Latest news and info on Australian Broadband Technology.

Saturday, June 14, 2008

Handlink Coin Based Wi-Fi Kiosk



The Handlink Wi-Fi Kiosk is a cool combination of retro charm and the latest wireless technology.

Just pop some coins in the slot and your ready to surf the web on any Wi-Fi enabled gadget, whether it be a Laptop, iPhone or any other web enabled gadget.

So finally a good way to spend your loose change.

As a venue owner you can manage these units remotely, so you will know when its time to collect the money.

From August 2008 the kiosks will also include built-in 802.11n wireless. I imagine they will also include a PayPal facility in the not too distant future as this is already available in Handlinks WG-602 Wireless Hotspot in a Box solution.


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Sunday, June 01, 2008

WorldWide Telescope

Want to see the same images that scientists at NASA use for their research or perform your own research with those images? Or do you want to see the Earth from the same perspective that astronauts see as they descend to Earth? How about taking a 5 minute break and viewing a panorama of a different city? Install WWT and start your explorations.

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Sunday, August 07, 2005

Broadband For World's Tallest Apartment Building


























The world's tallest residential apartment building was recently completed on the Gold Coast. Each of the tower's 526 apartments is fitted out with high-speed synchronous broadband thanks to Data FX.

Using a Nortel network, integrator Data FX has been equipped the Sunland Group's new Q1 apartment building in Surfers Paradise, which for a time at least is the world's tallest residential tower.

Designers of the iconic Q1 chose to equip the 80 floors with a network on par with any urban business centre. Apart from the 500 plus apartments, the building also houses conference facilities, ground floor retail outlets, sandy beach lagoon swimming pool, spa, sauna and fitness centre, and Australia's only beachside observation deck.

"There's a misconception that living on the Gold Coast compromises access to world-class business facilities, so Q1 is about to change all that. Not only is the building equipped with an integrated communications network, but residents will also have access to all the facilities they require for business and personal communications and entertainment whether they're permanently based in Q1 or renting a holiday apartment," said Data FX Chief Operating Officer Daniel Thompson.

"One of the unique features of our Q1 solution is two-way Internet access, which means upload speeds match download speeds for a faster, less restricted experience. This means guests and residents can enjoy all the benefits of a super-fast network like video-on-demand and real-time video conferencing.

"As a solution provider for multi-billion dollar residential and commercial developments throughout Australia we're responsible for ensuring our customers - and their customers - get the best possible experience from our technology solutions," Thompson said. "That's why Nortel, with its proven technology, was chosen for Q1, and why we'll continue specifying Nortel for major developments where carrier-grade availability, speed and reliability are simply non-negotiable."

"Service providers like Data FX are increasingly using Nortel's technology to deliver carrier grade services to a wide range of customers such as property developers, neighbourhood communities and multinational enterprises," said Mark Stevens, president, Australia and New Zealand, Nortel.

"The network deployed throughout Q1 means that work does not need to be a place you go, but rather a thing you do," Stevens said. "Using Nortel technology, Data FX has delivered a solution that is designed to give Q1 residents access to the same powerful business infrastructure enjoyed by millions of business users in major financial centres. This means they can enjoy the lifestyle benefits of this magnificent development without foregoing access to the same rich multimedia and networking facilities they rely on for their business. It's literally the best of both worlds."

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Saturday, April 30, 2005

Big Air - Wireless to apartment blocks

BigAir, offers what it calls a fixed wireless service. It is targeting business customers and consumers living in apartment blocks who often have trouble getting traditional broadband services.

The technology used by BigAir is a variant of the 802.11 (WiFi) technology used in hotspots and home wireless networks. It requires line-of-sight between an antenna on the customer's roof and one of the company's 10 base stations. Currently the service is only available in Sydney.

BigAir has a range of plans to suit corporate and residential customers. Prices start at $29.95 monthly for users with modest speed and download requirements, increasing to a whopping $499.95 monthly for speeds of 10Mbps and a data limit of 100GB.

BigAir co-founder Jason Ashton says the company will install a service in an apartment building with as few as five expressions of interest from residents.

