When you love tech (sometimes just for tech’s sake), it can be pretty heady stuff to read up on the projects that Google has on the go. Consider this incomplete list, it’s really quite extraordinary:
- Google “X” Robots
- Driverless cars
- Space elevators
- Clean energy
- Extending human lifespan
- Android Wear
You’ve got to hand it to Larry and Sergei. When they dream, they dream big. How cool is it that a couple of guys who came up with a better way to index the web are now in a position to influence the course of human history?
But when you roll the dice on monster concepts, you’ve got to be prepared when some of them don’t pan out. Of the items on the list above, there’s a good chance that all but the space elevator and human lifespan will make it from concept to reality. Even the driverless car–an idea that we were scoffing at less than 6 years ago–is real, and it works and they’re even legal in some places.
What I like about all of these projects is that there is a strong chance that if they work out as planned, they will see mass adoption. A lot of people are going to want the benefits these projects will offer.
But I can’t say the same for Google’s most recent foray into the future: Project Ara.
Project Ara is Google’s concept for a modular smartphone platform. You may have heard of this already under the name PhoneBloks. Turns out, they were once separate efforts that are now united under the combined Google/Motorola banner (even though Google has agreed to sell most of that company to Lenovo).
It’s a fascinating and wonderful idea: What if, instead of having to trade in, sell, or giveaway your old phone when newer features hit the market e.g. a fingerprint scanner or better WiFi, you could simply upgrade just that component, leaving all of the phone’s other features and functions untouched? Moreover, what if you could choose from several sizes of device and then customize exactly which of these modules it came equipped with when new, knowing you could swap the modules later if you needed something different?
It sounds like techno-nirvana, especially for those of us who grew up playing with LEGO and admiring the component Hi-Fi systems our parents had lovingly assembled in the family room.
But as appealing as this concept might be for the small percentage of folks who value versatility and upgradeability over simplicity, PhoneBloks will never reach a mass market and that’s why its future is bleak.
Don’t get me wrong, I would like PhoneBloks to succeed, but after watching industry trends for the last 20 years, these are the factors that are going to work against it:
Though the name makes it obvious (as do the product renderings), let’s not forget that these phones will be well, blocky. Even if the modules themselves end up with gently curved corners and are made as low-profile as possible, it’s physically impossible to create a phone using swappable modules that can be as thin and light as a phone that embeds these components internally. If the PhoneBloks concept takes off, after a few generations the modules might actually evolve to the point where they don’t protrude from the phone’s frame. But even if that happens, the overall product will remain larger and bulkier than an equivalently equipped embedded-design.
The Myth Of Upgradeability
One of the core beliefs that the PhoneBloks concept is based on is that consumers really want to be able to change their phone’s capabilities over time. And while that might be true of certain elements (like wishing you could have a better camera or be able to access Siri) the market has proven itself exceptionally willing to forego features like expandable storage or even replaceable batteries. Just think, back in 2007 when Apple launched the iPhone, people who were used to having BlackBerrys and feature phones scoffed loudly at the iPhone’s sealed battery (not to mention its pathetic battery life). Once BlackBerrys and other competitors started shipping with expandable storage via MicroSD cards, these same people scoffed again at Apple’s apparently disdainful decision to only offer the iPhone in set storage sizes (8, 16, 32 etc.) But we’re all familiar with what happened. The market decided, much to the surprise of tech pundits and Apple’s competitors alike, that these things just don’t matter as much as everyone thought. Did consumers wish that Apple had offered these two features? Perhaps. But you’d never know it by looking at the sales numbers.
The Myth Of Customization
It seems especially true in western countries—and no more so than in the U.S.—that a person’s individual nature is considered holy. We are all unique, with our own personalities, and thanks to our freedom within our wonderful democracies, we get to express these personalities any way we see fit. Or so the theory goes. From that belief comes the notion that what people value is the ability to make an object “their own” through customization. And sure enough, this is true in areas like people’s homes, their choice of clothes, makeup, vehicles and consumption of the arts. Everyone picks what she or he likes. Everyone’s different, right? Actually, no, we aren’t.
The truth is, while we might have differing tastes on small things like the colour of our walls, or brand of footwear we’re loyal to, on a massive scale, we’re far more alike than we’d like to think. Not convinced? Just look at the success of a store like IKEA, or a movie like Frozen, or a musician like Bruce Springsteen. We might not all like the same things, but when we do agree, we agree on a massive scale. So it follows from this that, despite our whining about wanting choice and customization, what we really want is the same thing that a lot of other people want: a really good experience. We happily join the crowd when we find one.
We even have a recent example of customization’s failure to win over a mass market: Last year, Motorola debuted the Moto X, a really well-built, well-designed Android smartphone. It had a competitive feature set, it scored highly with reviewers, and it had a killer feature that should have catapulted it to dominance: In the U.S. you can order it online and pick from a wide variety of case colours and materials including real bamboo and wood. If there was any truth to the notion that the market was being heavily underserved in the area of choice, the Moto X should have been a runaway success. After four months on the market, it had reportedly only sold 500,000 units – a tiny number when compared to the 33.8 million iPhones Apple sold during a similar period. So much for wanting to be different.
The Enduring Appeal Of “New”
PhoneBloks should be lauded for their environmentally-conscious goal of not tossing out a phone simply because you want a feature upgrade. So-called “built-in obsolescence” is a drag. Why won’t my first generation iPad run Apple’s latest version of iOS, for instance? It just makes a ton of sense to stick with the product we bought and then, over time as things change, we just upgrade the parts that need upgrading.
Except that human beings are a peculiar species. We can simultaneously acknowledge the logic of such an idea, while we gaze longingly at the brand-new, shiny model. It’s possible to upgrade a car through the dizzying array of aftermarket products. But most of us don’t. It’s possible to upgrade the components of a desktop PC (as long as it’s not an iMac!) but apart from more RAM, most of us don’t. Even when faced with one of the most popular upgrades of all time: the home reno, it’s amazing how many people will opt to sell their house and buy one that already has the features they want.
We love what’s new, even when it’s only a little better than what we currently own. Especially when buying new won’t break the bank. We see this every time Apple releases a new iPhone model. A huge chunk of the early buyers are always existing iPhone owners, many of whom are upgrading from the immediately prior model.
So despite being able to soup-up a PhoneBloks phone hot-rod style, the mass market will continue to value a shiny new phone over a shiny new Blok.
So What, Who Cares?
If you’ve been thinking throughout this piece that I’m being thick, and that of course the PhoneBloks concept isn’t for everyone, I know what you mean. After all, why get all negative over a new idea just because it won’t resonate with a mass audience? And how do you really know? After all, it hasn’t even hit the market yet and the idea has almost a million supporters. Plenty of successful ideas started small, right? Ahem, Facebook! Yes, yes and yes.
It’s absolutely true that PhoneBloks needn’t achieve iPhone-like sales figures in order to prove itself a successful model for the smartphone industry. But it’s also true that it must nevertheless achieve a minimum level of adoption in order to simply stay alive. Given what I’ve outlined, I just don’t think this will happen. And it’s a shame, because ideas like PhoneBloks are what we need to spark the next round of innovation in an industry that has become dominated by two giants.
Have you noticed that, for the first time in recent memory, Apple seems to have pulled back on its blistering rate of new, innovative product launches?
