Tag: WiFi wireless

The latest Freebox devices now are VPN endpoints courtesy of a firmware update

Article – French language / Langue Française

Mise à jour Freebox : du Wi-Fi programmable et un VPN intégré | DegroupNews.com

My Comments

Freebox Révolution - courtesy Iliad.fr

Freebox Révolution to be a VPN endpoint

Free.fr have been adding some extra functionality to their Freebox Révolution and Freebox Crystal “n-box” Internet-gateway devices. This is being delivered through a free firmware update (version 2.1.0) as in the nature of the highly-competitive French Internet-service market and users can download and implement them in these devices.

VPN Endpoint Router

One key product is the ability for a Freebox Révolution or Freebox Crystal Internet-gateway to become a fully-fledged small-business-grade VPN router. Here, you could set these devices to work as an endpoint for a client-to-box VPN or, perhaps, a box-to-box VPN joining two small networks via the Internet backbone. For example, you could set up a secure-browsing or secure-file-transfer link to your home or small-business network in Paris or even buy a Draytek VPN router for your home network in the UK and a Freebox  Révolution for that chic French “bolthole” and establish a “box-to-box” VPN for backing up data between both locations, including making the same media available at both locations.

This is made feasible with hardware or software endpoints that work to PPTP or OpenVPN technology, which would suit software endpoints available on all the main desktop and mobile platforms as well as most other VPN endpoint routers.

Even the “seedbox” BitTorrent client integrated in these devices has been updated to be able to take advantage of the VPN functionality for user privacy.

Wi-Fi network improvements

The Freebox Révolution has been able to benefit from a software-based 802.11ac implementation which opens it up to high-speed data transfer with 802.11ac clients. Typically this would have required one to replace or add hardware to upgrade to the newer 802.11ac standard.

Similarly, the firmware has mad it easier for a Freebox user to optimise their Wi-Fi network performance by changing the channel the Wi-Fi access point is working on. It also includes a “site-survey” function which lists what Wi-Fi networks are operating on what channels at what strengths so you can choose the right channel to work on. This can be important in a neighbourhood where everyone is running a home network and could make things also easier for Free’s technical-support staff.

There is even the ability to turn Wi-FI functionality on or off according to a schedule which can be of importance for people who are sensitive to RF emissions or need to keep a lid on out-of-hours access to the Wi-Fi network.

Conclusion

You just never know what Free or other French ISPs have in store to increase the real value that they offer to their customers in that highly-competitive market.

It could be touch-to-connect for Wi-Fi devices very soon

Article

WiFi Alliance adds support for NFC | NFC World

My Comments

Two “quick-setup” features that I have liked are coming together very shortly for wireless routers and network-enabled devices. These features are being exploited by device manufacturers who want to be part of the level playing field and desire to see innovation.

One of these features is the WPS-PBC “push-to-connect” functionality where you invoke a WPS setup option on a client device you want to enrol then press the WPS button on your wireless router to “enrol” your client device in to your home network’s Wi-Fi segment. This feature has made it easier to bring new Windows  7/8 computers, Android mobile devices amongst most other Wi-Fi-capable devices in to a home network without having to transcribe in long WPA-PSK passphrases. I even set up one multiple-access-point network to allow this to happen on both access-point devices when I was fixing up network-connectivity issues. Similarly, I was pleased with a TP-Link TL-WPA4220 HomePlug wireless access point that used “Wi-Fi Clone” to learn network parameters from an existing Wi-Fi network segment at the push of a WPS button so it can be quickly set up as an extension access point.

Another feature that I am pleased about is NFC-based Bluetooth pairing. This is primarily used on most Sony Bluetooth-capable devices but other manufacturers are increasingly enabling it. It allows you to touch your phone or computer to the Bluetooth-capable device to instantly pair and connect both these devices. When I bought the Sony SBH-52 Bluetooth headset adaptor with FM radio, it didn’t take me long to “get going” with this device because I simply touched my Samsung Galaxy Note 2 Android phone to it to achieve this goal.

Now the Wi-Fi Alliance have merged both technologies and defined NFC “touch-and-go” setup as part of WPS-based wireless network setup standards. This functionality was seen as part of a “long-tail” vision for the WPS secure-network-setup standards with routers having to support the PIN-based and “push-to-go” methods. They defined a framework based around certain access-point and client chipsets including the Google Nexus 10 Android tablet. For that matter, Android, Linux and Windows 7/8 users could find this functionality either as a small app or “baked in” to an operating-system update.

This is another innovative step that will assure quick setup for Windows and Android devices with small-network Wi-Fi segments especially as most of the recent crop of these devices are equipped with NFC “touch-and-go” functionality and Wi-Fi connectivity.

Consumer Electronics Show 2014–Part 2 (Your computer, smartphone, tablet and network)

The second part of this series is about computing devices both for desktop use and for mobile use in all of the form factors along with the new equipment that you can use to buid out our home or other small network.

Computers and Mobile Devices

Previously, I used to see mobile computing devices like tablets and smartphones as their own device class but the situation is changing for this class of device.

