Product Review–Sony BDP-S380 Internet Blu-Ray Player

Introduction

I have written a previous article about recent Blu-Ray players with Internet-video functionality and how they can bless a TV with many years in its life with this “smart-TV” or “Internet-video” functionality.

Now I am reviewing the Sony BDP-S380 Internet-enabled Blu-Ray player which is an example of these players and is the entry-level model in Sony’s component Blu-Ray player lineup. This unit interests me because it is an example of a Blu-Ray player that can extend the functionality of existing TV sets, including older and cheaper units, by providing access to Internet TV services.

The BDP-S480, which is the next model up in the series and costs AUD$30 extra, has the functionality of this player but can show 3D-capable Blu-Ray discs on 3D-capable displays, as well as drawing down material held on the DLNA Home Media Network. The BDP-S580 also has integrated Wi-Fi functionality for most home and small-business Wi-Fi networks.

Sony BDP-S380 Network-enabled Blu-Ray player

Price

Recommended Retail Price: AUD$199

Sony BDP-S480 Recommended Retail Price: AUD$229

Functions

Internet Radio NPR Radio
Internet TV YouTube, LiveStrong, Wired, Market-specific catch-up TV services
Optical Disk Blu-Ray / DVD / SACD / CD
Stored Memory USB Mass-Storage Device

Connections

Output
Audio Line output 2 x RCA stereo
Digital Audio output SPDIF PCM / Bitstream via RCA coaxial
PCM / Bitstream via HDMI
Video Line output 1 x RCA composite,
Component Video Line Output 3xRCA jacks (YCC or RGB)
Video HDMI output 1 x HDMI
Network
Wi-Fi 802.11n WPA2 WPS with optional Sony dongle
Ethernet Yes

The unit itself

The Sony BDP-S380 is a slimline Blu-Ray Disc player that can work well as a DVD player or basic gateway to video-on-demand services.

Equipment setup

You can connect this Sony Blu-Ray player to a large range of older and newer video equipment. An example of this is the component video output being able to be set to yield RGB component video as well as YCC component video. This will please those of us who have European TVs that are equipped with a SCART connector or video projectors and monitors that have RGB video connectors. In the former case, the user will need to purchase a SCART-component-video cable and in the latter case, they will need to make sure the device accepts basic RGB video input through three RCA or BNC terminals.

Sony BDP-S380 Network Blu-Ray Player rear panel connections

Rear panel connections

Of course, the BDP-S380 can work with HDMI-enabled video equipment as a Blu-Ray player should and has the ability to connect to home-theatre receivers or digital preamplifiers via an SP/DIF coaxial RCA connector.

It can connect to the home network via Ethernet or Wi-Fi via an extra-cost USB dongle available from Sony. Personally, I would connect this player to the home network via an Ethernet or HomePlug AV connection in order to benefit from reliable performance, and have tested this player’s network ability with this connection setup.

General operation experience

Sony BDP-S380 Network Blu-Ray Player remote control

Remote control

The BDP-S389 Blu-Ray player has a user experience similar to what happens with other Sony consumer audio-video equipment made over the last few years that uses the TV as its user interface. Examples of this include the PlayStation 3 and the STR-DA5500ES home theatre receiver which I reviewed previously.

This user interface, known as the “XrossBar” interface, has you moving between the main media types (Music, Pictures, Video) and the Setup and Network options using the “Left” and “Right” buttons on the device’s remote’s D-pad. Then you select the sptions like media collections and services or setup screens using the “Up” and “Down” buttons on that D-pad. When you are in this interface, you really know where you are because you still see some of the other top-level icons on the screen.

Local media playback

The Sony BDP-S380 is able to work properly as a fully-functional standard Blu-Ray player. This includes the ability to work with BonusView and BD-Live discs that require reusable local storage or network connectivity.

Of course, like nearly all DVD and Blu-Ray players that are on the market since the last few years, this unit need to be operated by their remote control.

It can play content held on USB Mass-Storage Devices, primarily memory keys and single-unit flash-card readers. The instructions mention that this player could work with USB hard disks but the player may not provide enough power to drive the bus-powered 2.5” hard disks by itself.