"Our technology makes it very cost-effective to offer a service," he says. "We put an antenna on the roof and use the building's existing copper wiring to deliver broadband signals to individual apartments."

Ashton says the low latency (the delay between sending and receiving a signal) of the network makes it very suitable for voice over internet protocol services, which are becoming increasingly popular with consumers.

VoIP services allow telephone calls over a broadband internet connection, greatly reducing the cost of national and international calls.

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Friday, April 22, 2005

1 Gbps now available in Hong Kong Apartments

Hong Kong Broadband Network (HKBN) officially launched its 1 Gbps symmetric service for the residential market. Approximately 800,000 households, out of a total of 2.2 million households in Hong Kong, are wired to receive the service. The 1 Gbps symmetric service is priced at US$215 per month.

HKBN noted that its 1 Gbps service is up to 166x faster downstream and 1,950x faster upstream than the advertised bandwidth of the incumbent's ADSL service.

HKBN Premium bb1000 service is being offered on the same metro Ethernet infrastructure that delivers the company's Mass Market bb100 (symmetric 100 Mbps for US$34/month) and Entry Point bb10 (symmetric 10 Mbps for US$16/month) services.
http://www.ctinets.com/

HKBN is installing more than 10,000 Cisco Catalyst LAN switches and more than 800 Cisco routers in buildings throughout Hong Kong. Category 5e copper cables are wired from the LAN switch cabinet to the apartments of each target customer. Fiber-to-the-building (FTTB) was deployed between the buildings using the Cisco ONS 15454 Multiservice Transport Platform (MSTP) and Cisco Catalyst 4507R Switches.

HKBN is also using a Cisco Optical Core network. The deployment includes the Cisco ONS 15454 SONET/SDH Multiservice Provisioning Platform (MSPP); Cisco Catalyst 6500, Catalyst 4500, Catalyst 3350, and Catalyst 2950 series switches; and Cisco 2600XM Series routers. Cisco's ONS 15454 MSPP enables the carrier to converge its legacy voice and data services and a new pay-TV service into a single platform, and at the same time offer Layer 2 and 3 IP services using Resilient Packet Ring (RPR)-ready ML Series line cards. The network enables HKBN to deliver up to 200 digital pay-TV channels via MPEG-2 at 4.5 Mbps to 10 Mbps with DVD visual quality. Its service also features interactive pay-TV elements and enables PC or TV connection with the aid of a set-top box.

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Monday, April 04, 2005

Japan MSO Tackles 100mbps Challenge

By: Fred Dawson


Japan’s largest cable MSO is exploring new techniques for delivering data at speeds of 100mbps and above in response to the challenge posed by 100mbps fiber-based services from Nippon Telephone, Telegraph and other entities.

In what amounts to a preview of how cable operators everywhere are likely to respond to telcos’ expansion to fiber capacity in the years ahead, Jupiter Telecommunications is experimenting with a new “wideband” system developed by Cisco Systems Inc. as a prototype for DOCSIS 3.0, the very high-speed version of the Data Over Cable Service Interface Specifications now under development at Cable Television Laboratories.

At the same time J-COM is looking at the use of fiber in conjunction with an in-building distribution system that would provide support for delivering 100mbps service to multidwelling units, using existing coaxial cable to send the stream to customers on a shared basis.

While the in-building solution would address an immediate competitive need for J-COM, a wideband approach such as the one Cisco is offering will give operators the capacity to deliver IP-based services at speeds of 1gbps and more. Sources report CableLabs is coming under increasing pressure to deliver DOCSIS 3.0 specs, with the latest prognosis calling for completion of a draft for circulation to members by year’s end and possible commercialization some time in 2006.

However, for J-COM and perhaps for other cable operators who experience early fiber or VDSL2 (very high-speed DSL) rollouts in their territories in the months ahead, commercial availability of a standardized approach to expanding their broadband bandwidth may not come soon enough. “It’s a real issue for us as to whether we should proceed with a proprietary system or wait for the standard,” says J-COM CEO Greg Armstrong. “We are taking a hard look at the Cisco system.”