Consider the fact that although the company refreshed virtually every product in their line-up this year, and even introduced a new, smaller iPad, not one of these products is an innovation in the market. They are evolutionary, not revolutionary.
This innovation “lull” comes at a dangerous time for Apple. Its core product lines: the iPhone, the iPad and the Mac (including desktop and laptop models) are under the kind of competitive pressure that hasn’t been seen in years. Android as a mobile OS has finally come in to its own, and is seeing huge success, especially in its Samsung Galaxy SIII guise which, for the first time since the iPhone’s debut in 2007, has outsold Apple’s flagship.
At the same time, Microsoft is taking the enormous gamble of leap-frogging Apple in the desktop OS market with Windows 8 – an OS that fuses touch-based computing and classic mouse-and-keyboard computing into a single experience.
Some might say that this situation is a natural part of the technology life-cycle. Product innovation happens in waves, especially at the hardware level. Perhaps we’re simply in the trough of a hardware innovation wave.
That being the case, the obvious place for Apple to try differentiating itself (until its next revolutionary product) is with software. The company already enjoys an enviable ecosystem where hardware and software are designed in lock-step, ensuring that the one always complements the other. But it’s time to do more.
Apple seems to have overlooked one of the most promising areas of mobile computing: contextual task automation. In some ways, it’s hard to believe that they’ve missed this boat. After all, Mac OS X has some of the most powerful automation tools of any OS: AppleScript and Automator.
Between these two tools, users can exercise almost any level of control they desire over the functions of their Macs. Automator provides a graphical way of doing so, and requires no programming knowledge whatsoever. AppleScript can fill in the blanks, giving power-users even greater control.
If you’ve never heard of these tools, or you have but have never used them, there’s a good reason: task automation on computers is largely used by professionals to speed up workflows by having the computer complete certain repetitive tasks. But its power is limited by the number of contexts users find themselves in. Given that the average PC, whether desktop or laptop, has no GPS, accelerometer, compass, barometer, phone or proximity sensors, it’s almost deaf, dumb and blind compared to a smartphone (bad analogy given that all PCs have webcams, mics and speakers, but bear with me).
But mobile devices are a different story. They’re with us wherever we go and connect us to every type of information imaginable. Best of all, they have a high degree of contextual awareness thanks to the various sensors mentioned above. This fact has not been lost on the Android camp.
Recently, two examples of contextual automation have caught my attention. The first is the Motorola ATRIX HD LTE, an Android smartphone that Motorola has customized with various options including something they call Smart Actions. At their core, Smart Actions are simply a way for a user to create “if/then” conditions for just about any situation s/he can think of. One fabulous example: IF I’m driving and someone texts me THEN send the following automatic reply “Thanks for your text. I’m currently driving and will respond when it’s safe to do so.”
There are dozens of such useful conditions that users can customize (the phone ships with several pre-programmed options).
The other example was demo’d for me last week: Sony’s new “Bond Phone”, the Xperia T, comes with Smart Connect, a free Sony app that can be installed on any Android 4.0 device. Much like Smart Actions, Smart Connect lets you script trigger events in addition to managing certain external devices like Bluetooth headsets.
So why then, has Apple ignored such a fantastic opportunity to be the dominant player in contextual automation?
Not only does the Cupertino juggernaut have a wealth of experience in this area, they have a uniquely synchronized set of hardware, software and services. Imagine the possibilities for a customer who is fully committed to Apple’s ecosystem and owns an iPhone, iPad, iMac, Apple TV and several AirPlay-compatible speaker systems.
Here’s just one scenario…
Our happy-go-lucky Apple user is strolling home after getting off the bus/streetcar/subway, while listening to her favourite podcast on her iPhone. But as she arrives at her front door, the podcast still has 10 minutes left. As soon as she unplugs her EarPods, her iPhone automatically routes the podcast over AirPlay to her speakers in the living room. A text message is sent to her boyfriend who is working abroad, letting him know she’s home if he wants to FaceTime before he turns in for the night. Because the time is now 5:30 p.m., her notifications preferences switch so that new emails from work no longer trigger sounds or vibrations, but personal emails still do.
Needless to say, that was the best I could do off the top of my head, but clearly the possibilities are endless. But there’s no reason why Automator for iOS shouldn’t be social too. I could see an entire scene developing around such an app, with users sharing their favourite scripted events and even in-app purchases, so that developers with a knack for AppleScript could sell advanced Automator processes designed for professionals of all stripes.
So readers, what say you? Would Automator for iOS be the kind of thing you’d like to play with? Or are you content with the existing automatic processes within iOS? Or does Siri do all of your bidding?
Let us know!
Today, Apple unveiled what will no doubt be its bread-and-butter products for the all-important holiday season and into 2013: an all-new iPhone 5 and revamped versions of the iPod nano and iPod Touch.
Thanks to the many leaked photos and generally accurate rumours, the iPhone 5 introduced by Phil Schiller and Tim Cook was almost exactly what we were expecting: A thinner, lighter, faster, taller and LTE-enabled smartphone. About the only feature that didn’t make it from rumour-mill to reality was the inclusion of NFC (Near Field Communication) which would have enabled the contactless-payment scheme that is currently being pursued by Google and others. For an explanation on why Apple left this and wireless charging out, see this interview with Phil Schiller.
In typical Apple fashion, the new iPhone has given potential buyers just enough to feel that it’s a worthy upgrade over devices that are now two generations old, yet not so much innovation that iPhone 4S owners will be left weeping over their now-obsolete cellphone. I call it the “leap-frog” approach to Apple’s product marketing and so far, it has held true for every new version of the iPhone.
But many argue that especially in today’s super-heated competitive market, “just enough” just isn’t enough. Samsung, Nokia, HTC and others have all made enormous leaps of their own, with many bringing features to the smartphone game that eclipse what Apple has offered. The big question is: Can the iPhone 5 compete against the likes of the Samsung Galaxy S III, Nokia Lumia 920 and HTC One X?
My take on this is unchanged from yesterday. While Apple’s Android and Windows 8 Mobile-based competitors are giving consumers more choice than ever, Apple’s formula is still rock-solid. If you are an existing Apple iPhone user – and millions of you are – the iPhone 5 is a logical and satisfying upgrade. Here’s why:
- You get a larger screen without needing to carry a device that feels chunkier. Thanks to Apple’s decision to preserve the iPhone 4’s width, while shrinking the thickness down to an impressively thin 7.6mm, the iPhone 5 will look and behave like a larger phone without feeling like one
- With LTE on-board, the iPhone 5 is now just as fast – perhaps even faster – than any other 4G/LTE handset on the market
- Improvements to the two cameras means that the iPhone 5 maintains its position as arguably the best mobile phone for taking photos and video
- None of these improvements will hurt battery life. In fact, if you have an older iPhone, it might be a bit better
- Improvements to the primary CPU – now an A6 chip – will make the iPhone 5 feel downright zippy
- Price: Starting at $199 for the 16GB model (on contract) means that it costs no more to get a brand new iPhone than it did two or even three years ago if it’s time to renew.
If you aren’t already an iPhone user, these features make a good argument for becoming one. But not an airtight argument. As Reuters has pointed out, the iPhone 5 is impressive in many ways, yet lacks a “wow” factor. Unlike the iPhone 4 with its dazzling Retina display, or the 4S, which brought Apple’s “intelligent personal assistant” Siri to life, the latest iPhone is an attempt to prove that if you take an already successful phone and optimize every aspect of it, you have a compelling new product. For some, that attempt may seem lacking.
