How we're tracking: May 2025
The nbn® network is wholesale only – we supply services and infrastructure to phone and internet providers, who then sell plans on to you, the end user.
To give you a clearer understanding of how we’re taking action, we’ve put some metrics together below. These relate to the services nbn delivers to phone and internet providers, and the physical connection of homes and businesses to our infrastructure.
To give you a clearer understanding of how we’re taking action, we’ve put some metrics together below. These relate to the services NBN Co delivers to phone and internet providers, and the physical connection of homes and businesses to our nbn infrastructure.
The nbn broadband access network is wholesale only – we supply services and infrastructure to phone and internet providers, who then sell plans on to you, the end user.
How we're tracking: May 2025
Ready to connect
12.55 million Australian homes and businesses are able to connect to the nbn access network – compared with 12.43 million in May 2024.
Important information
The number of homes and businesses that can order a plan via a phone and internet provider and connect to the nbn access network.
Connected homes and businesses
8.63 million homes and businesses connected to a plan over the nbn access network – compared with 8.62 million in May 2024.
Important information
The number of homes and businesses connected to a plan over the nbn access network through a phone and internet provider.
Fibre Upgrades
4.51 million homes and businesses can upgrade# or have upgraded from nbn's FTTN and FTTC copper networks to full fibre - compared with 3.69 million in May 2024.
Important information
This refers to the number of homes and businesses (including complex multi-dwelling units) that can order a full fibre (FTTP) plan over the nbn network through a phone and internet provider.
# Conditions, eligibility criteria and costs may apply, please speak with your preferred provider. Eligibility criteria may include among other things placing an order for an nbn powered plan based on an eligible wholesale speed tier. Not all providers offer plans based on the full range of wholesale speed tiers.
High Speed Capable
84% of homes and businesses within nbn's fixed line footprint can access our highest residential wholesale speed tiers of close to 1Gbps## (via nbn's full fibre and HFC technology) - compared with 77% in May 2024.
Important information
## Regardless of the retail service an end customer purchases, the actual wholesale download speeds delivered by nbn's highest residential wholesale speed tier of 500 to close to 1000 Mbps will be less than 1Gbps due to equipment and network limitations and the peak information rate may fall anywhere in this range. References to speeds are not end customer speeds; they are wholesale layer 2 peak information rate bandwidth provided to retail providers. NBN Co provides wholesale services to retail providers and availability of speed tiers vary depending on the access technology in an end customer's area.
Installed right the first time
89% of homes and businesses had their nbn equipment installed right the first time – compared to 87% in May 2024.
Important information
The percentage of homes and businesses that have their initial nbn equipment installed without additional work from NBN Co the first time the installation is attempted when connecting to the nbn network for the first time.
Typically NBN Co excludes end user cancellations, end user or phone and internet provider initiated reschedules, end user premises "shortfalls" and other things outside of NBN Co's control such as bad weather. This measure covers the installation of equipment that does not require more than one appointment. It does not cover successful connections to a plan over the nbn access network through a phone and internet provider.
Meeting agreed installation times
97% of homes and businesses were connected within target timeframes agreed with phone and internet providers – compared with 95% in May 2024.
Important information
The percentage of premises that NBN Co connects to the nbn access network within target timeframes with phone and internet providers.
The target timeframes vary by nbn access network type and available infrastructure at the premises. This measure does not include Priority Assistance connections or Accelerated Connections.
Average network bandwidth congestion
Average bandwidth congestion across the nbn access network is around 1 minute per week per premises – compared with 2 minutes per week in May 2024. This measure excludes nbn Sky Muster® satellite.
Important information
The average number of minutes of bandwidth congestion per week/ per service. This is calculated across all bandwidth purchased by all phone and internet providers across the entire network (CVC congestion).
Consistent with the approved Special Access Undertaking Variation, nbn has introduced AVC-only prices for wholesale speed tiers of 100Mbps and above, and a commitment to phase out CVC (bandwidth) charges by the end of FY26 for 12-50Mbps services, except for services provided over satellite. As a result, this graph may be phased out.
Please note that while bandwidth congestion is caused by the level of provisioning of capacity by the phone and internet provider, there are also other types of congestion which may occur on the nbn access network. See the Fixed Line Network congestion metric for an example of this.
