Tag: Bluetooth handsfree

Super Wide Band Speech to come to Bluetooth hands-free setups

Article

Sony WH-1000XM4 Bluetooth noise-cancelling headset press image courtesy of Sony

The same Bluetooth codec that powers Bluetooth LE Audio will provide enhanced audio quality for your voice and video calls that you make and take with your Bluetooth headset.

Bluetooth calls on Android are about to get better — super wideband better (androidpolice.com)

From the horse’s mouth

Bluetooth SIG

Super Wide Band Speech for Hands Free Profile 1.9

My Comments

Increasingly, online voice and video communications is moving towards speech quality not dissimilar to how you would hear an announcer on your favourite FM, DAB or Internet radio station. This would be facilitated using regular or mobile computing devices that make use of wider bandwidth technologies like the latest Internet connections or 5G mobile telephony.

But the Bluetooth link for our headsets, hearing aids or in-car handsfree setups stands a chance of being able to work with high-bandwidth voice and video communication. Here it is about implementing the LC3 audio codec that is the core of Bluetooth LE Audio to bring speech quality that could be equivalent to FM radio. It will be part of Bluetooth Hands Free Profile version and is intended to work in a “best-case” manner where both the audio device and the smartphone or computer implement Hands Free Profile 1.9 with Super Wide Band Audio.

I see this as being part of audio devices that implement Bluetooth LE Audio due to the reuse of the LC3 Audio codec. It could also be taken further as a means to reduce the Bluetooth bandwidth needed for transmitting speech in a phone call, with a goal to reduce battery requirements for hearing aids, earbuds and “sports” headsets when used as communications devices. The sound latency will also benefit especially if you are using your Bluetooth headset in an area where many people are using Bluetooth devices.

At the moment this improvement for Bluetooth Hands Free Profile is at the point of being built in to mobile operating systems. For example, it is to be added to the Android Open Source Project which represents the software logic for the Android platform and this will look after the Bluetooth communications aspect for that platform.

Most likely, I would see this feature come about with Bluetooth LE Audio headsets, earbuds and hearing aids at least. It could also be a driver to bring what Bluetooth LE Audio is about to in-car infotainment due to the use of the LC3 audio codec. It sounds like a next major step for Bluetooth’s killer use cases i.e. hands free calling and audio listening via a wireless link to your smartphone, tablet or computer.

Bluetooth Fast Pairing–to be part of the Android platform

Articles

Android main interactive lock screen

Most recent Android smartphones may be able to support one-touch pair-up for Bluetooth accessories

Android ‘Fast Pair’ will quickly connect Bluetooth devices | Engadget

Announcing Fast Pair – effortless Bluetooth pairing for Android | Android Developers Blog

My Comments

Google has answered the setup method that Apple has implemented for their AirPod wireless in-ear headset by implementing a software-driven “quick-pair” setup that will be part of Android.

This method, called Bluetooth Fast Pairing, works on Android handsets and other devices that run Android 6.0 Marshmallow onwards and have Google Play Services 11.7 or newer installed and support Bluetooth 4.0 Low Energy (Bluetooth Smart) connectivity. You will have to enable Bluetooth and Location functionality in your handset, but you don’t have to look at Bluetooth device lists on your smartphone for a particular device identifier to complete the setup process.

Google Fast Pair in action - press image courtesy of Google

Click or tap this image to see Google Fast Pairing in action

It is meant to provide quick discovery of your compliant Bluetooth accessory device in order to expedite the setup process that is involved with new devices or to “repair” Bluetooth connections that have failed. This latter situation can easily occur if data in the device regarding associated Bluetooth devices becomes corrupted or their is excessive Bluetooth interference.

The user experience will require you to put your accessory device like a Bluetooth headset, speakers or car stereo in to Bluetooth-setup mode. This may simply be through you holding down the “setup” or “pair” button till a LED flashes a certain way or you hear a distinct tone. On the other hand in the case of home and car audio equipment that has a display of some form, you using the “Setup Menu” to select “Bluetooth Setup” or something similar.

Then you receive a notification message on your Android device which refers to the device you just enabled for pairing, showing its product name and a thumbnail image of the device. Tap on this notification to continue the setup process and you may receive an invitation to download a companion app for those devices that work on the “app-cessory” model for extended functionality.

Google implements this by using Bluetooth Low Energy “beacon” technology to enable the device-discovery process. This is similar to the various beacon approaches for marketing and indoor navigation that are being facilitated by Bluetooth Low Energy, but they only appear while your accessory device is in “Bluetooth setup” mode.