Meanwhile, if you feel that bigger is better when it comes to screen size, there are several Android-based models that offer larger views of your content, the web, etc. They may not have a higher resolution than the iPhone, but sometimes there’s no substitute for square inches. Likewise, if you think a smartphone ought to come with a stylus for taking notes, interacting with the screen and getting finer control for tasks like painting/drawing, the Samsung Galaxy Note which appeared earlier this year, is still a great choice.
In addition to the iPhone 5, Apple also updated two of their iPod models. New for 2012 are the iPod Touch, which benefits from many hand-me down iPhone technologies such as a larger screen, thinner body, better cameras and a faster chip, while the biggest surprise of the day went to the new iPod nano which has actually gone up in size.
Apparently the diminutive square design of the previous nano didn’t work out as well as Apple had hoped, and proving once again that they’re prepared to get rid of something that isn’t working, they have re-imagined the nano as a larger, multi-touch device that once again has the ability to play video – a feature that was dropped in the last generation. Also new to the nano is Bluetooth – something that fitness-addicts have been begging for in order to free themselves from the inevitable tangle that results from working out with wired earbuds.
Yet while Blutooth is great for the gym, so was the built-in clip that the older generation included, but that feature has been axed, sending future iPod nano owners back to third-party accessories if they want to keep their music players within easy reach.
I think the decision to reformulate the iPod nano is a good one. They’ve given the popular media player some great new (er, old) features. But best of all is the price: unchanged at $149, which by the way, is for a 16GB model – the only memory option now for the nano.
And while I’m equally excited to see the iPod Touch pick up some very welcome improvements – especially the camera, which now has an LED flash and 5MP sensor – the price point is a big disappointment. Gone are the 8GB and 16GB options and gone too is the $199 entry-point price. Instead, the cheapest redesigned iPod Touch now starts at a heart-stopping $299 for 32GB.
Yes, they did drop the price on the older, 4th gen iPod Touch 16GB to $199, and yes, the new model gets Siri (the first WiFi-only device to do so) but that’s cold-comfort for those who have been waiting for a new iPod Touch redesign.
$299 is simply too high a price for a product that has become the go-to alternative to portable game systems like the Nintendo DSi/3DS or Sony PS Vita, both of which sell for less than the new iPod Touch. Even $249 would have been easier to swallow.
I would have preferred that Apple have discontinued the older iPod Touch completely, and offer up a 16GB (new) iPod Touch for $199 rather than this two-model, two-price points strategy.
Okay readers, that’s my take. What do you make of all of the Apple hoopla from today’s event? Excited for the new gadgets or feeling a little let down?
You do not need to spend $169 on a home router. There are plenty of great Wi-Fi routers out there that can handle the basic job of connecting your home to the internet and giving all of your wired and wireless devices the access they need. Find a refurbished model on sale and you might be able to spend as little as $20.
But, if you want to supercharge your home networking experience with a previously unavailable number of features, Cisco’s Linksys EA4500 is about as good as it gets.
The slender, black and silver device has all of the usual features you’d expect in a high-end home router: Dual-band Wi-Fi N (with backwards compatibility for b/g flavours), guest access, printer sharing and even gigabit LAN networking via the router’s 4 built-in ports.
Where the EA4500 really stands apart however, are the extras.
The EA4500 is one of the first Cisco routers to support the company’s Connect Cloud interface. Connect Cloud does several things to make managing a home router easier and more powerful.
- Streamlined interface: Out of the box, a Cisco Linksys router already has one of the easiest control interfaces on the market. Using the included Cisco Connect software, you get a straightforward, panel-based view of your router’s basic functions. Once you complete the free, firmware-based upgrade to the Connect Cloud control panel, this view becomes even more informative, showing you at-a-glance info like network health, how many devices are connected to your router, whether guest access is turned on or off, plus several other handy data points.
- The ease-of-use continues on the left side of the Connect Cloud interface with icons that give you one-click access to security settings, parental controls and every major area of router configuration.
Shared storage via the USB port. Plenty of routers will let you share a printer via the on-board USB port, but the EA4500 goes one better by letting you connect any kind of USB 2.0 storage device which becomes accessible over your network to all of your other devices. Given that you can pay hundreds for a NAS (network attached storage) drive, this one feature alone might be worth the price of admission. Once attached, you can set folder permissions (open to everyone, or go user by user for each folder on the drive), turn on FTP (File Transfer Protocol) which lets you access the drive from the internet, and turn on the Media Server which configures the drive as a DLNA/UPnP accessible volume – translation: you can access the contents of the drive from any tablet, smartphone, game console or media extender that supports either the DLNA or UPnP protocols.
- Online access to your router. Unlike non-Connect Cloud routers, the EA4500 can be accessed anytime from any internet-connected computer. This might seem like overkill, but if you’ve ever been away from home only to have your kids call to complain that Netflix keeps stalling, you’ll appreciate the ability to log in to your router from the office, hotel etc., perform a re-boot of the device and never once needing to tell someone at home to go and power-cycle the router physically (something that scares me when I have to send an 8 year-old to do the job!)
- Support for 3rd party apps. Yes, I know, apps are everywhere these days and now home routers are no exception. While the usefulness of Connect Cloud apps is limited at the moment (Cisco’s own Connect Cloud app for iOS and Android merely reproduces the features discussed in points 1 & 2 above, on your smartphone, there is a lot of potential in opening up the Connect Cloud environment to developers.
Lest we forget, in addition to these handy new features, the EA4500 also sports some of the longest-ranges in terms of indoor and outdoor connectivity you’ll find on a home router, thanks to its 6 internal antennas.
So if all of this sounds pretty good, but still not quite enough to justify the price, hopefully the best is yet to come. If developers jump on the Connect Cloud bandwagon, we could start seeing some seriously cool apps that would extend the EA4500’s capabilities even further.
Devs, if you’re out there, here’s my wishlist:
- Real-time device monitoring. Sometimes, when I walk by my home office and glance at the DSL modem, I see the activity lights flickering away like crazy. Something is consuming a lot of bandwidth, but I can’t figure out what it is. In our house, with as many as 10-15 Wi-Fi devices on the go at any time, it would be super helpful to be able to pull up that list of device and see in real-time which ones are consuming data and how much. This would not only help assuage my paranoia when I think someone has managed to crack my Wi-Fi security, but could be handy in figuring out of the kids are secretly watching YouTube when they’re supposed to be reading or sleeping!
- Remote media playback console. If you’ve ever used Plex or XBMC, you know just how much fun it is to be able to access all of your media through a thoughtful and intuitive user interface. But both of these tools require that your run server software on your Mac or PC. I’d like to see a Connect Cloud app that provides this same functionality for accessing all of the media attached to the EA4500’s USB storage port. FTP is nice, but it ain’t pretty.
If you’re a music junkie, now is a great time to be alive. Not only is it easier than ever to find and buy new music, it’s completely portable. Through devices like iPods, iPhones and other digital media players, your tunes can go wherever you go.
There has been one tricky exception to this digital revolution, and that’s in-home audio.
