Tag: smartphone

Google to bake Maintenance Mode in to the Android operating system

Article

Samsung Galaxy A52s 5G Android smartphone

Google to integrate Samsung’s “Maintenance Mode” in to the Android platform rather than for a particular manufacturer’s devices

Google steals Maintenance Mode from Samsung smartphones – SamMobile

Google Pixel Repair Mode may hide your personal data during repairs (androidauthority.com)

Previous coverage on Maintenance Mode

Samsung to roll out a “valet key” for your smartphone

My Comments

In 2022, Samsung introduced the “Maintenance Mode” function to their Android phones that run One UI 5.

I described this feature as being equivalent to a “valet key” setup for most of the good cars where you give the carpark valet or the mechanic a key to your car that only allows them to open the doors and start the engine. But that key doesn’t provide access to the boot (trunk) or the glove box. You still have another key to open the boot or glove box, whether that is a separate key or a so-called “master key” that works all of the vehicle’s locks.

In this case, it is about putting your phone in this “Maintenance Mode” where there is an account available to the technicians when you hand over your phone for repairs. But your data is moved to an account that is only available to you, which you log in to when you reclaim your phone from the repair facility.

White Jaguar XJ6 Series 2

More Android phones will have that kind of “valet key” operation. just like cars such as this Jaguar XJ6 did to limit access to the boot (trunk) and glove box when the vehicles were repaired or at valet parking

Google has shown interest in Samsung’s Maintenance Mode feature and wants to implement it in to Android 14 QPR1, primarily pitched towards Google’s own Android hardware, as a significant feature. But this effectively provides a clean version of the operating systems to repairers rather than creating an alternate account. This may be useful for creating the “known to be good” environment for repairers to work with when they are troubleshooting your phone, along with being able to install any test software that can be removed when you re-enable your phone by logging in to your account.

Again, there is an issue with “pushing through” and preserving software upgrades that will usually be part of a repair job. Here, it is to permit an Android version upgrade or a security patch installed by the repairer to survive the reboot process when the phone is booted in to standard usage mode. This will be required to work in conjunction with a trusted-software environment where the software is trusted by Google or a third-party endpoint-data-security lab.

Logitech MX Anywhere 3 mouse on glass table near laptop

But other operating systems like Windows, MacOS and iOS will need to support this functionality

At the moment, Google Pixel phones will have this feature but there is also a likelihood for it to appear as a subsequent feature update to other Android 14 packages for other device manufacturers. What will have to happens is for Apple and Microsoft to offer this kind of functionality in their desktop and mobile operating systems to provide some sort of peace of mind for their devices’ end users.

Here, I see this as a feature that the desktop and mobile computing market will demand especially when we see increased legal protection for the right to repair our devices and become able to have our equipment upgraded by equipment retailers or independent repair workshops.

Samsung to roll out a “valet key” for your smartphone

Article

Samsung Galaxy A52s 5G Android smartphone

Samsung smartphones will end up with a “maintenance mode” for your data protection when you have them repaired

Samsung rolls out One UI 5 ‘Maintenance Mode’ to keep your data safe during repair (9to5google.com)

New Samsung Maintenance Mode protects your data during phone repairs (bleepingcomputer.com)

My Comments

For a long time, most of the good cars came with a “valet key” arrangement of some sort. This especially benefited sedans (saloons), coupes and similar cars that had a lockable trunk (boot), but also benefited any car that had a lockable glove box.

Here, the car would come with one key that can only open the doors and start the engine but can’t open the boot or glove box. You could still open the boot or glove box with a separate dedicated key or another key that can open everything. This was about allowing you to had over your car to a mechanic’s, a valet-operated car park or a similar facility knowing that the staff at the facility can’t steal valuables from the glove box or boot.

Samsung is introducing the “Maintenance Mode” as part of its One UI 5 / Android 13 update for their recent Android smartphones. Here, it is to achieve this same goal by locking your personal data in a separate account not available to technicians who repair or service your phone. These technicians then have access to an account specifically created for testing and repairing the phone.

White Jaguar XJ6 Series 2

.. just like cars such as this Jaguar XJ6 did to limit access to the boot (trunk) and glove box when the vehicles were repaired or at valet parking

As well, they can install utility software on your phone as part of the maintenance work but once you log in to your phone again with your normal account, this software is removed. A question that can come up here is what happens if the repair requires the installation of software updates or patches, perhaps to provide driver support for replacement hardware and this has to operate with your own normal account.