The Google Play servers provide information about the device such as its thumbnail image, product name or link to a companion app based on a “primary-key” identifier that is part of the Bluetooth Low Energy “beacon” presented by the device. Then, once you tap the notification popup on your Android device, the pairing and establishment process takes place under Bluetooth Classic technology.

I see this also as being similar to the various “Plug And Play” discovery process implemented in Microsoft Windows and Apple MacOS whenever you connect newer peripherals to your computer. This is where Microsoft and Apple keep data about various peripherals and expansion cards that are or have been on the market to facilitate installation of any necessary drivers or other software or invocation of class drivers that are part of the operating system. For Google and the Android platform, they could take this further with USB-C and USB Micro-AB OTG connectivity to implement the same kind of “plug and play” setup for peripherals connected this way to Android devices.

This system could be taken further by integrating similar logic and server-hosted databases in to other operating systems for regular and mobile computer platforms to improve and expedite the setup process for Bluetooth devices where the host device supports Bluetooth Low Energy operation. Here, I would like to see it based on the same identifiers broadcast by each of the accessory devices.

The Bluetooth Fast Pairing ability that Google gave to the Android platform complements NFC-based “touch and go” pairing that has been used with that platform as another method to simplify the setup process. This is more for manufacturers who don’t have enough room in their accessory device’s design to provide an NFC area for “touch-and-go” setup thanks to very small devices or where NFC doesn’t play well with the device’s aesthetics or functionality.

It may be a point of confusion for device designers like Alpine with their car stereos who place their devices in “discoverable” or “pairing” mode all the time so you can commence enrolling your accessory device at your phone’s user interface. Here, the device manufacturer may have to limit its availability to certain circumstances like no devices paired or connected, or you having to select the “Bluetooth” source or “Setup” mode to invoke discoverability.

At least Google have put up a way to allow quicker setup for Bluetooth accessories with their Android platform devices without the need to build the requirement in to the hardware.

Product Review–Plantronics Backbeat Pro Bluetooth noise-cancelling headset

Introduction

I am reviewing the Plantronics Backbeat Pro Bluetooth noise-cancelling headset which is my first attempt at reviewing a headset equipped with two key features: Bluetooth wireless connectivity and active noise cancelling.

The former feature links to mobile devices and laptop computers via Bluetooth wireless technology while the latter detects noise associated with transport or fans using microphones and applies a “counter-noise” to this noise through the headset’s speakers. When you listen to program content or take a call, the sound from the external device such as the music or your caller’s voice is mixed in with the aforementioned “counter-noise” so you can hear that sound more clearly.

Plantronics BackBeat Pro Bluetooth noise-cancelling headphones

Price

RRP:  AUD$349 (Street price AUD$299)

Type

Headphone Assembly Traditional over-the-head
Driver Positioning Circum-aural (over the ear with sound-containing foam wall)
Driver Enclosure Closed Back
Microphone Position Integrated microphone
Connectivity
Headset 3.5mm headset socket wired for Apple (CTIA)
Bluetooth
– A2DP audio with aptX
– Headset Profile
– Handsfree Profile with HD Voice
– Multipoint for 2 devices
Adaptors 3.5mm four-conductor headset cable

The headset itself

Connectivity and Usability

I was able to pair the Plantronics BackBeat Pro headset with my Samsung Galaxy Note 4 smartphone very quickly – this supported NFC-based pairing which is currently implemented in Android only. But with devices that don’t support it, you can start the pairing process without needing to hold down a button on the headset.  There is support for multipoint use with a simplified call-handling experience where you just touch one button to answer calls from any phone.

Plantronics BackBeat Pro Bluetooth noise-cancelling headset - right side earcup

Right side earcup with volume control and call handling button on earpiece

There is a 3.5mm four-conductor headset jack which connects to your device via a supplied cord that is wired for CTIA / Apple setups. This overrides the Bluetooth headset functionality so you can use the Backbeat in an airliner.

It is powered via an integrated rechargeable battery that lasts a long time – you could get a day or more out of the headset’s battery life when you are using it as a Bluetooth headset or as an active-noise-reduction headset with another device.

Plantronics BackBeat Pro Bluetooth noise-cancelling headset - right earcup

Left-side earcup with track navigation toggle, play-pause button on earcup and noise-cancellation switch

The controls are easy to discover with a large ring on the right earpiece to adjust the sound volume, a large ring on the left earpiece to move between tracks, a large button on the left earpiece for playing and pausing music and a large button on the right earpiece for handling calls. The power and noise-cancel slide switches are easy to discover and locate with the former on the right earpiece and the latter on the left earpiece.