Here, the Sony has two USB ports for connection of these media devices. But the front port can be used for the optional Wi-Fi dongle or a USB keyboard. At the moment, this would come in handy when using the built-in YouTube or Qriocity services where you enter in user login details or search for media. The rear USB port is used for separate local storage if you are using BD-Live or BonusView discs.

There is a small display on the front that can come in handy for playback of audio CDs and SACDs without the need for the TV to be on.

Network Media

The Sony BDP-S380 can be used to connect to the local “catch-up TV” / video-on-demand services that are offered by most of the channels. For Australian viewers, this includes the ABC iView service, the SBS service and the Plus7 service.

You also have access to other Internet video libraries like the YouTube library, the Qriocity library, LiveStrong.com amongst many others. With some of the libraries, you have to log in to the libraries to gain proper functionality such as access to personalised content selections. There is an option to allow this player to regularly poll for new services that are delivered on the Bravia Internet Video platform, which you can do through the setup menus.

The login experience for services like Qriocity and YouTube is primarily “SMS-based” where you use the numeric keypad on the remote control to enter your login parameters. If you need to change character sets, you have to highlight a “ABC” / “123” option using the D-pad. There is the option to use a USB keyboard for improved login experience.

Like most of these devices, there isn’t any form of catering for the reality of multiple users sharing the one piece of equipment. Here, if you log out of the YouTube client for example, the software doesn’t cache your username – you have to enter these details fully.

Being an entry-level model, the Sony BDP-S380 loses some features. One of these, which I find critical for the networked home, is DLNA media playback. The Sony BDP-S480, which is the model above, has this feature along with Blu-Ray 3D playback as the two main differentiating features.

Limitations and Points Of Improvement

I would recommend that Sony provides the DLNA media playback feature across the whole component Blu-Ray player range for the next model run and provide extra DLNA features like MediaRenderer functionality for step-up and top-shelf models.

As well, I would like to see support for an improved multi-user “hot-seat” experience for this class of devices, such as retention of username and/or simplified PIN login options. It could also benefit from social communications features like Twitter / Facebook access and a Skype videoconferencing terminal in a similar vein to Sony’s BRAVIA TV sets.

Conclusion

I would recommend the Sony BDP-S380 Blu-Ray player as a good-quality Blu-Ray / basic Internet video solution for use with a cheaper or older TV set. This is more so for those of us who want to “cut our teeth” on Internet video by replacing a half-dead “Chinese-special” DVD player rather than replacing a TV set with many miles left in it. You also get a good-quality reliable optical disc player as well as an Internet-video terminal in the same package.

If you want more functionality with your home network, especially if you have lots of media on a network-attached storage device, I would prefer that you spend the extra AUD$30 and go for the Sony BDP-S480 rather than this model.

Now it’s firm – Steve Jobs to resign from chief executive at Apple

Articles

Steve Jobs resigns as Apple Chief Executive | SmartCompany.com.au

Steve Jobs steps down from Apple | CNet

Steve Jobs quits as Apple CEO | The Age (Australia)

My comments

There has been a lot of press about Steve Jobs intending to resign from Apple’s chief-executive position due to ill health. Now it had to happen that he is resigning. He is still able to maintain his position in Apple’s board of directors, both as a director and as the chairman of the board.

I see it as something that had to happen for another of personal-computing’s “old dogs”. These are the people who had founded companies that had been very instrumental to the development and marketing of commercially-viable personal computers. A few years ago, Bill Gates had resigned from Microsoft which he had founded.

This is more about a “change of the guard” at the top of these “pillar companies” as the technology behind these computers leads to highly-capable equipment for the home and business. This includes affordable mobile tablet computers that are operated by one’s touch and the smartphone which becomes a “jack of all trades”, working as a phone, personal stereo, handheld email terminal, handheld Web browser and more.

It is so easy to cast doubt over a company once a figurehead relinquishes the reins but I have seem may companies keep their same spirit alive and continue demonstrating their prowess at their core competencies.

As well, even though people may criticise him for how he manages the iTunes App Store and the Apple platforms, as in keeping them closed, Steve Jobs and Apple are in essence milestones to the connected lifestyle.

