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!

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.

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?

In my two previous blog posts, I recommended purchasing either the ASUS RT-AC56U or the ASUS RT-AC68U; explained why I chose the ASUS RT-AC68U router for my own home; and walked you through the setup of 2.4GHz and 5GHz bands for best performance. In this post, I’m going to show you how to tune your router to avoid wireless network traffic from other routers near by.

First off, how do WiFi frequency ranges and channels work?

The 802.11 standard allows wireless devices to be backward compatible, interoperable, and to work internationally. After WWII, the radio frequency spectrum in most countries was strictly controlled by the government, and was mostly allocated to police, military, and emergency service use. By the 1990’s, gradually, some of the high frequency (or “microwave”) spectrum was being derestricted. The 2.4GHz band became available in most countries around the world, and so it was adopted for several wireless technologies, including cell phones, Bluetooth devices and of course – WiFi. Now, nearly 30 years later, 2.4GHz band has become a very busy part of the spectrum indeed. The newer 5GHz WiFi band still has the advantage of much less data traffic – but due to physics, has the disadvantage of having a shorter signal range, meaning, the rooms in your home furthest from your router will have a noticeably weaker signal.

Both WiFi bands (2.4G and 5G) are divided into individual channels, each spaced a few megahertz from the next. By default, your router will automatically jump to the first channel it finds. However, you will get the fastest WiFi performance if you first check which channels have the least traffic and then manually set your router to that channel.

Avoiding the Busy Channels

First you’ll need to download a WiFi Analyzer app. If you have an Android smartphone, there is a free WiFiAnalyzer app that works very well. Unfortunately, there is no convenient free app like this for my iPhone, so I used my Windows 10 laptop to download an equally effective WiFi Analyzer app from my browser, free from the Microsoft App Store.

Once you download an app, you can see which channels are currently being used. Let’s start with the 2.4GHz band.

Here is the WifiAnalyzer app screen for the 2.4GHz band. My router is the one called BFRX-BUTTERS (the SSID I chose for the 2.4GHz band):

The ASUS router had auto-selected Channel 3, which is right on top of two other routers – probably my neighbors’ WiFi. As you can see from the image above, the channels above 6 look much clearer. So I opened up the ASUS router Configuration Page, which you can find by typing this local address into your web browser:  http://router.asus.com

Under Advanced Settings, I selected the “Control Channel” pull-down menu, and instead of “Auto,” I selected “Channel 11” to force my router to operate in the clearer part of the spectrum:

which means my router is much less likely to conflict with 2.4GHz band signals from other routers:

Next I checked the 5GHz band, which is much less busy; it looks like my neighbors have not yet taken advantage of newer routers like mine:

In the image above, my router (BFRX-BUTTERS_5G)  has been auto selected to Channel 161 which is in a clear part of the band (note that the channels between 48 and 149 are not available for WiFi). To make sure it doesn’t auto select another channel, I decided to change the 5 GHz band setting from “Auto” to fix it at “Channel 161” anyway, using the same method as before:

Once you’ve switched your 2.4GHz and 5GHz bands to clearer channels, you’ll experience less interference from other networks – meaning that you can seamlessly stream music or videos throughout your home, wirelessly, with much less chance of pesky dropouts.

Blackfire Research is proud to partner with leading smart phone and electronics manufacturer HTC, for their award winning,  HTC One M9 smartphone. Blackfire Research technology is featured in the smartphone’s HTC Connect service, which allows users to “wirelessly stream music or video from HTC One M9 to speakers or TV by just swiping up the screen with 3 fingers.” (HTC.com)

With HTC Connect, you can stream media wirelessly from your phone to any Blackfire powered product, from leading brands such as the HARMAN KARDON Omni series of speakers. Once connected, the audio and music from the HTC smartphone is routed to these products, much like Bluetooth. However, unlike Bluetooth, Blackfire technology enables much longer range, improved resolution, superior sound quality, and multi room play.