Plantronics BackBeat Pro headset - sockets

Connectivity options – USB charging socket and 3.5mm headset input jack (wired for Apple / CTIA)

There is a motion sensor that starts and stops your music device when you put the headphones on and take them off. But this can be very erratic in some situations such as a rough road or rail ride or sometimes even putting them on a table and subsequently picking them up has me find that they start playing too early. A supplied configuration program can be used to adjust this function but I would prefer a hardware switch to enable and disable this function.

Comfort and Durability

The Plantronics Backbeat Pro has the same kind of comfort level expected for most circum-aural headsets and could be worn for a significant amount of time. You could feel that they were there without it feeling as though they are crushing on your head and the padded headband provided that feeling as if they were just there.

Plantronics BackBeat Pro Bluetooth noise-cancelling headset

Cloth speaker grilles assure comfortable long-time use

The ear surrounds even didn’t come across as something that could end up being sweaty. As well, your ears rest on foam cushioning with cloth lining the earpiece areas so as to allow for increased comfort. Here you even have the sides that each earcup represents written on the cloth lining itself. The only comfort tradeoff you may find with the Plantronics BackBeat Pro and its peers is that due to their hard construction, they may feel uncomfortable to use when you are sleeping if you sleep with your head on your side.

As for build quality, I would expect them to last a long time. This is through the use of durable design practices like thicker plastic and placing a plastic conduit which houses the cabling between the earpieces against an aluminium strip.

Sound

I was able to run the Plantronics Backbeat Pro headset at lower volumes while the sound is still audible which makes for a headset that is designed with efficient drivers. This would then allow for the headset to run on its own batteries for a long time yet be useable.

Music

The music came through loud and clear and with that desirable amount of bass response. I even disabled any equalisation curves in my media player and any in my phone to identify whether the bass response was there without the need for added equalisation and found that these headphones still delivered the punch in the music.

Video and Games

The Plantronics Backbeat Pro has come up trumps with video content in that it was able to yield clear dialogue and give punch to those effects. I was even keeping an ear out for effects like gunshots or vehicle moment while watching Kurt Wallander because they are the kind of effects used in some of the games liked by “core” gamers and they came through with that desirable punch.

Communications use

I have made and taken a few phone calls using the Plantronics Backbeat Pro Bluetooth headset and have noticed that the conversation came through clearly for both myself and the caller. I also tried the headset a few times with Google Now and the voice assistant could parse what I was saying easily. The headset call button worked as expected with the ability to tap twice to call the last number or tap and hold to invoke Google Now or Siri depending on your mobile device.

Noise reduction and handling in noisy environments

I used the Plantronics Backbeat Pro headset in the back of a transit bus and had noticed some level of noise reduction when the bus was at speed and was able to hear my music content more clearly.

Active Noise Cancelling

The Active Noise Cancelling function is available when the headset is switched on and can work either with a wired connection or the Bluetooth connection. Here, you then enable it using a slide switch on the left earpiece and can notice the difference.

Here, the rumbling associated with trains and the like is cancelled out using so-called anti-noise. There was a noticeable difference when I used it on the train in Melbourne’s City Loop because I heard very little of the rumbling associated with through-tunnel train travel but could have my music at a decent volume. The experience was also the same when I used this headset in a few different transit buses and the noise from the engine was significantly reduced. As well the noise-cancelling function had no effect on the BackBeat Pro’s bass response. In some situations, I could hear the destination announcements that were called over the train’s intercom or a radio station played over a rail-replacement charter bus’s sound system more clearly and intelligibly even if I had my music going.

The only problem with using Active Noise Cancelling is that if you want to simply just run that functionality without the headset working with another audio device, you have to plug something in to the 3.5mm jack to override the Bluetooth transceiver. This may be of annoyance for those of you who are trying to sleep on the overnight train or that night flight or use the Active Noise Cancelling to effectively mute out the air-conditioner’s noise while trying to go to sleep..

Limitations

The active noise cancelling function  could be set up to run independent of Bluetooth operation or having the headphone cable plugged in. This could be handy when you are in a noisy environment without needing to deal with a cable that can entangle you. An example of this could be to claw some sleep when you are in the plane or in a motel room where there is a noisy old air-conditioner.

The microUSB charging socket on this headset could be set up to work as a way to connect the headset to a computer and have it serve as a USB audio sound device for that computer. The controls could also be mapped through as USB Human Interface Device controls for multimedia and telephony use. This would earn its keep when you are on the plane and using a laptop which is set up for “flight mode”, or are using the headset with a desktop computer for online communications and gaming, especially as traditional “three-piece” desktop computers don’t necessarily support Bluetooth.

