Tag: DLNA

You may have your music held on a smartphone or tablet but you want it coming through better and louder speakers. Similarly, you have packed out your laptop computer or an external hard disk which you connect to your laptop with music. But you still want the flexibility of moving around your space with your phone or positioning your laptop wherever you want it.

Devices you can use

Primarily you could use a wireless media adaptor that is connected to existing audio equipment or speakers. This function may be integrated in some audio devices like Internet radios or music systems. On the other hand, you could purchase a wireless-enabled speaker system such as a speaker dock which integrates the wireless media adaptor with the speakers.

Methods

Bluetooth

Creative Labs Sound BlasterAxx PS-SBX20 Bluetooth wireless speaker system for the smartphone, tablet or laptop

A common method would be to use a Bluetooth link. This is supported by every smartphone and tablet but would only work with a Bluetooth audio adaptor or Bluetooth speaker system.

Here, the Bluetooth audio device must work to the Bluetooth A2DP audio profile for music playback and AVRCP audio control profile if you want to control the phone from the device’s controls.

To set up your wireless link, you would have to “pair” you mobile device with the Bluetooth audio device. Here, you place the device in “discoverable” mode and then use the mobile device’s “add Bluetooth device” function to discover the audio device. Most recent devices go in to “discoverable” mode when they are first plugged in but with a device that is already connected to power, you may have to hold down a “setup” or “Bluetooth” button. Here, an indicator light may flash in a certain manner to show that the device is in “pairing” or “discoverable” mode.

Bluetooth audio setup with a laptop and a Bluetooth audio adaptor

When you go to your mobile device and use the “add Bluetooth device” function, there will be a list of devices you had already “paired” with your phone as well as a new device name, typically representing the audio device’s brand or model name. Select this device and the pairing process will take place. If your mobile device shows a “password” or “PIN” request as part of this setup, enter 0000 in response to this request.

In this situation, you will likely have your mobile device connecting to your Bluetooth speakers or adaptor. On the other hand, if you already paired your phone or tablet to the Bluetooth audio device and your device and mobile device are on, you would have to go to the Bluetooth menu to select the “Connect” option to establish the connection.

If you subsequently use the same Bluetooth audio device, you may have to “connect” to that device to have it play its music through the audio device. This may require you to enable Bluetooth and, in some cases, select the device’s name to connect it.

Laptop users would then find that the Bluetooth A2DP and Hands Free Profile will present themselves as “sound devices” through the use of class drivers implemented by Windows 7 and MacOS X. You may have to set the Bluetooth virtual sound cards as default sound devices if you are using applications that don’t allow you to determine the sound device for that application. I have covered this issue in further detail in an article about using laptops with Bluetooth devices.

Wi-Fi wireless

Another wireless connection method is to use a Wi-Fi wireless network. This uses a choice of two protocols: Apple Airplay and the open-standard DLNA protocol.

Network setup

These setups require that the mobile device and the wireless network media player are linked through a network that has a Wi-Fi segment and are seen as the same logical network.

In some cases, the network media player can be connected to an Ethernet or HomePlug segment as long as that segment is accessible to the Wi-Fi wireless segment.

Denon Cocoon 500 Wi-Fi wireless speaker that works with DLNA or AirPlay setups

These setups can work with network media players and wireless speakers that implement Wi-Fi Direct thus avoiding the need to use a wireless router like a MiFi to create a wireless-network segment. Similarly, some Wi-Fi Direct “master-device” implementations like the Intel implementation used in Windows laptops can allow the device to be a host for a Wi-Fi Direct segment and a client to an existing Wi-Fi network, thus bridging the connections. This can come in handy with public wireless hotspots due to client isolation and, in most cases, Web-based login being established on them; features which could impede the establishment of a Wi-Fi wireless music network.

But you can gain better results with a dedicated WiFi router or access point like one of the portable “MiFi” routers.

Infact most of these setups implement WPS one-push setup for Android mobile devices, Windows 7 computers and most current-issue Internet audio equipment. On the other hand, they will have a pre-determined device-unique WPA-PSK device passphrase for use with Apple devices.

