At CES this year, many products on the show floor, from microwaves to automobiles, had either Alexa or Google Assistant (or both!) built in. And from what we saw, multiroom, Wi-Fi speakers were no exception. Since Amazon unveiled their flagship voice-activated smart speaker, Echo, in 2014, the audio industry has been drastically shaken. Although they don’t generally produce the best sound quality, smart speakers have become hugely popular. And now, many smart speakers are gaining hi-res audio abilities, like Google Home Max and Apple’s HomePod. And that’s got audio manufacturers worried. In a market dominated by smart speakers (in addition to the roll-out of smart speakers with enhanced audio abilities) CE companies have no choice but “to stay relevant in a Wi-Fi speaker market dominated by Amazon- and Google-branded smart speakers” by designing products that “feature microphones to detect voice commands and come with either Amazon Alexa or Google Assistant built in” (Sound and Vision).

While most audio manufacturers begin to launch multiroom Wi-Fi smart speakers that either incorporate or compete with Google and Amazon’s technology, here are a few key concepts to keep in mind:

Buffering Bummer

Most popular wireless speakers run on conventional Wi-Fi protocols which have to queue the data. This means that it takes several seconds for the first song to fill the buffer before it begins to play. While the first song plays, the system is already buffering the next song to minimize gaps. This is fine until you change the queue before the system can re-buffer. This certainly poses a problem for folks who want to use these wireless, smart speakers in a multiroom set up. Enter Real-Time Packet Management (RPM): the Blackfire solution to buffering. RPM uses a special multipoint, real-time feedback signal from each speaker to monitor the effects of noise on the audio data stream, which allows a much shorter queue and much less buffering.

Get In Sync

Regardless of how “smart” a Wi-Fi speaker is, problems will always arise when it comes to synchronizing multiple speakers in a multiroom set up. Problems facing a standard method of synchronization include: 1) performance that is tied to the performance of the network environment and 2) the more devices you have on a given network, the slower it runs, producing an extended lag between speakers and between your TV and the speakers – even total dropouts. Traffic Independant Synchronization (TIS) is Blackfire’s patented synchronization technology that can be used to sync any number of wireless devices, from multi speaker 5.1 audio systems, stereo systems, smart speakers, and even your entire home theater. Blackfire’s TIS technology always maintains latency between audio and video pairings and among the speakers themselves. And with TIS, the sync of the speakers will remain undisturbed by heavy network traffic.

Interfere Interference

Wireless, multi-speaker systems that use conventional Wi-Fi protocols are more susceptible to interference and heavy network traffic, which causes music to break up and for speakers to go out of sync. Dynamic Stream Balancing (DSB) is the way Blackfire makes the best use of the available Wi-Fi bandwidth. DSB monitors special multipoint, real-time feedback signals from each speaker to identify the effect of noise on the audio data stream. By precisely identifying which packets are statistically most likely to be affected, DSB uses the available Wi-Fi bandwidth to selectively, and predictively, resend data to the most vulnerable speaker before interference can cause any audible drop out.

The Blackfire Realtime Entertainment Distribution (RED) framework

Combining individual entertainment systems to work together (to create a truly connected smart home) is non trivial – it requires precise synchronization, low latency for lip sync and a general reliability over standard Wi-Fi (the best and most commonly used communication protocol for the home.) With The Blackfire Realtime Entertainment Distribution (RED) framework embedded into wireless smart speakers, users can finally enjoy a truly connected home. With voice commands, you can ask any Blackfire enabled device to play music, wirelessly and synchronously throughout the home, in groups, and on multiple devices. The Blackfire RED framework also supports low latency and multi-channel, which other wireless solutions do not.

Voice service solutions require a high performance, multi-room solution like the Blackfire RED framework, which can allow multiple devices to respond to voice commands, simultaneously, and can be integrated into a broad spectrum of high quality voice service applications.

The Blackfire RED framework enhances the performance of smart speakers and does what no other solution has done before. Our partners have already stepped into the future, leveraging Blackfire’s technology in their products. Now is your chance, too. Join the Blackfire revolution today.

Blackfire Research is back from Las Vegas, where we spent the entire second week of January at the annual Consumer Electronics Show (CES). This year was packed with productive meetings in our official CES Suite at The Venetian Hotel and Casino. However, we did manage to get down to the Sands Expo and Las Vegas Convention Center to check out all the cool, new tech for 2018 – here’s what we saw at CES this year and our takeaways from the show:

Hey Google

If last year’s CES was dubbed “The Amazon Home Takeover,” this year could be summarized by one simple greeting: “Hey Google.” The search engine giant was everywhere this year: literally. They had a massive 3-story booth right outside the convention center, and at every booth that featured products touting Google Home smart speaker/Google Assistant functionality, a Google representative was there, donning a white jumpsuit fresh out of George Orwell’s dystopian vision of 1984. But Google’s overwhelming presence at the show paid off: this year, all eyes were on them. From Whirlpool appliances to smart speakers with video displays, you couldn’t escape the latest “Google Home Takeover.” Amazon was present at CES of course (Whirlpool also featured appliances with Amazon’s Dash Buttons built-in, which is pretty neat and useful) but if a winner had to be chosen for CES 2018, Google would be voted “Best in Show.” Speaking of which…

All (Robot) Dogs Go to Heaven

Sony has brought back their popular Aibo robot dog and everyone at the show couldn’t have been happier. This very good boy is new and improved for the AI age with a camera on his nose so he can recognize members of his family (awww) and find his bone (awww). He also features a camera on his back to help him navigate the house to find his charging station. With touch sensors on his head, back, and chin, he can respond to touch like any ‘ol dog would: by wagging his tail, moving his head, and stomping his widdle feeties. With his adorable LED-lit eyes, this is by far the best, and most realistic, pet robot on the market. Unfortunately, Sony hasn’t announced plans to sell Aibo in the US anytime soon. Doggonit!

A Picture’s Worth A Thousand Words…

This year, we’ve officially stepped into the world of 8K. But since 4K is barely a thing yet (because there’s hardly any 4K content available still) Samsung has gone around the issue of total lack of 8K content by unveiling it’s Q9S 8K TV with AI Upscaling, meaning, that this TV can convert any content into 8K resolution. And from firsthand experience, we can tell you that 8K resolution is pretty darn good. The picture was so incredibly clear that jaws dropped during the demo. Another Samsung showstopper this year was their enormous, bezel-less The Wall: a 146-inch modular MicroLED TV.