Blackfire powered products can be used in various multi room or in-room configurations. They can also be grouped into various zones, selected for playback at will, and be shared by multiple phones. Therefore, the user can enjoy music from the HTC One to a HARMAN KARDON OMNI 20 Speaker in the kitchen and simultaneously send it to a HARMAN KARDON Adapt plugged into their stereo system – all playing simultaneously, in high quality, over the home Wi-Fi. Blackfire technology is compliant with any online music/media service applications on the HTC One M9, which allows HTC One users maximum flexibility in enjoying their music and makes the HTC One a powerful media platform.

The HTC One M9 is carried by AT&T and Sprint. For more information, visit http://www.htc.com/us/.

So Make Sure to Add it to your Black Friday Shopping List

Today marks the official start to the holiday shopping season and everyone is panicking. So many gifts to buy, so little time! Perhaps you’re looking for a fantastic gift for the music lover in your life? Or maybe you are searching for the perfect addition to your own home entertainment system to show off during holiday dinners? Look no further:  as a proud partner of top audio-visual company Pioneer, Blackfire Research is happy to announce that the Pioneer VSX-1131 AV Receiver, powered by Blackfire Research’s “FireConnect,” has been named one of the best AV Receivers for 2016 by Thewirecutter.com and Themasterswitch.com – so make sure to add it to your Black Friday shopping list!

The Pioneer VSX-1131, which features Blackfire’s FireConnent, placed “runner-up” for Thewirecutter.com’s “The Best Receiver” of 2016 award. On their decision to include the VSX-1131 as one of the year’s best AV Receivers, WireCutter expressed that “the VSX-1131 has AirPlay, Bluetooth, Spotify Connect, Dolby Atmos, and integrated Wi-Fi support. It will convert an analog video signal to HDMI, too, so you need to run only a single cable to your TV. It even offers…component-video and phono inputs…[and] features Google Cast for Audio support, which we really like to see.”

As if one wasn’t enough, Themasterswitch.com has ranked the AV Receiver as #10 on their list of “Best A/V Receivers of 2016,” stating that “[t]his is a good, solid all-round system” and that “it’s one of the more reliable units out there…We do like the increased HDMI ports, and we really enjoyed the room correction system, which calibrated the system nicely.”

The Pioneer VSX-1131 AV Receiver “has seven amplifier channels [and] the serious home cineaste can also operate a Dolby Atmos loudspeaker set with its additional ceiling speakers. With 160 watts per channel, the amplifier output meets higher demands, similar to the seven HDMI ports, one of which is located on the front panel. This allows you to quickly connect external players without much hassle. The VSX-1131 supports 4K UltraHD with HDR on every HDMI port, while it can convert Full HD into 4K using its powerful video scalers.” (Pioneer 2016)

The receiver also features “various streaming options [already] installed. With Spotify, Tidal and Deezer, all the payment streaming services are supported…TuneIn adds thousands of web radio stations, while AirPlay, Google Play and Bluetooth provide matching wireless access to every tablet or smart phone. And if you’re planning a multi-room system in the near future, you’ll be happy to know that the VSX-1131 is already compatible with FireConnect and so able to feed all connected sources into a corresponding system.”(Pioneer 2016)

Pioneer explains that Blackfire’s Fireconnect “enables any audio source connected to the receiver—from vinyl to streaming audio—to be sent wirelessly to a compatible speaker placed anywhere in the home.”

“The new Pioneer AV receivers with FireConnect enable the concurrent playback of every audio source connected to the AV receiver via an optional wireless speaker. Conveniently control the multiroom playback with track selection and volume via smart phone and tablet.” (Pioneer 2016)

Congratulations Blackfire Research and our partners over at Pioneer. Let’s keep setting the standard for wireless home entertainment.

You can purchase the Pioneer VSX-1131 on Amazon, Best Buy, or Walmart.