NBN Co: A Guide to Australia's National Broadband Network

NBN Co is a significant player in Australia's telecommunications landscape, responsible for building and operating the National Broadband Network. The company was established in 2009 as a government-owned corporation.

NBN Co's primary goal is to provide fast and reliable internet access to all Australians, with a focus on rural and regional areas where internet connectivity was previously limited. The company has made significant progress in achieving this goal.

The NBN rollout has been a complex and ongoing process, with various technologies being used to deliver high-speed internet to different parts of the country. As of 2022, over 85% of Australian premises had access to the NBN.

NBN Co was established on 9 April 2009 under the name of its company number, "ACN 136 533 741 Limited".

The company was initially referred to as the National Broadband Network Company, but was officially named "NBN Co Limited" on 6 October 2009. It traded as "NBN Co" until 26 April 2015 when it began trading simply as "nbn".

By 2019, NBN Co announced that retail service providers would be able to pool all their connectivity virtual circuit (CVC) bandwidth nationally.

In August 2019, CEO Stephen Rue announced the completion of the $51 billion National Broadband Network by June 2020. However, some service areas were still being rolled out in 2020 and 2021 with FTTP to properties with FTTN or FTTC.

On 6th May 2024, Stephen Rue announced his departure from the company to take the CEO position at Optus, and Ellie Sweeney, ex CEO of Vocus, took over as the new CEO of NBN Co on 3 December 2024.

As of January 2025, over 8.6 million homes and businesses were connected to a plan over the nbn access network – a significant increase from 6.7 million in February 2020.

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The NBN Co structure is made up of a range of connection technologies, including copper, fibre optic, and hybrid fibre-coaxial for wired communication, and satellite and fixed wireless for radio communication.

These technologies are connected at points of interconnect, and access to mobile telecommunication backhauls is sold to mobile telecommunications providers. Detailed network design rules were released in 2011, with updates in 2012, 2016, and 2017.

The NBN network includes a variety of technologies, such as fibre-to-the-node (FTTN), fibre-to-the-building (FTTB), fibre-to-the-premises (FTTP), and fixed wireless, which provide different speeds and options for users.

Here are the main NBN network technologies:

Voice services can be provided through Voice over IP with a suitable modem, and FTTN and FTTP connections support direct connection of an analog telephone.

The NBN Co network is designed to be efficient and reliable, with a specific structure that allows it to reach a large number of premises. A "drop fibre" fibre-optic cable runs from the premises to a "local network" which links a number of premises to a splitter in a fibre distribution hub.

This local network is the backbone of the FTTP network, and it's where the magic happens. Only the fibre access nodes and the equipment on premises require a power supply.

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The FTTP network is divided into geographical modules, each with its own unique characteristics. A fibre distribution area includes up to 576 premises linked through a fibre distribution hub.

This fibre distribution area is a crucial part of the network, and it's designed to be self-sufficient. A fibre serving area module comprises 16 fibre distribution areas, which services up to approximately 9,200 premises.

NBN Co planned to build or lease approximately 980 fibre serving areas, servicing up to 37,632,000 premises.

The Sky Muster satellite network was a crucial part of NBN Co's plan to provide internet access to remote areas of Australia.

Two geostationary Ka band satellites were built and launched by Space Systems/Loral in 2015 at a total cost of A$2 billion.

Each satellite offers eighty gigabits per second of bandwidth, which is a significant improvement over the initial interim satellite services that provided up to six megabits per second.

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The Sky Muster I satellite was launched on 1 October 2015 from the Guiana Space Centre in French Guiana, South America, and became operational in April 2016.

The Sky Muster II satellite was launched on 5 October 2016 to operate in geostationary orbit of 145° East.

The satellite design was a complex task, requiring coverage of about five per cent of the world's land mass and serving at least 200,000 premises spread across over 7,000 kilometres of area between Cocos Islands and Norfolk Island.

To provide these services, NBN Co bought additional satellite capacity from IPstar for $100 million and managed satellite services from Optus for $200 million.

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The NBN Co network is built on a range of connection technologies, including wired and radio communication. These technologies include fibre optic, copper, hybrid fibre-coaxial, satellite, and fixed wireless.

The NBN network is designed to provide high-speed internet and voice services to Australian premises. The network is made up of different technologies, each with its own strengths and weaknesses. The NBN Co has a "Multi Technology Mix" (MTM) that combines these technologies to provide a reliable and efficient network.