Wi-fi replacing Ethernet? An expert weighs in on the possibilities

Article

Wi-fi replacing Ethernet? An expert weighs in on the possibilities | SearchNetworking.com

My Comments

After reading the short article by Lisa Pfifer in SearchNetworking.com, it has enforced my line that I have run concerning Wi-Fi vs Ethernet as a primary network technology. She had looked at the issue from the corporate network angle and had found that Wi-Fi hasn’t yet reached the standards of Gigabit Ethernet and that Ethernet suits servers and other applications where there is sessile equipment being expected to provide high-reliability service. She also emphasised that Wi-Fi networking is RADIO and is prone to the same reliability issues that affects radio-based networks.

I have encompassed the HomePlug powerline-based network technology as a no-new-wires wired-network option and support the technology on this site and its use in this way.

For the home network, I would agree, especially in the context of the home entertainment applications. These applications are typically served by equipment that is normally expected to be sessile, like the large television set or its video peripherals; and the best enjoyment of audio or video content is provided if there is smooth continuous playback through the viewing session. Most, if not all, networked home-entertainment equipment would have an Ethernet socket for wired-network connectivity and I would find it more appropriate to use an Ethernet link or HomePlug powerline link to connect this kind of equipment to the home network.

As far as the small business is concerned, I would use Ethernet for normally-sessile applications like point-of-sale terminals, desktop computers and network printers while using Wi-Fi wireless for applications that are intended to be mobile like laptop computers or tablets. Some of you may find HomePlug technology can also serve temporary setups involving fixed computer hardware such as sale-specific supplementary point-of-sale terminals.

Of course, the building that the network is used in often determines the reliability and quality of a Wi-Fi wireless network. Examples of this include thick brick or stone walls, reinforced concrete and use of reflective-foil insulation and double-glazing.

It is definitely an example of a different reality to what the industry, especially the consumer computing and electronics industry wants us to believe, where Wi-Fi wireless technology is the “way to go” for networking.

Wi-Fi wireless networks are to complement wired network technology!

Devolo dLAN® 200 AVpro DINrail–a fixed HomePlug AV bridge for integration to a circuit-breaker board

Press Release – German language

devolo präsentiert ersten dLAN®-Hutschienenadapter für Smart Home- und Smart Metering-Anwendungen

Product Page – German language

dLAN® 200 AVpro DINrail … Produktbeschreibung … devolo AG

My Comments

Devolo have just released the dLAN 200 AVpro DINrail HomePlug AV-Ethernet bridge which is intended as a “built-in” HomePlug AV on-ramp.

Here, this unit is Intended to be installed by a professional electrician and is installed in a circuit-breaker board that works to the standard “DIN-rail” mount. When installed, there is an exposed Ethernet socket for connection to Ethernet-ended network equipment.

The main applications that this unit is being pitched at are energy-monitoring / control applications, especially with “smart meters” that have an Ethernet connection. In the same context, it could work with network-enabled HVAC equipment that uses an Ethernet connection but is direct-wired via the AC supply via an isolating switchboard.

It can then also apply to other integrated-wiring installations where you may want an Ethernet connection local to the power switchboard. An example of this could be a broom cupboard under the stairs which has the house’s main switchboard. Here, it could be tempting to hide the network-Internet “edge” equipment in that area and install the HomePlug “on-ramp” there, even if there is Ethernet or Wi-Fi access to the main Internet service available around the house.

Another example that would be relevant to HomePlug AV installations on larger properties is “pushing out” HomePlug AV coverage to remote buildings as I have explained here. This is where you have two different HomePlug AV segments connected via an Ethernet link and two of these Devolo DINrail units could be mounted in the garage’s or barn’s isolating switchboard and linked with a short Ethernet cable. Of course, one would be linked with the main HomePlug segment and the other to a unique segment that serves the barn and any buildings or caravans wired off it.

Other applications also include installations like some previous HomePlug backbone setups based around Devolo dLAN hardware that were used in a few German schools. Here, these installations used HomePlug as the network backbone.

It might also be easy to think of using this unit to build a “network-ready” isolating switchbox that is closed up. Here, a patch cord from the Devolo dLAN 200AVPro DINRail bridge’s Ethernet socket could be run to an Ethernet socket mounted on the side of the box, so as to connect up network-enabled equipment local to that switchbox.