Yes, you can buy some great docks that let you plug in your i-device or other gadget and get the tunes going in at least one room. But if you’ve got your entire library on your computer, it seems silly to rely on your portable player’s limited memory, plus docks attached to the sounds systems in each room. Thankfully there are two great alternatives if you want to have whole-home control over your music without having to resort to ridiculously expensive professionally installed systems.
A little while ago, Apple started experimenting with transmitting music around Wi-Fi and wired networks from their iTunes software. They called it “AirTunes.” As the name implies, with just iTunes running on your computer, and a compatible AirTunes device like Apple’s AirPort Express, you could be listening to your iTunes collection anywhere you could plug in an ethernet cable or be in range of your Wi-Fi network.
Over time, Apple renamed the feature to “AirPlay” since it became capable of images and videos as well as audio. AirPlay is now an ecosystem unto itself, and many manufacturers are creating audio systems with AirPlay technology baked right in, so no additional hardware like the AirPort Express is needed. The AirPlay component is automatically detected by iTunes.
Currently the limitations on AirPlay are: You can’t stream more than one song to multiple AirPlay speakers from iTunes (they must all play the same song or none at all) and, iTunes itself is the only source of AirPlay audio from your Mac or PC. To access your iTunes library, your computer must remain on, with iTunes running the whole time. You can however, use an i-device like an iPhone or iPad to create a second stream of audio to your AirPlay speakers, but only one. Multiple speakers can only be accessed from iTunes on a computer.
Finally, because AirPlay runs over regular Wi-Fi, if you have other devices that are fighting for Wi-Fi bandwidth, you could experience some interruptions to your music streaming.
Long before Apple started its AirTunes/AirPlay ecosystem, a small company called Sonos was busy creating their own proprietary standard for wireless home audio. They call that standard “SonosNet” and it is effectively a separate WiFi network that runs parallel to your home’s existing network, but because all of the bandwidth is dedicated to streaming Sonos audio, interruptions are avoided. Plus, every Sonos component you add, effectively extends the size of this network, making it more robust.
The Sonos system is made up of two types of components: The software controller (which can run as an App on your smartphone, iPod Touch or tablet) and the hardware player (there are three different kinds of players: All-in-one speakers, amplified players and non-amplified players). You may also need a Sonos bridge device if your home router is located too far from any of the hardware players and running an ethernet cord to the nearest one isn’t practical.
Other than the dedicated wireless network, benefits include: No need to leave your computer turned on if you store your music on a networked-hard drive. Sonos doesn’t need the iTunes software, but it can still access and play all of your iTunes music, as long as the songs are DRM-free. Sonos can play more than one song to more than hardware player. The software controller gives you the ability to group and ungroup players as you see fit. Want one song in every room simultaneously? No problem. Want a different song in each room? It can do that too. The system can also be configured to split a stereo signal between two different hardware players, so that one acts as the left speaker while the other acts as the right.
Limitations on Sonos at the moment are: Sonos is purely for audio. There are no hardware players that connect to your TV or other display devices for showing movies and images. Sonos doesn’t play nicely with AirPlay, unless you buy an AirPort Express and mate it to one of your hardware players, but this is a bit tricky and not every hardware player supports it. There is no way to stream music wirelessly from your smartphone or tablet to a Sonos player, however you can buy special docks that let you use your iPhone or other device as a source of music for the whole SonosNet network. The disadvantage being that if you use that same device to control your Sonos system, you won’t be able to walk around the house with it. Sonos makes two different all-in-one speaker hardware players: the PLAY:3 ($329) and the PLAY:5 ($449).
One of the simplest ways to enjoy a Sonos system is to buy their Sonos PLAY:3 all-in-one speaker system ($329). Using the PLAY:3 wirelessly means you’ll also need the Sonos Bridge ($59). The PLAY:3 is a small, self-contained stereo speaker cabinet which comes in two colours: black and white. Other than an ethernet port on the back, and some small volume buttons on the top surface, the PLAY:3 is as minimalist as it gets. Even the power transformer is contained inside the PLAY:3’s cabinet, leaving only the power cord exposed.
Many people have noted that Sonos takes their design inspirations from Apple and that is very clear in the PLAY:3’s overall look and feel. You can rest the speaker flat, in a landscape orientation, or you stand it on one end to fit into narrower locations. The cabinet has small rubber feet for both options. The speaker’s volume can be controlled either from the software controller, or the physical buttons on the cabinet.
Set-up of the PLAY:3 couldn’t be easier: Simply install the Sonos software on your computer, power on the bridge and the PLAY:3 and follow the on-screen instructions.
As Sonos’s entry hardware player, the PLAY:3 lacks some of the options found in the rest of the Sonos line-up, specifically: there is no auxiliary audio jack and indeed no jacks of any kind other than ethernet. This means that they PLAY:3 is strictly for playing Sonos audio sources and can’t be used as an AirPlay speaker nor can it send its audio to a secondary device like a sub-woofer. There is also no way to power the PLAY:3 down when not in use – it is always on. A somewhat hidden but handy feature is that you can plug any ethernet device into the back of the PLAY:3 and get internet connectivity through the SonosNet wireless network.
One of the earliest companies to join the Apple AirPlay bandwagon is Pioneer. The Japanese company with a long history of making consumer audio products, has embraced AirPlay in almost its whole range of home theatre receivers, and this summer they are debuting their first stand-alone all-in-one AirPlay speaker systems.
There are three models to choose from: the XW-SMA1 ($329), A3 ($429) and A4 ($429) – available in the coming weeks. The A1 and A3 are acoustically identical, the only difference being that the A3 has a built-in rechargeable battery and is somewhat splash-proof for outdoor use. The A4 is a higher-end unit which is more comparable to the Sonos PLAY:5.
For my comparison, I tested an A3.
The SMA1/3’s cabinet (only available in black) is sleek and glossy, without any physical buttons. Along the bottom of the unit are several LED indicators to signal power, network and input status while on the other side are touch-sensitive buttons areas for power, input and volume up/down.
Around the back, you’ll find ethernet, USB, AC in and an auxiliary mini-jack. There is also a small button for activating the speaker’s network set-up functions and a stubby antenna near the top which can be raised and lowered on a rotating cuff to improve Wi-Fi reception.
The SMA1/3 is taller but shallower than the PLAY:3, and it weighs 2 lbs more than the Sonos. Unlike the PLAY:3, the SMA1/3’s power supply is an ugly brick which you’ll need to tuck away so it can’t be seen.
In terms of music streaming options, the SMA1/3 is a virtual Swiss Army knife. Much like the PLAY:3, it can be connected to your network via ethernet or Wi-Fi. Once on the network it will recognized as an AirPlay speaker by iTunes and any iOS device you have. But beyond that, the SMA1/3 is also recognized as a DLNA 1.5 compatible player, which means you can stream music to it from other devices such as your PC, even when not using iTunes.
The SMA1/3 also boasts the ability to handle direct-streaming from certain devices. If you have an i-Device, you can set-up the speaker with Wi-Fi Direct, bypassing the need for a full Wi-Fi network. While this is similar to Bluetooth streaming, it is much more flexible – the Wi-Fi range is much farther than Bluetooth. Similarly, if you have an HTC One smartphone, you can use HTC Connect to establish a direct stream from your phone to the SMA1/3.
Finally, you have two wired options. The first is via the USB port. Connect your iPhone or iPod/iPod Touch using your existing dock cable and you can play music directly. As a bonus, the SMA1/3 will also charge your device. Alternatively, you can use any other portable media player (even an analogue one like a Sony Walkman Cassette player!) via the AUX in mini-jack port.