Fixed Line network congestion
0.000% of all homes and businesses connected to the nbn Fixed Line access network experienced network congestion – compared with 0.000% in May 2024.
Important information
The estimated monthly average percentage of homes and businesses who experience nbn access network congestion (as per NBN Co’s congestion measures for Fixed Line networks). This excludes nbn Fixed Wireless and Sky Muster® satellite.
* The calculation of the Fixed Line Network Congestion metric has changed from December 2023. The new calculation of the metric has been adapted per the SAU accepted practices on network performance reporting. In addition, it has been expanded to include the measurement from FTTP GPON access ports which were not previously included. These additional factors help to provide a more complete picture of Fixed Line Network Congestion. The historical figures in the graph above have not been recalculated using this new method. This metric should not be compared with the old ‘Fixed Line Network Congestion’ metric as contained in pre-December 2023 monthly progress reports.
Congestion metrics vary between Fixed Line technologies. These are calculated based on the utilisation of certain parts of the nbn™ Fixed Line access network that are shared by phone and internet providers.
The speeds actually achieved over the nbn™ access network also depend on factors outside our control including your equipment quality, software, signal quality, broadband plans and how your phone and internet provider designs its network.
Note: The calculation of the Fixed Line Network Congestion metric has changed from July 2020. The new calculation of the metric has been expanded to include measurement from FTTN/B and HFC transit links, which were not previously included. These additional factors help to provide a more complete picture of fixed line network congestion. The historical figures in the graph above have been recalculated using this new metric. This metric should not be compared with the old ‘Fixed Line Network Congestion’ metric as contained in pre-July 2020 monthly progress reports.
Uptake to 50Mbps or over – wholesale plans
75% of homes and businesses are on a 50Mbps (download) wholesale speed plan or higher – compared with 74% in May 2024.
Important information
This graph represents the percentage of homes and businesses on a:
(1) 50Mbps (download) wholesale speed plan or higher; and
(2) 25Mbps (download) wholesale speed plan or lower,
purchased from a phone or internet provider.
In this metric, '50Mbps (download) wholesale speed plan' includes wholesale plans available to phone and internet providers with download speeds of 50Mbps and 25-50Mbps. The nbn wholesale speed tiers available to your phone and internet provider vary depending on the nbn access network technology in your area. Your experience, including the speeds actually achieved over the nbn network, depends on the nbn access network technology and configuration over which services are delivered to your premises, whether you are using the internet during the busy period, and some factors outside our control (like your equipment quality, software, broadband plans, signal reception and how your service provider designs its network). Speeds may be impacted by network congestion on nbn’s Fixed Wireless network, including during busy periods. Satellite users may experience latency.
Network availability
The nbn access network was up and running 99.92% of the time – compared to 99.95% in May 2024.
Important information
Percentage of time the nbn access network is available and operating. For this measure, the network is considered ‘unavailable’ during the time NBN Co is restoring services following the raising of a fault. It doesn’t include periods where the network is unavailable due to operational outages for network upgrades and improvements or events beyond NBN Co’s control.
Meeting agreed fault restoration times
92% of accepted nbn faults are resolved with phone and internet providers within nbn's target time frames – compared to 91% in May 2024.
Important information
The percentage of time NBN Co resolves accepted faults within NBN Co's target timeframes with phone and internet providers.
This measure tracks individual service faults, not network related faults which are tracked separately. The fault restoration measure does not include restoration for faults reported to us relating to Priority Assistance Faults or Enhanced Faults, network upgrades and improvements, and events beyond NBN Co's control. NBN Co's target timeframes apply to faults raised by phone and internet providers and accepted by NBN Co and vary depending on the location of the premises, and are different for the Sky Muster® satellite network.
Faults after connection completed (per 100 connected homes and businesses)
An average of 0.6 per 100 homes and businesses experienced a fault on the nbn access network this month (excluding faults within 10 business days of the connection) – compared to 0.6 in May 2024.
Important information
The number of faults on the nbn access network per 100 premises per month (excluding faults within 10 business days of the connection).
This measure tracks individual service faults, not network related faults which are tracked separately. It excludes faults not related to the nbn access network.