This has been brought on with use of Windows 8.1 in smaller tablets that have lightweight and low-energy processors that implement the orthodox Intel microarchitecture used in regular-computers along with these regular computer products running the Android mobile operating system as a standalone operating system or in a dual-boot configuration.

This has caused us to blur the lines between the orthodox “regular” desktop or laptop computer that uses IA-32 or IA-64 microarchitecture rather than ARM RISC microarchitecture and running a desktop operating system like Windows or desktop Linux; and the primarily-battery-operated mobile computers like the smartphones and tablets that use ARM RISC microarchitecture and  use a mobile operating system like Android.

Computer devices that boot between Windows 8.1 and Android

Sony VAIO Duo 11 slider-convertible tablet

This class of computer may be either running Windows or Android very soon

Intel and AMD have established computer reference designs that allow for switching between Windows 8.1 or Android 4.4 operating systems even when they are fully operational. This is to capitalise on the 7”-10” tablets appearing on the market that are running Windows 8.1 along with the desire for us to run Android programs on our regular laptops and Ultrabooks.

A clear example of this is ASUS’s Transformer Book Duet detachable tablet which has a hardware switch that allows you to switch between Windows 8.1 and Android. Think of this – on a long journey, switch to Windows to make some headway on a document you are creating with Microsoft Word, then, to while the time away on that journey after that, switch to Android to play Plants Versus Zombies, Candy Crush Saga or whatever is the latest mobile time-waster game.

Android and Chrome OS gain a foothold on the regular computer

Previously, we thought of Windows as the only open-frame operating system that runs on a “regular computer” i.e. a desktop or laptop. Now Google have pushed forward Chrome OS which is a cloud-based operating system along with Android with these kind of computers.

Nearly every laptop vendor, save for Sony, Panasonic and a few others are putting forward at least one “Chromebook” which are notebooks that run the Chrome OS environment. LG even premiered a “Chromebase” which is an all-in-one desktop computer that runs the Google Chrome OS. This implements Intel Celeron horsepower along with the Chrome OS specification for RAM and secondary storage (2Gb RAM, 16Gb SSD). These may have limited appeal due to software only available through Google and an always-online operation and may just work as Web terminals.

For Android, HP put up the Slate 21 Pro 21” tablet that runs on this operating system thus bringing the adaptive all-in-one to this operating system especially in the workplace. Similarly, Lenovo had launched a 19” all-in-one PC that runs Android and has an appealing price of US$450 along with the ThinkVision 28 which is a 28” 4K monitor that is an Android all-in-one PC. This is alongside HP also running with a Slate Pro all-in-one that runs Android and appeals to the business. Some of these computers are being pitched as inexpensive kiosk computers or communications terminals that go hand in glove with Viber, Skype, Facebook and the like.

Business-grade computing appears at CES 2014

Not often have I seen any of the Consumer Electronics Shows or similar consumer-electronics trade fairs become a platform to launch computer hardware pitched at business users. This year, HP, Lenovo and a few others are launching smartphones, tablets, laptops and desktops pitch at this user class with the expected features like security, management abilities and system durability.

Could this be a sign that “business-targeted” computing trade fairs like CEBit and Interop start to focus on a narrower class of “big-business” computing equipment like large-scale servers and networking equipment while small-business office and computing equipment ends up being exhibited at consumer-focused computing and electronics trade fairs? Or could this be answering a reality where business computing equipment are working also as home computing equipment as in the typical “work-home” laptop that is used for personal and business computing tasks? As well, could this be in response to the so-called “BYOD” trend where employees are buying their own devices, perhaps with their employer subsidising the purchase and running costs of these devices, and using them at work?

This is augmented with Samsung, Lenovo and HP launching business-grade tablets and smartphones and operating environments that cater to the business’s operating needs.

HP even used this show to launch the 300 series 14” and 15” laptops that have hardware credentials for a business laptop like spill-resistant keyboards, anti-glare displays and fingerprint readers but don’t come with business-tier manageability software. These machines start from US$399 upwards. This is more about offering appropriate computer hardware for small businesses and community organisations at a price they can afford without the hard-to-understand “big-business” security and manageability software that can daunt operators who are effectively their organisation’s “chief cook and bottle-washer”.

They also released the Pro One 400 and HP205 all-in-one desktops and issued the second generation of the Z1 all-in-one desktop workstation which can he shoehorned as you see fit.

Newer hardware technologies

One key hardware technology that is being put forward is the arrival of highly-powerful ARM-based chips that are pitched for mobile computing. One trend has been the arrival of the 64-bit ARM mobile processor which was augmented by Samsung with their Exynos range. The other was NVIDIA who were putting up the Tegra K1 processor family that had 192 cores and the VCM variant being targeted at vehicle applications. The graphics capacity is about achieving smooth realistic rendering which comes in thandy for games and similar graphics-intensive applications that will be expected of the Android platform. This is an example of a high-power ARM processor that is being pitched across the board not just for the tablets but for the Android-driven computers, the smart TVs as well as the cars.

Similarly, Intel premiered the Edison microcomputer which is the same size as the standard SD memory card. This has a two-core microprocessor with a 400MHz primary core and a 50-200MHz secondary core along with 500Mb RAM and integrated Wi-Fi and Bluetooth interfaces. Here, they are pitching it at wearable application such as smartwatches but I would see a greater potential for this application.