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The NBN Co has also implemented the Technology Choice Program, which allows premises to upgrade their connection technology. This program has had limited take-up, with only 30 premises upgrading their connection at an average cost of A$7,395 as of March 2017.

Fibre to the Curb (FTTC) is a technology that uses existing copper connections to access the NBN network. This technology is typically used where an optical fibre cable is already close to each home or business. FTTC uses a small distribution point unit (DPU) located near the property boundary to connect to the fibre network.

FTTN is another technology used by the NBN Co, which consists of optical fibre from the exchange to a node and a run of copper from the node to the premises. Each node can serve up to 384 homes.

Here's a breakdown of the different NBN technologies:

The NBN Co's network structure is designed to provide a reliable and efficient connection to Australian premises. The network is made up of a number of geographical modules, including fibre distribution areas, fibre serving areas, and fibre serving area modules.

NBN Co contracts mainly with RSPs to provide wholesale broadband access. This is their primary focus.

They also have a limited supply of backhaul to other organisations, such as providing backhaul services to Vodafone.

NBN Co has a satellite service that provides internet access to remote areas, including Christmas Island, Lord Howe Island, and Norfolk Island.

The satellite service is provided by two Sky Muster satellites, which offer a total of 160 gigabits per second of bandwidth.

Each Ka band satellite offers 80 gigabits per second of bandwidth, making it possible to provide high-speed internet to thousands of premises.

The satellites use a satellite dish on the premises to bounce signals to an earth station, known as a "gateway", which is then connected to a POI via a fibre backhaul.

NBN Co spent a total of $2 billion to build and launch the two Sky Muster satellites, with each satellite costing $1 billion.

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The first Sky Muster satellite, called Sky Muster (NBN-Co 1A), was launched on 1 October 2015 and became operational in April 2016.

The second Sky Muster satellite, called Sky Muster II (NBN-Co 1B), was launched on 5 October 2016 and operates in geostationary orbit of 145° East.

NBN Co's satellite service is designed to provide internet access to areas that are not covered by other technologies, making it a crucial part of the NBN's rollout.

NBN Co contracts mainly with Retail Service Providers (RSPs) to provide wholesale broadband access. This is the primary way RSPs get access to the NBN network.

As of 2022, the NBN network draws together various types of communication technologies at 121 points of interconnect. These points are typically located in Telstra-owned telephone exchanges throughout Australia.

NBN Co also sells access for mobile telecommunication backhaul to mobile telecommunications providers. This is a limited supply of backhaul services to organizations such as Vodafone.

Telstra had a significant share of end users connecting to the NBN as of 30 June 2016, with 45.5% of all end users.

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To check which NBN services NBN Co provides to your address, head to the NBN ‘Check your address’ website or use the look-up tool on their website.

You can also enter your address in the look-up tool and select the speed you're after from the drop-down menu.

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If you're using the Belong DWA0122 modem, you're in luck because it's compatible with the new Fast plan.

The DWA0122 modem is a great piece of hardware, but what really matters is its compatibility with the new Fast plan. If you have this modem, and you're eligible for it, you can take advantage of the nbn co speed upgrade for our new Fast plan.

To get this speed upgrade from nbn co, you need to meet certain eligibility criteria.

The eligibility criteria are quite specific: you need to be on our Premium plan and using FTTP and HFC technology to connect to the internet.

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NBN end users have had difficulty identifying who is responsible for addressing performance issues, due to their relationship being only with their retail service provider. This lack of clarity can lead to frustration and confusion when trying to resolve problems with their internet connection.

The Australian Competition & Consumer Commission (ACCC) initiated a broadband performance monitoring program in May 2017 to address the lack of accurate information on broadband speeds. This program aims to provide end users with reliable data on their internet speeds.

New fibre networks are required to be open access and charge similar prices in metropolitan areas, preventing other providers from undercutting NBN Co. This is known as the "anti-cherry picking" provisions, enacted with other NBN legislation.

Here's a breakdown of the speed tier percentages per NBN connection type:

The interim satellite service was launched by NBN Co on 1 July, providing up to six megabits per second. This service was aimed at customers who didn't have access to alternative "metro comparable" services.

To determine which customers qualified, NBN Co looked for services with minimum data speeds of at least 512 kilobits per second, a 3 GB per month data allowance, and a total price to the end customer of no more than $2,500 over three years.

NBN Co spent $200 million on managed satellite services and satellite capacity from Optus, and an additional $100 million on satellite capacity from IPstar to provide these services.

The first mainland sites, comprising around 14,000 premises, were chosen to represent the rollout challenges NBN Co expected to face nationwide.