Fixed Wireless busy hour cell performance
100% of nbn Fixed Wireless network cells have a monthly busy hour cell performance of 6Mbps or more – compared with 100% in May 2024. View detailed table for all categories.
Note: The performance of a cell impacts the total throughput of an nbn service. For example, if the throughput of a service was limited by the busy hour cell performance to an average of 6Mbps, the applications in use at the same time using the nbn Fixed Wireless service will share the available throughput.
Important information
In its Fixed Wireless cell capacity upgrade program, nbn prioritises cells which fall under its design threshold of 6Mbps monthly busy hour cell performance (or that nbn forecasts to fall under this threshold).
This design threshold is based on an average 30 day downlink throughput of 6Mbps during the busiest hour of the day (typically between 7pm and 11pm) (referred to here as “monthly busy hour cell performance”).
- The busiest hour can be different for each cell.
- The busiest hour is identified by assessing, for each hour of the day for each cell, the highest number of concurrent active users in four 15 minute periods within that hour, and then averaging these values.
Note: The number of active users is used as a proxy to identify the busiest hour. While the period with the highest number of end users will typically also be the period with the highest levels of data consumed, not all active users will behave the same way and in some cases, an hour with fewer active users may actually be consuming more data than an hour with more active users depending on the activity of those end users. - The daily busy hour cell performance is calculated by dividing the total volume of the data delivered to all active users on a cell during the busiest hour by the time elapsed on the radio interface between end user and Fixed Wireless access network for transmission of that volume of data (measured at the Fixed Wireless access network).
- We obtain monthly busy hour cell performance by taking the average of the daily busy hour cell performance for each of the 30 days ending on the last day of the calendar month.
- Cell capacity is shared and finite and can be different for each cell depending on various factors, such as but not limited to: available spectrum, radio conditions, interference and other environmental factors.
- Actual end user speeds will differ to the monthly busy hour cell performance, and are affected by a number of factors including: the particular application being used and how each application manages packet loss, fixed wireless signal levels, demand from end users, end user equipment, nbn Fixed Wireless network design and management, and performance elsewhere on the nbn network.
- The calculation of busy hour cell performance accounts for throughput at the radio interface, which is one segment of the Fixed Wireless access network and does not account for impacts on throughput in other parts of the nbn Fixed Wireless network, including packet loss in the Fixed Wireless towers backhaul links, which is measured in the calculation of the Fixed Wireless Busy Hour Link Performance metric.
Fixed Wireless busy hour backhaul performance
100% of nbn Fixed Wireless cells connect via backhaul links with a 28 day busy hour link packet loss of less than 0.25%, compared with 100% in May 2024.
Important information
In its Fixed Wireless backhaul capacity upgrade program, nbn prioritises links operating with an Average 28 Day Busy Hour Link Packet Loss of 0.25% or greater (or that nbn forecasts to exceed this threshold). The metric is based on the data available to nbn and there may be some affected cells that are unable to be included in the metric, e.g. due to data issues such as data availability, changes in the way nbn collects backhaul data and configuration changes in the links servicing a given cell.
The Fixed Wireless Busy Hour Link Performance threshold is based on an Average 28 day Packet Loss of 0.25% or more during the busiest hour of the day (typically between 7pm and 11pm) for each backhaul link. The busy hour varies between backhaul links and associated fixed wireless cells.
Notes
- A link will be included in this metric if it has been recently upgraded but is still reporting an Average 28 Day Busy Hour Link Packet Loss of 0.25% or more. Note from June 2019 the Average 28 Day Busy Hour Link Packet Loss of links which have been upgraded during the 28 day reporting period will be calculated using data commencing the week following the upgrade (and so will be averaged over less than 28 days).
- Due to availability of data, the first month’s metric (April 2019) was calculated as an average of the available weekly busy hour packet loss figures from the 18th April to 1st May inclusive.
- The calculation of this metric accounts for packet loss in the Fixed Wireless towers’ backhaul links, which is one segment of the Fixed Wireless access network. It does not account for impacts on throughput from other parts of the Fixed Wireless network, including at the radio interface, which is measured in the calculation of busy hour cell performance.
- This metric is not reflective of actual end user speeds on the nbn Fixed Wireless network, which can be affected by a number of factors including: the particular application being used and how each application manages packet loss, fixed wireless signal levels, demand from end users, end user equipment, nbn Fixed Wireless network design and management, and performance elsewhere on the nbn network.
