Competition for next-generation broadband in Australia

Articles – The Age

Buy or beware – competitors gear up to do battle with NBN

No NBN price war, despite competition

My Comments

There have been some recent articles about next-generation broadband services appearing in or being planned for particular locales in Australia that compete with the government-backed National Broadband Network.

UK and France offering competitive broadband service

Two countries, namely the UK and France, have established the idea of competitive next-generation broadband after their success with achieving competitive ADSL broadband Internet service. This is because the governments in these countries have worked ahead by establishing a mandatory competitive telecommunications regime including encouragement of local-loop and sub-loop unbundling. They have even ben cited by the European Commission as examples when it comes to broadband-Internet service being competitive and affordable for most people.  

In France, the government have encouraged competitive fibre-to-the-premises service in the form of two methods. The first method is for one or more providers to share infrastructure, especially that which goes “to the door”, while the second method permits a provider or provider coalition to have their own fibre infrastructure “to the door”. That same country also encourages unbundled local-loop ADSL provisioning or “degroupage” in order to see competitive ADSL broadband service.

In the UK, the government is encouraging Unbundled local-loop ADSL provisioning and there are companies who are setting up or planning local next-generation broadband infrastructure in certain cities, towns and villages. These setups, which are based on either fibre-to-the-cabinet with VDSL copper runs or fibre-to-the-premises technoligy, are even being done as a way of giving rural households access to real broadband even though Openreach, the UK company in charge of the wired telecommunications infrastructure, are taking their time to provide this service. As well, Openreach is slowly rolling out a next-generation broadband network that will work on either fibre-to-the-cabinet or fibre-to-the-premises technology.

The Australian next-generation broadband direction

In Australia, regular wireline broadband is provided through one of two methods. Cable-modem broadband is provided by Telstra or Optus in the major capital cities or through TransACT in Canberra or Neighborhood Cable in Geelong, Ballarat or Mildura. These companies own their own cable infrastructure “to the door”. ADSL infrastructure is provided by different retail providers who either resell Telstra ADSL service or through Optus who either may resell Telstra service or use local-loop unbundling. Recently, some other ADSL providers are selling retail ADSL broadband in a “local-loop unbundled” manner with a few offering “naked ADSL” service which doesn’t provide classic landline telephony on the same line.

The Labor Party had started action on the National Broadband Network which is to be a fibre-to-the-premises network covering most metropolitan, regional and rural areas of Australia with wireless and satellite technology to cover the rest. It was also intended to be a replacement for the copper telephone network that is managed by Telstra and there was the idea for Telstra to decommission this copper network and hand it over to the National Broadhand Network authority. This is in a similar manner to how the Openreach entity has come about when it came to provisioning wireline telephone and broadhand service in the UK. Lately, there was a key issue raised about the service being delivered on an “opt-out” arrangement with customers being charged AUD$300 if they don’t have their property connected to the NBN during the actual rollout and want to continue with their classic phone service at their property after the copper network is decommissioned.

TransACT and Neighborhood Cable are offering National Broadband Network their infrastructure at a price that suits them or they will run a competing next-generation broadband service in their operating areas. As well, i3 Group are working with the Brisbane municipal government to set up a fibre-to-the-premises next-generation broadband service in inner-north Brisbane and intend to run it as a competing service if National Broadband Network set up infrastructure there.

At the moment, the main markets to watch when it comes to next-generation broadband are the metropolitan Sydney and Melbourne areas because of them being population centres in Australia. It will be interesting to see whether companies or local governments will set up next-generation broadband infrastructure there in competition to National Broadband Network.

Questions to be answered

One main question that is to be answered is whether it will be feasible for competing infrastructure providers to set up shop alongside the NBN especially in major markets. This includes whether a building landlord or body corporate can have control over the provision of infrastructure for competing service providers.

Another question is whether IP-based broadcasting and voice / video telephony will be controlled on the NBN so as to prevent access to the network by competing IP-based telephony and TV providers. This may be a game changer when it comes to the provision of subscription TV through Australia because it could open up a pathway for retail operators and others to offer competing or complementary multi-channel TV services. It may also affect IP-based telephony providers like Skype or “virtual-network operators” who don’t own their own infrastructure locally but want to provide competing or complementary telephony services.

Conclusion

If there is a desire to see competitive next-generation broadband service in Australia, there will have to be rules and regulations set up to ensure this kind of competition and if the government is serious about this, they should look at what France and the UK are doing to achieve the competitive broadband market there.

HP Asia-Pacific Innovation Summit–My take on it

I have been following the HP Asia-Pacific Innovation Summit through feeds from Facebook and Twitter. It has become a chance for HP to launch printers relevant to the enterprise market but they have put the spotlight on a key feature.