An improvement that I would like to see for this unit would be a SimpleConnect button on the front of the unit so that customers can quickly associate regular HomePlug AV devices to this unit while keeping it as a “reference” unit for the segment that it is part of. This could be defeated through software for “smart-meter” environments and other environments where you don’t like the customer to “detach” the unit from an established network.

At least this unit could appeal to those of us who want the “integrated” HomePlug AV solution for our home networks. In addition, this could become a piece of kit that local “sparkies” could have available for sale and installation, especially if they cater to the connected home or small business.

A fibre network to cover Lancashire’s rural parishes

News Articles

thinkbroadband :: B4RN to deploy 1Gbps fibre network to rural parishes in Lancashire

Web site

B4RN website

My comments

Another valiant effort is taking place to connect rural England to real broadband Internet. This time it is happening in Lancashire’s rural areas north of Lancaster.

This is being achieved through a community-benefit company called “B4RN” which stands for “Broadband for Rural North”. The service is a fibre-to-the-premises service that is being provided to homes, farms and small businesses in these rural parishes. They have a goal to cover all of the 5162 properties but are working it in three phases. This is with the digging of the first phase to commence around Christmas 2011 and the first subscribers on board by January 2012.

What is interesting is that the capital for the effort is being raised through a share issue to the community and that the company is established as a “community-benefit” company where the assets are there for the community rather than being sold off if anything happens to the company.

The effort for he broadband rollout is being driven through shared local labour. It doesn’t matter whether it is to dig the necessary trenches or lay down the conduit and fibre-optic cable in order to connect up the properties. There is even support for training and upskilling locals into these areas where necessary and even the business’s office labour is local-based. One of the videos on the B4RN site even related this effort to how mains electricity was brought to rural Lancashire in the 1930s, through the use of community effort in preparing the infrastructure for the service.

At the moment, B4RN are selling the 1Gbps broadband services for £30 / month tax inclusive and with a £150 connection fee. A good question that may be raised with this service is whether B4RN would be looking at supplying VoIP telephony and / or IPTV as part of an extra-cost option or primarily offer a “purely-data” service for their customers. This is although most next-generation services typically will be expected to offer a “single-pipe triple-play” service with TV and telephony down the same connection as part of their service pack.

This service is another example of how rural communities can become active about bringing real broadband Internet to their areas rather than bemoaning the lack of the service. It also put forward the case for use of fibre-optic technology to deliver broadband to farms rather than unreliable radio services.

How Will We Benefit From Super-Fast Broadband (BBC 5 Live interview)

Article

BBC News – How will we benefit from super-fast broadband? (Audio – radio interview)

My Comments

I have listened to a BBC Radio 5 Live radio broadcast that was available on-demand from the BBC Website about how we will benefit from the next-generation broadband Internet technology that is being rolled out now.

The BBC Radio 5 Live interview compared the current situation with what happened 10 years ago when broadband “hot-and-cold running Internet” came on the scene. At that time, the primary method of connection to the Internet was dial-up, typically with a second PSTN phone line for Internet use. The primary personal Internet applications were emailing and Web surfing, with some instant-messaging thrown in. There were questions about whether we needed the higher bandwidth of the always-on broadband services or not.

Nowadays, the norm for Internet connectivity is an “always-on” broadband service of at least 1Mbps, more like 2Mbps and we are doing more with these services. Here we are using the Social Web, with services like Facebook and Twitter; as well as multimedia-driven computing applications like YouTube and IPTV / Web video. It would also include IP-driven telephony applications like VoIP including Skype; where you benefit from low-cost long-distance telephone calls, FM-grade voice telephony and the arrival of the videophone which was only thought of in science fiction.

This is although there is a persistent group of naysayers who continue to doubt the need for next-generation broadband. They would reckon that the current technology would satisfy current usage needs. Personally, I have seen the effects of Moore’s Law where the capacity increases and the cost decreases for a technology, thus opening up new applications or enhancing the experience of current applications.

One main application group that the broadcast talked of as being feasible with super-fast broadband was health and well-being applications mainly in the form of telehealth services. This included the idea of “independent ageing” which I would see as a reality as people live longer and the age-associated degradation takes longer to set in.