The Plantronics Backbeat Pro could benefit from a hardware switch to enable or disable the sensors that allow it to play or stop the music source if you take the headset off. This can be of importance where the ride is bumpy and this function could be susceptible to false triggering.

As well, the headphone cord could benefit from a switch which selects between OMTP / Apple (CTIA) headset wiring mode. This is because not all mobile phones and communications devices are wired for CTIA (Apple) mode and you may want to make sure that your BackBeat Pro could work with anything your present to.

As for adaptors, the Plantronics Backbeat Pro Bluetooth headset missed out on an inflight-entertainment adaptor which is considered abnormal for a noise-cancelling headset that would be typically used in an aeroplane.

Conclusion

I would recommend the Plantronics BackBeat Pro for those of you who value a Bluetooth noise-cancelling travel headset that excels on usability especially when you use your smartphone as a music player when you are travelling on public transport. As well, it would earn its keep with those of you who aren’t necessarily after the fashionable headset brands but are really after something that does the job.

If you do need to use this headset as an active-noise-reduction headset without the use of any program-source device, you could use a 3.5mm plug which you could purchase from an electronics store and plug this in to the audio jack on the headset.

Integrating a Bluetooth headset in to a beanie

Article

Get Your Hipster On with Bluetooth Beanie | Bluetooth Blog

From the horse’s mouth

TRNDLabs

Bluetooth Beanie

Product Page

Video

My Comments

I was surprised to come across a beanie-style hat that doubles as a Bluetooth headset for your smartphone. The copy in the Bluetooth SIG article highlighted it as being part of the hipster’s image including being able to shift around that trendy inner-urban area like San Fran, Newtown or Fitzroy on a bicycle.

But what was interesting was how the headset was integrated in to something that would normally be knitted. Here, the Bluetooth receiver module had one of the speakers and the microphone along with a group of buttons as its control surface and was connected to a secondary speaker which served as the other speaker for the stereo headset. These were inserted in to pockets knitted in to the beanie so as to allow one to remove them when they wash the hat – avoiding any damage to the electronics while it is being soaked in water and Wool-mix.

This device, which can be charged by a USB charger, can run for six hours on talk / music activities and works according to Bluetooth 3.0 with Handsfree (communications) profile and A2DP / AVRCP (music playback) profiles. It has an operating range of around 10 metres (33 feet), effectively ticking the boxes for essential Bluetooth headset functionality.

It is an example of how one can design mobile electronics for integration into clothing and footwear but making sure you can remove it when you want to wash the clothing. The Bluetooth receiver and speaker could be offered as a separate “short-form” accessory for those of us making our own headgear to convey our own identity or for those of us making and selling such headgear.

Product Review–Sony SBH-52 Bluetooth Headphone Adaptor

Introduction

I had decided to upgrade my Bluetooth headphone adaptor which was the Nokia BH-111 to the Sony SBH-52 Bluetooth Headphone adaptor, with a view to head towards some newer capabilities that these devices have. This is also to benefit from various improvements like multipoint operation, aptX audio codec for high-quality music and HD Voice codecs for improved mobile telephony services.

Sony SBH-52 Bluetooth headphone adaptor with headphones

Price

RRP: AUD$159.95

Specifications

Connections
Headphones 3.5mm stereo headphone jack
Power MicroUSB charging socket
Sources
Bluetooth audio Bluetooth A2DP with aptX
Analog Radio FM
Communications
Handsfree Bluetooth HandsFree Profile to integrated speaker and microphone
Multi-Device Yes – two devices
Pairing One-button pairing,
NFC “touch-to-pair”
Bluetooth
Standard 3.0
Profiles Hands-Free Profile 1.6
A2DP Audio Profile 1.2
AVRCP Audio Control Profile 1.4

 

The Bluetooth adaptor itself

The Sony SBH-52 Bluetooth headphone adaptor comes with a pair of in-ear earphones but can be used with any headphones that you wish such as your good Bose, B&O, Sennheiser or Skullcandy “cans” or a set of noise-cancelling headphones for that flight or train trip. It also works as a Bluetooth handset or speakerphone which would come in handy with a computer that is running a softphone application.

Sony SBH-52 Bluetooth headphone adaptor NFC tie clip

Touch your NFC-capable phone on the clip to pair it with the headphone adaptor

For setup, you can pair up an Android or Windows device with the Sony headphone adaptor using NFC “touch-and-go” pairing by touching the device to the headphone adaptor’s tie clip. But you would have to hold down the POWER button at the end to make it discoverable if you were to pair it with a device that doesn’t support this kind of pairing like all of the Apple devices.