Basically, Cisco’s Wideband Protocol involves integration of multiple digital cable channels or “QAMs” (in reference to the role quadrature amplitude modulation plays in increasing channel bit rates) into a single high-capacity channel that can operate at 100s of mbps as opposed to the 38mbps that any single 6MHz channel can deliver over today’s cable systems. The concept tops earlier channel-sharing approaches to expanding throughput over DOCSIS by breaking up the transmission frames into fragments and “stacking” them so that all fragments are transmitted simultaneously across all the integrated channels. This cuts the time it takes to deliver the frame to a tiny fraction of what it would take to deliver the frame over a 6MHz channel.

As proposed by John Chapman, a distinguished engineer at Cisco, the Wideband Protocol could be used not only for Internet data but also to create a pathway for IPTV over cable networks where the single wideband stream would carry the equivalent of hundreds of digital TV programs. Addressing a recent conclave of cable engineers, Chapman called on the cable industry to adopt a goal of operating a 1gbps IP channel within five years. That speed would consume the equivalent of 24 regular cable channels, leaving 75-80 percent of the 860MHz cable network capacity untouched. “Twenty-five percent (of capacity) five years from now for IP services is not unreasonable,” Chapman asserted.

Using the wideband approach would give J-COM a way to trump the highly publicized 100mbps Internet service NTT is offering in single-dwelling and multidwelling environments. But, for now, the biggest challenge is to at least match what NTT is doing in MDUs, where users share the total 100mbps capacity that comes into the building over fiber and is distributed inside via VDSL. While pushing fiber to every single-dwelling home is not in cable’s game plan, operators can sometimes justify the costs of extending fiber to a building where dozens of potential customers reside.

“The buzz word in Japan is 100mbps,” Armstrong says. “But if you’re a fiber service customer in an MDU, you’re sharing that bandwidth with a lot of people. What we’ve found monitoring various Web sites is that 80 percent of the fiber-to-the-premises customers are experiencing actual throughput speeds in the 18-20 megabit range.”

The trick for J-Com is to give all its customers in the building shared access to the 100mbps, since that is all NTT is doing. To do that, the company needs to run fiber to the building and then be able to get a 100mbps stream onto the in-building coaxial cable. This means it has to find a way around the 6MHz channelization scheme within the 750MHz of bandwidth that is usually employed for delivering cable services.

The company is testing an in-building distribution platform that puts the 100mbps data feed onto the coax spectrum above 800MHz, out to about 1GHz, Armstrong says. This is tricky because, at the high end of the spectrum signals tend to break up faster than they do at lower frequencies, which shortens the distance they can travel on unamplified in-building wiring.

“So far (the system) is working very well, but it’s new technology, so there isn’t any real market experience to go on,” Armstrong says. “The concern I have is operating at those high frequencies and the distance limitations you can run into. But we’re getting a steady 50-60mbps throughput per user, so it’s encouraging.”

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Monday, February 07, 2005

Bell Canada 4.3 million servable with VDSL, ADSL2+ by 2008

Bell Canada 4.3 million servable with VDSL, ADSL2+ by 2008
~ $250/home, 1 HD at 12 Mbps, 2 SD programs 4 Mbps
Video service over VDSL is working so well in 25,000 Toronto apartments, Michael Sabia expects to expand that to 100,000 in 2005. He'll also expand the ADSL2+ remote deployment with tens of thousands of line-powered units installed within 3,000 to 4,000 feet of most homes. Bell will also pass 1 million homes with ADSL2+ in 2005 and speed that build in later years.

Initial plans for video call for a conservative 12Mbps for HDTV and 4Mbps for SDTV on MPEG4. Glen Campbell at Merrill interprets "this as reflection of its 'real world' experience and customer expectations for picture quality." The 8 mbps Paris HD demo was all pre-encoded; 12 mbps for live hockey is more realistic in 2005. BCE estimates ~300,000 apartment units, 2/3 of the total in large buildings in Toronto, Montreal and Ottawa, will cost of C$110mn, $300 (U.S.) per unit. Serving 4 million "Fiber to the node" with ADSL2+ remotes is projected at $220 per home.