The SMA1/3 also comes with a dedicated credit-card sized infrared remote to control power, volume, play/pause, next/prev track and input mode from across the room, though in practice this isn’t needed if you’re using AirPlay to control the action via an i-Device.
If you opt for the SMA 3, you get a 5-hour battery and a degree of weather protection for outdoor use.
Each of the networking options offered by the Pioneer unit worked well, and I was especially impressed by the unit’s ability to pull my home Wi-Fi setting from my iPhone when I connected it via USB – that’s a neat trick which I haven’t seen before and it dramatically reduces the hassle of networking a device like this.
So, How Do They Sound?
When it comes right down to it, regardless of the features, you’re buying a speaker system so it had better sound good.
Before I proceed, let me point out that I am not a professional audio reviewer. I have, however tried the SMA1/3 and the PLAY:3 side-by-side using identical tracks and sources as well as some differing material.
The Pioneer and the Sonos are designed to provide what is, in the opinion of their engineers, the best sound characteristics at all volume levels. Some tweaking can be had using the Sonos’s adjustable treble, bass and loudness controls. Strangely, even though the Pioneer lists “Sound Effect (EQ, DRC, Loudness)” on its feature sheet, I was unable to find any way to control these settings. Update: Pioneer has confirmed that while these features are part of the SMA’s audio design, they are turned “on” by default and cannot be adjusted by end-users.
The good news is, they both sound great. The SMA1/3 and the PLAY:3 go for clarity over power with the SMA1/3 excelling at delivering crisp, bright highs. But there is a definite winner in this contest and that title goes to the Sonos PLAY:3. I suspect the reason is the PLAY:3’s speaker profile. Sonos has employed 3 separate Class D amplifiers, one for each of the speaker’s three drivers (1 tweeter, 2-mid-range). It also employs a bass radiator – a passive system for reproducing low-end sounds. The result is a fuller, richer sound than the Pioneer unit offers. It can be heard across all genres of music, but I was especially aware of it when playing jazz – the PLAY:3 let me feel more of bass thrumming than the SMA1/3.
Though Pioneer doesn’t get as specific as Sonos as to the design of their speaker, on the surface at least, they seem close enough: 2 Mid-range, 1 Tweeter and a Bass Reflex Port. Perhaps Sonos’s use of dedicated amps, plus their choice of the bass radiator over the bass reflex is enough to make the difference.
There’s no question that Pioneer targeted the Sonos PLAY:3 in designing the SMA1/3. The size, shape and functionality all closely mirror what Sonos has done. For the most part, this approach is a success, particularly where the Pioneer fills in the feature gaps left by the Sonos. In terms of versatility, you get a bigger bang for your buck with the Pioneer. But Sonos has the edge when it comes to overall sound quality. So which to choose?
To figure this out, you need to determine your priorities. If you want to buy a single unit that will complement your existing sound set-up at home and you’re not looking to build out a dedicated network of audio components, or if you’re a student or someone who lives in a small 1 or two bedroom apartment, the Pioneer SMA1/3 is a great choice. You get plenty of versatility and compatibility and while it doesn’t sound quite as good as the Sonos, you might well feel the extras offset this difference. And I should reiterate – the Pioneer does sound very good. We’re not talking about night and day here. If I hadn’t played the two units side by side, I would have no reason to criticize.
If, on the other hand, you want a dedicated and expandable wireless home audio system that can grow as you grow, the Sonos is the preferred choice. It lacks the Pioneers multiple source options, but its fuller sound works better in big rooms.
Whichever you go with, you’ll be enjoying the leading edge of wireless audio – easily the best thing to happen to music since the first CD was ripped to a PC.
Earlier this year, a new company known simply as “Nest” announced their first product: the Nest Learning Thermostat. Now available in Canada, its distinctive round shape is a design throwback to the non-programmable thermostats of a few decades ago.
That simple, elegant exterior which immediately drew praise for the way it complemented nearly every decor masked a highly sophisticated internal design that is more smartphone than thermostat. The Nest’s central selling feature (other than a design which sets it apart from every other thermostat on the market) is simplicity. It is designed to be a thermostat that never needs to be programmed because it has the ability to “learn” your needs and then program itself accordingly thus saving you time and hopefully, money too.
How much money? Up to 20% savings on your energy bill according to the company’s claims.
Nest achieves this savings by doing something automatically that people, it seems, don’t do by themselves: actually program a programmable thermostat. The company quotes a study which claims that 90% of programmable thermostats are rarely or never programmed.
How does it work?
After installing the Nest in place of your existing thermostat (see video below) and walking through a simple set-up procedure, you simply rotate the Nest’s outer ring to the desired temperature and walk away. The Nest will keep your home at that temperature until you change it – which is something you should do as often as possible during the first week. This is the Nest’s break-in period in which it learns your needs but also your habits. Thanks to a collection of on-board sensors, the Nest can determine when you are at home, when you are sleeping and when you are away. It uses this information combined with the temperatures that you physically set to come up with its own set of program parameters.
At any time you can view this self-programmed schedule (for an entire week) and make adjustments if you feel the Nest hasn’t chosen optimal settings.
In theory, this whole process should be very straightforward and not at all time-consuming – after all, this is supposed to be far easier than programming a regular thermostat. In practice however, I found that it wasn’t so simple.
What is the temperature?
One of the big differences between a standard thermostat and the Nest, is the way temperature is determined. You might think that 20 degrees is a standard measurement of temperature but the Nest has a different opinion. Nest has a range of sensors that measure temperature, humidity, and ambient light levels so when the Nest tells you it’s 20 degrees indoors, it can often feel colder, when compared to what 20 degrees felt like when your older thermostat said it was that temperature. As an explanation for this discrepancy, the company says, “Not all thermostats are created equal. Different manufacturers use different sensors and different methods of calculating the ambient temperature. The thermostats can sometimes arrive at different ambient temperature measurements as a result.”
Control freaks, beware
The Nest’s fully-automated setting, known as Auto-Schedule learning, is the feature that will have the greatest effect on your energy costs if you’ve never bothered to program your thermostat. It does this by combining the temperature settings you provide via the outer ring, with what it can detect of your at-home vs. away behaviour. After a few days, if you take a look at the schedule screen, you can see the results of this process. It may surprise you. I found that the Nest had decided on several temperature settings throughout the 24-hour cycle that seemed counter-intuitive. On Mondays, for instance, it included several temperature points that we colder than any temperatures we had ever input manually.
Upon closer inspection I found many of these seemingly random settings thrown in throughout the week (the Nest lets you program as many temperature settings over the course of a 7-day cycle as you wish) and became frustrated by the system’s decisions.
Again, if you never program your thermostat, the Nest’s Auto-Schedule is bound to save you money. But for someone like myself, who has always been very picky about programming the hell out of my thermostat, it seemed to be kicking on the air conditioner more than I would like.