Honorable Mentions & Takeaways

5G cellular technology, the latest and greatest approved standard, wasn’t on display much at CES this year, mainly because the hardware needed for it isn’t quite ready yet. There were a few booths demonstrating it’s super-fast capabilities, but overall, it was all quiet on the 5G front at CES. But don’t expect that to last long: with 5G technology coming to the main service providers fast, it’s sure to be all the rage at next year’s event.

Once again, this year’s CES felt more like a car show than anything, with a plethora of smart, autonomous vehicles on display (some of which seemed to be taken straight from an episode of Black Mirror). Also, Wireless charging was big this year, especially since Apple announced their commitment to the Qi Wireless Charging standard last September.

Overall, between the rain and loss of power, this year’s CES was a bit chaotic. But we still managed to see some pretty neat tech that was useful, inspiring and – we hope – becomes available soon (we’re looking at you, Aibo!)

It’s hard to imagine a world without wires, but that’s precisely where we may find ourselves in the next few years, with 2018 serving as an especially pivotal moment in wireless adoption and breakthroughs. For years, manufacturers have promised an end to “wirey, tangled-mess woes,” but it’s looking as if they are now making good on their promise. With the prevalence of Wi-Fi in homes, cafes, airports, and basically anywhere else you may find yourself needing internet, the need for physical network cables, like ethernet cables, have pretty much become obsolete. And speaking of cafes and airports: many of them now offer free wireless charging stations.

Since Apple unveiled their commitment to the Qi wireless charging standard in their latest iPhones this past fall, the wireless charging industry, which had been plagued by a lack of standardization, seems to be siding with Qi from here on out. Soon after the big Apple announcement, Powermat, who provide wireless charging mats at Starbucks, said that they will add Qi compatibility to their product. But Apple isn’t the only company who has sided with Qi: Samsung (Galaxy S8, Note 8), IKEA, and a plethora of automobile manufacturers have began to support Qi wireless charging. Who else will begin to support this standard in 2018? We expect a lot more manufacturers to follow suite. However, this sort of charging isn’t technically wireless (the charging mat still needs to be plugged into an outlet). But there are a few companies who are creating charging options that are truly wireless, such as Energous, Ossia, and Wi-Charge. (To learn more about these companies, check out this blog post).

To the irritation of many users, smartphones are doing away with the 3.5mm audio jack, paving the way for the exclusive use of Bluetooth wireless headphones (unless you use a dongle to plug your wired headphones into your phone’s Lightning port or USB-C port). But companies like Apple and Google would rather you spend $150+ on a pair of their wireless AirPods or Pixel Buds. And unfortunately for all us audio-enthusiasts out there: the audio quality produced by Bluetooth headphones is worse than a wired headset because audio is re-compressed over Bluetooth. So, the extinction of the audio jack on the smartphone may solve the problem of having to untangle your headphones before each use, but it significantly cheapens the user’s listening experience.  

But there are many things to look forward to in the years ahead: there’s the expansion of wireless charging for laptops and 5G wireless services, just to name a few. And we’re sure to see many more innovations down the road, because wireless technology is essential to the smart home of the future. But one thing we know for sure: with Blackfire technology embedded into a smartspeaker, smart TV, set top box, smartphone and more, the whole home can be wirelessly connected. Combining individual entertainment systems to work together, creating a truly connected smart home is non trivial – it requires precise synchronization, low latency for lip sync, and a general reliability over standard Wi-Fi (the best and most commonly used communication protocol for the home.) Something like this has not been done before – until now.

Blackfire provides the industry’s only wireless and entertainment-centric infrastructure software framework built from the ground up to both overcome the limitations of Wi-Fi when used for media applications, and meet the needs of wireless entertainment-related consumer applications and products. It’s not enough to merely have Wi-Fi connectivity between consumer products. Real-time exchanges of entertainment content require a common framework that can work reliably over Wi-Fi, and has a rich set of features for a broad spectrum of entertainment products. Blackfire technology also supports low latency and multi-channel, which other wireless solutions do not.

It may be hard to imagine a world without wires, but with Blackfire in your entertainment devices, cutting the cord has never felt more seamless.

According to research firm Parks Associates, 45% of U.S. broadband households own a Smart TV, “making it the most commonly used platform for streaming video content among this group.” Additionally, roughly 60% of the those surveyed said that the device display on a Smart TV is easier to navigate and easier to find content than other connected devices, such as a set top box (STB).

Despite the high praise from devoted users, overall sales of Smart TVs, including those with 4K/Ultra HD resolution, have plateaued in recent years. “As a result, we are seeing new partnerships among device manufacturers focused on ways to improve or refresh the UI [user interface] of the smart TV, to make the device easy to use and a single point of content in the living room,” says Jennifer Kent, Director of research quality and product development at Parks Associates.

Additionally, streaming services are only gaining in popularity. Thanks to engaging, original content and an abundance of mainstay classics, streaming services like Netflix and Hulu are gradually killing cable. Data from financial services company Raymond James “shows that 31 percent of Internet users polled in November cited a streaming service such as Netflix or Hulu as their primary source of video content, up from 24 percent a year ago and only a few percent behind the 35 percent of survey respondents who named cable as their primary video source.” (Sound and Vision) That means, now, more than ever, entertainment device manufacturers need to start designing their products with streaming at the forefront.

Another feature that has been gaining traction over the last few years is voice control, and we should expect to see more entertainment devices, such as Smart TVs, unveil voice control functionality in 2018. Research from Parks Associates shows that “consumer demand is pushing voice control into the connected entertainment area” fueling it’s growth in the market.

This study proves that instead of having many disparate devices that play media throughout the home, consumers want to have access to all their entertainment content – such as music and video streaming services – from one central place. And what better place than the living room TV? Establishing the living room TV as a central hub from which all entertainment content can be easily accessed (and sent out to other devices in a multi-room setup) cuts down on the confusion for what can be played from which device. It’s time the TV stepped into the 21st century…

Implemented into the home’s central Smart TV, Blackfire’s revolutionary new protocol, The Blackfire Realtime Entertainment Distribution (RED) framework, allows users to to create a wireless, whole home entertainment system. With the Blackfire RED framework embedded in wireless speakers and the Smart TV, users can finally enjoy a truly wireless, connected home. The Blackfire RED framework is the most synchronous, reliable, and cost effective wireless solution on the market, and can be integrated into a broad spectrum of high quality voice service applications as well. Many companies have already stepped into the future by leveraging Blackfire’s technology. Now is your chance. Join the Blackfire Revolution today.