Personally, I would find that as the next-generation broadband Internet services light up in many neighbourhoods, it will be more about an enhanced and rich Internet experience.

Lost data on USB drives–can even affect individuals and small business

Articles – From the horse’s mouth

Press Release | Kingston

My Comments

I have had a look at the Kingston press release about the security of data held on USB flash drives and found that it was based on a Ponemon Institute study commissioned by Kingston. The main factor that I had observed was that the survey was based on data that represented the “big end of town” – the larger companies and government departments who typically handle a lot of high-stakes company and customer data.

Here I still find that small businesses and individuals are as at risk from removable-media data theft as are larger organisations. Most of these users would consider secure data storage as storing the confidential data on a USB memory key or external hard disk rather than on the computer’s hard disk. Here, they would keep that memory key or external hard disk locked in a desk drawer, filing cabinet or safe when the data is not needed. If the data isn’t changed or viewed often, like a valuables inventory, the USB memory key or external hard disk may be kept at a bank’s safe-deposit facility.

As well, the typical USB memory key can be attached to one’s keyring that has their house, car and business keys on it and a lot of these users may take advantage of the fact. These key rings are often at risk of loss due to absent-mindedness that can be common amongst us or theft as has been known to happen in the UK and Europe where houses have been broken into in order to steal the keys for powerful or expensive cars that are parked at these houses.

Of course, it is not just government and big business who handle or are responsible for “high-stakes” ultra-confidential data. Small businesses and individuals can also handle this kind of data, whether they provide services to these entities or not.

For example, I had provided technology assistance to a “one-person” business who valued fine art, antiques and collectables. This involved the handling of data relating to the collectable items and who owned the collectable items, as I commissioned newly-bought computers or trained her in computing techniques.

As well, individuals may need to keep copies of information pertaining to personal medical and legal issues where there is a strong emotional link. This information may be considered of high value where it concerns individuals who are in the “public eye” and the tabloid media are hungry for any bit of information about these individuals in order to run that exclusive “scoop”.

A common reality that this “enterprise-focused” article misses is that the typical small-business owner or personal user chooses and purchases their own computer hardware from retail. This is compared to larger organisations who maintain a dedicated IT team who is responsible for purchasing and maintaining the computer and communications technology for that organisation.

For this class of user, I would recommend that they use removable storage that is made by respected brands like Kingston, Verbatim, Sony or SanDisk. It may be worth knowing that some of the good retailers may resell these good brands under their own labels, usually in the premium end of those labels.

I would also recommend that you investigate the use of security-enabled encrypted USB memory keys. Here, I would look for those units that have continual software support from the vendor. This is important if you change your computing platform like what Apple hopes use do or move to newer versions of our current operating systems.

As well, you should make sure that you have good desktop security software on your computer. You could even get by with free programs like AVG or Microsoft Security Essentials. Even Macintosh users should make sure they run good anti-malware software on these computers especially as software threats are targeting this platform as well.

It is also worth making use of strong passwords or other data-locking options that the operating system or USB security software may provide for the confidential data. This may work in conjunction with the common practice of keeping the removable media under lock and key such as in a locked filing cabinet or safe.

What I fear is that a lot of press concerning data security tends to be focused at the big end of town and smaller users tend to be forgotten about. As well, a lot of the good-quality data-security options are often designed and priced out of the range of the small business operator or consumer even though there is a need for this level of data security amongst some of this class of user.

QR Codes–a useful tool for promoting your organisation

What are QR Codes

QR code used in a newspaper to link to its mobile site

QR code used in a newspaper to link to its mobile site

A QR Codes is a two-dimensional monochrome barcode that is designed to house a long text string. This may represent contact details or Wi-Fi network parameters but is commonly used to provide a link to a Web-hosted resource. These barcodes may be printed on a newspaper, business card or flyer; or even shown on a Website; the latter method being used to show links to software for the Android platform.

Typically, a person who has a mobile phone equipped with a QR-code reader app can then just point the phone’s camera to the barcode and “take a picture” of that barcode. This then leads to the contact details being put in their contact list or the user being taken to the Web site or Web-hosted resource. This function has even been extended to supplying GPS coordinates to a device for navigation (think of geocaching) or, in the case of Android phones, supplying Wi-Fi service parameters to these phones as part of provisioning hotspot service.