Samsung are initially offering this to selected Galaxy phones sold within the USA as part of a beta-test for One UI 5 but are wanting to roll this out across the world through 2023.

Most of us would find this of benefit as we use our smartphones as the digital equivalent of our wallets, photo albums and keyrings. The well-founded fear we have with this is technicians taking advantage of our personal data especially if they see value in it for them.

I would see the “Maintenance Mode” feature being of interest to computing-device vendors and operating-system developers as something to add as a significant feature for an operating system. Here it may be offered during a major feature update cycle for the operating system or as part of a security package.

Such a feature could give all of us peace of mind when we relinquish a smartphone, tablet or laptop computer to technicians that we don’t know for repair.

Are we to expect laptops to be mobile phones?

Article

Dell XPS 13 8th Generation Ultrabook at QT Melbourne rooftop bar

Ultraportables soon to serve the same role as smartphones

Cellular voice could be the next step in merging phones and PCs | Windows Central

My Comments

An increasing trend we are seeing with regular desktop and laptop computers is that they are being used for voice and video telephony. Thu is being driven by messaging apps of the Skype, Facebook Messenger, WhatsApp and Viber kind being ported to desktop operating systems; along with softphone applications that provide telephony functionality being made available for these operating systems. The softphone applications, along with Skype are even legitimising this usage case with laptops in the business environment turning them in to secondary or replacement phone extensions.

Headsets like the JBL E45BT Bluetooth headset are used with laptops to make voice calls with messaging apps and soon this will happen for mobile telephony

With these setups, you can talk with the caller using the computer’s integrated or attached microphone and speakers. Or, should you want the same level of privacy associated with holding a handset up to your ear, you can talk to the caller using a wired or Bluetooth headset, of which I have reviewed many on HomeNetworking01.info.

Microsoft and others in the “open-frame” computing world are pushing along with the Always Connected PC which runs ARM RISC microarchitecture rather than the traditional Intel-based CISC kind. These ultraportable computers will also be equipped with a wireless broadband modem that is authenticated using eSIM technology.

The idea is to eventually have these computers become like a smartphone with them linked to the cellular mobile network. It is also alongside the fact that today’s smartphones are effectively pocket computers running a mobile operating system.

It could be easy to say that the Always Connected PC concept is irrelevant because one can “tether” a computer to a smartphone to have access to the mobile broadband service, whether through a USB connection or a Wi-Fi-based “hotspot” function that mobile operating systems support. Or we can simply connect our computers and phones to Wi-Fi networks including publicly-accessible networks like hotspots. For that matter, computers can also be connected to other network types like Ethernet or HomePlug AV networks.

Android main interactive lock screen

Smartphones now are pocket computers

Let’s not forget that the GSM Association and the Wi-Fi Alliance are looking at Wi-Fi networks as a way of providing data-offload functionality. This is through mobile carriers like BT and Telstra offering FON-style community Wi-Fi networks and the Wi-Fi Alliance using Passpoint / Hotspot 2.0 as a way to provide hands-off login to public-access networks.

The Wi-Fi functionality is also being taken further in the context of smartphone-based voice telephony with the use of VoWLAN as another call-transport option for these devices. Some mobile telcos like Telstra even use this as a way to provide voice telephony continuity to their customers if they can’t reach the cellular network but can use Wi-Fi-based Internet.

The focus now is towards the concept of always-connected portable computing with a secure and consistent connectivity experience. This is being brought on through the use of 5G mobile-broadband technology and the interest in edge computing which provides support for localised data processing and storage in a cloud environment.

The eSIM is being pitched as a way to provision mobile service in an online manner, especially to vary the service to suit one’s needs or switch to a competing mobile telco. It also is placing pressure upon mobile telcos to adopt a “service-focused” approach with the idea of having multiple devices on the same mobile account and plan, ringing to the same mobile number and using the same data allowance. The goal with mobile telephony will then be to make or take a voice or video call or send and receive messages on the device that you currently are using rather than changing to a different device for that task.

Connected cars even to be another logical device for one’s mobile service account.

This concept has been driven by the Apple Watch and will be pushed on with smartwatches that have built-in mobile broadband modems. But it will be extended through other devices like smartphones, Always Connected PCs and connected vehicles. There is also the idea of implement the equivalent of a local area network across devices tied to the same service and this will be driven by the trend towards ubiquitous ambient computing.