The Consumer Technology Association’s annual Consumer Electronics Show (CES) is only one week away, and boy are we excited! For those who don’t know, CES is the largest consumer electronics show in the world, showcasing more than “3,900 exhibiting companies, including manufacturers, developers and suppliers of consumer technology hardware, content, technology delivery systems and more…with more than 170K attendees from 150 countries.” (CES). At last year’s CES, we were witness to paper-thin TVs, autonomous vehicles, multi-screen gaming laptops, VR headsets, and, of course, every connected device imaginable with Amazon’s Alexa built-in. But what will CES 2018 bring to the ever-changing technology landscape?

Here are a few things we know so far:

Samsung always makes a big splash at CES, and we’re hoping that 2018 is no different. Rumors are circulating that Samsung’s “bendable” smartphone, the Galaxy X, could be debuted during the show, as well as the Galaxy S9 and the Galaxy S9 Plus, and a huge 150-inch TV featuring MicroLED technology.

Judging by their CES 2018 event tagline: “Reality has never been so exhilarating,” it seems that this year, Lenovo is all in for VR. The computer manufacturing company is hosting a launch event the first day of the show, most likely to unveil its standalone Google Daydream VR headset.

In the past, Google has made their presence known at CES through their third-party hardware partners, but this year, the search engine giant will take center stage themselves with a large outdoor booth at the Las Vegas Convention Center. And what will they be showcasing? Most likely the Pixel 2 and the Pixel 2 XL, the new Google Home Mini and Google Home Max, and the latest Daydream View virtual reality headset. But this is CES, so there are possibilities for a surprise as well – a new Chromebook, perhaps?

One of the main highlights at CES over the past few years has been the incredible showcase of autonomous, electric, and concept cars. It doesn’t look like last year’s “Tesla Killer,” Faraday Future, will be making an appearance this time around, after a turbulent year for the electric car company forced them to halt production on the FF 91, at least for now. However, it seems that Fisker, an automotive company based out of Southern California, will be taking the reigns from Faraday Future at CES 2018 with the debut of their latest luxury electric automobile, Emotion, with a reported range of over 400 miles. We’re also looking forward to more impressive concept cars from Toyota and Hyundai, which recently announced their “New Mobility Experience” at CES 2018, which will “introduce its vision of the car of the future, new and original future car technologies, as well as disclose its developments in autonomous driving, electrification and cockpit experience, including products that have the potential to be mass-produced within the next one to three years.”

Regardless of what the thousands of CES exhibitors show, we are certain that this year will have one major parallel to last year: and that’s more Amazon Echo and and Google Home product integration. So, what new, connected smart home devices can we expect to see at the show this year? A talking blender? How about an Alexa-enabled toilet? We’ll have to wait a few more days to find out.

CES will descend upon Las Vegas Nevada next week from January 9 – January 12, 2018.

Up until recently, the notion of a smart home had been a sci-fi fantasy, with tech enthusiasts eagerly awaiting the day their kitchens or living rooms resemble the deck of the Starship Enterprise. To the joy of many, 2017 was labeled “The Year of the Smart Home,” when smart home products that had, up until this point, been popular with niche tech groups and the early adopter crowd would finally make it big in the mainstream market. The year began with an abundance of connected, “smart things” at CES in January – from washer/dryer units and refrigerators, to security cameras and thermostats – many of which incorporated built-in Amazon Alexa or Google Assistant voice control capabilities. But overall, how did smart home products live up to the hype in 2017?

It was the introduction of the Amazon Echo Smart Speaker back in 2014 that triggered interest in mainstream smart home gadgets. For the first time, the market had an inexpensive, easy-to-use, beneficial smart product everyone in the home could enjoy. Since then, tech companies and manufacturers have been playing “catch up,” some fairly successfully, like Google, and others…not so much. With the introduction and influx of smart speakers, other connected products, like Philips Hue Smart Lighting, have gained popularity because they serve as perfect additions to the Echo connected things ecosystem. And, thanks to Amazon’s Echo, voice control has now become the key remote interface within the home.

Media research group, Kagan, reports that the number of smart homes in the U.S. grew to over 15 million by the end of last year, which equated to about 12.5% of all U.S. households. According to another report, 26.5% of all U.S. households in 2017 now have at least one smart home product.

However, in 2017, consumers are still skeptical about the security of these pricey gadgets. And in a year full of cyber-security disasters, homeowners are growing more anxious about the safety of these products, with a common fear amongst consumers being that intelligent alarm systems and locks can be easily hacked by intruders and that smart TVs and speakers will spy or eavesdrop on unsuspecting users. But according to Business Insider, 2017 smart home adoption problems don’t stem from security issues, but rather, from issues that have plagued these products since the get-go: “high prices, technological fragmentation, and consumers’ lack of a perceived benefit from the devices.”

Although prices are steadily dropping, there hasn’t been a strong enough demand for these products to justify the cost. Consumer awareness of the value of smart home products is helping somewhat, but there are plenty of challenges still facing these device brands and manufacturers, such as interoperability issues, security, and overall usability. In 2017, the connected living expanded significantly, and in 2018, it’s expected to continue to grow steadily in the U.S., driven by an expanding number of connected, smart devices in the market.

This past year, consumer electronics company, HTC, began shipping the HTC Bolt, the HTC U Ultra, and the HTC U11 smartphones with built-in HTC Connect powered by Blackfire’s wireless multi room technology. Now, HTC has added two more smartphones to the mix: the HTC U11 Life and the HTC U11+, both with HTC Connect, powered by Blackfire.

The HTC U11 Life is a more compact, less expensive version of the company’s widely popular HTC U11 smartphone, while the HTC U11+ is a larger, updated version of it with higher-end finishes, a 6-inch screen, and bigger battery. The U11+ is one of the first smartphones to ship with the Android 8.0 Oreo operating system out of the box, while the U11 Life runs on the Android Nougat with HTC Sense in the US. Both phones feature the Edge Sense, which was first introduced in the HTC U11, allowing users to trigger an action, such as summoning Google Assistant or Amazon Alexa, by squeezing the sides of the phone. Neither the U11 Life nor the U11+ have a headphone jack (RIP), which seems to be the trend on most smartphones nowadays. But HTC is giving audio quality a huge boost on the U11+, with 30% more volume than the flagship U11, better dynamic range and less distortion.