- The highest volume of data attempted to be transmitted over the active link is used as a proxy to identify the busiest hour.
- Each nbn-supplied Fixed Wireless service may rely on multiple backhaul links in sequence. This metric does not reflect any cumulative packet loss across multiple links. This metric measures the microwave and fibre links which connect Fixed Wireless towers and may not include all packet loss which may occur through other equipment in the nbn Wireless Network or fibre links in the nbn transit network that data may be routed across.
Sky Muster® Satellite Network Faults
17 nbn satellite network faults were identified which affected the supply of nbn Sky Muster and Sky Muster Plus services – compared with 8 in May 2024.
Important information
This metric describes the total number of nbn satellite network faults that impacted end user Sky Muster® and Sky Muster® Plus services.
- For the purposes of this metric only, a “network fault” means an incident on the nbn satellite network where one or more Sky Muster® and Sky Muster® Plus services degrades and does not meet NBN Co’s technical criteria and which: NBN Co is responsible; or is caused by a weather event.
- This metric indicates the number of incidents where NBN Co has raised an assurance ticket which categorises the incident as affecting multiple end user services for a duration of two or more minutes.
- This metric does not include network faults affecting the supply of products other than nbn Sky Muster® and Sky Muster® Plus.
- This metric does not include outages that are planned or in response to emergencies (and which NBN Co has notified phone and internet service providers), except for the following cases which are reported in this metric, being where the:
- duration of the outage is longer or the impact of the outage is more extensive than that described in the outage notice; or
- the outage is an emergency outage is required to fix a service fault.
Sky Muster Satellite Network Faults – Average Time to Restore
The average time to resolve nbn satellite network faults which affected the supply of nbn Sky Muster and Sky Muster Plus services and identified in May 2025 was 44 minutes, compared to 126 minutes in May 2024.
Important information
The Average Time to Restore measures the average time taken for NBN Co to resolve all nbn satellite network faults which affected the supply of nbn Sky Muster® and Sky Muster® Plus services.
- For the purposes of this metric only, a “network fault” means an incident on the nbn satellite network where one or more Sky Muster® and Sky Muster® Plus services degrades and does not meet NBN Co’s technical criteria and which: NBN Co is responsible; or is caused by a weather event.
- This metric measures the average time to resolve these incidents where NBN Co has raised an assurance ticket which categorises the incident as affecting multiple end user services for a duration of two or more minutes.
- This metric does not include network faults affecting the supply of products other than nbn Sky Muster® and Sky Muster® Plus.
- This metric does not include outages that are planned or in response to emergencies (and which NBN Co has notified phone and internet service providers), except for the following cases which are reported in this metric, being where the:
- duration of the outage is longer or the impact of the outage is more extensive than that described in the outage notice; or
- the outage is an emergency outage is required to fix a service fault.
- The time taken by NBN Co to resolve a network fault is measured from when NBN Co first raises an assurance case for the network fault, until the time NBN Co determines that the network fault has been resolved.
Ready to connect
12.55 million Australian homes and businesses are able to connect to the nbn access network – compared with 12.43 million in May 2024.
Important information
The number of homes and businesses that can order a plan via a phone and internet provider and connect to the nbn access network.
Connected homes and businesses
8.63 million homes and businesses connected to a plan over the nbn access network – compared with 8.62 million in May 2024.
Important information
The number of homes and businesses connected to a plan over the nbn access network through a phone and internet provider.
Fibre Upgrades
4.51 million homes and businesses can upgrade# or have upgraded from nbn's FTTN and FTTC copper networks to full fibre - compared with 3.69 million in May 2024.
Important information
This refers to the number of homes and businesses (including complex multi-dwelling units) that can order a full fibre (FTTP) plan over the nbn network through a phone and internet provider.
# Conditions, eligibility criteria and costs may apply, please speak with your preferred provider. Eligibility criteria may include among other things placing an order for an nbn powered plan based on an eligible wholesale speed tier. Not all providers offer plans based on the full range of wholesale speed tiers.