A question that will come about is the ability to maintain multiple different services on the same physical device whether from the same telco or different telcos. This will be about maintaining separate services for business and private use. Or it could be about travellers who want to maintain a local service while at their destination along with their “home” service. This is a feature that is of relevance in countries where cross-border commuting is the norm thanks to land borders or short affordable ferry rides.

This could be addressed through support for multiple services including the ability to provision a cluster of multiple devices with the one service simultaneously. This same issue can also address the ability for us to use the conventional Internet service based around a hardwired broadband service with a Wi-Fi and / or Ethernet local network in the premises.

What I see out of this new trend is that if your computing device has mobile broadband or connection to the Internet via a local-area network, along with a speaker and microphone, it will become the one-stop computing and communications device. It doesn’t matter what shape or size it is in, being a smartphone, laptop or whatever. As well, the right-sized computing device will serve your computing and communications needs as you see fit.

Laptops and mobile devices could implement system-wide battery-saving techniques

Dell Inspiron 13 7000 2-in-1 Intel 8th Generation CPU at QT Melbourne hotel

There needs to be software-wide support for determining when a laptop like the Dell Inspiron 13 7000 2-in-1 is on battery power or not so it runs in a manner to conserve battery power

I had read a Lifehacker article about how one could disable real-time malware scanning on a laptop while it is running on battery power as a way to “spin out” the battery runtime further. This was because if the desktop-security program is performing real-time scanning, it would be using a processor thread and demanding more power to do that job.

It is in addition to Microsoft researching ways to minimise screen refreshing while a portable computer is running on batteries so as to conserve battery power. Here, it was about avoiding the need for the CPU and graphics infrastructure to devote lots of energy to “painting” the whole screen when there is a small amount of animation taking place.

Here, I am advocating a “dual-power” approach for software development to allow software to operate in two different modes – a high-performance mode and a power-economy mode. The operating system would sense if the computer is running on external power or battery power and convey this power status to the software applications accordingly. This is in addition to optimising the display, Wi-Fi or other functionality depending on their power source.

USB-C connector on Samsung Galaxy S8 Plus smartphone

It also applies to smartphones like this Samsung Galaxy S8 Plus so they can take advantage of time they are connected to a charger

It is similar to how some portable electronics made through the 70s to the 90s operated depending on the power source. For example some portable radios and boomboxes along with some personal audio players would have the dial or display illuminated while they were connected to external power but you could activate this lighting at the press of a button if the unit was running on batteries. Or some devices would charge rechargeable batteries installed therein while they were connected to external power.

Also there is a reality that most of us will plug our laptops, tablets or smartphones in to a charger while we are at home, in the office or in the car even while we have a full battery in our devices. This is typically to “spin out” the battery runtime and make sure the battery’s “topped off”. In this situation, if we use our devices while they are plugged in to the external power source, we could see a situation where they work in a higher-performance mode.

For example, a game could activate extra “between-move” animations only while the laptop, tablet or smartphone is connected to external power. Or a program which does a lot of calculations like a photo-editing program could work in a “high-performance” mode while on external power. Similarly an email client or similar program could work in a “manual refresh” mode on battery power or an endpoint security program could enable real-time scanning and similar functionality only while on external power.

Candy Crush Saga gameplay screen Android

Games like Candy Crush Saga could work in a manner to provide the best experience depending on if the mobile device is connected to external power or not

What needs to happen is for the desktop or mobile operating system to convey the device power-mode status to all of the apps as part of an “application-programming-interface” hook and for the apps to take advantage of that hook to adapt their behaviour.  The functionality could be enabled or disabled for each application through a configuration option in the application’s settings window.

A security issue that can easily be raised is enablement of unwanted cryptomining and other processes while the mobile device is on external power as a way to facilitate stealthy operation of these processes. This is to make it appear to the user that the unwanted processes don’t exist because there isn’t the excessive battery drain taking place with these processes.

In the privacy context, determining whether a device is running on external power could be used to assume whether the device is at a fixed location or not because AC mains power is the common power source associated with these locations. This is although external power supplies can be used in a mobile context such as being connected to a vehicle’s, boat’s or aircraft’s power infrastructure and used while underway for example.

What is being highlighted here is for the feasibility for operating systems in portable computing devices to convey a system-wide power-mode status relating to use of external power. This is to allow application software to work in a manner to conserve the host computer’s battery power.