QR Code used on a poster

A QR code as used on a poster to advertise this site

They are popular in Europe especially with cafes and restaurants but are slowing increasing in popularity in other countries. As well, some commentators have described the QR code as a way of providing a machine-readable hyperlink in the field. It is also worth having a look at various QR-code blogs like this one so you can know what the trend is about.

Infact, when I promote HomeNetworking01.info using posters or business cards, I make sure there is a QR code pointing to the site so that people can use their phones to head to the site.

Why QR codes for your organisation

One major benefit that QR codes have for your print-based campaigns is that you can insert a direct link to your Webpage or a resource on that Webpage. Your audience then can visit that resource without having to memorise a URL or transcribe the URL in to the phone using a small touchscreen keyboard or SMS-style with the phone keypad.

The QR code is better than using Bluetooth transmitters to provide content. This is because the user isn’t likely to be annoyed with “accept this” Bluetooth responses from these transmitters when they come in to range of the transmitters. As well, the user doesn’t have to remember how to enable or disable Bluetooth discovery mode on their device. As well you don’t need to make sure there is a transmitter at the advertisement and make sure there is power to the transmitter, which can make the QR code acceptable even for posters on that noticeboard or shop door.

It is also better than using any of the proposed “near-field communication” technology for linking to Web resources because you don’t need to buy and integrate near-field transmitters in your promotional materials for the technology to work.

Direct Link to deep Web resources

You may want to provide a sound clip, video or PDF file to your mobile users. As well, you may want to link the user to a particular Web page about a product or promotion. But mobile users may find these resources difficult to gain access to on your site because of being required to enter a long URL into that numeric or small alphabetic keypad.

The QR code can provide the direct link to your campaign page, PDF file or audiovisual resource in a manner that is ready to download “there and then”. If the resource is a YouTube video, you can provide the link to the video clip as it appears on YouTube and the site or local YouTube client can open when the QR code is scanned.

Appropriate for the Social Web

Here, the QR code can augment your Social Web campaign because most active Social-Web users tend to work their Facebook or Twitter presence more from their smartphones. This is especially as I have noticed a lot of small businesses promote their Facebook presence online through posters and flyers that have the “Like us on Facebook” slogan.

What a simplified way of doing this by pointing the latest ultra-cool iPhone to the QR code on the poster attached to the trendy cafe’s espresso machine or refrigerated display cabinet in order to “like” that cafe on Facebook. It certainly makes it certain that you are seen with that iPhone.

Reading QR Codes

Some mobile-phone carriers and manufacturers will supply a QR-code reader with their Internet-enabled camera phones. But iPhone, Android, Blackberry and Windows Phone 7 users can come across many free QR-code readers at their platform’s app store. One example that comes to mind is the free i-Nigma which started becoming available for the iOS platform but lately became available for the Android and Blackberry platform. There are others like Barcode Scanner for the Android platform, BeeTag for the Blackberry platform and ScanLife for most of the platforms.

A main difference that may sort the “sheep from the goats” as far as QR-code reader programs go is whether they can read a light-coloured QR code that is printed on a dark surface. Similarly, there may be differences in how well a difficult-to-read code like a double-sided sign that is backlit can be understood.

At the moment, most QR-code readers are pitched at handheld mobile phones for immediate viewing of the resources on these devices. But it could be feasible to provide “capture-store-sync” transfer of Web URLs or downloaded resources to desktop operating systems or tablet computers as a feature of a QR-code reader. This could then allow a person to view the Web site on their laptop computer using their favourite Web browser at a later time.  It would also be of importance with QR codes being used for presenting Wi-Fi network parameters to Android phones, where the same parameters can be passed up to a laptop and integrated in to the Wi-Fi networks list for that computer.

Preparing QR codes

There are many QR-code generator sites and programs, most of which are free to use. Typically these sites may allow you to provide a URL to a resource as the input text or prepare contact details. A good resource to start from is this blog’s list of the top 10 free QR-code generating sites. As well, i-Nigma also offer a free QR-code generating page as well as their QR-code reader. Yet another resource is the QReateBUZZ Webpage which I have used for the QR codes for promoting this site.