As for memory, the magnetoresistive RAM and resistive RAM technologies have been premiered at this show. It s a non-volatile RAM technology that can lead to the creation of memory that isn’t just for primary on-hand storage or secondary long-term storage. The obvious applications that are being called include quick-start portable computers that don’t need to store their current state to secondary storage. But I see this likely to appear in devices like printers and faxes for power-safe job-queue handling.

As well, the IEEE 802.11ac Wi-Fi wireless-network technology is appearing in a lot more as a client interface in this newly-released equipment. There has to be work on making sure that there are options for reduced-battery-load for smartphones and small tablets that are primarily battery-operated and these may stay on N technology at the moment.

Smartphones and Tablets

One major trend for smartphones and tablets is for the market to be full of affordable Android devices especially those that are positioned at the “value” segment where you gain best bang for your buck. Similarly, a lot more of these devices are being pitched at the business user with the necessary manageability features appearing.

Samsung have launched the Galaxy Note Pro range of Android tablets with some of these at 12”. Similarly, we are seeing Lenovo run a range of smartphones like the Vibe Z phablet along with a smartphone that has an 802.11ac wireless-network interface. They are even running an 8” business-grade tablet known as the ThinkPad 8 which runs Windows 8.1 and has Intel Bay Trail small-device horsepower.

Asus have previously run their Padfone range of smartphones which dock in to an accompanying tablet and are furthering this with the Padfone Mini 7 “coat-pocket” tablet / smartphone combo. They are also running the Zenfone range of standalone Android smartphones.They also premiered the VivoTAB Note 8 which is an 8” coat-pocket tablet with stylus that runs Win8.1 and uses Intel Atom horsepower.

Acer are even launching some more of the Iconia Windows and Android tablet range along with a budget-range phablet smartphone. At the same time, Polaroid have put their name to an affordable 8” Android tablet in the form of the Q8.

Panasonic is not left lying down when it comes to tablets with a ToughPad 7” tablet being premiered at this show.

Laptops, Ultrabooks and similar computers

This year has seen a great influx of detachable and convertible Ultrabooks with, for example HP bolstering their x2 family.This is brought in to affordable territory with the Pavilion x2 range being a “foot-in-the-door” and running on cheaper AMD or Intel Bay Trail horsepower. This is augmented with the Pro x2 which is pitched at business users and is powered by Intel Core i3 or i5 processors.

Lenovo have premiered their MIIX 2 detachable tablets which run Windows 8.1 with the 10” variant running an Intel Atom processor and the 11.6” variant running an Intel Core i5 processor. They also launched the latest iteration of the X1 Carbon Ultrabook which is finished in a carbon-fibre material.

LG has answered the slider convertible trend started with the Sony VAIO Duo 11 and released the Tab Book 2 slider convertible. Sony are still keeping on with their convertible notebooks with the new VAIO Fit 11a and Flip PC 13, 14 and 15 convertible notebooks and the latest iteration of the VAIO Duo 13 slider convertible along with the VAIO Tap 11 detachable tablet. Sony has also taken the time to refresh the VAIO Tap 20 adaptive all-in-one and sell it as the VAIO Tap 21.

Samsung have released the ATIV Book 9 which is a 15” Ultrabook that owes its small size to a very narrow screen bezel, making it look less like a regular 15” laptop. Toshiba has broken through the mould by offering the first laptop with a 4K resolution screen as well as a shape-shifting concept for a convertible portable computer.

The home or other small network

This year’s Consumer Electronics Show has become a time to show that 802.11ac Wi-Fi wireless networking has matured ant to premiere the HomePlug AV2 MIMO Gigabit powerline network technology. It also has been a chance for network hardware vendors to showcase some of the small business / contractor network hardware alongside consumer network hardware so as to expose this kind of hardware to the small-business and startup users.

802.11ac wireless network hardware

One major trend that is affecting equipment for the small network is the increased availability of 802.11ac Wi-Fi network connectivity equipment, especially now that the standard has been officially ratified and published by the IEEE. Here we are dealing with Wi-Fi wireless-network segments established in the 5GHz band and capable of operating at Gigabit speeds. Broadcom have come up with newer 802.11ac chipsets that improve wireless-network experience including one that has Wi-Fi, Bluetooth and improved radio amplification in the same packaging.

The main class of devices offered here are routers or range extenders where some of the range extenders can work as client bridges for these networks. Examples of these include TrendNet’s newer AC1900 router and the ASUS RT-AC87U broadband router that has 1.7Gbps on 5GHz and 600Mbps on 2.4GHz using 4 x 4 MIMO and support for multiuser MIMO functionality. The old Linksys WRT54G with its distinctive style and user-evolvable open-source firmware has been released as a new iteration but equipped with 802.11ac wireless and Gigabit Ethernet network abilities and USB connectivity.

Even Engenius offered the ESR-2300 which is a 4 x 4 AC2300 wireless broadband router that is the first device of its type to offer “box-to-box” VPN endpoint functionality. NETGEAR also offered DOCSIS 3.0 cable modem routers with one of these having an 802.11ac 1700 wireless network segment.