It presents itself to the host device as a Bluetooth Hands Free Profile device and a Bluetooth A2DP audio device with support for aptX high-quality sound for music and HD Voice codecs for communications. It also works to the AVRCP 1.4 device-control standard with the ability to show the title and artist of the currently-playing song when used with a device that supports this level of functionality.

You can even pair this Bluetooth headphone adaptor with two devices and set them up in “Multipoint” mode so you can run them at once. For example, you could pair with two smartphones such as your work phone and your personal phone and answer calls on either of them using its handset button. Similarly, you could pair it with you desktop or laptop computer running a “virtual-extension” softphone app or a Bluetooth-enabled desk phone alongside a smartphone and manage calls from both these devices.

The SBH-52 as an FM RDS radio

The SBH-52 as an FM RDS radio

As well, the device serves as an RDS-equipped FM stereo radio but you will need to use it with your headphones because the headphone cable serves as its FM aerial.

But the Sony SBH-52 shows its real capabilities when you use it with your Android smartphone because of a Sony “Smart Connect” app, something I see as Sony’s “love-letter” to the open-frame Android mobile-device platform. This works as a “go-between” for messaging, Facebook, GMail and some other services through the use of downloadable “extensions” that you pick up from Google Play. It also becomes a watch showing the current time when you have it switched on and connected with the Android smartphone running this app.

Operational Experience

The Sony SBH-52 as a digital clock for your Android phone.

The Sony SBH-52 as a digital clock for your Android phone.

I have found that the Sony SBH-52 Bluetooth headphone adaptor clips to your shirt or tie without any issues whereas the older Nokia BH-111 had difficulties with clipping to thicker materials present in winter clothing or premium ties. This is due to the use of a clip that works in a similar manner to the old clothes-peg or the clip on an old-fashioned clipboard.

One issue that I have noticed at times is for the Sony SBH-52 to lose its connection with the phone if there is a period of inactivity. It can also manifest in the form of the on-screen data being out-of-sync with what is playing or whether the music is playing at all. This can be rectified by you powering the Bluetooth adaptor off and on or pairing again with the host device and may be a problem with the particular Android Bluetooth software in the Samsung smartphone.

The call-log function wasn’t all that consistent – it was able to show the caller’s name or number for whoever rang in or whoever I rang, but I couldn’t ring that caller back from the Bluetooth audio adaptor. Here, I would see the option to call back on the screen, with the “Yes” or “No” options, but couldn’t action these options using the Play/Pause key. This may be an issue if you haven’t set a particular call handler to be your default call handler on your Android phone.

A problem that can also happen with this headset and other Bluetooth headsets or hands-free devices is if you run a VoIP client like Viber or Skype on your Android phone, you can’t answer the VoIP client’s calls using the headset’s call-control button. This can be awkward in those situations where hands-free operation is desireable or paramount such as driving, walking or cycling. It is something I had found to my chagrin that I couldn’t answer an incoming Viber call using the SBH-52’s call button and had to use the Viber user interface on my Samsung phone to take that call.

The sound from your phone’s media player comes across as good as what the phone and headphones allow. Of course, you may notice a sense of clarity in the sound that it yields.This occurs with both the Bluetooth music and phone calls along with the radio. Of course, it will exhibit the limitations of the FM band which are similar to what is expected of Walkman-style FM radios, such as inconsistent FM reception in hilly or forest areas or city-centre areas with many tall buildings. But it was able to stay locked on to whatever I tuned it to without drifting.

The SBH-52 headset works properly with my Windows 8 computer, even providing elementary AVRCP-level control of media players using its media-control buttons. As well, when used in the Multipoint mode, each of the two devices is treated as a “source” in context with music and audio-content playback.

As for battery runtime, I was able to obtain one and a half days of music-streaming with a few phone calls out of this device before it needed to be recharged. As well, it was able to come from being empty to a full charge overnight once hooked up to an ordinary USB charger. Here, I could use any old microUSB-USB charge/data cable to connect the SBH-52 to a computer or charger when the time comes to charge it up.

Limitations And Points Of Improvement

The software for the Sony SBH-52 headset adaptor could be worked on better such as to allow the connection between it and a previously-paired Android host device to be properly healed when you switch it on and press the “play/pause” button. It could also make sure that it intercepts all incoming-call events from other Android VoIP apps so you can take calls on the headset.