And of course, both the HTC U11 Life and the U11+ both feature HTC Connect, powered by Blackfire, which can stream any local or web-based music or video via Wifi from an HTC smartphone to any Blackfire powered stereo device, wireless multi room speakers, or entertainment system by swiping up the home screen with three fingers. With HTC Connect, users can create a wireless 5.1 surround sound system or stream different music to multiple speakers at the same time. (Check out this easy guide to help you wirelessly stream music from an HTC U11 smartphone to Blackfire compliant speakers.) Setting up your wireless home entertainment system has never been easier.

The HTC U11 Life is available in the US and can be purchased here.

Premium home audio manufacturer and Blackfire Research partner, Harman Kardon, has teamed up with Microsoft to take on Amazon, Google, and Apple in the smart speaker realm. The Harman Kardon Invoke is the newest smart speaker on the market. While Amazon’s Echo line of smart speakers have Alexa as it’s voice assistant, the Invoke’s voice AI is powered by Microsoft’s Cortana, which makes this an excellent smart speaker for Windows lovers. This is the first smart speaker to feature the Cortana voice assistant, which in the past has lived in Microsoft’s Xbox One and Windows 10 PCs.

The beautifully designed Invoke smart speaker is cylindrical in shape, with a narrow top and wide base (107 x 242mm), and comes in either pearl silver or graphite. The Invoke features 360-degree audio with three 45mm woofers, three 13mm dome tweeters, dual-band (2.4GHz/5Ghz) wireless connectivity, Bluetooth, and seven far-field microphones (which can be muted). Through voice commands, you can ask the Cortana powered smart speaker to stream music, set reminders, control paired smart devices, manage your Office 365 and/or Outlook calendar, ask questions, get the news, and make/receive hands-free calls via Skype to mobile phones, landlines and Skype-enabled devices. At the moment, the Invoke only works with three streaming services: Spotify, iHeartRadio, and TuneIn, but Microsoft has promised that Cortana will support Pandora sometime in the future.

And because the Invoke smart speaker is by Harman Kardon, you know the audio will sound great. In fact, according to Digital Trends, the Invoke’s audio performance beat out the Amazon Echo and The Google Home.

For more information on The Invoke, check out the Harman Kardon website, and the Microsoft website. The Harman Kardon Invoke retails for $199.00.

Blackfire Research is proud to have their FireConnect Multi-room Technology in the new Pioneer Fayola FS-W50 Wireless Home Theatre System.

The Pioneer Fayola FS-W50 Wireless Home Theatre System is comprised of two wireless front speakers, a wireless subwoofer, and a main controller unit. The system is “wireless, elegant and extremely versatile.” Besides a power cord, no other physical connections are required, since the system is wireless. With built-in dual-band Wi-Fi, you can access your entire music library, wirelessly, through streaming services like Tidal, Spotify and Deezer, internet radio stations and locally stored music. The FS-W50 also features Chromecast built-in, Airplay, and Bluetooth to accommodate all streaming needs.

The Pioneer Fayola FS-W50 Wireless Home Theatre System is perfect for watching movies or television in surround sound. All you need is a second pair of wireless satellites – the streaming receiver of the FS-W50 is able to decode all current sound formats and automatically adapts to the available speakers. Your television and any existing A/V players can be integrated with the FS-W50 via the ultra-HD-capable HDMI connector panel.

If you’re looking to “kick it up a notch” and want to supply additional rooms with music, you can easily expand the FS-W50 into a multi-room system. With compatible WiFi speakers from Pioneer and other manufacturers, you can share your music to any and all rooms of your house via FireConnect Multi-room Technology by Blackfire Research.

For a full review of The Pioneer Fayola FS-W50 Wireless Home Theatre System, as well as more information on FireConnect Multi-room Technology, check out the review below from AV Hub.

PDF Download: https://i.nextmedia.com.au/Assets/Pioneer_Fayola_FS-W50.pdf

At their recent hardware event, Google announced two new additions to their smart speaker agenda, both of which are ready to take on the ever-increasing number of competitors in the field. Say hello to the Google Home Mini and the Google Home Max.

The Google Home Mini has the same functionality as the original Google Home, but at a fraction of the size (and cost). With voice command, you can ask Google Assistant to stream music, control your smart home, check your calendar, and search the internet. The Mini is nearly 4 inches in diameter (roughly the size of a hockey puck), with the top portion covered in fabric, which is available in three colors: chalk, charcoal, and coral. The fabric hides the speaker (1.5-inches) and a far-field voice-recognition microphone. The design is pretty simple and sleek (although as a cat-parent, I wonder how much hair that fabric covering will collect over time). The Mini is a direct response (and a direct competitor) to the Amazon Echo Dot, the cheaper, more popular version of Amazon’s flagship Echo smart speaker. Will The Mini overtake Echo Dot as the most popular pint-sized smart speaker? According to some reviews, The Google Home Mini certainly sounds better than the Echo Dot (it boast 360 degree sound with a 40mm driver), but in overall functionality, there isn’t much of a difference between the two. At $49, the Mini is the cheapest smart speaker option currently on the market.

The biggest announcement of the day, however, belonged to the introduction of Google Home Max, a premium version of the Google Home smart speaker designed to compete against Apple’s HomePod and Sonos. The Home Max is a stereo speaker that runs Google Assitant and looks quite similar to the Sonos Play:5 speaker. The speaker is designed to intelligently adjust audio depending on a user’s surroundings using AI (or what Google calls “Smart Sound”), similar to what Apple’s HomePod speaker does. The Max has two tweeters and two 4.5-inch woofers and the company has emphasized the speaker’s powerful bass. The Max supports multi-room audio via Chromecast Audio only, but supports many streaming services including Pandora, Spotify, and iHeartRadio. In terms of connectivity, the Home Max supports Wi-Fi, Bluetooth, and Chromecast. At roughly 12 pounds, this is by far the largest smart speaker on the market, and the priciest as well. The Google Home Max will set you back almost $400, but Google is giving away 12 months free of YouTube Music with every Home Max purchase. The speaker will be available in two colors: chalk and charcoal, and can be displayed both vertically or horizontally via an adjustable silicon base.