Netgear’s latest 802.11ac wireless routers also have a firmware option for small businesses to turn their premises in to Wi-Fi hotspots using the Facebook Wi-Fi service. This is where clients who have Facebook presence can “check in” using Facebook to gain free Wi-Fi access but there is also an option to skip this requirement and use password-protected sign-up.

There are also the range extenders that perform their range-extending trick on an 802.11ac network and are available as wall-plugged or standalone units.

TrendNet amongst a few others are premiering business / contractor-grade wireless-networking hardware, especially access points for integrated installation. Some of these units also work with management software to allow you to have control over your Wi-Fi segment. TP-Link even offer the EAP-320 dual-band AC1750 Wi-Fi access point (enterprise grade) which has Power-Over-Ethernet, hotspot-style captive portal authentication and rogue access-point detection.

TrendNet also used this show to premiere a USB-connected high-gain 802.11ac wireless network adaptor so you can bridge existing computer equipment to a new 802.11ac wireless-network segment.

HomePlug AV2 MIMO Gigabit power-line network hardware launched

This show also has seen TP-Link and TrendNet launch HomePlug adaptors that embody the latest iteration of the HomePlug AV2 specification. Initially there were plenty of the HomePlug AV2 devices that didn’t exploit the MIMO abilities of the specification allowing for Gigabit data-transfer speeds but the two latest devices do implement these speeds using all three AC wires.

As far as this standard is concerned, there haven’t been any other HomePlug AV2 devices in other form factors launched or premiered at this show. Of course, TrendNet and TP-Link have been able to premiere HomePlug AV500 Wi-Fi N300 access points as an alternative to using range extenders to build out 802.11n wireless-network segments.

IP-based video surveillance

Most of these manufacturers are offering IP-based video-surveillance cameras with some that even work on 802.11ac Wi-Fi. D-Link even issues one of these as a “baby monitor camera” which measures room temperature and plays soothing lullabies while TP-Link offers an N300 Wi-Fi cloud camera that also doubles as a range extender and can shoot at 720p.

D-Link and Buffalo both offer network video recorder devices that interlink with certain IP cameras and record on a stand-alone basis with these cameras.

NAS units

QNAP and Synology have used the Consumer Electronics Shows to premiere their small-business network-attached storage devices and Synology has used this year’s show to launch the DiskStation Manager 5 operating system which is their latest iteration of the Linux-based operating system. This one has both home and business capabilities like the ability to link with online storage and social-network services along with centralised management and scaled-out storage for evolving businesses. Now Thecus are using this year’s show to premiere their small-business NAS devices.

Lenovo also made this show the chance to offer their first consumer network-attached storage device which can also serve as a USB external hard disk or show multimedia on TV using its HDMI output. This is although they have taken over Iomega and rebranded it as Lenovo EMC to cover this product class and focus on small-business NAS units.

Buffalo even offers a wireless mobile NAS which has the DLNA media-server functionality which can come in handy with Internet radios or other DLNA-capable media players. This is alongside some increasingly-capable DiskStation single-disk and duel-disk NAS units.

Conclusion

Next I will be looking at a major trend that is captivating the Consumer Electronics Show 2014 in the form of the “wearables”, brought on by the arrival of Bluetooth 4.0

802.11ac Wi-Fi network specification now a standard

Article

802.11ac Specification Is Final | SmallNetBuilder

My Comments

There is a lot of Wi-Fi wireless-network hardware out there that is compliant to the 802.11ac wireless-network specification but this equipment is built on a draft version of that standard. This standard uses the 5GHz band to offer around very high data transfers with rates that are even close to Gigabit Ethernet speeds. Some of us may be loathe to buy or specify the earlier equipment due to it not working well with equipment from different vendors due to the earlier draft standards.

But this week, the IEEE standardisation body have called the final version of the 802.11ac specification a final standard which is capable of even working to 7 Gbps. To make sure that your current 802.11ac equipment works to this standard, it is worth checking at the manufacturer’s Website for newer firmware that implements the final version of this standard.

Similarly, it would be the time to be able to buy or specify 802.11ac wireless-network equipment that works to the final standard or is able to work to that standard after a firmware update. As far as rolling out or improving your wireless network is concerned, the 802.11ac-compliant wireless router or access point can work with 802.11n clients at the 802.11n speeds but I would recommend these are set for any n/ac compatibility mode.

For that matter, this announcement has not come at a good time as the Consumer Electronics Show 2014 in Las Vegas due to the plethora of home and small-business network equipment based on this standard being launched there. The next milestone would be for Intel to embed this technology in to their Centrino wireless-network chipsets to work with the latest laptops. Welcome to lightning fast Wi-Fi multimedia on your tablet or Ultrabook.

Product Review–Pure Jongo T6 Wireless Speaker

Introduction

I am reviewing the Pure Jongo T6 wireless speaker which is a tabletop wireless speaker capable of operating in an open-frame DLNA-based Wi-Fi network or as a Bluetooth speaker. It can be used as part of a pair of stereo speakers with another T6 or as part of a Jongo multi-speaker setup with music from a DLNA media server, Internet radio stream or content on a smartphone.