Sony SA-NS410 Wireless Network Speaker

It is also worth knowing that some speakers like the Sony SA-NS310, SA-NS410 and SA-NS510 also have access to advanced functions through the use of a dedicated smartphone app. In the case of these speakers, they have direct access to online music services or Internet radio with this software but you may find that they would work better with a regular small-network setup with a router serving a dedicated Internet connection. Again a “MiFi” may come in handy here when you use them at a hotel or serviced apartment with the existing public-acces Wi-Fi network.

Apple AirPlay

This method works best with iOS devices like the iPhone or with computers that are running iTunes. Here, you have to use the AirPlay functionality within iTunes or the music player in your iOS device to “push” your music to your AirPlay-capable device.

Rogue Amoeba have provided the AirFoil program for MacOS X and Windows platforms which turn your AirPlay-capable devices in to a virtual soundcard for your computer. I have helped a friend with purchasing and installing this program on their Windows 7 computer so they can pipe Spotify through an Apple AirPort Express device connected to their home stereo. This program sells for US$29 per computer.

DLNA

The UPnP AV / DLNA-based media setup is a highly-flexible network media playback setup which is more open-frame in nature. I have covered this setup previously due to this ability and the ability for many hardware manufacturers and software developers to support it.

If the idea is to have your music device such as your laptop or smartphone control the music, you will need to make sure that the device can work as a “MediaRenderer”. Devices like the Sony CMT-MX750Ni music system, the WD TV Live network media adaptors or the Pioneer XW-SMA3 wireless speakers will work with this function out of the box but some devices that support this function may require you to visit their setup menu to enable “DLNA Remote Control” or similar functions.

A DLNA-based setup requires a media server to be installed on your computer or mobile device. Windows-based computers will perform this function using Windows Media Player but you can use other third-party players like TwonkyMedia. Here you would have to point these programs to your music library.

Android phones and tablets can work from one of many different DLNA media server-controller apps like TwonkyMedia or AllShare, which is set up to share the content on your device or the SD card.

Depending on the media-client device, a DLNA setup can be managed from the media client device’s control surface or from your computer or mobile device. For example, Windows Media Player that comes with Windows 7 or 8 offers a “Play To” function which allows you to have your content “pushed to” devices that support this kind of control.

DLNA can work as a virtual sound card for Windows computers if you use the Jamcast virtual-sound-card software on your computer, which costs US$29.99. This can be useful for setups like the streaming music services like MOG, Pandora or Spotify which rely on a Web page or client program for them to work.

On the other hand, you could use the DLNA setup to have a laptop play music from your smartphone or tablet. This can be achieved with TwonkyMedia Manager for all platforms or with Windows Media Player 12 (Windows 7 and 8). In the case of Windows Media Player 12, you would select “Stream” – “Allow remote control of my player” to have this option work.

Worth knowing

Sometimes if one of the wireless speakers doesn’t work properly such as failing to reinstate with the device or network or a Wi-Fi speaker failing to connect to another wireless network segment, you may have to reset the speaker. This is a procedure that is dependent on the speaker but may involve you pressing a “RESET” button in a certain way  Then you may have to pair your audio device to the speaker again or configure it to the network you want it to join.

If the idea is to operate that Bluetooth or Wi-Fi speaker at a pool party, avoid the temptation to think that you can operate the iPhone that’s containing the music from the pool or spa. This is where a lot of portable devices become damaged due to the water. Here, it would be better to have the device containing the music, as well as the speaker located as far back from the water as you can, such as near a wall or safety fence.

Conclusion

Once you have your smartphone, tablet or laptop working with a wireless-audio link such as a Bluetooth link, you can be able to have a chance to hear better sound out of these devices while allowing yourself to move the smartphone or similar device around freely.

Update Note

This article, originally published on October 2012, has been updated to make reference to Rogue Amoeba’s AirFoil virtual-sound-card software for Apple AirPlay and to update new pricing details for Jamcast. As well, I have provided direct links to the software developers’ Web pages. I have also created links to the product reviews for the Sony SA-NS410 and SA-NS510 speakers which I had reviewed since the article was first published.