The real question is: will the Google Home Max sound as good as the company claims? The answer is, most likely, no. Smart speakers don’t have a very good track record when it comes to audio quality. That’s why many smart speaker owners look for alternative ways to playback their music, especially for multi-room. To achieve excellent wireless multi-room, or multi-device set ups, entertainment systems need greater reliability over standard Wi-Fi, more precise synchronization, and multichannel capabilities, which smart speakers like Google Home, and the Echo, lack.

The good news: Blackfire Research offers the most synchronous, reliable, and cost effective wireless solution on the market. We call it the Blackfire RED framework, and it can be embedded into premium wireless speakers and voice-activated smart speakers, creating a truly connected home smart entertainment system. Voice service solutions require a high performance, multi-room solution like the Blackfire RED framework, allowing for multiple devices to respond to voice commands simultaneously.

Combining individual entertainment systems to work together to create a truly connected smart home is non trivial – but with Blackfire RED, it can be done, and with stunning results. Blackfire RED can be integrated into a broad spectrum of high quality voice service applications, so the Blackfire connected smart home ecosystem has no limits.  

Harman Kardon, Pioneer, and Onkyo are leveraging Blackfire’s technology in over 100 new products this year alone. Join the Blackfire Revolution today!

Recently, Amazon unveiled a plethora of new Echo products. From a true smart home hub to buttons that will come in handy during your next family game night, here is everything that Amazon unveiled at their September 27th event, and what it means for the future of the smart home.

Amazon has officially retired their original Echo smart speaker (RIP: 2014-2017) and replaced it with a second generation version at $99. The first update to the world’s most popular smart speaker sees a shorter, more compact design and a dedicated bass tweeter. The new Echo will come in six different styles: Charcoal, Heather, and Sandstone fabric or Walnut, Oak, and Silver finish. More importantly, Amazon is promoting an Echo “three-pack” for multi-room audio. The company first announced multi-room audio capabilities back in August, but have only started to heavily promote the feature with the unveiling of the new Echo smart speaker. There hasn’t been much testing yet of the new multi-room feature, so the jury is still out on whether or not Echo provides a synchronous, reliable performance across all devices throughout the home. Unlike Blackfire RED framework enabled smart devices, the Echo can not support multi-channel or low-latency for audio/video lip sync.

Additionally, the Echo is now able to make calls throughout North America. Amazon clearly wants the Echo to replace your home phone, and to help push the idea, they’ve also introduced the Echo Connect – a device that is tied to your existing home phone number that allows you to make landline calls through Alexa.

Amazon also rolled out the Echo Plus, which looks more like the original Echo than the Echo 2.0. The Echo Plus is the first one specifically designed to be used as a true smart home hub. With it, you can control compatible smart lights, locks, and thermostats. The Echo Plus also uses Zigbee so it’s compatible with more smart devices on the market. The Echo Plus has updated voice-recognition so you can talk to it from further away or in noisy settings, and more advanced speakers. Price-wise, the Echo Plus is comparable to the original Echo, at $149.

Amazon also introduced the Echo Spot, a sort of smart alarm clock with a 2.5-inch screen, that can be placed anywhere in the house and can be used for more than just an alarm in the mornings. The Echo Spot can make video calls and can play music through it’s own speakers or connect to external ones via cable or Bluetooth. The Echo Spot can do pretty much anything the Echo can do, but it’s much more compact and it has a screen. But this isn’t the first (and only) Echo product with a screen: Amazon released the Echo Show earlier this year to not overly positive reviews. Now, it seems that they’ve simplified and improved their interface for the Echo Spot. And at $130 for this little gadget, they needed to.

Lastly, Amazon introduced Echo Buttons: little discs that connect to your Echo device that you can use to play trivia games with your friends and family (with Alexa as the game-show host). The Echo Buttons light up in cool colors and can be purchased in pairs for $20.

So what does this mean for the the smart home of the future? Well, for one thing, Amazon has, once again, positioned itself to be the leader of smart home technology. However, they’ve got some serious competition. Google has also unveiled a whole new suite of products (which we will discuss in a later blog post) that may give Amazon a run for their money. As more and more smart home devices are gaining in popularity, it’ll be interesting to watch how manufacturers choose to align their brands and products with either Alexa or Google Assistant (or perhaps both). The war rages on!

As smart speakers like the Amazon Echo and Google Home gain popularity, users are discovering more and more use cases for the technology in their homes. Besides the obvious music listening, what else are smart speaker owners using the technology for? The answer may (not) surprise you.

NPR and Edison Research conducted a study called The Smart Audio Report, which was based on a national online survey of 1,620 American adults. Out of the 800 respondents who said that they owned at least one smart speaker, 709 had an Alexa-enabled device, 160 owned a Google Home, and 69 owned both. No surprises, Amazon is dominating the smart speaker market.

52% of smart speaker owners responded that they keep their primary smart speaker in the living room, with the kitchen being the next highest placement for the smart speaker at 24%. This indicates that the living room is still being used as the main entertainment space, even as technology changes over time. Therefore, CE manufacturers should still view the living room as the epicenter for home entertainment systems. In terms of whole-home entertainment systems such as wireless speakers, the living room serves as great placement for a central hub that can control wireless speakers positioned throughout the house.

If you don’t have a smart speaker yet, you may be asking yourself, what’s the draw? What’s the main reason for even wanting a smart speaker in the first place? According to the report, respondents did not list listening to music as their number one reason for wanting a smart speaker, but rather, the top reason was to have the ability to ask questions or look up information without needing to type it into a phone or computer. This is pretty big news in favor of expanding voice control technology across various entertainment and service devices. Currently, we live in a tactile, app-based technological age: the modern smartphone was designed for viewing, touching, and engaging with a multitude of apps. But that may shift considerably within the next few years. Even though voice AI and voice control are still in their infancy, this study proves that many people want the ability to interact with their devices through their voice.

To the delight of Amazon, surely, 57% of respondents indicated that they have ordered an item through their smart speaker. Considering that retail is the driving force behind smart home innovations like Amazon’s Echo smart speakers powered by their voice AI, Alexa, we consider this a huge win for Amazon.

Overall, the study found that all types of smart speaker users (ranging from “heavy,” “medium,” and “light”), use their voice activated smart speakers regularly to play music, find out the weather, ask general questions, and set timers or alarms. As popularity for smart speakers increase, functionality will as well, and the smart speaker will likely become the central hub for the smart home of the future.