There are two smaller varieties of this speaker known as the T2 and T4 which have smaller drivers but the same abilities in positioning and the kind of content available to them. These also are part of the Pure Jongo multi-speaker setup which delivers synchronous audio to multiple speakers using a Wi-Fi network.

Pure Jongo T6 wireless speaker

Price

The unit itself:

RRP including tax: AUD$599

Accessories

Coloured replacement grilles: AUD$35

Form Factor

Single-piece Wireless Speaker System

Functions

Internet audio Internet radio and online music via Pure Connect
Network Media DLNA network audio

 

Connections

Input Count as for a device
Audio Line Input
(connect a tape deck, CD player, etc)
1 x 3.5mm stereo jack
Digital Audio Input Bluetooth A2DP wireless connection
Network
Wi-Fi Wireless 802.11g/n WPS
Bluetooth A2DP

Speakers

Output Power 50 watts RMS per channel Stereo
Speaker Layout 2 speakers 2 x 5” full-range speakers

The unit itself

The Pure Jongo T6 is a large speaker system that is directly powered from the AC supply rather than using a wall-wart power adaptor. This unit uses an integrated stereo amplifier which drives two 5” full-range speakers. It can be positioned on its side to work as a mono speaker and can be part of a stereo pair with the sound streamed from the same network.

As for powering the speaker from AC power, the Jongo T6 uses an integrated AC power supply like most boom-boxes. Here, it came with the typical “portable-radio” AC cord rather than one of those “wall-warts” that can be annoying when using power boards or even double power outlets.

Like most of the wireless speakers that are currently on offer, the Pure Jongo T6 implements the “own access point plus Web page” for integrating with a Wi-Fi segment that doesn’t implement WPS one-touch setup. This page also allows you to determine vertical or horizontal placement which affects how the speaker will sound. Of course, you can subsequently manage the Jongo speaker from your smartphone using the Pure Connect app.

Pure Jongo T6 wireless speaker side view

Side view with main controls

If you are using the Pure Connect app, you have to look for the distinct P logo which shows that the app has detected the existence of Jongo speakers on the network so you can stream the Internet radio and on-device content through your speaker. Of course, this speaker works hand in glove with other third-party DLNA control-point software making it be part of the DLNA Home Media Network.

There is of course the Bluetooth ability where the speaker can be simply paired to your phone when it is turned on and this device didn’t take long to pair up to my Samsung Android phone as a Bluetooth endpoint. Then it was able to yield smooth streaming performance from the smartphone.

The Jongo T6 does yield a powerful sound that has a good tight bass but there isn’t at times much of the treble response. The Pure Connect app offers a treble and bass control but I assessed it based on the tone controls being kept flat.

As for performance on the home network, it works well in most locations when it comes to picking up the Wi-Fi signal and is reliable with streaming content sent to it using DLNA. It can recover quickly from jitter with Internet radio but, like a lot of these devices, “gives up the ghost” too easily if the connection is congested rather than retrying if it loses touch with the host server.

Pure Jongo T6 wireless speaker rear view with Wi-Fi button

Rear view with Wi-Fi button

I set up a Jongo multi-speaker arrangement with this speaker and the S3, running the Heart London Internet-radio stream through this setup using the Pure Connect app and both the speakers were working in sync with each other. The speakers responded to my settings on the Pure Connect app after just under a second.

I have run this speaker with my smartphone as a Bluetooth A2DP media device and it was responsive when it came to paring and connecting up with the phone. This echoed the same behaviour that the demonstrator Jongo T6 came through with at the Australian Audio & AV Show 2013.

Limitations and Points Of Improvement

I would like to see the Pure Jongo range of products equipped with a “Bluetooth / Wi-Fi” switch which forces them to work either as a Wi-Fi device that is part of the home network or as a Bluetooth speaker. This can work well with “walk-up” usage where someone may play content from their mobile device or laptop on an ad-hoc basis.

Similarly, this range of products could work with the Pure mobile-platform app to implement a Wi-Fi Direct or “own-AP” setup with a smartphone or tablet associated with a 3G service for Internet radio and other Internet services when they are used away from a small network or to set up a multi-speaker arrangement away from a small network. But this can be mitigated through the use of the Bluetooth connection between the mobile device and the speaker for 1-to-1 audio streaming.

Pure could also port their Connect app to the Windows 8 and Macintosh OS X platforms to make it relevant to the increasing number of small notebooks and tablets that run these regular-computing operating systems.

As for the T6, it could be improved through Pure offering a “higher-tier” model that has the tweeter speakers to bring out the best for higher frequencies. The app could also offer a loudness function to allow it to sound at its best at softer volumes.

Conclusion

I would recommend the Pure Jongo T6 by itself as a wireless speaker fit for filling a kitchen or other medium-size area with music or competing in a noisy environment in a similar vein to a larger portable radio.

Product Review–Pure Jongo A2 Network Audio Adaptor

Introduction

I am reviewing the Pure Jongo A2 Wi-Fi / Bluetooth audio adaptor which connects to one’s favourite stereo system or a pair of active speakers to play content from a computer, network or mobile device. This is achieved through Wi-Fi DLNA technology or through Bluetooth A2DP technology.