Article – From the horse’s mouth

NaimUniti 2 | All-in-one Player | Uniti | NaimUniti 2 | Naim Audio

My Comments

Naim Uniti network CD receiver with Naim’s distinct CD-loading tray – now has been improved to the Uniti 2

I have done some previous coverage on the Naim Uniti, which is a premium network-enabled CD receiver. This, like the Rotel RCX-1500 that I previously reviewed, is one of those CD receivers that could just be hooked up to a pair of premium-grade loudspeakers to make a high-quality three-piece music system suitable for the likes of a city apartment or unit in a retirement village. Here, I cited this model as part of premium audio accepting the DLNA-based home media network; as well as mentioning it in my write-up about the Australian Audio & AV Show 2011.

But Naim have revised this unit and released the Uniti 2. Here, this unit is equipped with a power amplifier that is more powerful, thus allowing it to work with larger speakers that need more of the power. Similarly, this could play in to the hands of those of us who have a large open-plan living area and want to have the music fill that area, while wanting a music system that doesn’t physically dominate that area.

As well, there have been a few other technical improvements on the digital-analogue conversion chain where the digital bits from the CD, DAB, Internet radio, local data storage (including Apple iOS devices) and the DLNA Home Media network become the music we hear. Similarly the CD transport which uses the swing-out CD tray has been improved for better stability and sound quality.

What I see of this is that it is a continuing example of the way the premium audio companies are seeing the standards-based home network as a capable program source for good-quality music. Similarly this player, like the Rotel RCX-1500, is showing that there are single-piece multi-function music systems out there that aren’t second-class systems.

Articles

AT&T’s new MiFi Liberate is LTE-capable, ‘world’s first’ with touchscreen display – Engadget

AT&T Shoved a Touchscreen in Its Latest LTE MiFi Hotspot Because, Hey, Why Not! | Gizmodo

AT&T’s MiFi Liberate LTE is first touch-screen hot spot | CNet

From the horse’s mouth

AT&T – Press Release

My Comments

AT&T have released a new “MiFi” router for 4G wireless broadband networks in the form of the AT&T-Novatel MiFi Liberate. Here, this device is not your “father’s old station wagon”.

The device borrows the P-shaped design cues from the Apple Magic Trackpad and some door-handles rather than Microsoft’s newer input devices. Users can manage their connection using a colour LCD touchscreen rather than the typical Web user interface and, in some cases, a monochrome LCD or OLED display.

It can connect up to 10 concurrent Wi-Fi devices to the 4G LTE wireless-broadband connection and can do this for 11 hours on its own battery. What also impresses me about this MiFi is that it, like a few recent AT&T MiFis, has the ability to share files off a microSD card, including the ability to share media to UPnP AV / DLNA devices like Internet radios. This function could be taken further if the MiFi could mount microSDXC cards of 64-128Gb capacity.

At the moment it’s only through AT&T but I would like to see more carries who run LTE-compliant 4G networks offer this device in their 3G wireless router lineup. The firmware that all of the carriers who run with this device should support all of the functions including the file-sharing / DLNA functionality.

Articles

Sony unveils super slim PlayStation 3 | Crave – CNET

Sony PlayStation 3 2012 up close and personal eyes on | Engadget

From the horse’s mouth

US Press Release

European Press Release

My Comments

The press have been afield with the news about Sony’s latest PlayStation 3 games console. But this one is a major redesign to cope with the smaller space that newer consolidated electronics can occupy. This has yielded a smaller console that is significantly lighter and doesn’t use as much power as the existing units.

One main difference is that it has a top-loading Blu-Ray drive for your games and movies. This uses a sliding lid in a similar vein to some CD players like the B&O Beocenter 9000 series music systems rather than the hinged lid that, in my opinion, is asking for problems. 

There are two main design variants – one with a 500Gb hard disk and a cheaper variant with 12Gb flash memory with the ability to add in an optional 250Gb hard disk. The American market would have the console come with the 250Gb hard disk in the box. The cheaper version may work with occasional gamers and those of us who use the PS3 more as a network media client rather than as the full-on games console.

Of course there will be access to the PlayStation Network and the local video-on-demand services that has allowed the PS3 to earn its keep as a network multimedia terminal rather than just a games console for teenagers and young men. It will also have the same performance expectations as the current-generation PS3.

But could these variants be a way to bring the PlayStation Experience to more households or allow one to increase the feasibility for more of the multi-player multi-machine gaming from this console?

I have written this article as an updated version to the one I originally published. This is because of newer activity on the UPnP AV / DLNA front and newer situations that this technology has been exposed to.