The FM radio leaves a lot to be desired when it comes to functionality. One important function that is sorely missing is the ability to have preset stations. Similarly, the RDS aspect could be improved on, such as to have the PS station-identifier information shown in lieu of the frequency like what happens with automotive implementations. Even implementing the AF “follow-me” functionality that is used in Europe to automatically tune between different transmitters for a network station could earn its keep with travellers who use this while travelling across a country or region.

Sony could sell a variant of these headphone adaptors which is equipped with a DAB+ radio tuner for Europe, Australia and other countries where DAB or DAB+ digital-radio service is operational. It is more important with those markets like Australia where the AM radio stations which carry information-based radio content also appear on DAB+ digital radio while also underscoring DAB+ digital radio’s robustness for portable use.

Sony could extend their Bluetooth headset adaptors’ functionality by providing native support for the Bluetooth MAP messaging profile so that all text and other messages that come in show up on the adaptor’s display. As well, they could implement the full Bluetooth Handsfree profile with its call-control features in the headset adaptor natively without the need to run extra software. This means support for call-log abilities and access to platform-based “voice-assist” functionality irrespective of the phone’s platform. Some functions like a “call-log” ability could also require implementation of the Phone Book Access Profile.

Conclusion

I see that the Sony SBH-52 Bluetooth headset adaptor can work effectively as a Bluetooth headset adaptor when you have a smartphone that is your music player or run a separate Bluetooth-capable music-player device such as a tablet alongside your smartphone. It is also worth its salt if you also value having access to FM radio as another content source while on the go.

As well, Sony is stepping in the right direction by offering Bluetooth headset adaptors like this one that suit the needs of current smartphones and mobile telephony services.

One More Time for the old “brick” mobile phone

Article

Binatone’s Brick phone was acceptable in the ’80s (hands-on)

My Comments

Ever so often, a company will make a “modern” take of an older product or design that has attained “classic” status in some form. This is typically by exploiting the device’s industrial design and function; and making a device that uses newer technology in it.

In this case, the device of concern is the classic Motorola “brick” mobile phone. This was a first-generation mobile handheld phone design that was effectively shaped like a brick with the speaker, microphone and keypad placed along the narrow edge of this phone and it used a “rubber-duck” whip antenna. This design, which initially came about in the mid 1980s, was developed for the original AMPS analogue cellular-mobile-phone technology and the phone was gradually evolved with newer power-efficient circuitry including an LCD display rather than an LED display. When the GSM digital-cellular-phone technology came on line, there was even a variant of this handset that was designed for this technology.

This design became popular with people in the building and allied trades because of its durability and was valued as a way for these workers to “catch” new work while on the job without needing to be near their van to answer a car phone or carry around a very heavy transportable “bagphone”.

Binatone have given this phone the “One More Time” treatment by releasing a GSM mobile phone that is based on this design. It would be able to do what is expected of a basic GSM cellular phone including being able to support Bluetooth Headset/Hands-Free Profile technology.

But what impressed me about this phone was that it can be set up to be a Bluetooth Headset or Hands Free device for another phone such as a smartphone. A classic example may be to have a “retro chic” appearance or to have that cheap-looking phone so as to avoid flashing the iPhone 5S or other premium smartphone in an environment where a nice phone attracts the attention of street robbers or potential “gold-diggers”. Similarly, you could operate a 2-account setup to dodge exorbitant roaming fees for you or keep work and home separate.

The personal worry I have about the Binatone Brick phone is that it may not be a durable handset like the original Motorola designs but be more the “novelty” phone-accessory product that is flashed on the Internet in order to cash in on 80s retro chic. This is in a similar vein to the cheap table radios and music systems that are styled like the classic Wurlitzer 1015 juke box or the recent crop of cheap record players that copy portable-record-player designs of the 1950s and 1960s, where these products don’t necessarily do justice to the original design.

A Bluetooth audio adaptor that can run for 8 hours courtesy of LG

Article

LG outs diminutive Bluetooth headset with 8 hours of battery life

My Comments

I use the previously-reviewed Nokia BH-111 Bluetooth headphone audio adaptor with my Samsung Galaxy Note II Android smartphone so I can use a pair of ordinary headphones as a Bluetooth headset for that phone.

With this device, I can be able to get effectively a few hours of door-to-door music listening and perhaps a half-hour phone conversation out of this adaptor before it says it is out of battery life. But LG have upped the ante on these Bluetooth headphone audio adaptors by just releasing one that can have a net runtime of 8 hours before it needs charging. Like the Nokia BH-111, these will come with a pair of earphones but you could use any headphones, active speakers, line-level connection or cassette adaptor with them to convert the headphones to a Bluetooth headset or make a Bluetooth handsfree setup out of the active speakers or home / car music system.