Why it needs Wi-Fi
The Nest is truly a thermostat for the internet era. Its on-board Wi-Fi connects to your home network (no wired option exists) so that you can leverage some of the Nest’s features from the road. Using a PC with a web browser or the free Nest app for iOS and Android, you can set the temperature directly or access and change the schedule. This is handy for those situations where you depart from your normally schedule comings and goings, and want to get the house warmed up or cooled down before you come back. I’d like to see Nest add another feature to this app: send you an alert if it is taking an unusually long time to reach your set temperature – something that could indicate a serious problem with your air conditioner or furnace. N.B.: The Nest takes its power from your furnace/AC’s existing wiring. There is enough voltage to keep the Nest operational. However, it may not be quite enough to keep the Wi-Fi portion of the Nest’s functionality going all of the time. In my installation, I’ve noticed that if I keep the Nest’s display lit for longer than about five minutes, the battery depletes to the point where it can’t maintain the Wi-Fi connection. Typically, it regains the charge necessary to re-connect within a few hours. The company does mention in the install manual that this can happen, and if it becomes a constant problem, you can have a professional installer do some extra work to provide the Nest with the voltage it needs to be fully charged all of the time. For me, it hasn’t been worth going this extra step.
Home or Away?
We mentioned before that the Nest can tell if you’re around or not. Those on-board sensors can detect movement up to 20 feet away. When it thinks you’re not home, it enters into an “Auto Away” mode, where it suspends all heating and cooling functions in order to save energy. But it does so within parameters that you set. These so-called “safe temperatures” are the minimum and maximum temperatures that you are comfortable with when away from home. I set mine at 65F minimum, 80F maximum (yeah, I know those are Fahrenheit, but for some reason I’m incapable of thinking in Celsius when it comes to indoor temperatures. Weird, right?) which seemed prudent given that we have cats. If the house was truly empty when we’re not there, I might have set these even farther apart.
See the savings
The Nest has two ways of showing you how much energy you’ve saved, should you care to look. On the Nest itself, you can enter the Energy option to view your energy history, day by day and get a sense both visually and via text of your energy usage. There’s no dollar value attached to the number, simply an indication of how long your AC (or furnace) was actively cooling or heating your home.
But if you really want to do a deep dive on your energy consumption, the iOS or Android app is the way to go – especially on a tablet. The Nest app’s detailed breakdown of energy use by day not only shows you precisely when and for how long you heated or cooled your home, it also shows you why any particular day was above or below average. Sometimes weather is the cause. Other times your own intervention will be the reason. Or the Nest will have saved you energy via AutoAway – all of these explanations are displayed on the energy tab.
Does it actually save money?
It depends. If you never bother to program your thermostat, the Nest will save you money for sure. Even if you don’t bother to try teaching the Nest, its Auto Away feature will at least keep unnecessary heating/cooling while you’re away to a minimum. If you opt for manual programming and essentially use the Nest the same way you would a conventional programmable thermostat, it can still save you a bit of cash – mostly in the summer. The Nest has a feature called AirWave, which takes advantage of the fact that when your air conditioner’s compressor turns off, the cooling elements that reside inside your furnace tend to stay cold for several minutes. During that time, the Nest keeps the fan going. Because the compressor is the part of the AC system that uses most of the electricity, the Nest can keep cooling your home at a much reduced expense – at least for a few minutes. It’s a neat trick that few if any other thermostats can do.
But to really see the financial benefit of the Nest, you need to a) have never programmed a thermostat before and b) be diligent in training the Nest during that key 1-2 week break-in period. Even though I have had the Nest installed for a month, it’s still too early to tell just how much money it may have saved me. Only a detailed analysis of my utility bills from the same period a year ago will reveal any useful numbers, and even then, with the incredibly hot summer Ontario has had this year, a meaningful comparison may be impossible.
Can the average homeowner justify a $250 thermostat? If you’re genuinely too intimidated by your existing programmable thermostat to actually program it, or your thermostat is so old it can’t be programmed, then yes, the Nest – even at $250 will likely pay for itself within a year, maybe two at the outside. After that, you’ll be saving money. Though the initial set-up may seem a bit daunting, the Nest, in day to day use is as straightforward as you could ask.
For the folks like myself who have always paid close attention to their heating and cooling settings, the savings may be harder to achieve. But even if it takes several years for the Nest to help your bottom line, the product does have other features which may help you justify the steep price of admission.
Being able to remotely control your home’s heating and cooling from anywhere in the world is pretty awesome. Add to that a detailed overview of your energy usage and the ability to program a nearly unlimited number of temperature control points on a 7-day schedule, and you might just find $250 a small price to pay for that level of control and information.
Finally, if you’re really looking for a reason to buy a Nest, there’s always the cool factor (and I don’t mean AC) – the Nest will look better on your wall than any other thermostat I can think of, and I guarantee it will be a conversation piece for the foreseeable future!
Bought a Nikon dSLR or Nikon 1 in the last 12 months? You might want to take a closer look at the battery pack that came with it.
Nikon has issued a recall on their EN-EL15 Lithium-Ion rechargeable batteries due to the potential for a short-circuit which could damage the battery, your camera and possibly you.
The batteries shipped with all new D800, D800E, D7000 cameras and the Nikon 1 V1 advanced camera with interchangeable lens.
The unit is also currently on some store shelves separately listed as Nikon’s model number 27011.
The recall does not affect the actual cameras themselves – just the batteries.
If you suspect your battery is affected by the recall, here’s what you should do:
- Check if your battery is part of the recalled group by examining the 14-digit lot number located on the underside of the battery
- If the 9th character of the lot number is E or F, your battery is being recalled – Remove the battery from your camera immediately and don’t use it.
- If the 9th character is any other letter or number, your battery is not being recalled and you can continue using it
If you do have a recalled battery, you need to contact Nikon to arrange for a free replacement. Check out the process for doing this on Nikon’s recall page. Unfortunately all recalled batteries must be returned to Nikon and can’t be returned to the authorized retailer where the camera/battery was purchased.
Readers, have you been affected by this recall?
We’ve covered wireless audio solutions before here on Sync, and by golly we will continue to cover them – wireless audio is one of those technologies that can change the way you experience media. Well executed, it can bring a goofy smile to your face as you try to contemplate how you ever lived without it. Poorly executed and it leaves you wondering what all the hype is about.
Unfortunately HP’s Wireless Audio falls into the latter category.
Before we get into why, let’s review some of the basics.
The primary goal of any wireless audio system is to let you experience the digital music that you have stored on your computer, smartphone or other device on a set of speakers that are better suited to the task and often located in a different room than the device with the music.
Sometimes the speakers belong to a high-end home theatre system, sometimes they’re just a small tabletop radio with an auxiliary input. But they aren’t the tinny things that come stock with most laptops or PCs which means your music is going to sound a lot better.
There are three wireless technologies that companies have used for this. First is Wi-Fi (or a proprietary version thereof). Its strengths are distance – it can usually cover your whole home and sometimes more – built-in networking (you can do more than just stream music over it) and flexibility (there’s virtually no limit to how many devices can share a Wi-Fi network, and you don’t need extra hardware). It’s drawbacks are mostly related to reliability. Because only a few Wi-Fi routers can help to prioritize one type of network traffic over another, streaming music can sometimes cut-out or fall out of sync with a video source.
Second is Bluetooth. It’s a piece of cake to set up, almost all modern laptops and smartphones support it, audio quality is good and lag is rarely if ever an issue, but it caps out at about 30m of distance and so far, Bluetooth connections can’t be multi-device (I can only stream my music to one Bluetooth speaker at a time).