It is part of the Pure Jongo ecosystem which has integral support for synchronous playback of network-hosted sources over the same network and is managed via a Pure Connect mobile-platform app for iOS and Android.

Pure Jongo A2 network media adaptor

Price

The unit itself:

RRP including tax: AUD$199

Accessories

Decorative collars (lime green, mango, burnt orange, white): $29

Form Factor

Adaptor for existing audio and AV systems

Functions

Internet audio Internet radio via Pure Connect,
Network Media DLNA network audio client

 Connections

Input Count as for a device
Digital Audio Input Bluetooth A2DP wireless link
Output Count as for a device
Audio line output
(tape level – connect to a tape deck or from device to amplifier)
1 x RCA socket pair
Digital Audio Output SP/DIF via 1 x RCA coaxial socket  and Toslink optical socket
Network
Wi-Fi Wireless 802.11g/n WPS
Bluetooth A2DP

 The unit itself

The unit is slightly bigger than a 500g (“pound”) block of butter and is shaped like a triangle with curved sides. There is the ability to style it your way using optional decorative collars available from Pure, but this size also makes you want to take it with you to hook up to any sound system at any location.

Pure Jongo A2 network audio adaptor connections

This adaptor has digital (coaxial and optical) and analogue audio outputs to suit all consumer audio equipment

For connectivity, the Pure Jongo A2 covers all bases as far as consumer audio and AV equipment is concerned.  Here, you have a pair of RCA connections to provide a line-level audio connection to any vacant auxiliary or tape input on your sound system. If you are using a digital-analogue converter, a home-theatre receiver or a digital amplifier, you can connect this network audio adaptor to this digital inputs on that component using the coaxial (RCA) or optical (Toslink) connections. This lets you use the better digital-analogue signal path offered by these devices as well as obviating the risk of electrical noise in the signal that can come about with longer RCA-cord analogue connections.

When it comes to the home network, you have the ability to connect to an 802.11b/g/n Wi-Fi wireless segment. This supports WPS push-button setup or you use the “own access point and Web interface” for integrating this device in to your existing small network.

The Jongo plays properly as a DLNA MediaRenderer device where it can reliably accept a run of audio content that it is directed to play via the home network. I had this playing a run of albums through the household stereo system by “finding” the files on my WD My Book World Edition NAS using Twonky Mobile on my Samsung Android phone and using that app to have it play the tracks.

The Pure Connect app provides the multiple-speaker functionality for content held on your device as well as Internet-radio content hosted through the Pure Internet-radio directory service.

As a Bluetooth A2DP endpoint, the Jongo A2 had played its part very well with my Samsung Note 2 smartphone by running the content streamed to it very smoothly even though the phone was two metres from it.

Other comments

If you do want to make sure that this device works at its best, yielding a clean sound from your existing stereo system, make sure that the Bluetooth output volume for your Bluetooth-capable phone is at 75%. Similarly, bypassing any tone controls on your media player software and adjusting the tone on your stereo equipment’s control surface keeps the setup sounding at its best without the risk of sound that is too much like that pub jukebox.

If you are using a UPnP AV / DLNA media controller or Pure’s Connect app to manage this device, make sure that the output volume is no more than 75%-80%. Personally, I use the volume control on the stereo system to adjust the volume to how I want it to sound at a particular moment.

A teenager who lives with us was very impressed by the fact that the Pure Jongo A2 had “all bases covered” and was not being tied to an Apple-only ideal when it came to audio-equipment connectivity.

Limitations and Points Of Improvement

As we see the arrival of other services like Pandora and Spotify, the Pure Jongo system could offer app-level connectivity to these services. This can also be augmented by the use of software for Windows 8.1 and Macintosh OS X so that small notebooks, tablets and similar computers based on these regular-computer operating systems can play along with the Jongo ecosystem.

The Pure Jongo A2 could offer integral Apple AirPlay support for those of us who want all wireless-connectivity bases covered in one box. Similarly, Pure could offer a variant of this device that has the ability to stream audio content from another sound system into the Jongo speakers that are on the network, which could please those of you who work with vinyl or other legacy formats or who want to stream the output of a PA system used by a band, MC, DJ or similar user to other Jongo speakers.

As for network abilities, it could benefit from dual-band Wi-Fi connectivity and / or Ethernet connectivity to avoid the problems that are becoming associated with a crowded 2.4GHz band. The Ethernet functionality could come in to its own due to the fact that it would be used with equipment that is normally kept in one place.

Conclusion

I would see the Pure Jongo A2 as a tool to provide an “open-frame” bridge between your smartphone, tablet or laptop with Bluetooth or your DLNA Home Media Network using Wi-Fi. You also can add Internet radio to this mix using the Pure Connect app’s access to Pure’s Internet-radio directory. Even if you do have an Apple AirPort Express in place for AirPlay connectivity, you are able to effectively have “all bases covered” with this device.

The digital connectivity effectively lets you use the better digital conversion circuitry in your home theatre receiver or digital amplifier in a way that the Apple AirPort Express and a lot of other similarly-priced devices don’t..