At CEDIA 2017, high-end audio manufacturer and Blackfire Research partner, Pioneer, announced the latest models in the brand’s Elite Receiver line. One network A/V receiver in particular has caught a lot of attention, and that’s the SC-LX502.

The SC-LX502 is a 7.2 channel Direct Energy HD Network A/V Receiver that supports many high-resolution audio formats and PCM files like FLAC, ALAC, WAV, and AIFF at a max 24-bit/192kHz resolution. The receiver includes several built-in streaming services, such as Spotify, Deezer, Tidal, and Pandora, as well as built-in Google Chromecast technology, with support for both 2.4Ghz and 5GHz Wi-Fi bands.

And of course, the SC-LX502 features multi-room audio thanks to FireConnect by Blackfire. FireConnect mirrors network audio and external analog sources connected to a master component (from streaming services to vinyl records) to any Blackfire-compatible speaker (like the Pioneer MRX-3 wireless speaker) in any room, all over standard Wi-Fi. Music selection, speaker grouping, and playback management across the home are built into the Pioneer Remote App for iOS and Android. Now, your favorite music can follow you from room to room.

The SC-LX502 retails for $999 – get yours today!

It’s a challenge for smart home owners to gather all of their devices together under one simple, straightforward interface, but smart home hubs promise an easy way to bring isolated smart devices together. There are many smart home hubs out there, some of which now serve multiple purposes: the Amazon Echo is both a smart home hub and a voice activated smart speaker, while the Samsung Connect Home doubles as a router. When choosing a smart home hub, users tend to consider variables such as compatibility to their current smart home devices, ease of use, and unique features (such as voice control) to help them decide which hub is right for them. But how can smart home hub manufacturers help meet the demand of their users and ensure the technology’s longevity in the marketplace? And how can consumer electronics manufacturers help bridge the islands that pervade smart home entertainment and create hub-friendly solutions?

Before the advent of smart speakers, the best reason to invest in a smart home hub was to unify multiple communication protocols under one platform. Smart home hubs are designed to work across many different wireless standards, including Wi-Fi, Zigbee, Z-Wave, and Bluetooth. So if you have devices that work on different standards, a hub will most likely allow you to control them all from one centralized location, i.e., the hub’s app (note: not all smart home hubs work with every smart home device). But today, is this still enough of reason to spend upwards of hundreds of dollars on a hub? To most, the answer is ‘no.’ In a CNET article titled: “The only way to save the smart home hub is to kill it,” contributor David Priest contends that “folding the signal translation and automation capabilities of a hub into another essential device that people already buy — be it a router, TV or perhaps even security camera –…moves standalone hubs out of the middleman position in the smart home. As the market continues to develop, customers will be less inclined to spend over $100 on a device that does nothing in and of itself besides helping two other devices communicate…the smart home hub will only survive if it’s reincarnated as something more.”

That’s why products like the Amazon Echo, Google Home, and Samsung Connect Home are so appealing to consumers: they do so much more than just link up your solitary smart devices. Launched in 2014, the Echo was the first mass market voice-controlled smart home hub, and since then, other companies like Google and Apple have jumped on the bandwagon. Besides it being able to connect to a plethora of smart devices (with more and more being added each quarter) which you can control through voice commands, the Echo is also an excellent standalone smart speaker, which makes it that much more appealing to consumers. What traditional smart home hubs do really well (that devices like an Echo or Google Home do not) is offer better scheduling and automation controls, so there are some reasons why a user may opt for something other than an Echo or HomePod. But in order to stay relevant, smart home hub manufacturers must follow the “more bang for your buck” model and combine unique features (such as voice control or even just a first-class app) with the traditional hub.

But what about from the consumer electronics end – the entertainment devices users want to connect to a central hub, such as wireless speakers? Combining individual entertainment systems to work together to create a truly connected smart home is non trivial – it requires precise synchronization, low latency for lip sync and a general reliability over standard Wi-Fi (the best and most commonly used communication protocol for the home.) Something like this hasn’t been done before – until now.

Blackfire Research is making the smart home smarter by helping consumer electronics manufacturers get their products off isolated entertainment islands and create hub-friendly solutions. Our revolutionary new protocol, The Blackfire Realtime Entertainment Distribution (RED) framework, allows users to mix and match entertainment devices – from multiple brands that are Blackfire enabled – to create a whole home entertainment system. With the Blackfire RED framework embedded in wireless speakers and the smart home’s voice-activated smart speaker (such as an Echo or a Dot), users can finally enjoy a truly connected home. With Alexa, you can ask any Blackfire enabled device to play music, wirelessly and synchronously throughout the home, in groups and on multiple devices. The Blackfire RED framework also supports low latency and multi-channel, which other wireless solutions do not.

The Blackfire RED framework is the most synchronous, reliable, and cost effective wireless solution on the market. Voice service solutions require a high performance, multi-room solution like the Blackfire RED framework, which can allow multiple devices to respond to voice commands, simultaneously, and can be integrated into a broad spectrum of high quality voice service applications.

The Blackfire RED framework enhances the smart home hub and does what no other solution has done before. Harman Kardon, Pioneer, and Onkyo have stepped into the future by leveraging Blackfire’s technology in over 100 new products this year alone. Now is your chance. Join the Blackfire Revolution today.

At CEDIA 2017, premium audio manufacturer and Blackfire Research partner, Onkyo, announced the impressive TX-RZ920. The TX-RZ920 is a 9.2 channel A/V network receiver that boasts 135 watts of sound per channel. Part of Onkyo’s flagship RZ Series of A/V receivers, the TX-RZ920 features top-quality components, a massive custom transformer, and is THX Certified for movie theater quality sound right in your living room. The TX-RZ920 also features Chromecast built-in, so you can stream any music from your smartphone, laptop, or PC to the TX-RZ920 with ease. With the Onkyo Controller app, you can browse and play music from your favorite online streaming services, including Spotify, TIDAL, Deezer, Pandora, and TuneIn. The TX-RZ920 is designed for both a full home theater and smaller listening setups and supports both 2.4 and 5GHz Wi-Fi connectivity.