Samsung implements auto-focus on the Galaxy S8 to make it a selfie smartphone

Article

Samsung Galaxy Note Edge press image courtesy of Samsung

The front camera on the next premium smartphones could end up being equipped with auto-focus technology

The Galaxy S8 may provide better selfies thanks to autofocus implementation | Android Authority

Previous coverage on “selfie” smartphones

What Makes That Smartphone A “Selfie” Smartphone

My Comments

Increasingly smartphone manufacturers are paying attention to the kind of photos a smartphone’s or tablet’s front-facing camera takes. This has been driven by the phenomenon where young people are using these cameras to take “selfies” – pictures of themselves. Even venue owners and event hosts are catering to this trend by providing “selfie photobooths” with the appropriate decorations and props so they can take the funniest-looking selfie.

The way most of the manufacturers have approached this issue includes front-facing cameras with a resolution not dissimilar to the rear-facing camera, use of a wide-angle lens on the front-facing camera or even integrating software logic to remove blemishes from the photos that are taken.

But Samsung has gone further with their front-facing camera by implementing an auto-focus mechanism. Typically, a smartphone would be equipped with auto-focus on the rear-facing camera because this is the one used for general photography but the front-facing camera gets a fair bit of use for both videocalls and selfies. But implementing an auto-focus camera for both of the smartphone’s cameras would be costly and not worth it due to the close proximity of the subjects.

Here, they have implemented an auto-focus cameras on both the front-facing camera and the rear-facing camera for their new Galaxy S8 Android smartphone. This will be seen as a way to differentiate their premium smartphones from the rest of the pack due to the ability to yield that sharp videocall image or selfie.

As the cost of auto-focus cameras for smartphones and tablets that yield acceptable resolution goes downhill, it could become a trend for front-facing cameras on the smartphones, tablets, laptops and similar devices to have this feature for the best Skype videocall or selfie.

Why call for the 3.5mm headphone jack to be replaced on mobile devices

Article

Intel Thinks USB-C Should Replace the Headphone Jack | Gizmodo

My Comments

Could this be the new audio connection for your smartphone?

Could this be the new audio connection for your smartphone?

Intel has raised the possibility that the common 3.5mm headphone jack not exist on a smartphone or similar audio device. Here, they would rather that the USB Type-C connection serve as the phone’s audio connections.

There was a similar outcry when Apple proposed this idea for a newer iPhone design by requiring the use of their proprietary Lightning connection as the audio connection.

The problem is that the 3.5mm phone jack has been established as the common way to connect mobile devices to headphones and audio equipment.

The Intel approach requires the use of the USB Type-C connector which implements standards accepted by all of the industry. It is different to Apple’s approach because the Android and Windows platforms place a high expectation on the concept of “open-frame” computing where there is a preference for hardware and software standards and specifications accepted by many different vendors rather than the one vendor.

Plantronics BackBeat Pro Bluetooth noise-cancelling headphones

High-end headphones like these noise-cancelling headphones could be powered by your smartphone or laptop

Firstly, there is the USB Audio Device Class which has allowed for USB sound modules and USB DACs to exist without the need to add extra drivers. This can allow for a high-grade digital-analogue converter to be integrated in a high-quality USB headset or supplied as a phone-powered USB sound-module accessory that you plug your high-quality headphones in to.

For headphones, this could lead to ideas like surround-sound processing such as to use hardware to convert Dolby Digital or DTS surround sound to Dolby Headphone surround sound. It could permit the headphones to implement sound processing such as equalisation or echo cancellation so they sound their best in all situations. Even when you speak in to the phone, the newer technology will provide some benefit such as using a microphone array to catch your voice better.

To the same extent, a USB sound module that works with high-grade microphones could open up paths for your smartphone to make good recordings for your podcast or video.

Technics Grand Class G30 hi-fi system with media server press image courtesy of Panasonic

You may soon find amplifiers and stereos equipped with a USB Type-C connection on the front so you can play our new smartphone through the speakers

Another path is to use the Multimedia Transport Protocol that operates over the USB connection to play music through your car stereo or home stereo system, using the music system’s control surface to navigate your audio content while the currently-playing music details show up on the music system’s display.

Intel’s idea also investigated the possibility of an analogue-audio connection via the USB Type-C connection to cater to the budget end of the accessories market. This is to allow for headsets and audio adaptors that have no digital-audio functionality to exist.