HP ePrint

I have talked about HP ePrint when I reviewed the HP Photosmart Wireless-E B110a “network printing appliance” on this site. This printer had as its main party trick the ability for a user to forward an email to a specified address in order to have it printed out. As well, it was able to run apps like online colouring books or newspapers-on-demand downloaded from a special Website ran by HP.

Later on, I touched on Apple’s desire to have these printers work with their AirPrint setup for printing from iOS devices (iPhone, iPod Touch and iPad). From this event I had heard that 85% of smartphone users were wanting to have “there-and-then” hard copy of documents or other material that they bring up on these devices. As well, I had heard that the Apple AirPrint technology will be enabled on the LaserJet lineup of printers as well as the OfficeJet lineup of inkjet printers.

This event also was a chance to justify the business case for implementing HP ePrint technology in business-class printers. The main benefit was to provide accelerated mobile productivity because of its ability to satisfy the demand to “have hard copy now” while I use my smartphone or portable computing device. It also emphasised the fact that the printer is not just a dumb device but a fully-capable appliance as I have noticed with the Photosmart B110a.

Some put up an idea of using Instapaper “newspaper-on-demand” technology with this HP ePrint technology to provide a “hot-off-the-press” daily newspaper from these printers, As well, Matteos Del Campo who founded SPAN Architecture and Design had highlighted the ability to print plans for the Austrian Pavilion for the World Expo over the Internet from around the world using HP ePrint technology. This was done using the ePrint&Share plugin for AutoCAD.

I still had further questions to ask such as whether HP ePrint could allow for a “universal driver” setup and if this kind of technology, especially the “print by email” function, could support business operations who want to provide printing in conjunction with public Internet access.

Other News

HP also had used this event to launch the smallest colour laser printer which has the footprint of a typical desktop monochrome laser printer.  I had the usual reservations about this one as I have with other colour laser printers due to the cost of replenishing the printer

They had also introduced a “copy fix” technology that improves the quality of copies made from bound originals. This is by “squaring up” the copy if the original is not squared to the edges as well as cutting out the dark background that occurs due to the lid not being closed when you copy or scan these originals.

Brisbane plans its own fibre-optic next-generation broadband network

Articles

Brisbane plans own fibre network | The Australian

Brisbane strikes out on broadband  | The Age

My Comments

This project, which is instigated by the City of Brisbane, is similar to various British next-generation broadband projects that have been established by i3 Group. The key feature about these projects is that they use publicly-owned sewer mains to lay the fibre-optic cable rather than liaising with the local councils to dig up the roads for this purpose.

The main question is whether the service will be fibre-to-the-premises or fibre-to-the-cabinet which has a copper run to the premises. This also includes whether multi-tenant developments will have full fibre-wiring or copper wiring to each premises in the building.

There is an intention that the service will be a wholesale effort which means that Telstra, Optus and other ISPs can resell the Internet service like they do with ADSL broadband Internet or 3G wireless broadband.

This installation is backed by i3’s private funding and will be in a position to be in competition with National Broadband Network. But there may be a question about whether this will be like the way Box Hill and neighbouring suburbs were provided with mains electricity service by an entity ran by the Box Hill City Council (now City of Whitehorse) rather than the State Electricity Commission before the mains electricity market was reorganised and privatised in the 1990s. This could mean whether i3 have exclusive rights to provide next-generation broadband Internet infrastructure to Brisbane only or can provide in competition with NBN.

As well, another question would be whether the effort will extend to properties in Brisbane’s central activities district or be able to cover most or all of the suburbs in Brisbane.

This may end up with questions about private or municipal efforts to bring next-generation broadband to Australian towns and cities, including efforts to provide proper broadband to regional, rural and remote towns through this country; and whether these competing efforts will be threatened by the National Broadband Network or provide some healthy competition.

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HDTVs and a BD-Live Blu-Ray player driven by Google TV offered by Sony to the US

Articles

Sony Intros the Worlds First HDTV Powered by Google TV | eHomeUpgrade

Sony Internet TV & Sony Internet Blu-ray Player Revealed at NYC Event | Sony Insider

My comments

The new Sony TVs and Blu-Ray player have moved from a regular Sony firmware to a firmware based on the Google TV platform with access to the Android Market. This will provide the extensibility that Google TV can provide especially when new “over-the-top” or interactive TV services come on the Internet scene.

There is no mention of any DLNA support for integration with the DLNA Home Media Network devices; but an Android app pitched at Google TV devices could solve the problem.

At the moment, these sets are only available to US market with the market-specific features such as an ATSC tuner with CableCard support and the BD-Live Blu-Ray player only able to play DVD Region 1 and BD Region A discs. But it doesn’t take long for Sony to reconfigure their TV devices for the European, Asian or Australian / New-Zealand markets by adding features that are specific to these markets .