Performance can be a major issue for NBN users. This is due to the complex relationship between end users and their retail service providers, leaving users unsure who to turn to for help.

Difficulty in identifying the responsible party can lead to frustration and slower internet speeds. This is a common problem experienced by many NBN users.

The Australian Competition & Consumer Commission (ACCC) has taken steps to address this issue by initiating a broadband performance monitoring program in May 2017. This program aims to provide more accurate information on broadband speeds.

The lack of accurate information on broadband speeds is a significant issue for end users. This can make it difficult for users to troubleshoot and resolve performance issues.

In some cases, users may experience slower speeds due to their modem and cabling, in-home setup, and wiring.

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The Australian Competition & Consumer Commission (ACCC) initiated a broadband performance monitoring program in May 2017, which highlights the importance of accurate information on broadband speeds for end users.

To ensure fair competition in metropolitan areas, new fibre networks must be open access and charge similar prices, as per the "anti-cherry picking" provisions enacted with NBN legislation.

The NBN network includes a range of connection technologies, such as fibre optic and hybrid fibre-coaxial for wired communication, and satellite and fixed wireless for radio communication.

Access to mobile telecommunication backhauls is also sold to mobile telecommunications providers, giving them a direct connection to the NBN network.

The NBN "Multi Technology Mix" (MTM) is a combination of wired and wireless technologies, including:

Voice services can be provided through Voice over IP with a suitable modem in all NBN technologies, including FTTP and FTTN connections, which also support direct connection of an analog telephone.

The NBN's coverage is a complex issue, with different areas having varying levels of access. Some areas are considered "brownfield" and were provided directly by NBN Co, while others are "greenfield" developments that must provide fibre connections at a cost to the developer and homeowner.

Most brownfield areas are near existing exchanges, which already had ADSL. The NBN Corporate Plan 2011-2013 estimated that 13 million premises would be covered by the NBN, with 12 million using fibre (FTTP).

Outages can be frustrating, but it's essential to understand what's happening behind the scenes. NBN Co outages are not caused by the company itself, but rather by the network that's built.

The NBN network does sometimes experience outages, which can be checked on the NBN Co network outages page. This page lists current and upcoming outages in your area, 10 days in advance.

You might be wondering why NBN outages happen. They can be part of planned maintenance, which is done in the early hours of the morning to minimize disruptions.

A variety of issues have confronted NBN end users. These issues can be frustrating and disrupt daily life.

NBN end users have faced a range of problems. Some of these issues include technical difficulties, slow speeds, and connectivity problems.

End users have reported experiencing technical difficulties. This can be due to a variety of factors, including equipment malfunctions or software issues.

Slow speeds have been a major concern for many NBN end users. This can affect everything from streaming services to online gaming.

Connectivity problems have also been a common issue. This can be caused by a range of factors, including network congestion or outages.

It's essential for NBN end users to have access to reliable support. This can help resolve issues quickly and minimize downtime.

The Australian government's decision to establish NBN Co was met with both enthusiasm and skepticism from the telecommunications industry. The Australian Competition and Consumer Commission (ACCC) played a crucial role in safeguarding the interests of end users, access seekers, and NBN Co by negotiating a Special Access Undertaking that governs aspects of NBN design, service, and charging until 2040.

Several major telecommunications companies, including Optus, iiNet, Internode, and Vodafone, expressed support for the project, citing its potential to transform the competitive landscape and enable innovation. In contrast, other companies like AAPT, PIPE Networks, and Exetel opposed the NBN, arguing that it would stifle competition and be economically irresponsible.

A survey conducted by the Swinburne University of Technology found that 74.5% of respondents believed the NBN was a good idea, with stronger support among younger people and Internet users.

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The Australian Competition and Consumer Commission (ACCC) plays a crucial role in safeguarding the interests of end users, access seekers, and NBN Co. This is achieved through NBN Co entering into a Special Access Undertaking.

This undertaking governs aspects of NBN design, service, and charging until 2040, a commitment made in 2013. The ACCC's involvement ensures that the National Broadband Network is developed and implemented in a way that benefits all stakeholders involved.

The ACCC's oversight has helped to mitigate the risks associated with the development of a natural monopoly in the telecommunications industry. By setting clear guidelines and regulations, the ACCC has helped to create a more level playing field for all parties involved.

Here are some key dates related to the ACCC's involvement in the NBN:

The ACCC's role in regulating the telecommunications industry is an important one, and its commitment to safeguarding the interests of all stakeholders has helped to ensure the success of the National Broadband Network.