If anyone is wanting to question me why my editorial slant in HomeNetworking01.info is geared towards UPnP-based network management standards, especially the UPnP AV / DLNA Home Media Network standards, I am writing this piece to state what I am about.

I am not a spokesman for UPnP or DLNA or any of the companies that are behind these standards. But, as an author and editor of this site, I do place a high value on networks, network hardware and network media software supporting any of the UPnP AV / DLNA Home Media Network Standards.

Reasons

Ability to work across nearly all networks

One of the main reasons I value these standards is that they work across any IP-standard subnet (logical network) and allow the hardware manufacturers and software developers to integrate the home media network in to their creations without reinventing the wheel.

It doesn’t matter whether the network uses different segments such as the common Wi-Fi and Ethernet setup in a home network or a switched Ethernet setup in some larger networks.

A simplified setup and media-discovery experience for the user

For the user or system installer, due to the nature of UPnP, they doesn’t need to “run backwards and forwards” between devices to make sure devices are pointing to the correct network shares and that usernames and passwords are correct on both the client device and the server. This can become more of a headache when setting up devices that don’t have the full QWERTY keyboard on them and require the user to use “SMS-style” or “pick-n-choose” text entry which can increase room for user frustration and mistakes. They also make the establishment of these multimedia networks as idiot-proof as possible, which would benefit home and small-business users where there isn’t a dedicated IT team available.

There is even the ability with DLNA networks where new DLNA servers are exposed to the client devices the moment they become available. This feature makes it easier to “get going” with the material that is hosted on these servers.

Fostering innovation in a common-sense way

I also agree that a standards-based IT environment like UPnP AV / DLNA, supported by many different technology vendors, is a breeding ground for hardware and software innovation. This also encourages a “common-sense” approach to technology as outlined below. Here, it can also lead to these concepts being implemented in the most cost-effective manner, which makes the device affordable for most people, while there is the ability for manufacturers to provide the premium-grade equipment that works in the same ecosystem.

This has led to hardware that is compliant with this standard becoming increasingly ubiquitous; as well as top-shelf audio-equipment manufacturers of respect turning out the high-grade hi-fi equipment capable of playing music provisioned over a home network.

Device and system ubiquity

Sony BDP-S390 Network Blu-Ray Player – an example of a component that adds DLNA to existing equipment in an affordable manner

I know that Windows supports the standard through Windows Media Player 10 and has full “three-box” implementation in Windows Media Player 12 which is part of Windows 7. As well, I have noted that the open-source community have developed servers and similar software that can work with a Linux system. This feature is now considered “par for the course” for nearly all consumer and small-business network-attached storage units.

As well, the Microsoft XBox360 and the Sony PS3, which are considered “must-haves” as far as games consoles are concerned, have inherent support for this technology. Similarly, the big-name Japanese and South-Korean consumer-electronics companies like Samsung, Sony and Panasonic are implementing DLNA in most of their consumer video equipment, save for the low-end models. Most of the big-time electronics manufacturers who have a line-up of home-theatre receivers have this feature in at least the high-end models, with some manufacturers pushing the feature in to the mid-range models. As well, nearly all Internet radios can play audio material held on DLNA-based media servers.

Similarly, most consumer-electronics equipment manufacturers are starting to sell speaker docks and similar equipment that are not just designed to work with the Apple iPhone. This has been brought on by the popularity of the tablet computer and the highly-capable Android smartphones. Cheaper variants would have a Bluetooth A2DP setup as well as the iPhone dock while more expensive variants that connect to home networks would have support for both the Apple AirPlay and DLNA MediaRenderer operating modes. A handful of these units even support WiFi Direct so as to create their own wireless-network segment for that tablet or smartphone/

Marantz CR603 CD receiver – One of the many DLNA-capable hi-fi components shown at the Australian Audio & AV Show

The Australian Audio and AV Show 2011 which was held at the Melbourne Marriott Hotel was an event that underscored what DLNA was all about for high-grade network audio distribution. Some of the hotel rooms which were purposed as showrooms for the hi-fi equipment distributors had live DLNA Home Media Networks based around a common Wi-Fi router that was the hub of the network, a small NAS holding the music and one or two network-enabled hi-fi components playing out the music. Here, these networks were used to demonstrate the concept of network-distributed file-based audio being a real concept for the premium hi-fi environment.