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Network-infrastructure technologies don’t compete but complement each other

The typical way that Ethernet, HomePlug, Wi-Fi and similar network infrastructure technologies are marketed by their adherents is that they have to be the only or primary link technology for your network. This also includes the market expectation of a network-enabled device like a BD-Live Blu-Ray player having to be equipped with Wi-Fi connectivity as the preferred connection means for example. In some cases, this leads to certain technologies being sidelined when it comes to providing support for them in a network product or standard.

How I see the different infrastructure technologies is that they complement rather than compete with each other. This is because each of the different technologies have strengths and weaknesses that suit particular situations and applications.

For example, Category 5 Ethernet is able to sustain very high link speeds and bandwidths but requires new cabling to be laid. It may suit the creation of “arterial data links” as part of electrical works that are performed when you build or renovate a house or similar building. This also includes inter-building data links that are put in place when an outbuilding like a bungalow or barn is constructed or wired for electricity.

Another example is that Wi-Fi wireless networks have the inherent advantage of being wireless and working with devices that are inherently portable like laptops, tablet computers and smartphones. The main disadvantage with this technology is that it is radio-based and signal quality can suffer due to the relative position of the access point to the client device.

Yet another example is HomePlug AV which uses a building’s AC wiring. This has limitations with interference generated by particular appliance types and doesn’t yield the highest network speed. But it has the inherent advantage of the power outlet being a network outlet, thus allowing for increased location flexibility for network devices without the radio-reception hassles that Wi-Fi has.

When I work out what technologies to use in a network, I would make sure I use a “new wires” and/or “no new wires” wired backbone technologies alongside one or more Wi-Fi wireless segments.  For example, if I wanted to save data wiring costs on a new building or renovation by cutting back on Ethernet outlets, I would make sure that there is an Ethernet link that reaches each end of the house or between floors of a multi-storey house. As well I would then keep a pair of “homeplugs” on hand to provide wired network connectivity to parts of the house not reached by the few Ethernet outlets. This would work alongside a wireless router that is working at the network’s Internet “edge” connected to the Ethernet and HomePlug segments. This would also mean that if there isn’t adequate wireless coverage through the premises, I could deploy a wireless access point in the “dead zone” and connect it to the Ethernet or HomePlug segment as a backbone.

So this is why I would not stick with one particular network-infrastructure technology for a home network but would suggest the use of a mix of different technologies that use different media. It is also why I suggest and advocate on this site network setups that use one or more of the different technologies.

Another major change for the Intel-based PC platform will shorten the boot-up cycle

News articles

Getting a Windows PC to boot in under 10 seconds | Nanotech – The Circuits Blog (CNET News)

BBC News – Change to ‘Bios’ will make for PCs that boot in seconds

My comments

The PC BIOS legacy

The PC BIOS which was the functional bridge between the time you turn a personal computer on and when the operating system can be booted was defined in 1979 when personal computers of reasonable sophistication came on the scene. At that time the best peripheral mix for a personal computer was a “green-screen” text display,  two to four floppy disk drives, a dot-matrix printer and a keyboard. Rudimentary computers at that time used a cassette recorder rather than the floppy-disk drives as their secondary storage.

Through the 1980s, there was Improved BIOS support for integrated colour graphics chipsets and the ability to address hard disks. In the 1990s, there were some newer changes such as support for networks, mice, higher graphics and alternate storage types but the BIOS wasn’t improved for these newer needs. In some cases, the computer had to have extra “sidecar” ROM chips installed on VGA cards or network cards to permit support for VGA graphics or booting from the network. Similarly, interface cards like SCSI cards or add-on IDE cards couldn’t support “boot disks” unless they had specific “sidecar” ROM chips to tell the BIOS that there were “boot disks” on these cards.

These BIOS setups were only able to boot to one operating environment or, in some cases, could boot to an alternative operating environment such as a BASIC interpreter that used a cassette recorder as secondary storage. If a user wanted to work with a choice of operating environments, the computer had to boot to a multi-choice “bootloader” program which was a miniature operating system in itself and presented a menu of operating environments to boot into. This was extended to lightweight Web browsers, email clients and media players that are used in some of the newer laptops for “there-and-then” computing tasks.

The needs of a current computer, with its newer peripheral types and connection methods, were too demanding on this old code and typically required that the computer take a significant amount of time from switch-on to when the operating system could start. In some cases, there were reliability problems as the BIOS had to get used to existing peripheral types being connected to newer connection methods, such as use of Bluetooth wireless keyboards or keyboards that connect via the USB bus.

The Universal Extensible Firmware Interface improvement

This is a new improvement that will replace the BIOS as the bootstrap software that runs just after you turn on the computer in order to start the operating system. The way this aspect of a computer’s operation is designed has been radically improved with the software being programmed in C rather than machine language.