But the best part? The Onkyo TX-RZ920 features Blackfire Research’s own FireConnect Multi-room Wireless Audio. FireConnect mirrors network audio and external analog sources connected to a master component (from streaming services to vinyl records) to any Blackfire-compatible speaker (like the Onkyo NCP-302 Network Speaker) in any room, all over standard Wi-Fi. Now, your favorite music can follow you from room to room.

Learn more about purchasing options for the Onkyo TX-RZ920 here.

Last week, we spoke about the latest iPhones all (finally) supporting wireless charging and Apple’s commitment to the Qi wireless charging standard. But the sort of wireless charging that Apple has chosen to back isn’t truly a wireless solution, since you still have to use a charging mat (plugged into an outlet), and your device must be placed on the mat in order for it to charge. However, there are other wireless charging options on the market that are truly wireless.

One such company is called Energous, a Silicon Valley-based company whose WattUp wire-free charging technology is gaining a lot of buzz. Energous supplies chips to manufacturers that can be integrated into a wide variety of devices (such as smartphones, tablets, smartwatches, and more) that enable wireless power transmission at short, medium, and long distance ranges – the longest of which can bolster energy from up to 15 feet in any direction. Energous uses a Radio Frequency (RF) system, so the experience of charging your devices will feel similar to using a router for Wi-Fi. According to their website: “A WattUp transmitter, or Power Router, sends energy via a Radio Frequency (RF) signal to your WattUp-enabled electronic devices when requested. A WattUp receiver in each device converts that signal into battery power.” To learn more about Energous in action, check out this article about their CES 2017 exhibition.  

Another company, Ossia, with their Cota Wireless Power technology, envisions a world in which you walk into your home, an airport, a coffee shop, even a train – and your devices automatically begin to charge. The system comprises of a transmitter, a receiver, and software. The transmitter comes in many different forms: from a smartspeaker-looking cylinder, to a ceiling tile. The receiver is a microchip that can be embedded into numerous devices, which mostly lies dormant, but gets triggered when a Cota receiver sends it a packet of information indicating a need for charge. The software then directs the charge from the transmitter to the receiver’s location, even if there’s movement. Cota uses the same frequency as Wi-Fi and Bluetooth and can charge multiple devices at once.

Finally, there is Wi-Charge, which just received FDA approval to sell their products in the US. Wi-Charge works differently than Energous and Ossia because it uses infrared beams to transmit power as opposed to an RF system. The range for their charge is up to 10 meters indoors, with 3-4 watts of power per device. In order for the technology to work, your device needs to be in, what they call, the “line-of-sight” (i.e. visible to the transmitter). The first phase of their operations will use dongles or cases attached to your device equipped with the receiver. In the future, receivers will be fitted inside devices, like we’ve seen with Energous and Ossia. The current Wi-Charge charging stations double as lamps, but in the future, the company wants to equip transmitters into ceiling light fixtures in office buildings and homes.

While Apple was praised for choosing to implement a fairly ubiquitous wireless charging standard into their latest iPhones, their choice was actually quite underwhelming. Apple is known for being at the forefront of innovation. Because they waited so long to jump on the wireless charging wagon, many expected them to come out with something better than a technology that’s been standard on Android phones for years. They didn’t. Instead, startups like Energous, Ossia, and Wi-Charge now stand at the forefront of wireless charging innovation.

Wireless charging is essential to the smart home of the future because the smart home of the future is wireless. From the smart speaker boom to advances in wireless, multiroom audio, this year has brought hi-tech products into the mainstream market, fueling the growth of the smart home sphere. With the introduction of true wireless charging into homes, offices, and public spaces, we’re one step closer to a truly connected world.

On September 12th, Apple opened their brand-new 2.8 million-square foot campus in Cupertino to the press- dubbed Apple Park – to announce the company’s latest products. Although personally, I’m most excited for the Apple Watch Series 3 with cellular and Apple Music, the biggest stars of the nearly two-hour show were the iPhone 8, the iPhone 8 Plus, and, of course – the iPhone X, Apple’s 10 year anniversary phone. From FaceID to animojis, Apple’s newest phones have the entire tech world abuzz. But there’s one advancement in these three smartphones that many have felt is long overdue: wireless charging.

Wireless charging has been supported in smartphones for quite some time – even going as far back as 2009 – but it seemed like Apple was holding out on incorporating wireless charging into their products due to lack of industry standardization. But all that seemed to change earlier this year when Apple joined the Wireless Power Consortium (WPC), an organization that helps develop industry standards in wireless charging. The WPC backs the Qi Standard, which works either through induction (where wireless chargers contain special magnets and coiled wires that pass electricity to your smartphone or other device via a mat) or resonant charging. The Qi Standard is used across many brands, including Samsung, Google, HTC, Blackberry, LG, Motorola, and Nokia. And now Apple.

At their September 12th Keynote, Apple announced that the new iPhone 8, 8 Plus and the iPhone X all support Qi wireless charging, which is huge news because it means that these smartphones will be compatible with non-Apple products and accessories, such as from Belkin and Mophie, as well as many wireless charging mats that have already been installed in hotel lounges, cafes, and airports around the world.

However, Apple wouldn’t be Apple if they didn’t offer sleek (and expensive) accessories. The company also announced that they plan to offer their own wireless charging pad beginning sometime next year. Called AirPower, this wireless charging mat will incorporate the Qi Standard and will have the ability to charge multiple devices at once, such as an iPhone, an Apple Watch, and the new AirPod case.

Apple finally introducing wireless charging into their products is a step forward in whole-home wireless connectivity, but the concept of these wireless charging mats are somewhat misleading since the mats themselves still have to be plugged into an outlet, and your device will have to have a physical connection to the mat (i.e. touching it) in order for your device to charge. So yeah, not totally wireless.

There are other, truly wireless charging solutions on the market, and we’ll discuss them in the next blog post.

There was plenty of big tech news to come out of IFA this past September – from voice AI alliances, to the unveiling of Sony’s venture into the smart speaker realm – the end of 2017 has given us a glimpse into what innovations we can look forward to in 2018. A popular trend we noticed at IFA was the expansion of wireless technologies – from headphones, to speakers and smart phones – wireless capabilities are evolving from a simple point-to-point connection (Bluetooth) to more complex multi-room, multi-channel streaming over standard Wi-Fi. We found that the war between Bluetooth and Wi-Fi for wireless connectivity is still being fought, but some concessions have been made (for example, new Marshall Headphones Bluetooth speakers have added Wi-Fi for multi-room capabilities, signaling an acknowledgement of the limitations of Bluetooth.)