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Thursday, November 25, 2004

Vonage .::. VOIP for Ygnition Apartments

Vonage® Announces Private Label Partnership with Ygnition Networks

Vonage is the First Broadband Telephony Company to Announce a Strategic Sales Partnership with a Broadband Service Provider Designed for Multifamily Communities

Edison, NJ, December 23 – Vonage, a leading provider of broadband phone service, today announced a co-branded partnership with Ygnition Networks (formerly Interquest Communications) to deploy broadband telephony service to Ygnition’s more than 130,000 Luxury Apartment Units served. These services will be deployed across eight U.S. states: Washington, California, Florida, Colorado, Texas, Utah, Arizona and Oregon. Vonage will offer Ygnition’s broadband Internet subscribers unlimited local and long distance calling throughout the United States and Canada for a flat rate.

Ygnition Networks is the first multi-dwelling broadband provider to partner with Vonage to deploy an affordable telephony service to its subscriber base. Subscribers residing or working in its broadband deployed communities will be offered Vonage’s full array of calling plans. all plans include most of the standard telephony features like caller ID, call waiting and voicemail and a number of proprietary features at no additional cost.

“By introducing our first partnership with an ISP provider that concentrates on connecting consumers within their local residences and single office/home offices clearly illustrates the importance of broadband telephony,” said Cyrus Driver, vice president, Wholesale Sales and Canadian Market.

“This partnership offers Ygnition Networks the opportunity to enhance its company’s offering and revenues, while reducing churn, thereby increasing the return on investment on existing DSL/Cable Modem/T1 infrastructure. Vonage enables Ygnition to offer inexpensive voice services to their customers with near-zero capital investment and operational cost, while leveraging two trusted brand names, Vonage and Ygnition Networks.”

“We are pleased to be working with Vonage,” said Glenn Meyer, CEO of Ygnition. “With a hard-earned reputation for service excellence within our industry, it was important for us to find a Digital Voice partner that we felt comfortable with. It was also important to find a partner that could serve our growing national footprint and Vonage was a perfect fit. We’re confident that our valued subscribers will be well served by this partnership. Along with our new Cable Television offering, Vonage gives Ygnition a compelling bundle of Broadband services to offer our Real Estate partners.”

Vonage .::. The BROADBAND Phone Company

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Thursday, March 25, 2004

SkyNetGlobal acquires Smart Apartments Pty Ltd for $500,000

SkyNetGlobal acquires Smart Apartments Pty Ltd for $500,000 in stock and adds 5,000 apartments in Melbourne
25th March, 2004

SkyNetGlobal, (ASX: SKG), Australia's leading provider of wireless broadband solutions, today announed that it has acquired Smart Apartments Pty Ltd, a Melbourne based provider of broadband internet services that targets premier residential apartment buildings.

Smart Apartments Pty Ltd who trade as e-partments, has signed long term exclusive agreements with a total of 14 apartment buildings covering 4,950 homes in Melbourne, and has provisioned 7 buildings with 200 subscribers paying an average of $70 per month. In addition, e-partments has signed an exclusive preferred supplier agreement with Network Pacific Real Estate, who have access to 75 buildings covering approximately 3,600 apartments.

Smart Apartments' properties include many of Melbourne's finest buildings, such as the Melburnian, Rockmans, Regency Towers, Clarendon Towers and Bouverie Close in Carlton.

Under the purchase agreement, SkyNetGlobal will acquire 100% of Smart Apartments' issued shares from existing shareholders for $500,000 through the issue of 6,978,367 SkyNetGlobal ordinary shares. The founder of Smart Apartments, James Brader will stay with the company for a period of up to 3 months to ensure that that the business is successfully integrated with W Home. The company has no debt or liabilities and the transaction will be immediately cash flow positive for SkyNetGlobal.

CEO of SkyNetGlobal, Jonathan Soon said, "The Smart Apartments business is an ideal fit with SkyNetGlobal's W Home business. Both provide broadband solutions to apartment dwellers in large residential complexes. SkyNetGlobal will intergrate Smart Apartments into W Home and offer home automation products to its customers."