Optimised for today’s computers rather than yesterday’s computers

All of the computer’s peripherals are identified by function rather than by where they are connected. This will allow for console devices such as the keyboard and the mouse to work properly if they are connected via a link like the USB bus or wireless connectivity. It also allows for different scenarios like “headless” boxes which are managed by a Web front, Remote Desktop Protocol session or similar network-driven remote-management setup. That ability has appealed to businesses who have large racks of servers in a “data room” or wiring closet and the IT staff want to manage these servers from their desk or their home network.

Another, yet more obvious benefit is for computer devices to have a quicker boot time because the new functions that UEFI allows for and that the UEFI code is optimised for today’s computer device rather than the 1979-81-era computer devices. It is also designed to work with future connection methods and peripheral types which means that there won’t be a need for “sidecar” BIOS or bootstrap chips on interface cards.

Other operational advantages

There is support in the UEFI standard for the bootstrap firmware to provide a multi-boot setup for systems that have multiple operating environments thus avoiding the need to provide a “bootloader” menu program on the boot disk to allow the user to select the operating environment. It will also yield the same improvements for those computers that allow the user to boot to a lightweight task-specific operating environment.

When will this be available

This technology has been implemented in some newer laptops and a lot of business-class servers but from 2011 onwards, it will become available in most desktop and laptop computers that appeal to home users and small-business operators. People who have their computers built by an independent reseller or build their own PCs will be likely to have this function integrated in motherboards released from this model year onwards.

What would you choose for your next touchscreen smartphone?

There are now three major touchscreen smartphone platforms that are available for the choosing – what would it be.

Hi everyone!

Your mobile phone contract’s up or you are about to consider moving from prepaid service to a regular mobile phone service. It’s now time to consider one of those new touchscreen smartphones.

Would you go for an iPhone or one of the new platforms – the Android or the Windows Phone 7? Would you also jump carrier if your desired phone platform or handset wasn’t provided by your current carrier?

Please leave a comment on this site about what you would consider choosing for your touchscreen smartphone. If you are following this site through its Facebook page, you can leave a comment on the Wall after the post.

Devolo has raised the bar with a HomePlug AV WiFi-N access point by adding a 3-port Ethernet switch

Articles

German Language

Der Devolo dLan 200 AV Wireless N organisiert Ihr Heimnetzwerk – COMPUTER BILD

From the horse’s mouth

Web page for this product (Deutschesprachen, English language)

My Comments

Previously, Netgear had released an 802.11n wireless access point which can connect to an Ethernet network or a HomePlug AV powerline network. This is a product that I had commented on as being suitable for extending the coverage of an 802.11n wireless network or establishing the footprint of your home network in to an outbuilding or static caravan that you are using as part of the house.

Now, Devolo have answered Netgear’s effort by releasing a similar product in the European market which also has a 3-port Ethernet switch.  This unit, which sells in Germany for €109.90  has similar WiFi functionality to the Netgear unit, including WPA2 security with WPS push-button setup. As far as I know from the research I have done at Devolo’s Website, this unit doesn’t seem to support WPS-based quick setup for multiple-access-point wireless networks – the WPS function only works for setting up a wireless client to the access point. This function could be added to this unit through a firmware update.

The 3-port Ethernet switch would come in handy for a lounge area with an Internet-enabled TV, a Blu-Ray player and/or a games console; or an office set up in the garage or barn where there is a desktop computer and / or a network printer. It also can come in handy if you have to use this HomePlug AV access point with another HomePlug AV-Ethernet bridge to extend the coverage of your HomePlug AV powerline network to another building or caravan as I have explained here.

At least someone else has come up with another HomePlug AV wireless access point for the home network and have taken this concept further by adding a 3-port Ethernet switch rather than the typical Ethernet port found on this class of device.

Microsoft Security Essentials–now free to small shops and offices and the like

News article

Microsoft Security Essentials available to Small Businesses on October 7

My comments

Microsoft have an entry-level antimalware program called Security Essentials which was previously available free to home users and students. This required all business users to consider using their premium Forefront Security Suite or other competing desktop security software solutions for their computer security.

This put small businesses and organisations lie shops, medical practices, religious organisations, non-profits and the like who had a few computers on their network in a very difficult position especially when it came to easy-to-manage desktop security software, Now Microsoft have answered this need by varying the End User License Agreement for this program to allow small business users with up to 10 computers to run this program.

One of the reasons that I am pleased with this change is that it is easy for the owner of a small organisation (who is responsible for that organisation’s IT) to set up and manage desktop security on Windows-based computers with this easy-to-manage program. It works in conjunction with Windows Firewall and has very little that is needed to adjust, which will please most of this kind of user who may not have good computer skills.

This therefore may be a way for a small shop or similar operation with a few Windows computers to save money on their desktop security software. One improvement I would like to see is for Apple MacOS users to benefit from a free desktop-security program because as this platform becomes popular, malware writers will target it.