Here, this could allow for service as an add-on in-vehicle handsfree that connects to a car stereo but can survive a long road trip, or to work with a pair of noise-cancelling headphones to entertain you through a long-haul flight. Even just spending the day out and about on the bike, walking long distances or making heavy use of public transport and having your smartphone play music through this device won’t have you worry about the device complaining of low batteries before you get home.

The same situation also extends to using the LG Bluetooth audio adaptor to work with TVs, home-theatre systems, games consoles and the like for a long viewing or gaming time without the fear of the audio adaptor or headset “giving out” in the midst of a game or movie. Of course, this device would work to the best with Bluetooth 3.0 setups and implement the aptX audio codec for best results with devices that support that codec.

It is also an example of the effort being put in to Bluetooth and other wireless technologies to have a device like this run for a long time in an interactive manner before it needs charging.

Now a device that converts a classic iPhone speaker dock to a Bluetooth speaker

Article

Auris turns any 30-pin music dock into a Bluetooth speaker | iPhone Atlas – CNET Reviews

From the horse’s mouth

Auris

Product Site

Where to buy

BiteMyApple.co

My Comments

There are situations where you want to play music from your smartphone or tablet to someone but they have a radio or speaker dock that has the orthodox 30-pin “iPhone” connector and no auxiliary-input jack. This makes the device very useless in that context and is more so as the Apple devices move away from the orthodox connector and more of us move away from the Apple portable-device platforms. Similarly those of us who use the “feature phones” that have mobile-phone functionality, music playback and, in some cases, navigation may want to use the speaker dock to share their music.

Now Auris have premiered a device that answers this problem. It is in the form of a battery-operated Bluetooth module that plugs in to the iPod / iPhone connector on these speaker docks or radios. This device also has a line-out connection for those speaker docks that don’t accept the audio through the 30-pin connection from anything other than an Apple device; as well as being a Bluetooth adaptor for powered speakers or equipment that has an auxiliary input of some sort. When used along with a cassette adaptor, this device can enable any old car cassette player or 80s-era “ghetto blaster” for Bluetooth audio.

As well the Auris is equipped with a microphone and functionality to turn the speaker dock or similar device in to a hands-free speakerphone for your smartphone or Skype-enabled laptop. Think of those situations where you need to have multiple people listen in to a call or you want to make or take a call in a hands-free manner.

It is one of those few Kickstarter ideas that have manifested in a real device that answers most questions and situations compared to the the situation where most such ideas end up as quick money-making ideas with useless products. Personally, I would also like to see a wholesale purchase opportunity through the Auris site so that “brick and mortar” and online retailers cam purchase quantities of this device to sell on to others. This would certainly appeal to the likes of the catalogue retailers like Sharper Image and Hammacher Schlemmer; or the mobile phone dealers and mobile networks who want to add this to their accessories line.

Product Review–Nokia BH-111 Bluetooth Audio Adaptor

Introduction

You have a pair of good-sounding B&O, Bose or Sennheiser headphones but want to use them as a full-blown headset with your smartphone. You may also want to try them with your laptop or desktop computer when you are playing a game or using a softphone app like Skype.

The only solution would be to buy a wired or Bluetooth headset that connects to the computer or phone. But these would make your good headphones redundant. Therefore you would need to look for an audio adaptor with an integrated microphone so you benefit from full handsfree communication.

The only problem with a lot of the wired audio adaptors supplied by the phone manufacturers and third-party accessories suppliers is that you may not be sure that they will work properly with your phone. This is more so if you jump mobile platform every time the contract expires. Similarly, wired audio adaptors can be hard to find because the only device to be seen using with your mobile phone is a Bluetooth headset.

There is also a greater risk of failure with wired audio adaptors as they are used in that the wiring at the device plug can be easily damaged through regular use and storage, thus impairing the quality of phone calls with these devices as I have experienced.

The Nokia BH-111 Bluetooth Audio Adaptor itself

Nokia BH-111 Bluetooth headset adaptor fob

Nokia BH-111 Bluetooth headset adaptor fob - same size as SD card

But wait, I have come across the Nokia BH-111 Bluetooth Audio Adaptor which connects to a set of regular headphones, comverting them in to a Bluetooth stereo headset. It comes with a set of in-ear earphones but these may come in handy as “emergency spares” or for compact-use requirements. It is available in three different colours – black, white and a “hot-pink” colour and retails for AUD$50, making it fit within gift-pricing range.