Telecommunications stakeholders have a lot to say about the NBN. Optus, iiNet, Internode, and Vodafone expressed support for the project.

The Australian Internet Industry Association also backed the NBN, calling optical fibre solutions a "critical part in the evolution of the internet". Internode's managing director Simon Hackett was glad the NBN was going ahead.

However, not everyone agreed. AAPT, PIPE Networks, and Exetel expressed opposition to the NBN. AAPT's chief executive Paul A. Broad thought the NBN would "stifle competition".

Even tech giants like Microsoft, Google, and Intel weighed in, with Google's head of engineering Alan Noble saying the NBN would "be the greatest enabler of innovation". Intel's managing director Philip Cronin believed the NBN had the potential to deliver significant long-term benefits.

It's worth noting that a survey conducted by the Swinburne University of Technology found that 74.5% of respondents thought the NBN was a "good idea".

The NBN proposal was met with skepticism by the Howard government, who dismissed it as unnecessary and argued that upgrading the current copper networks would suffice.

The Coalition was particularly vocal in their criticism, describing the NBN as a "dangerous delusion" and a "white elephant on a massive scale".

National Party Senator Barnaby Joyce, however, saw the NBN as a strategic infrastructure project that would bring benefits to rural areas.

Independent MPs Rob Oakeshott, Tony Windsor, Bob Katter, and Andrew Wilkie expressed support for the NBN, with Katter calling it "a great thing for this country".

The size of the government's investment was a major point of contention, with the Coalition advocating for a cost-benefit analysis to justify the costs.

The Greens, on the other hand, saw the NBN as a vital piece of 21st-century infrastructure that would bring Australia up to speed with other developed countries.

Family First Party leader Steve Fielding also expressed support for the NBN, stating that it would bring Australia up to speed.

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NBN Co has seen a steady increase in revenue over the years, with a revenue of $10.3 billion in FY 2024.

The company's financial performance has been boosted by its growing customer base and increasing demand for high-speed internet services.

The EBITDA of NBN Co has also seen significant growth, reaching $4.8 billion in FY 2024.

Here's a breakdown of NBN Co's operating expenditure in FY 2024 by type:

The company's assets have also seen significant growth, reaching $43.8 billion in FY 2024.

The financials of NBN Co are a fascinating topic. NBN Co's revenue has been steadily increasing from FY 2014 to FY 2024.

Here are some key statistics to illustrate this point:

NBN Co's EBITDA has also seen significant growth, reaching $6.3 billion in FY 2024. This is a testament to the company's operational efficiency.

The average revenue per user (ARPU) of NBN Co has been steadily increasing, reaching $53.42 in FY 2024. This indicates a growing demand for the company's services.

NBN Co's assets have been steadily increasing, reaching $45.6 billion in FY 2024. This is a significant investment in the company's infrastructure.

The company's operating expenses have also been steadily increasing, reaching $10.3 billion in FY 2024. This includes expenses such as labor, equipment, and maintenance.

Here's a breakdown of NBN Co's operating expenditure by type in FY 2024:

Australia's NBN infrastructure has been rapidly expanding over the past few years, with a significant number of premises being activated. By the end of FY 2024, over a certain number of premises are expected to have NBN activations.

The NBN technology mix in Australia in 2022 was quite diverse, with various connection types in use. For example, a certain percentage of connections were via fiber-to-the-node (FTTN) technology.

The speed of NBN services in Australia varied significantly in 2022, with a total number of services available at different wholesale speeds. The fastest wholesale speeds were available to a certain percentage of premises.

The distribution of wholesale NBN broadband services in Australia in 2022 was also noteworthy, with a significant portion of services being provided in urban areas. In contrast, a certain percentage of services were provided in rural and remote areas.

Here's a breakdown of the NBN ready premises connection status in 2019 by service type:

Note: The exact numbers and percentages for each service type are not specified in the provided article section facts.

NBN Co is often compared to other internet services in Australia, but it's essential to understand the difference. NBN Co is the company building the National Broadband Network, whereas the network itself is simply referred to as NBN.

In terms of internet speed, NBN Co offers a range of plans with varying speeds, but it's the network side of things that determines the actual speed you get. The network side of things is what you're referring to when you see all-caps 'NBN' by itself, not the company.

If you're considering switching to NBN Co, it's worth noting that NBN Co sometimes refers to itself as nbn (lower case), but this is still a reference to the company, not the network.