These codes can be yielded as a small, medium or large size. Here, you could use a small size code for business cards and flyers here you don’t have much room or just want a discreet code on the corner of the poster. You could then use the larger sizes if you want people to notice that there is a QR code in the signage’s artwork or need to be far from the artwork to scan it.

Most sites will yield high-resolution PNG or JPEG bitmaps but some may yield EPS Postscript files or PDFs that are vector-images of the QR codes. You typically will then copy-and-paste or import the mage in to your artwork. As well, a lot of the sites will generate a JPEG image that you copy from the site using Ctrl-C / Command-C and paste to your artwork using Ctrl-V / Command-V.

Of course, there are some desktop QR-code generator programs which will run on a regular computer but most of these are Windows-only and a lot of them are offered at “large-business” prices.

It is still good practice to work with dark-graphics-against-light codes because most QR-code readers cannot work effectively with light-graphics-against-dark at the moment. If you are setting a QR code on a dark background, you could use the dark graphic on a light background and have a distinct light-background margin around that barcode.

Conclusion

Once you explore the creation and use of QR codes as part of your online and offline marketing strategy especially where you have online resources

BT Openreach to trial fibre-only exchanges in the UK

Articles

thinkbroadband :: Fibre Only Exchange trial candidate locations released

BT to trial fibre-only rural broadband exchange | uSwitch.com Broadband News

My comments

This is a very interesting direction that will come about as the next-generation broadband Internet service evolves.

At the moment, a typical next-generation broadband service will be based around central-office exchanges that serve and support copper and fibre-optic infrastructure for all communications. This allows for integration with copper-technology services such as PSTN voice / ADSL data.

The newer fibre-only exchanges will operate on fibre-optic infrastructure only with Fibre Ethernet backhaul and FTTH / FTTP fibre-optic service to the customers. The primary advantage of this setup would be to achieve higher throughput for the data that the high-bandwidth technology would provide.

The BT Openreach trial is primarily focused on new exchanges rather than converting existing exchanges to fibre-only operation. It is to assess how much it would cost to switch to fibre-only operation for existing exchanges or go “all-out” fibre-only for new or replacement exchanges. Such a trial could also be used for “infill” exchanges in dense urban areas or to satisfy new developments in potential “Silicon-Valley” areas around universities.

A good question about these exchanges is whether a “fibre-only” exchange could work with a part-fibre part-copper setup like a VDSL2-based fibre-to-the-cabinet or fibre-to-the-building setup.

Another laptop snaps at Apple’s design credentials

Articles

Acer’s Aspire 3951 leaks with MacBook Air-like specs, available in October? | Engadget

Shots Leak Of Acer’s New Ultrabook, The Aspire 3951 | TechCrunch

My Comments

The Apple MacBook Air 13” ultraportable computer range is now facing aggressive competition from Acer. Here, Acer are working on an ultraportable that is styled in a very similar way to the MacBook Air but selling it for under US$1000 for the fully-equipped package.

It will be a Sandy Bridge processor-powered unit with a hard disk of an undisclosed capacity or a 160Gb solid-state drive for the main system disk. There was reckoning that the computer, which will support Bluetooth 4, will be housed in that aluminium “wedge” case and, like the MacBook Air, it won’t have an integrated optical disk.

Acer had projected an approximate availability date for around October this year but this may be hampered by the availability of milled aluminium as well as projected availability of next-generation Intel chipsets.

But what I fear is that manufacturers like Dell and Acer will try to copy the Apple look for their portable computers in order to make themselves look cool in the Wi-Fi-equipped trendy cafe. Oh yeah, the grey or black finish will end up being consigned to the “corporate” end of the market and the coloured computers like the Dell Inspiron 15r will just appeal to the home user.

It is very similar to the two preferred directions that vehicle builders went for through the 1960s and 1970s, with a black dashboard and chrome-accented dials and controls for the “sports-car” look or the woodgrain dashboard for the “luxury” look.

At least HP, Sony and other brands have worked on their other designs for their consumer laptops rather than trying to ape Apple. This could allow them to work on designs that could upstage Apple.