DLNA can work beyond the home

Some of us may think that the UPnP AV / DLNA technology can only work within the home but there is the potential to allow it to work beyond content in the home. This arrangement can allow the ability to create and maintain a network-based distributed AV system in the business, hospitality or other environment using cost-effective easily-available equipment that is suited for the job at hand.

The hotel room

An example of a hotel where DLNA network media technology can be relevant in the guestrooms

The network setups at the previously-mentioned home entertainment show which was hosted at the previously-mentioned business hotel, had even led me to write up this article about the feasibility of implementing DLNA technology in the hotel room because of the fact that most of us would be bringing in phones, tablets and laptops which have this function in a server or other role. I was coming at this issue on a “network-only” angle so as to move away from the use of highly-expensive specialist set-top boxes or TV sets targeted at this industry but towards a large range of cost-effective equipment with increased flexibility. This doesn’t just mean televisions and video peripherals like Blu-Ray players but also encompasses music systems or home-theatre systems which could earn their keep in those “top-shelf” suites or apartments.

This concept encompasses not just media held on a guest’s devices but multimedia applications that this industry values like in-room pay-per-view movies, line-level feeds for conferences and cabarets or even implementing DLNA as an IP-driven alternative to distributing satellite TV via coaxial cable run through the property.

The small business, school or community organisation

A cafe who can benefit from DLNA network AV technology

It also runs alongside the idea of using this technology to provide multimedia in the business using the data network that exists there but using cost-effective and highly-available equipment. This is something you can do with a Windows-based computer running Windows Media Player or you could use low-cost DLNA software that can work as a server or control point.

One key application is to purpose a DLNA-compliant “smart TV” or a TV set / projector that is connected to something like the Sony BDP-S390 as cost-effective “digital signage”. This is where you create the signs and visual material using Photoshop, PowerPoint or other graphics and presentation software then “push” the material using Windows “Play To” or TwonkyManager to the cost-effective equipment for display.

Provisioning multi-channel pay-TV

Similarly, the DLNA technology is being considered as an alternative to the classic set-top-box model for multichannel pay-TV setups. For example, it is being considered as an idea for a “gateway” device to be installed in the home which works as a PVR or “broadcast-LAN” tuner. This box could be a “headless” box which isn’t connected to any screen or could be a traditional set-top box serving the main household TV with content.

Here, multiple DLNA-enabled TVs, video peripherals or viewer applications can tune in to pay-TV channels or content held on the PVR without the need to install a set-top box on each TV. It also allows for the customer to have equipment of different capabilities such as a DLNA-capable Blu-Ray player attached to a small entry-level TV in the master bedroom having access to the same content as what would be available on the big TV in the main lounge area. It is infact something that is being pushed by consumer-electronics vendors in the USA as a standards-compliant way of delivering cable TV.

This application and the above-mentioned hotel-room application can now benefit from a super-standard called RVU. This integrates DLNA and a “remote-desktop” standard like VNC or Microsoft’s “Terminal Services / RDP” in order to provide a consistent branded user interface for advanced pay-TV services like movies-on-demand or account management.

Conclusion

So the main reason I place a lot of value in the UPnP AV / DLNA Home Media Network is because of the ease that there is in establishing a heterogeneous multimedia network with innovative easy-to-set-up products that suit what you want to do.

Revo Domino – an example of an Internet radio with DLNA Media Playback

Regular readers of this site would have noticed the Internet radios that I have reviewed earlier on. These were typically tabletop radios that had a broadcast tuner capable of receiving at least FM and / or DAB digital broadcast radio. But they had Wi-Fi and, in some cases, Ethernet network connectivity which allowed them access to, most commonly, the vTuner Internet-radio directory and the ability to play through audio content from any broadcaster that listed its stream in this directory. They also had the ability to play audio content held on a DLNA media server after it was selected on the set’s control surface.

Of course, all of these sets had a line input so they can amplify other audio equipment like portable CD players but most of them had a dock for one of Apple’s iPod or iPhone mobile devices. A few of the sets even had a USB connection so you can play music held on a USB memory key.