Another common device class is the USB Human Interface Device Class which is used primarily with mice and keyboards but there is a subset of “called-out” control types that highlight consumer-electronics and business device control applications like transport control or call control. This could open the path for USB headsets and adaptors to have full control for calls and music like the full AV transport-control quota or two-button call control.

The power-supply option that USB Type-C offers allows for the phone to power active-noise-cancelling headphones or headphone amplifiers. Similarly, an audio accessory like a stereo system or an audio adaptor that has a high-capacity battery could provide power to the phone.

The Sony SBH-52 Bluetooth Headphone Adaptor - one of the Bluetooth adaptors that may be necessary for newer smartphones

The Sony SBH-52 Bluetooth Headphone Adaptor – one of the Bluetooth adaptors that may be necessary for newer smartphones

Bluetooth will still exist as a wireless audio-accessory connection alternative as long as the phone and accessory still work to the established Bluetooth Profiles for their applications.

Kingston HyperX Cloud II headset USB adaptor

This USB audio adaptor could be considered as a way to connect existing headphones to your new smartphone

The idea that we will lose the ability to use our favourite audio systems and headphones that depend on the classic 3.5mm phone jack when we get a newer handset can be nullified when we use a USB sound module for a wired connection to our smartphones. As I mentioned before, those of us who appreciate the high-quality sound could end up benefiting from this kind of accessory especially where it is optimised for that kind of sound. An example of a USB sound-module device that I had dealt with was one that came with the Kingston Hyper-X Cloud II gaming headset that I previously reviewed, which presented itself to Windows as a USB Audio input and output device. If we want the wireless link, we could look for that Bluetooth audio adaptor typically sold with a pair of intra-aural earphones and connect our favourite headphones to this device like I do with the Sony SBH-52.

If this proposition is to work properly, the sound-processing circuitry need also to be power-efficient so you don’t end up draining your smartphone’s battery or depending on external power supplies to use your smartphone. Similarly, other accessory vendors may need to add USB Type-C hub functionality to their accessories like USB battery packs so that these headphones can work while the smartphone is being powered from the battery pack. Or the smartphone vendors may have to concede to having 2 USB Type-C ports on their phones to support USB headphones and USB external power supplies for example.

But whatever happens, this could open another path for innovation to take place when it comes to the supply of accessories for portable audio and video equipment.

LG to introduce a smartphone that receives DAB digital radio

Articles

LG Stylus 2 DAB+ Android smartphone press photo courtesy of LG

LG Stylus 2 DAB+ Android smartphone

LG’s New Smartphone Can Pick Up Digital Radio | Gizmodo

LG Stylus 2 is the world’s first smartphone to feature DAB | What Hi-Fi

LG’s digital radio smartphone will come to Australia | The Australian

From the horse’s mouth

LG

Press Release

Digital Radio Plus (DAB+ campaign in Australia)

Press Release

My Comments

Most of you may want to listen to radio via your smartphone but the options typically are using one equipped with an FM radio tuner or using an Internet radio app like TuneIn Radio.

The latter option can eat in to your mobile data allowance very quickly and wouldn’t be worth it for those of us who have an entry-level mobile data plan. The former FM-based option denies you access to the AM stations which are still considered a goldmine of information in countries like Australia as well as not assuring you reliable radio reception when you are on the go, which could make it hard to enjoy classical music for example. This is because the headphone cable on personal “Walkman-type” radios including FM-equipped smartphones and Bluetooth adaptors serves as the radio’s FM aerial.

Previously, DAB digital radio in a personal-stereo context was offered in the form of a “Walkman-style” radio with FM and DAB digital radio reception and these radios typically had a small LCD display as their main user interface. They weren’t offered as a “combo” device with a media player of some sort or other functionality and the introduction of DAB-based digital radio was occurring at the same time that Apple effectively took over the personal-audio market with their iPod and iPhone devices.

But LG have raised the bar as smartphone radio is concerned by offering the Stylus 2 smartphone which integrates a DAB+ tuner capable of receiving DAB and DAB+ digital radio stations. These digital-radio standards, especially DAB+, which are being implemented in most of Europe and in Australia offer a highly-robust radio-listening experience. There is also the ability to tune stations by selecting from a list of the stations’ names rather than trying to remember frequencies which also makes the experience very much “part of” the smartphone.