One headline in particular caught our eye during IFA regarding the Bluetooth capabilities in the new Moto X4 smart phone, which allows users to link the phone with up to four devices simultaneously. According to CNET, “[t]his is the first phone that lets you broadcast your music to multiple different Bluetooth devices at once. You can connect the phone to four different speakers or headphones — of any kind, as long as they have an A2DO profile — and play the music in sync across all four.” This technology is being lent to Motorola by French startup, Tempow, who specialize in multi-Bluetooth audio and hope to see their version of Bluetooth embedded into smart TVs in the near future to achieve “surround sound-like capabilities” in the living room.

The truth is, even with the added ability to connect to more than one device, Bluetooth still has too many drawbacks as a wireless standard to fuel the smart home of the future. For example, you’ll experience interruptions in your music if you get a call or text while using your phone as a source device; there are severe range limitations (around 30 feet), and it produces low quality sound (Bluetooth uses “lossy data compression,” which means that it encodes its data in inexact approximations and partial data discarding to represent its content. This creates a more garbled sound quality and makes Bluetooth audio devices more vulnerable to dropouts.)

Wi-Fi, on the other hand, has a much longer range than Bluetooth (roughly 100 feet inside, and up to 300 feet outside) so you can use one system throughout the entire home and extend it into your backyard if you place your router in a central location. Not only can Wi-Fi connect to more than four speakers at a time to create a real 5.1 surround sound system, it can support multi-room systems and multiple channels, which Bluetooth can not. This means that within your wireless home entertainment system, you can actually create a system of speakers, such as “left,” “right,” “center,” and “stereo.” You can also choose to play one speaker, multiple speakers, or all of your speakers at any given time, without always having to reconfigure the devices. Wi-Fi systems also tend to support superior sound quality because they have a wider bandwidth than Bluetooth and it uses a lossless codec, which Bluetooth does not. Therefore, Wi-Fi can support high resolution and lossless audio without significant lag. So for true surround sound in your living room, or anywhere else in your home, Wi-Fi is the best and only wireless standard option. For more information about the differences between Bluetooth and Wi-Fi, check out this blog post.

Tempow’s multi-Bluetooth technology in the new Moto X4 smart phone has gotten some people excited, especially when it comes to situations where Wi-Fi isn’t available, like at a park or the beach. But in the home, the overall limitations of Bluetooth as a wireless standard prevents it from achieving what Wi-Fi already does. Need we say more?

Onkyo has announced plans to ship their latest Network Hi-Fi CD System, the CS-N575, which features Blackfire Research’s own FireConnect Wireless Multi-room Audio technology. The CS-N575 is a compact Hi-Fi system that consists of two speakers and a stereo receiver with a built-in CD player, FM tuner, and the ability to stream your favorite music apps via Wi-Fi through Onkyo’s Next Generation Network Audio which supports Chromecast built-in and our very own FireConnect. The CS-N575 has built in Spotify, TIDAL, Pandora, Deezer, and TuneIn, and boasts a stunning LCD with a new JOG dial so you can control all your music from one place and view song information and album art.

With 20 W x 20 W stereo power and a new switching amplification system, The CS-N575 “delivers high speaker-driving power, maximizing sound pressure levels for better energy and punch over an expansive soundstage” (Onkyo). But the best part? With Blackfire’s FireConnect Wireless Multi-room Audio technology, your music can follow you from room to room – so the party never stops.

A new neural network AI from MIT CSAIL has been making headlines recently for using machine learning to solve some issues associated with buffering. We’ve all experienced buffering before, either in the form of pixilation, long wait times while loading a video or audio file, and everyone’s favorite nemesis: the spinning pinwheel of death. Buffering occurs because it’s impossible for your computer (or TV) to receive data all in one lump for immediate playback. Therefore, data is broken up into smaller packets and sent to its destination, sequentially. So while you’re enjoying your favorite Spotify playlist played to wireless speakers throughout your home, or streaming the latest episode of Game of Thrones in your living room, your entertainment media will always be sent bit by bit. If all goes well, you’ll never notice this is even happening. But more often than not, you’ll experience some sort of indication of file buffering. If there isn’t enough bandwidth, you’ll either experience pixilation, longer buffering times, or drop outs because your network can’t transmit data fast enough to maintain a sufficient “buffer.”

Essentially, what MIT CSAIL’s AI, dubbed the “Pensieve” neural network, does is use machine learning to switch between pixilation and buffering so your videos aren’t over buffering when they don’t need to, or pixelating when they don’t need to. According to MIT, the neural network will tune itself over time based on a system of rewards and penalties, allowing streaming services to customise this for their content—with priorities for buffering or resolution. If the streaming service is able to predict that a user watching a video on a handheld device is about to walk into a poor connectivity area, the system will be able to reduce the streaming resolution sufficiently, creating enough of a buffer for (potentially) stutter-free streaming (livemint). This is all fine and good, but it’s essentially like putting a Band-Aid on a festering wound: it may cover up the problem, but it by no way solves the underlying issue.

The real problem with buffering lies with your WiFi network. Conventional WiFi runs on TCP (Transmission Control Protocol), designed in the 1960’s for transferring files down wired Ethernet lines – certainly not for streaming real-time video and wireless audio throughout the Smart Home. (For more information on the shortcomings of TCP, check out this blog post). As long as your WiFi runs on this outdated protocol, it doesn’t matter what techniques are being innovated to combat the annoyance of buffering – the cause of the issue still needs to be addressed, not the symptoms.

Blackfire Research understands this. That is why we developed Real-Time Packet Management (RPM), the Blackfire Research solution to buffering. For whole home, wireless audio, RPM uses a special multipoint, real-time feedback signal from each speaker to monitor the effects of noise on the audio data stream, allowing for a much shorter queue and much less buffering. RPM is part of the Blackfire Realtime Entertainment Distribution (RED) framework, a revolutionary new protocol designed to stream both HD 5.1 audio and 4K video, simultaneously, across multiple devices around your home- all over the standard WiFi – with precise synchronization, low latency for lip sync, and overall reliability.

RPM can be found in any Blackfire powered device. Partnering with Blackfire Research means you’re ahead of the pack, and most of all, one step closer to defeating your nemesis: that darn spinning pinwheel of death.