Now the network-audio direction is coming in the form of network-capable speaker units that have Apple Airplay and, increasingly, DLNA Media-Renderer operating mode. This meant that you could use software running to these protocols to play music held on a computer, smartphone or tablet through these systems as explained in this feature article. The network connectivity for all of them is Wi-Fi to 802.11g/n standards with WPS “push-push” setup but some of these units would have an Ethernet socket for connection to an Ethernet or HomePlug network segment and / or Wi-Fi Direct so they can become their own access point for smartphones and tablets.

The manufacturers are running a range of two or three units with similar functionality but having differing speaker configurations and / or power outputs with some having the capability to offer a “punchy” sound where that tight bass does exist. As well, one or two of the models in these ranges is equipped with a rechargeable battery pack and designed for portability so they can be used on the beach or on the streets in a similar manner to those classic “ghetto-blasters” of the 1980s.

Pioneer NAC-3 Internet radio and iPod dock – capable of being controlled by a DLNA control point program

The device that predicted this level of functionality in a network speaker system was, in my opinion, the Pioneer XW-NAC3 speaker dock / Internet radio that I reviewed on this site. Here, it had Wi-Fi and Ethernet connectivity as well as support for Bluetooth A2DP audio streaming. But it used the network connectivity to play broadcast content from Internet-radio stations on the vTuner directory as well as being able to be controlled by a DLNA Media Control Point alongside the basic DLNA MediaPlayer “play-from-own-control-surface” functionality.

Usage Issues

A problem I have discovered with some DLNA server / control point software running on Android devices is that they won’t work properly if you run the device as its own access point. This would be something that you may do if you enable “Wi-Fi tethering” on your phone to share your phone’s Internet access and data allowance with other devices.

Here, you may have to work around this by using another access point to create the temporary Wi-Fi segment. This could be done using an ordinary Wi-Fi router, even one of those “Mi-Fi” devices that work as a router for a wireless-broadband service. This solution may come in to its own with the battery-driven units that don’t have Wi-Fi Direct and you want to play content from your mobile device or laptop.

Another situation that may plague anyone who sets these units up in premises with a public Wi-Fi hotspot is that they may not work properly with these hotspots. Here, most of these public-access networks would be set up for client isolation so that no other client devices can discover each other. As well, most such networks typically use a Web interface for provisioning the Internet service. This will typically make the network unusable for point-to-point use like media playback.

Instead, if you are using that network speaker system in that hotel room or serviced apartment which has a public-access or guest-access wireless hotspot, use a “MiFi” or a similar device to create a Wi-Fi network if the computer, smartphone or speaker system doesn’t support Wi-Fi Direct. Some Wi-Fi Direct setups like the Intel implementations used for laptop computers may allow you to work the temporary network in conjunction with the public-access network and bridge Internet data to this temporary network. This would come in handy with units that offer Internet-radio functionality like the Pioneer NAC-3 or the Denon Cocoon series.

What to look for with these speaker systems

I would make sure that if you are intending to use these network speaker system with a smartphone, tablet or PC, make sure that the unit works with DLNA and Apple AirPlay.

If the speaker unit that you are after doesn’t have Wi-Fi Direct, you may have to make sure you have it working with a wireless access point like your home network’s WiFi router or a “MiFi” when you are using it on a wireless network.

Also pay attention to the sound quality and the functionality of these speakers, especially if you buy units that you intend to use “at home”. As for portable units, look for anything that also works for durability especially if they are intended to be used on the beach or by the pool.

Once you choose the right network-capable speaker system for yourself or to give as a gift, you could then end up enjoying listening to them for a long time.

Introduction

I am reviewing the Sony BDP-S390 Blu-Ray Disc player which is one of many value-priced Blu-Ray players that don’t just play Blu-Ray Discs but effectively add Internet TV functionality to cheaper and older TVs.

There is a more expensive variant known as the BDP-S590 which adds 3D playback with suitable TV equipment and a top-of-the-line model known as the BDP-S790 which adds on 4K high-resolution playback for the largest high-resolution displays as well as support for Skype functionality. But I am focusing on the BDP-S390 as a model that ticks most of the network and Internet video boxes at an affordable price.

Price

Recommended Retail Price: AUD$179.00

Functions

Connections

The unit itself

The Sony BDP-S390 is much smaller than most common DVD or Blu-Ray players and may be described as not fitting the average AV equipment rack due to this size. But this wouldn’t be of concern if you you are just plugging it in to the secondary TV set and it is sitting on the bench under or beside that set.