Third is fully proprietary wireless signal. This is used by HP’s Wireless Audio. Proprietary wireless’s main strength is that the devices which use it share a dedicated, highly reliable signal which can be used to deliver a wide range of audio including 5.1 surround sound. The down side is that you have to use a dedicated wireless dongle with limited transmission strength. Depending on the frequency(ies) and power used by the system it may or may not be successful in penetrating walls and other structures.
Thus is the weakness of HP’s Wireless Audio solution. In testing out the review unit, I found I wasn’t able to maintain a connection between the receiver unit and my laptop which had the USB dongle, unless I stayed within about a 15-20 feet “safe zone.” The orientation of the laptop (and thus the dongle) also made a big difference at the edge of the safe zone. This is in stark contrast to HP’s claim of “30m bi-directional range,” using a tri-band combination of 2.4, 5.2 and 5.8Ghz frequencies. If you’re hoping to get your music from one end of the house to the other, the HP Wireless Audio system isn’t going to deliver.
I was also disappointed that HP hadn’t created a free app that I could download to an iOS or Android device so that I could control the audio remotely. That feature exists for both Apple’s AirPort Express as well as Sonos’s wireless solution.
So without the ability to effectively stream music from more than one room away and with no built-in way to control the audio on the computer, I found myself wondering exactly who the system was meant for. Which application had HP envisioned when they created the Wireless Audio?
Then it hit me: The scenario that was made for HP’s strengths without being affected by its weaknesses. For folks who have all of their movies on their computer and want to watch them on their computer’s display but want the audio to run over their home-theatre speakers, the HP Wireless Audio works perfectly.
Distance is no longer a factor because your receiver and computer are in the same room. There’s no need for remote control because the computer is sitting right there in front of you, or at least within arm’s reach. The ability to stream 5.1 surround is big benefit and not running cords from your PC to your receiver is obviously another. Finally, the Wireless Audio’s dedicated signal and resulting no-lag is perfectly suited to movie soundtracks: no one likes watching an actor’s lips start moving a half-second or more before the words start coming out.
But for all its strengths in this scenario, I just can’t see someone dropping $99 for this capability. It’s hard for me to imaging that someone who has a great 5.1 set-up doesn’t have an equally great widescreen TV to match and if that’s the case, a single HDMI cable kills two birds with one stone: you get great audio *and* video.
However, if you were thinking “hey that’s my set-up exactly” when you were reading my computer+speakers scenario, you’ll be pleased to know that set-up of the Wireless Audio was painless. HP provides a dedicated control panel for Windows that lets you sync your receivers (yep, you can have up to 4) to your computer. There are few options and after the install you’ll mostly manage the audio levels for your Wireless Audio from your Windows sound properties.
The receiver itself, while generous with connectivity options (it has RCA jacks, a mini-jack/TOSLINK combo and an RCA-style S/PDIF connector) and uses a nearly universal mini-USB port for power, is nonetheless cheap-feeling with plastic case that is so light weight, one can’t help but wonder why it needs to be so big.
Oh by the way, in case you’re a Mac user, sorry – you’ll have to stick with Apple’s Airport Express or other solution – HP’s Wireless Audio is only compatible with Windows PCs.
Overall, I’d have to say that if you’re looking to build a wireless home audio system on a budget and you don’t mind the occasional lag, Apple’s Wi-Fi and Airplay-based AirPort Express is a much more versatile gadget for the same price.
When I think “sub-woofer” I picture home theatre set ups- you know the kind- 5, 6 or even 7.1 surround systems with that “.1” referring to the sub woofer which, more often than not, is tucked into a corner, hidden under a plant or sometimes concealed behind a wall panel. What these configurations all have in common is permanence. Your average home theatre buff will spend a fair amount of time figuring out optimal speaker placement and once wired in to their locations, never moves them again.
Why would Sonos seek to market a wireless sub to this group of buyers? Yes, the Sonos sub enables placement options that wired subs can only dream of, but when I tell you that Sonos’s sub is incompatible with every amplified home theatre system on earth, you’re probably going to start scratching your head. I sure did.
Before I explain this bizarre limitation, let me clarify who the Sonos sub is actually aimed at: people who already own, or intend to buy one of Sonos’s all-in-one speakers, the Play:3 or Play:5 or their Connect:Amp powered receiver for bookshelf speakers.
Now, about that strange incompatibility. Let’s do a quick refresher on the nature of sub woofers. Subs are designed to do one thing and do it well: provide the low-end bass reproduction that standard speakers simply can’t deliver. In home theatres, they are loved for that couch-shaking rumble on movie soundtracks. Audiophiles use them to fill in the lows that their dedicated stereo speakers can’t reproduce. But regardless why you use a sub, your receiver/amplifier plays a critical role. Every system that includes a sub needs a setting known as “cross-over.” Cross-over is the frequency at which the sounds you are playing are divided into signals. All sounds above the cross-over frequency get sent to the regular speakers. All sounds below that frequency get sent to the sub-woofer. Sometimes, as with inexpensive HTIBs (Home Theatre In A Box) systems, that cross-over frequency is set at the factory and can’t be changed while receivers/amps used in component systems will typically have an adjustable cross-over frequency so you can get the perfect calibration for your specific speaker/sub-woofer combination.
So what does that have to do with the Sonos SUB? Well, just like every other sub-woofer, the Sonos SUB needs to have a cross-over frequency established. On Sonos systems, that cross-over setting is managed in the software and is dynamically set based on the particular combination of Sonos speakers in your room(s). But because the software uses its knowledge of volume levels and amplification of ALL the speakers in your system, it can’t make the necessary adjustments if your system included components that the software isn’t aware of from an amplification point of view. This includes any externally-amplified speakers you are running through one of Sonos’s Connect devices. These devices only pass music signal, not amplification to a set of speakers. Conversely, all Play:5, Play:3 and Connect:AMP components will work with the SUB.
One of the benefits of the Sonos software-controlled cross-over system is that the cross-over frequency can change. Not only can it change based on which speakers you’re using with the SUB but it can also change as you adjust your volume levels which means you’re always getting the optimal amount of low-end for any moment in time. If the engineers at Sonos ever feel the blend needs to be adjusted, they can do so via a software update. The down-side to this arrangement is you can’t tweak the cross-over frequency if you aren’t happy with how the software is dealing with it.
If you haven’t already guessed from the details so far, the Sonos SUB is intended to enhance the enjoyment of music within an existing Sonos set-up. This is not a sub for home theatres. As an acknowledgement of this fact, Sonos took a little more care with the design and materials in their SUB. After all, if your sub-woofer is wireless and can be placed anywhere, why not show it off a little? The SUB’s piano-black gloss finish and striking shape makes for a great conversation piece. But look a little closer and you’ll see that Sonos’s engineers found an intriguing solution to a design challenge.
Their research told them that traditional down or side-firing sub-woofers limit placement options for consumers. Their boxy shapes can be hard to hide and they certainly don’t slide under couches very well. At the same time, rectangular subs, while easier to stow under furniture, aren’t much to look at if you do need to leave them visible. To make a sub that was both elegant when seen and slim enough to be hidden, Sonos employed a “ying-and-yang” arrangement: two speaker cones and ports which fire from opposite sides, but both facing the inside of the cabinet – the donut hole in the centre of the SUB. The benefits of this design are two-fold: because there are no externally facing speakers, you can position the SUB with any of its five available surfaces facing down and sound quality is never compromised (the “bottom” should probably never be used on “top” for balance reasons). Plus, overall vibration on the SUB’s cabinet is reduced to negligible levels thanks to balanced output of the two drivers. It’s the sub-woofer equivalent of a boxer engine.
