as the better equipped we all are, the better the home tech experience is for everyone.