This kit is centred around a small fob that houses a microphone, control buttons, rechargeable battery and Bluetooth transceiver. You can connect the supplied earphones or a pair of headphones to a 3.5mm stereo jack on the end of the fob’s “hinge pin” and this fob can clip on one’s shirt or tie like a lapel microphone.

Nokia BH-111 Bluetooth headphone adaptor with headphone jack

Bluetooth headphone adapotr fob with headphone jack facing you

The operation buttons are each edge of the face of the fob, with one “multifunction” button that is used primarily to make or take calls, a previous-track button, a next-track button and a play-pause button that can mute the microphone during calls as well as start and stop the music. The hinge pin on this fob has a knob for adjusting the sound volume opposite to where the headphones are plugged in to.

When you charge this Bluetooth audio adaptor, you plug the supplied battery charger or a USB-2.5mm DC cord in to the side of the “hinge pin”; and it doesn’t take long to charge this adaptor.

The Nokia BH-111 complies to the following Bluetooth device classes: Hands-Free Profile, Headset Profile, A2DP audio playback profile and AVRCP audio controller profile. It can store pairings for up to five physical devices at a time and can only connect to one Hands-free or Headset Profile device and one A2DP / AVRCP audio-player device at a time. This could allow you to work it with a Bluetooth smartphone and a separate Bluetooth-capable MP3 player at the same time.

Nokia BH-111 headphone adaptor connected to headphones

Now these good headphones work as a stereo Bluetooth headset for your smartphone

The clip can be very stiff and hard to attach to a thick tie or suit coat but can work with most shirts. But it doesn’t look like something that could break easily after regular usage.

Setup and Usage

You have to use the “multifunction” button to turn the unit on and off as well as make it open for pairing. Here, you have to turn the audio adaptor off, then hold the multifunction button down until you hear a five-beep sequence, followed by a silence then a distinct beep. Then you start your device in “Bluetooth-device-scan” mode and it will show up as “Nokia BH-111” on the device’s user interface.

On the other hand, you hold the multifunction button down until you hear the five-beep sequence complete, then release this button in order to turn the audio adaptor on.

The Nokia BH-111 can act in a very confused manner if two or more devices that are paired with it are in the vicinity. This can happen more so if it is still connected to a mobile phone while a computer associated with it is nearby.

When the phone rings, you hear the Nokia ringtone rather than your handset’s ringtone, which can be confusing when you take a call through the audio adaptor for the first time and your phone plays its own ringtone through its speaker. I would rather that the phone’s ringtone plays through the headphones when a call comes in.

Battery Runtime and Sound Quality

For battery life, the Nokia BH-111 audio adaptor can complete a day of music-playback use with a Bluetooth mobile phone and longer in a quiescent state. It works properly and clearly when making and taking calls – the caller can hear and understand my voice properly and I can hear their properly as if I was using the phone handheld. I noticed this more with quieter environments but the intelligibility for the sound degrades if I was in a noisier environment.

The audio quality for music playback doesn’t change from what is offered by a wired connection to the phone, although there may be jitter occurring if the phone is “overloaded” with other tasks.

Limitations and Points Of Improvement

The clip could be improved on with a lever-type action similar to a clothes peg so it can easily clip to thicker material such as winter clothing or formal wear. The functions could also be marked in a colour inverse to the finish so it is easier to discover them.

It could be beneficial for a device like the Nokia BH-111 to have a 3.5mm input jack so you can connect other personal-audio devices to this adaptor, with the call audio from the Bluetooth phone cutting over sound from the connected personal-audio device. This could benefit people who use a high-capacity iPod Classic or similar device as their music library, listen to broadcast content from a personal radio or play content on legacy formats like cassettes or CDs using a device like a Walkman or Discman.

Similarly I would like to see a function that allows the audio adaptor to work as a speakerphone when connected to other audio equipment that uses speakers rather than a set of headphones. This may appeal to those of us who want to connect it to a car sound system via the AUX-IN jack or cassette adaptor for cassette-based equipment and use Blu-Tack to secure the fob to the dashboard for a high-quality reliable Bluetooth handsfree / music-player setup in a borrowed or hired vehicle.

An improved unit could implement a microphone array as a way of focusing the sound on the user’s voice in a phone conversation, and could place this leagues ahead of the typical Bluetooth headset.

Conclusion

The Nokia BH-111 headphone adaptor is infact the first product of its kind on the market that permits one to use their favourite headphones as a reliable calls-and-music Bluetooth headset for their smartphone especially if they use it for more than just phone calls.