High Speed Capable
84% of homes and businesses within nbn's fixed line footprint can access our highest residential wholesale speed tiers of close to 1Gbps## (via nbn's full fibre and HFC technology) - compared with 77% in May 2024.
Important information
## Regardless of the retail service an end customer purchases, the actual wholesale download speeds delivered by nbn's highest residential wholesale speed tier of 500 to close to 1000 Mbps will be less than 1Gbps due to equipment and network limitations and the peak information rate may fall anywhere in this range. References to speeds are not end customer speeds; they are wholesale layer 2 peak information rate bandwidth provided to retail providers. NBN Co provides wholesale services to retail providers and availability of speed tiers vary depending on the access technology in an end customer's area.
Installed right the first time
89% of homes and businesses had their nbn equipment installed right the first time – compared to 87% in May 2024.
Important information
The percentage of homes and businesses that have their initial nbn equipment installed without additional work from NBN Co the first time the installation is attempted when connecting to the nbn network for the first time.
Typically NBN Co excludes end user cancellations, end user or phone and internet provider initiated reschedules, end user premises "shortfalls" and other things outside of NBN Co's control such as bad weather. This measure covers the installation of equipment that does not require more than one appointment. It does not cover successful connections to a plan over the nbn access network through a phone and internet provider.
Meeting agreed installation times
97% of homes and businesses were connected within target timeframes agreed with phone and internet providers – compared with 95% in May 2024.
Important information
The percentage of premises that NBN Co connects to the nbn access network within target timeframes with phone and internet providers.
The target timeframes vary by nbn access network type and available infrastructure at the premises. This measure does not include Priority Assistance connections or Accelerated Connections.
Average network bandwidth congestion
Average bandwidth congestion across the nbn access network is around 1 minute per week per premises – compared with 2 minutes per week in May 2024. This measure excludes nbn Sky Muster® satellite.
Important information
The average number of minutes of bandwidth congestion per week/ per service. This is calculated across all bandwidth purchased by all phone and internet providers across the entire network (CVC congestion).
Consistent with the approved Special Access Undertaking Variation, nbn has introduced AVC-only prices for wholesale speed tiers of 100Mbps and above, and a commitment to phase out CVC (bandwidth) charges by the end of FY26 for 12-50Mbps services, except for services provided over satellite. As a result, this graph may be phased out.
Please note that while bandwidth congestion is caused by the level of provisioning of capacity by the phone and internet provider, there are also other types of congestion which may occur on the nbn access network. See the Fixed Line Network congestion metric for an example of this.
Fixed Line network congestion
0.000% of all homes and businesses connected to the nbn Fixed Line access network experienced network congestion – compared with 0.000% in May 2024.
Important information
The estimated monthly average percentage of homes and businesses who experience nbn access network congestion (as per NBN Co’s congestion measures for Fixed Line networks). This excludes nbn Fixed Wireless and Sky Muster® satellite.
* The calculation of the Fixed Line Network Congestion metric has changed from December 2023. The new calculation of the metric has been adapted per the SAU accepted practices on network performance reporting. In addition, it has been expanded to include the measurement from FTTP GPON access ports which were not previously included. These additional factors help to provide a more complete picture of Fixed Line Network Congestion. The historical figures in the graph above have not been recalculated using this new method. This metric should not be compared with the old ‘Fixed Line Network Congestion’ metric as contained in pre-December 2023 monthly progress reports.
Congestion metrics vary between Fixed Line technologies. These are calculated based on the utilisation of certain parts of the nbn™ Fixed Line access network that are shared by phone and internet providers.
The speeds actually achieved over the nbn™ access network also depend on factors outside our control including your equipment quality, software, signal quality, broadband plans and how your phone and internet provider designs its network.
Note: The calculation of the Fixed Line Network Congestion metric has changed from July 2020. The new calculation of the metric has been expanded to include measurement from FTTN/B and HFC transit links, which were not previously included. These additional factors help to provide a more complete picture of fixed line network congestion. The historical figures in the graph above have been recalculated using this new metric. This metric should not be compared with the old ‘Fixed Line Network Congestion’ metric as contained in pre-July 2020 monthly progress reports.
Uptake to 50Mbps or over – wholesale plans
75% of homes and businesses are on a 50Mbps (download) wholesale speed plan or higher – compared with 74% in May 2024.