The LG Stylus 2 smartphone will have the expected features of one of today’s Android smartphones and will use a variant of the LG Internet-radio app for station navigation. This phone will be made available in markets where there is an active DAB-based digital radio service like most of Europe, Australia and some of Asia.

Give your Windows 10 Mobile smartphone a unique name

Article

Nokia Lumia 950 press image courtesy of Microsoft

Nokia Lumia 950 – representative of Windows 10 Mobile – you can give it a distinct name

How to rename your Windows 10 Mobile handset | Windows Central

My Comments

Most desktop and mobile operating systems allow you to name your computing device so it is logically identifiable from others of the same platform.

This is important with identifying devices that are or to be connected on a Wi-Fi or Bluetooth network or dealing with applications and games that only identify participants by device name. It is also about managing your devices’ access to cloud services including social networks

This was available on Windows Phone but was so well hidden that most Windows Phone users didn’t know it existed. It is because, unlike other operating systems, Windows Phone didn’t ask you to name your device as part of the setup process.

But there are two ways to go about this.

Using your Windows Phone’s control surface

To change:

  1. Tap Start then All Apps, then tap Settings
  2. Tap on System
  3. Tap About, which brings up details about your device
  4. Tap “Edit Name” which allows you to change your device’s name
  5. Enter your phone’s new name in Device Name field and tap Save

To verify

  1. Tap Start then All Apps then tap Settings
  2. Tap on System
  3. Tap About which brings up details about your device including its new name

Your Windows phone tethered to your Windows computer

Prerequisites: USB data transfer cable that suits your Windows Phone and regular Windows computer

This process is similar to giving removeable storage like a USB memory key, SD card or optical disk a volume name which identifies it.

To change

  1. Connect your Windows Phone to computer using a USB data transfer cable and let Windows detect the phone.
  2. Open File Explorer (Windows Explorer)
  3. Discover your phone under Devices and Drives. This is alongside your computer’s hard disk and other storage devices connected directly to your computer and your phone’s icon should be there.
  4. Right-click your phone’s icon and select Rename
  5. Rename as if you are renaming a USB memory key, then press Enter

To verify

Disconnect and reconnect the Windows phone to verify the change is applied and double check in File Explorer

Telstra offers the Android answer to the classic brick phone

Article Telstra T-logo courtesy of Telstra Corporation Australia

Telstra takes on the bush with a rural-friendly phone | GadgetGuy

From the horse’s mouth

Telstra

Tough Max Android smartphone

Product Page

ZTE (OEM supplier)

Product Page

My Comments

Telstra have shown some interest to the rural community by offering long-distance phone tariffs that are cheaper than their competitors for calls from rural and regional communities to the nearest state capitals which represents the kind of long-distance call someone would frequently make when they live in these areas. Similarly, I have always recommended Telstra or any “mobile virtual network” operator that uses the Telstra mobile-telephony infrastructure as a preferred mobile-telephony service for those of you who are in rural areas or make regular forays to these rural areas such as to visit that “bush bolthole” or maintain that farm that you have a few head of cattle on.

Now they have shown their chops again for this community of telecommunications users by offering an Android-based answer to that classic Motorola “brick” mobile phone that was so beloved of tradesmen and other outdoor types because of its simple ruggedness.

Unlike most Android phones, this phone has the ability to be connected to an external antenna which would improve on reception in rural areas as well as a cellular-network front-end optimised for long-distance reception. It is housed in a rugged casing which absorbs drops and is rated to IP67 which means the Telstra Tough Max is dust-resistant and can survive being dunked in a pool of water up to 1 metre deep.

This phone works on Android 5.0 Lollipop which means it can gain access to the apps on the Google Play app store. It has a 4.7” HD screen which may not match most of today’s desirable Android smartphones, uses removable microSD storage and can link with Bluetooth peripherals or your Wi-Fi home network. But surprisingly, it will support wireless charging when you pair it with a Qi charger. It doesn’t necessarily have all the frills of today’s smartphones but, like the Motorola “brick”, it is pitched towards users who place importance on durability.

The Telstra Tough Max is available for around AUD$500 outright or best paired on a subsidised-equipment contract with any of Telstra’s mobile phone plans to take advantage of what this network has to offer with the cheapest of these starting from AUD$62 per month.