It’s also worth mentioning that Sonos’s built-in wireless system creates a level of flexibility that wired sub-woofers simply can’t match. If you use Sonos gear in a multi-room configuration, but decide that you don’t need sub-woofer power in each of those rooms all of the time, simply unplug the SUB, carry it to the other room, plug it in, and then associate it with the new room from within the Sonos app on your smartphone or tablet. The software does the rest, including a recalibration step that ensures you get the right balance between the SUB and the speakers in your second (or third or fourth etc..) room.
I auditioned the SUB in a small listening room at Toronto’s The Spoke club. Sonos Product Manager Craig Wisneski had two Play:3 speakers set up at either side of the room, configured to run in stereo mode (each Play:3 speaker reproducing just one channel respectively). We sampled several tracks including some reggae standards which are perfect for checking out low-end sound thanks to their bass-heavy rhythms. Without the Sonos SUB, the sound produced by the stereo Play:3’s was already (to my untrained ears) full, rich and satisfying. Adding the SUB to the mix did exactly what you would expect – it filled out the low end that you hadn’t even noticed was missing.
It very much reinforced for me that the SUB has been designed for music – not movies. The effect of turning on the SUB was immediate and noticeable while retaining a subtlety I don’t usually associate with sub-woofers. It many ways, it does what all good audio gear should do. It gives you the impression that you weren’t hearing the full range of music before you added it to your set-up.
Here’s the part that might give you pause when considering if the Sonos SUB is right for you: the price. At $749 the Sonos SUB is more expensive than two Play:3 speakers plus the Sonos Bridge all put together. It’s a big expense for a product that many consider a nice, but optional extra to their music system. And while Sonos has plans to release a slightly cheaper $649 matte-black version of the SUB later this year or possibly early in 2013, that’s still twice what it costs to buy a decent powered sub-woofer for component systems. But therein lies the catch – if you want that deep bass sound to accompany your existing Sonos wireless speaker set-up, there is – for now – only one game in town. Is the SUB $749 worth of sub-woofer? Probably not. But if you value stunning industrial design, the convenience of place-anywhere-wireless convenience and a speaker that has been designed to provide optimal low-end sound for your existing Sonos gear, then it might very well be worth the asking price.
In any event, you’ve got a few weeks to decide/save up – the Sonos SUB starts shipping July 30th if you order online. But if you’ve already made up your mind, you can pick one up right now at selected retailers and installers such as Best Buy, Future Shop but call first as stocks are limited at this point.
On first blush, when I read the rumour that the next iPhone would be dropping the ubiquitous 30-pin dock connector, the skeptic in me cried “No way!”
Apple has been a rarity in the consumer electronics industry in the sense that they alone have created a multi-billion dollar market for accessories designed exclusively for use with Apple products. Obviously, the sheer number of products that Apple has sold is a big reason why companies big and small have gotten into the i-accessory game, but there’s a subtler, more powerful reason: consistency.
Ever since the advent of the third-generation iPod, Apple has employed the same 30-pin Dock Connector on every single i-device with the exception of the iPod Shuffle. There are hundreds of millions of i-gadgets in use all around the world, and while their technical capabilities vary depending on the model, that same 30-pin connector is on all of them.
How many other product categories in consumer tech or elsewhere can offer that level of compatibility?
So you can see why any suggestion that Apple might be ready to step away from such an overwhelmingly entrenched standard – one that they have the exclusive rights to – would be greeted with a fair degree of dubious eye-brow raising.
But the notion isn’t completely laughable. In fact, it might make sense.
First, let’s consider the fact that Apple has prided itself on being able to predict the demise of a technology often well before consumers are willing to relinquish it. The first iMac famously debuted with no floppy drive. It was the first mainstream machine to do so. The optical drive was read-only and the only way to get data out of the iMac was to transmit it using the Internet or via an attached USB-device (keep in mind, super-cheap USB thumb drives were essentially non-existent back then). It wasn’t long before other PC makers were stripping out the floppy from their designs, never to be seen again.
Apple’s next big ditch: you guessed it – the optical drive itself which they made an optional accessory on the stunningly thin and light MacBook Air. Again, much like with the iMac, Apple proved prescient and the MacBook Air has become the laptop after which the “Ultrabook” line of Windows machines has been modelled.
Second, let’s take a look at what that 30-pin connector actually does for i-Devices:
- Sync data
- Pass through audio and/or video content (which is simply a specific form of data syncing)
All of these functions are handy, yet none require the 30-pin connector per-se. USB connectors, be they mini-USB or the now-standard micro-USB are just as capable of handling these duties and do so on the myriad smartphones that Apple does not make. Micro-USB can even handle high-definition 1080p output via a newer technology known as MHL (Mobile High-Defintion Link). And thanks to iCloud, you never need to physically connect an i-Device to a Mac or PC in order to sync data. Even iOS updates are now done “over-the-air.” There is virtually no reason, other than to maintain consistency of design, why Apple *needs* to keep the dock connector.
If Apple chose to abandon the 30-pin dock for the the industry-standard Micro-USB (which is unlikely – they will probably create a smaller dock connector), they would certainly please a segment of their customers who would prefer to carry a single, cheap and easily replaced power cord – but what about that massive eco-system of accessories like speaker docks and alarms clocks whose numbers are now to great to count? Would they have to issue all-new designs just for the iPhone 5 (or “The New iPhone” as I suspect Apple will call it)? Yes and no.
In the past two years, Apple has been making a bit of a fuss over a wireless audio and video standard they call “AirPlay.” AirPlay lets you effortlessly stream audio or video from your Mac or PC’s iTunes software to any AirPlay-equipped gadget on your home Wi-Fi or wired network. Apple TV is a great example of this. Not only can you stream hi-def movies from iTunes to your TV via AirPlay, you can stream any music or video from your iPhone, iPad or iPod Touch in the same way, so long as the app you’re using has been AirPlay-enabled.
AirPlay has seen a lot of support amongst the top brands in the electronics space. Pioneer, Denon, Sonos, JBL, B&W, iHome and Klipsch – just to name a few – have all introduced AirPlay-compatible products and that number is guaranteed to grow. Why? Because AirPlay is the new, wireless dock-connector at least as far as bullet number three from the list above is concerned. It’s a new standard and is already supported by nearly every Wi-Fi equipped product Apple sells.
I know – that’s all well and good for new products – they obviously don’t need a dock connector for audio and video, but what about those older products? The ones that are still carrying around a seemingly obsolete dock? Well here’s where we take an even longer drive down the speculative highway…
I think Apple could easily create an AirPlay Dock Adapter, which would snap into any speaker dock and give it AirPlay connectivity. Assuming that the adapter could draw power from from the dock in the same way that an iPod or iPhone could draw power for recharging, nothing else would be needed. Given how inexpensive Wi-Fi radios have become, I’m guessing that Apple could sell these for $50, turn a very handsome profit, and give millions of older speakers etc., a new lease on life.
I’m not the first one to think this is a good idea – at least one enterprising fellow is trying to get some movement on this notion – assuming Apple doesn’t beat him to the punch!
So readers, what do you make of these prognostications? Would you freak out if Apple dropped the dock from the new iPhone?