A Wi-Fi-based clinical observation thermometer appears on the scene

Article – From the horse’s mouth

Solwise

http://www.solwise.co.uk/wireless-cadisense.htm

CadiSense

Product Page

My Comments

There have been some trends taking place to make the home network become part of in-home health care. One of the previous trends was Fujitsu using a digital camera like what is equipped in a smartphone or Webcam as a tool for measuring your pulse. Similarly, another company implemented a set of urinalysis “control sticks” that can be assessed not through a reference chart on the packaging but by a platform smartphone app that uses the phone’s camera to read these sticks.

Now a device has been launched in the UK through Solwise which uses a wireless temperature sensor to provide continual body temperature monitoring using the home network. This device, known as “Cadisense” implements a wireless temperature sensor that attaches to the patient’s nappy (diaper) or undergarment and touches the lower abdomen to measure the temperature. This device sends these temperature readings to a plug-in network bridge that connects to your home network via Wi-Fi or Ethernet, with the network bridge keeping a long-term record of these observations that are taken every 30 seconds.

The data can be viewed on a Web server integrated in the network bridge that is accessible through the home network or via a remote link like what is used for most network devices that implement “remote access” or “cloud” functionality. The “dashboard” Website hosted by this Web server is optimised for viewing on a regular computer, tablet or smartphone and has the ability for regular-computer users to download the observations to the hard disk as a CSV file to import in to a spreadsheet application or email to their doctor. There are also the mobile-computing apps that work tightly with the iOS and Android platforms

At the moment, this device is focused towards observation-based clinical temperature measurement but shows that this concept can be proven beyond this application. There is a current limitation where the Cadisense temperature sensors can only work with the supplied network bridge but it is made up for the fact that the network bridge is a “3-way” wireless network device that can be either a Wi-Fi client bridge, a Wi-Fi range extender or an infill Wi-Fi access point.

For that matter, Cadisense are on a good wicket with their design because they could work this platform for a lot of in-home health-care applications including “ageing at home”. For example, their network bridge could come in to its own with the Ekahau Wi-Fi Pager Tags to be the core of a network-based “emergency-call” system that is a necessary part of caring for older people.

Once a system like this is built around industry-accepted standards like Z-Wave or Zigbee, it could mean a lot more for at-home health care and wellness applications amongst other applications like security and home automation.

Internet away from home having to satisfy new expectations

Article

How Fast Is Your Hotel Internet Connection? || HotelChatter

My Comments

The bandwidth available in the Wi-Fi service provided at these hotels may have to meet new realities

The bandwidth available in the Wi-Fi service provided at these hotels may have to meet new realities

A reality that is starting to face travellers is a requirement for increased bandwidth while one is on the road. This is more so as we see the increased availability and cost-effectiveness of portable computing equipment that we don’t want to be without.

Here the hotel industry is having to adapt to this as more guests check in with at least two or three Wi-Fi capable gadgets per room and have these gadgets work with the Wi-Fi public-access network.

This HotelChatter article has raised the issue not just of the cost of the Internet service but also the kind of bandwidth that is provided. Typically, these places have a huge demand placed on their Internet connection by both the guests and the staff. This reality will become more intense as the quality for digital images and online video increases, along with the increased popularity of online video services.

Larger city business hotels may typically use what is expected for a big business’s head office with the high-bandwidth connections whereas smaller outer-urban and rural properties may use broadband of a grade similar to small-business or “enthusiast” residential setups. As well, Wi-Fi wireless setups may have access points shared by multiple rooms, thus you might find that the quality-of-service may not be there at times such as whenever someone is downloading or uploading a large quantity of data such as some video content. In some cases a multiple-SSID access point ends up “divvying up” bandwidth between devices on the “public-guest” SSID associated with the Wi-Fi service, a similar “event” SSID for a Wi-Fi service associated with people renting out conference facilities along with the staff / business SSIDs relating to the hotel’s line-of-business Wi-Fi segment.

According to an infographic that was in the article I am referencing. they reckoned that 1 Mbps would work well for email, Web surfing or audio content (Internet radio, Spotify and the like) with reasonable quality of service. Then they reckoned that 2-5Mbps would work well for Skype, Facetime and similar videocalls; along with video content with reasonable quality of service. More than this could see quick VPN activity, quick Dropbox transfers and excellent multimedia quality-of-service for Skype or streaming audio and video.

Of course, there are situations where the bandwidth available across a hotel can be “maxed out” at peak occupancy and usage times such as 8pm to 9pm most nights as I learnt from someone who lived in a rural area but effectively “lived out of” one of the larger downtown hotels when he was in town. Here, this is when most of the younger guests would be concurrently streaming video content from various video-on-demand services which they subscribe to or uploading a quantity of photos to one or more online services like Facebook, Instagram, Google+ or Dropbox.

The article was asking guests and staff in these places to speed-test the public Internet connection available to the guests and assess the bandwidth that these services provided. They were reckoning that apps like the SpeedTest app for Android and iOS would work as a benchmark tool for this situation.