If Telstra keeps going with phones that please the “bush brigade” like this one, they could work towards a phablet-style unit with NFC as a higher-end model to court this market along with similarly-rugged accessories. Similarly, they could work towards a Mi-Fi or wireless NAS that also espouses this same level of ruggedness, courting this same community.

Product Review – Braven BRV-X Outdoor Bluetooth Speaker

Introduction

I am reviewing the Braven BRV-X outdoor Bluetooth speaker which is effectively the “out-and-about” equivalent of the Braven 710 Bluetooth speaker. This unit is designed for rugged outdoor operation and even has a sound-optimisation mode for use when outdoors and you want to cover a large area. As well, it has the ability to charge other devices, mostly smartphones, Mi-Fi routers and the like, from its own battery as what most of the Braven speakers could do.

Braven BRV-X outdoor Bluetooth speaker

Price

The unit itself:

RRP including tax AUD $299.99

Form Factor

Single-piece speaker

Connections

Input Count as for a device
Audio Line Input
(connect a tape deck, CD player, etc)
1 x 3.5mm stereo socket
Digital Audio Input Bluetooth
Network  
Bluetooth A2DP and Hands-Free Profile with NFC setup

Speakers

Output Power Watts (RMS, FTC or other honest standard) per channel Stereo
Speaker Layout Not known Not known

The unit itself

 

Braven BRV-X Bluetooth speaker screw cap that covers connections

Rear view with screw cap that covers connections and NFC touch-to-pair area

The Braven BRV-X Bluetooth speaker is designed from the outset to be rugged and suitable for use outside. It is housed in a rubber enclosure with a metal perforated grille and some rubber pads act as the speaker’s control surface. The screw cap, which reminds you of a jar’s cap protects the sockets on the back of the speaker from water and other contaminants. These lead to another Bluetooth speaker that excels when it comes to build quality. As well, they supply a carry strap which you thread on to the speaker to make it easy to carry. Unlike the Braven 710, this unit is charged using a supplied “wall-wart” power transformer rather than being connected to a computer or USB charger.

 

Braven BRV-X outdoor Bluetooth speaker connections - USB power out for phones, AUX IN for wired audio connections, battery level indication, INDOOR-OUTDOOR tone switch

Connections – USB power out for phones, AUX IN for wired audio connections, battery level indication, INDOOR-OUTDOOR tone switch

The unit is easy to set up and integrate with your phone, tablet or computer. Here, you can pair your Android or Windows NFC-capable device to the speaker using NFC-based “touch-to-pair” setup. On the other hand, you would have to pair Apple devices and other devices that don’t implement NFC by holding down the PLAY button until you hear a distinct tone before scanning for it using your device and the speaker will show up as “BRAVEN BRV-X” on the device list.

Like other Braven speakers such as the previously-reviewed Braven 710, you can pair the BRV-X with another Braven speaker to establish a wirelessly-linked stereo speaker pair for better stereo channel separation. As well, it can work as an external battery pack for most smartphones, “Mi-Fi”devices and the like, whether to offer “boost-charging” or extended run-time. This has the same power capabilities like the Braven 710 previously reviewed.

Sound quality

The Braven BRV-X speaker does sound clear but doesn’t come across with tight bass even for today’s bass-heavy popular music. It can be set for indoor or outdoor operation through a simple two-position switch. When set for indoor operation, it can come across as being a bit rich for bass while the outdoor position gives a brighter sound, apparently to cover a larger area.

Braven BRV-X outdoor Bluetooth speaker rubberised control buttons

Rubberised control buttons for your smartphone, tablet or laptop

I can adjust the speaker to just about the maximum level before it sounds awful but this would cover a small room or be good enough for listening while you are close to that speaker. Most likely, I would say it comes across as sounding like a lot of mid-sized portable radios commonly available during the 1970s or like a lot of the Internet radios previously reviewed on this site.

Limitations and Points Of Improvement

As I have said with the Braven 710, this could be released as a variant with an integrated radio tuner to serve as an FM or, perhaps, DAB+ digital radio.

Braven could implement an easy-to-attach carry-strap setup to improve on the useability of this unit with its carry strap. This could be achieved in a similar manner to the way the seatbelts work in your car where they clip in to place but are released when you push a button on the buckle.

Conclusion

I would recommend the Braven BRV-X Bluetooth speaker as a unit that would appeal to those of us who engage in a lot of outdoor activity and want to see it as a Bluetooth answer to the typical small portable radio that ends up being used outdoors.