"We announced in May last year when we launched W Home, that our target was to sign 10,000 apartments in 2 years, the acquisition of Smart Apartments will make us 12 months ahead of target and provide us the base needed in Melbourne."

"W Home now has No. 1 market share in both Sydney and Melbourne, with a total national coverage of more than 10,000 apartments. Such a solid foundation will allow us to expand at a greater pace over the next 12 months with the objective of increasing our target revenue and earnings substantially," said Mr Soon.

ABOUT SKYNETGLOBAL
Listed on the Australian Stock Exchange (ASX: SKG) and headquartered in Sydney, SkyNetGlobal is a leading innovator of wireless broadband solutions specialising in 802.11 wireless (WiFi) & Home Plug powerline technologies. SkyNetGlobal's solutions include a global remote access service called "Connector" providing internet connectivity to 5000 wireless hotspots worldwide, and W Home, a smart home system designed to deliver efficiency, convenience and cost savings for apartment dwellers, offering broadband and home automation products. For more information please visit our website at www.skynetglobal.com

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Friday, September 13, 2002

Packaging and Promotion - MDU

Weathering Uncertainty
Integrated Infrastructure and Strategic Marketing Provide Protection
By David S. Stehlin

The new millennium dealt a one-two punch in the form of uncertainty and instability to the service provider market, particularly to CLECs. Widespread user demand for mega-bundles of communications services--comprehensive service packages, offered by a single provider, ranging from long-distance telephone to home security systems--did not materialize. Not long ago, mega-bundles were touted as a sure consumer draw by upstart and major U.S. telecommunications providers. Amid intensifying financial pressures, many CLECs have dropped out of sight. Non-facilities-based providers were especially hard hit.

In order to survive--and thrive--in this new capital- constrained environment, service providers now need to review their business models, keeping one concept foremost in mind: integration. It is crucial that carriers adopt an integrated marketing plan and an integrated communications infrastructure. CLECs must develop a cohesive residential marketing strategy, but tailor bundling, pricing and services to the distinct single-family unit (SFU) and multiple-dwelling unit (MDU) market segments. Providers also must design and deploy an integrated infrastructure that facilitates the delivery of multiple services, fast Internet access and remote service provisioning.

Unless they strive for this level of integration, even brand-name service providers will continue to struggle in today's changing marketplace.

One Size Doesn't Fit All
Perhaps it was late entry to the residential market that initially blinded CLECs to the need for an integrated residential marketing strategy. Whatever the reason, few CLECs currently have such a strategy. Even fewer providers realize that they cannot penetrate the residential market with a one-size-fits-all marketing plan.

The typical CLEC that now offers converged communications services is an unknown to SFUs and MDUs, and must conduct face-to-face marketing with consumers. Beyond that fact, the provider that tries to offer identical bundling, pricing and services to MDU and SFU market segments is likely to run into trouble. There are important distinctions in what these buyers want in communications services.

Separated by just a few miles, MDU and SFU residents sharply differ in the communications services they want most. The single-family buyer wants several family members to be able to be online or to watch TV, separately and at once, without requiring multiple connections or cable modems. The SFU also will welcome bandwidth-on-demand, which delivers higher-than-normal bandwidth on a per-usage basis.

Because most providers currently use both copper and coaxial cable to deliver residential services, customers who want broadband service now must pay several providers for multiple connections into the home. However, if the service provider installs an integrated infrastructure, multiple members of each household can have separate, simultaneous television or Internet access, all from a single connection into the home.

The provider that offers bandwidth-on-demand will appeal to SFU families that want higher bandwidth for future needs, such as videoconferences with distant relatives and interactive gaming for their children. Bandwidth on demand also will interest work-at-home parents who need to telecommute to their corporate servers.

Reaching Dual Audiences
While the service provider targeting the SFU segment must market directly to homeowners, the provider selling to MDUs must reach the resident as well as the property owner or manager. If bandwidth-on-demand and multiple simultaneous connections attract SFU subscribers, remote service provisioning is a plus in the MDU market.