Here, I would look at a bandwidth goal of preferably 2-5Mbps per room plus a similar capacity or more for public areas like the bar and lounge areas. Similarly, I would pay attention to any login environments that simplify the setup and login experience that clients have to encounter. Here, improvements like use of Wi-Fi PassPoint would benefit the user experience.

I also have raised the issue of the availability of Wi-Fi-based gadgets like wireless speakers, Chromecast modules and digital cameras that don’t work well with browser-based login routines that these public-access networks implement. Here, guests are likely to end up wanting to use these gadgets to the full potential while they travel the “switched-on” way and the industry will have to look at ways to support these “gadget clusters” especially in the guest’s own “domain” which is their room while keeping the data on these “clusters” private to that “cluster”. This also includes support for technologies like Wi-Fi Passpoint and other so-called “Hotspot 2.0” technologies that allow automated or “browser-free” login to these guest-access networks.

For that matter, when I review hotels, I would provide some commentary on the guest-access Internet service. This would encompass not just the cost of the service as well as the bandwidth and quality-of-service that the network provides as well as the login experience.

Dropcam Pro launched with better optics, dual-band WiFi and Bluetooth for $199 (hands-on)

Articles

Dropcam Pro launched with better optics, dual-band WiFi and Bluetooth for $199 (hands-on)

Dropcam Pro: A Burlier Webcam To Help You Keep Watch Over Your Home | Gizmodo

My Comments

Dropcam have revised their Dropcam Pro IP-based surveillance camera and offered for US$199. But they have offered a unit that could be considered above average for a consumer-grade cloud-supported IP camera and this is brought about by a dual-band Wi-Fi network interface, the implementation of Bluetooth 4.0 technology and the use of above-average optics and audio recording techn0logy.

Most Wi-Fi-based IP cameras that connect to the home network only work to the 802.11g/n technologies that use the 2.4GHz band. But the newly-refreshed Dropcam Pro implements the dual-band Wi-Fi technology which means it can use the uncluttered 5GHz waveband.

Impressively the new Dropcam Pro implements the Bluetooth 4.0 Smart Ready technology to add a few capabilities to it. One is to be able to use the companion mobile-platform app to enrol the camera in to your small network’s Wi-Fi segment even if your router doesn’t support WPS one-touch setup. This is an alternative to the “own-access-point” setup routine where the device becomes its own access point during the setup phase.

Another bonus is that the Dropcam Pro can work with sensor devices that exploit the Bluetooth Smart profile. For that matter, Dropcam are working on expsing an application-programming interface to allow third parties to develop hardware and software that works with this camera to add a range of smarts to it.

One highly-obvious sensor application that will take advantage of Dropcam Pro’s Bluetooth Smart Ready feature would be a door sensor which uses a magnet and reed switch to alert if a door is open. Here, the Dropcam Pro could be set up to record for a few seconds to a minute in real-time when that door is open.

The optics and microphone are above avarage for this class of IP camera with an all-glass lens and a highly-sensitive condenser microphone. This will also be a bonus for the software-based ecosystem that will give the camera some extra intelligence. Even the software offers tricks familiar to those of us who watch crime dramas and spy movies where the camera can send coarse images in its stream but can allow zooming in on an area of the captured footage.

I would see this as a race to provide highly-capable IP-based video surveillance technology to the small business and home user as these technologies trickle down from equipment targeted at the larger installations.

Sonos’s days as the wirelessly-distributed music system are numbered courtesy of Samsung

Articles

Samsung looks to topple Sonos with launch of $399.99 Shape M7 wireless speaker | The Verge

Samsung Shape wireless audio system  | Engadget

My Comments

Bang & Olufsen had offered a few pieces of equipment that were to put Sonos on notice, in the form of a music system, a single-piece “dish” speaker and a speaker adaptor for their Beolab “design-piece” speakers, all able to work in your home network using DLNA in some way. This includes the ability for some of these devices to be controlled by any DLNA media controller app on your smartphone, tablet or computer. As well, most of the good network-capable speaker docks and wireless speakers like the Marantz Audio Consolette and the Boston Acoustics MC-200 Air are offering this same level of controllability.

But Samsung are now joining in by offering an AllShare-based music system with an optional hub that supports Bluetooth with NFC, or Wi-Fi ability as the one who can seriously place Sonos on notice. Of course the problem with these Wi-Fi-based systems is that Wi-Fi and other packet-based technologies aren’t really good with synchronous playback although there is work with Ethernet AV to improve this situation.

So most of these companies typically require the use of their own solutions to provide the synchronous playback over these small networks whether this is with a “mesh” approach as with Sony’s Party Streaming method or a dedicated hub which the speakers are linked to like what Samsung and Sonos are using. Once work is fully done to improve synchronous playback across a typical Ethernet-driven heterogenous small network, this could open up a path for these kind of systems to flourish.

This technology would have to work across a single logical network no matter the different media used on that network and if the idea is to implement it in to existing equipment, it may require firmware updates to provide a heterogenous operating environment.

Similarly, it will also be about elegant single-speaker and multiple-speaker music systems that can be controlled using a common standard like DLNA using software the either runs on a dedicated controller or software that runs on a device that works on a common regular or mobile computing platform.