Being a video-focused device, there isn’t a display on the unit and you have few controls on that unit. Therefore, you are encouraged to operate this unit from the remote control and using the TV screen. This may make the playback of audio-focused content like audio CDs or vTuner Internet radio become more unwieldy as if you are listening to digital radio via a satellite-TV or digital-TV set-top box; or listening to the radio through the TV in some hotels.

Connections – Composite video, stereo line-level audio, digital audio, HDMI A/V, Ethernet LAN

As far as the home network is concerned, the Blu-Ray player comes with Integrated 802.11g/n Wi-Fi as well as Ethernet connectivity rather than being “Wi-Fi ready” where it would need a dongle to connect to the Wi-Fi network. It can connect to video systems that use a CVBS (composite) through an RCA jack or HDMI display and can connect to audio equipment via an RCA line-level stereo feed, a PCM or bitstream (Dolby Digital) feed using an RCA socket or a digital feed via the same HDMI socket. This same HDMI socket also allows the player to work with “one-touch-start” setups that use HDMI-CEC control abilities. The front has a USB socket so you can connect up a memory key to store BD-Live data or play / show media content held on a memory key.

The setup routine was relatively quick although you would need to use SMS-style data entry when you enter the passphrase for a Wi-Fi segment that doesn’t implement WPS quick-setup. This routine can be annoying if you have punctuation in the passphrase due to the confusing reference to an “input method” where you would need to press the yellow key on the remote to gain access to the punctuation.

The standard remote control that comes with this player

The Sony BDP-S390 does support “smartphone-as-remote” operation with the Sony Media Remote app for the iOS and Android platforms. This allows you to use the smartphone and your home network as an alternative to the infrared remote control and could allow you to conceal the player in a cabinet yet be able to operate this Blu-Ray player.

As a member of the DLNA Home Media Network, the Sony BDP-S390 ticked all the boxes properly. Here, it worked well with TwonkyMobile on my Android phone to allow me to “throw” a Facebook album image to the TV’s screen and it had come up properly. It could also quickly list every DLNA media pool that existed on the network as part of the top-level XrossBar menu.

The Internet TV experience was very smooth for the visuals and came through without any glitches. As well, it didn’t take long to load up whatever was in an IPTV channel’s lineup.

Even though I had access to an average TV to test this player, the Sony’s picture quality did come up very well with photos and videos. The colours were still true to the video no matter the source.

Limitations and Points Of Improvement

The Sony BDP-S390 could provide support for extended DLNA applications like setting up shows to record using DLNA-compliant PVRs; and RVU which allows it to be a user interface for advanced cable-TV PVRs and to some extent, hospitality applications.

The Skype feature could be made available across all of the Sony Blu-Ray players so as to allow existing TVs to work as Skype videophone terminals.

Similarly, I would like to see this set as well as other Sony consumer-electronics equipment be able to work with IPv6 networks so they can be future-proof. As well, this Blu-Ray player, as well as other Sony network-enabled consumer-electronics equipment could support WPA2-Enterprise setups as a field-installable add-on so small businesses don’t need to create separate WPA2-Personal segments to implement Wi-Fi-enabled DLNA-compliant audio and video equipment in their network environments.

Of course, some of us might think that this player looks a bit ho-hum because it uses a drawer to load discs rather than a direct-load slot.

Conclusion

I would recommend the Sony BDP-S390 Blu-Ray player as a valid option when you want to enable an existing TV or HDMI-equipped video projector with Blu-Ray, DVD, DLNA and / or Internet video capabilities. The price makes it even right to purchase this player as an entry-level Blu-Ray player / network-video terminal that can be used with an entry-level flat-screen TV.

For example, you could buy that low-end LCD TV and this player from Harvey Norman in order to get cracking with Blu-Ray Discs and “The Shire” on Channel 10 Catch-Up TV. Or you could use this player and any old LCD TV or HDMI-equipped video projector to set up a DLNA-driven visual-merchandising arrangement for your business or organisation.

The higher-end Sony models could go well with a high-grade TV that excels on picture quality yet you want to get your foot in the door with network and Internet video as well as Blu-Ray playback.