The average MDU resident moves every 1.6 years. This tenant churn requires the provider to roll costly trucks and crews to the property to turn on and off service. In addition to competitive communications services, the MDU tenant and property owner want easy, quick and efficient service turnaround.

The provider that can remotely provision services, without rolling a truck to the property, has a sales advantage that will interest apartment owners, managers and residents alike. With remote provisioning, everyone benefits. Providers avoid costly truck rolls, property managers offer residents better service, and tenants no longer have to wait for a technician to connect or disconnect service.

MDU property owners and managers also want to be able to offer localized video information to their residents, for example, about a weekend barbecue or upcoming weather. Property mangers would like to augment this localized information with local advertising from restaurants and shops near the community. Most MDU cable systems already have local video channels. However, the provider that allows the property owner to more easily inject localized information, without having to contend with a complicated central headend facility, has a sales advantage.

Integrated, But Distinct
Amid current market constraints, providers that deliver smaller, simpler service bundles are outperforming competitors that offer mega-bundles. Providers that have targeted smaller service bundles to specific market segments have been rewarded with higher revenues and more loyal customers. After developing smaller bundles, one major provider reported that its customer turnover fell 20 percent for bundled subscribers.

While the industry has moved away from the mega-bundle, at least for now, it is clear that single-service providers are in trouble. Offering a single service--even a perceived "hot" service such as high-speed data access--cannot produce adequate revenues to pay for the network the service provider must install. Single-service providers compromise their ability to scale, to reduce costs and to increase revenues.

The Yankee Group (http://www.yankeegroup.com/) predicts that over the next year, several standalone MDU service providers will expand their offerings beyond just high-speed Internet access. Yankee predicts that video applications will become a critical part of these providers' product portfolios. Attempting to become more competitive, some leading standalone, high-speed Internet access providers already have formed partnerships with other providers to offer additional services to customers.

Integrated Infrastructure
To succeed in today's volatile market, the service provider also must plan and employ from the onset an integrated communications infrastructure. An integrated infrastructure goes hand in hand with an integrated marketing plan, and requires the same level of foresight and strategic thinking.

I have tracked with interest the success of a current provider that not only has an integrated residential marketing strategy, but also owns an integrated infrastructure. Over its built-from-scratch, high-capacity, low-cost fiber network, this provider delivers bundled telephone, cable television and high-speed Internet services. The company targets its service only at customers in the most densely populated areas in the United States. This single network is expected to be cost-efficient today and in the future as new services are developed. The provider anticipates being able to offer more robust products and enriched services without having to upgrade its infrastructure.

With the exploding demand for bandwidth, this provider and others have found that they must be flexible in how they design and deploy their network. Flexibility is required if carriers are to be able to provide the services that consumers will want tomorrow.

Much like developing an integrated marketing plan, strategic thinking is required to design and deploy an integrated communications network. While it may be daunting to aim for this level of integration, consider what happens when a service provider does not.

I recently read of an overbuilder that is building a fiber network to carry data traffic only, and a separate hybrid fiber/coax (HFC) network for video and voice. In addition to absorbing the capital costs of installing two networks, the overbuilder must hire separate groups of technicians and buy different equipment to maintain both networks. The maintenance costs of running two networks promise to be substantially more than if the overbuilder had installed a single, integrated network from the beginning.

Besides offering lower long-term costs, an integrated backbone can help the provider deliver the localized information that is so appealing to MDU property owners. The provider now has adequate bandwidth to be able to offer localized video channels, bandwidth-on-demand and similar services. An integrated infrastructure can enable the provider or apartment manager to remotely provision video and data information and programming to better serve the subscriber.

Finally, by deploying an integrated communications infrastructure before consumer demand exceeds the provider's resources, the carrier can tailor the suite of services offered to residents. An integrated, scalable infrastructure allows for remote service provisioning, which gives the provider an inexpensive way to market to consumers not currently receiving the full suite of services. The service provider can cost-effectively market to the particular consumers it wishes to reach.

David S. Stehlin is president and CEO of OnePath Networks Inc. He can be reached at dstehlin@onepathnet.com or (602) 514-1800.

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