Important information
This graph represents the percentage of homes and businesses on a:
(1) 50Mbps (download) wholesale speed plan or higher; and
(2) 25Mbps (download) wholesale speed plan or lower,
purchased from a phone or internet provider.
In this metric, '50Mbps (download) wholesale speed plan' includes wholesale plans available to phone and internet providers with download speeds of 50Mbps and 25-50Mbps. The nbn wholesale speed tiers available to your phone and internet provider vary depending on the nbn access network technology in your area. Your experience, including the speeds actually achieved over the nbn network, depends on the nbn access network technology and configuration over which services are delivered to your premises, whether you are using the internet during the busy period, and some factors outside our control (like your equipment quality, software, broadband plans, signal reception and how your service provider designs its network). Speeds may be impacted by network congestion on nbn’s Fixed Wireless network, including during busy periods. Satellite users may experience latency.
Network availability
The nbn access network was up and running 99.92% of the time – compared to 99.95% in May 2024.
Important information
Percentage of time the nbn access network is available and operating. For this measure, the network is considered ‘unavailable’ during the time NBN Co is restoring services following the raising of a fault. It doesn’t include periods where the network is unavailable due to operational outages for network upgrades and improvements or events beyond NBN Co’s control.
Meeting agreed fault restoration times
92% of accepted nbn faults are resolved with phone and internet providers within nbn's target time frames – compared to 91% in May 2024.
Important information
The percentage of time NBN Co resolves accepted faults within NBN Co's target timeframes with phone and internet providers.
This measure tracks individual service faults, not network related faults which are tracked separately. The fault restoration measure does not include restoration for faults reported to us relating to Priority Assistance Faults or Enhanced Faults, network upgrades and improvements, and events beyond NBN Co's control. NBN Co's target timeframes apply to faults raised by phone and internet providers and accepted by NBN Co and vary depending on the location of the premises, and are different for the Sky Muster® satellite network.
Faults after connection completed (per 100 connected homes and businesses)
An average of 0.6 per 100 homes and businesses experienced a fault on the nbn access network this month (excluding faults within 10 business days of the connection) – compared to 0.6 in May 2024.
Important information
The number of faults on the nbn access network per 100 premises per month (excluding faults within 10 business days of the connection).
This measure tracks individual service faults, not network related faults which are tracked separately. It excludes faults not related to the nbn access network.
Fixed Wireless busy hour cell performance
100% of nbn Fixed Wireless network cells have a monthly busy hour cell performance of 6Mbps or more – compared with 100% in May 2024. View detailed table for all categories.
Note: The performance of a cell impacts the total throughput of an nbn service. For example, if the throughput of a service was limited by the busy hour cell performance to an average of 6Mbps, the applications in use at the same time using the nbn Fixed Wireless service will share the available throughput.
Important information
In its Fixed Wireless cell capacity upgrade program, nbn prioritises cells which fall under its design threshold of 6Mbps monthly busy hour cell performance (or that nbn forecasts to fall under this threshold).
This design threshold is based on an average 30 day downlink throughput of 6Mbps during the busiest hour of the day (typically between 7pm and 11pm) (referred to here as “monthly busy hour cell performance”).
- The busiest hour can be different for each cell.
- The busiest hour is identified by assessing, for each hour of the day for each cell, the highest number of concurrent active users in four 15 minute periods within that hour, and then averaging these values.
Note: The number of active users is used as a proxy to identify the busiest hour. While the period with the highest number of end users will typically also be the period with the highest levels of data consumed, not all active users will behave the same way and in some cases, an hour with fewer active users may actually be consuming more data than an hour with more active users depending on the activity of those end users. - The daily busy hour cell performance is calculated by dividing the total volume of the data delivered to all active users on a cell during the busiest hour by the time elapsed on the radio interface between end user and Fixed Wireless access network for transmission of that volume of data (measured at the Fixed Wireless access network).
- We obtain monthly busy hour cell performance by taking the average of the daily busy hour cell performance for each of the 30 days ending on the last day of the calendar month.
- Cell capacity is shared and finite and can be different for each cell depending on various factors, such as but not limited to: available spectrum, radio conditions, interference and other environmental factors.
- Actual end user speeds will differ to the monthly busy hour cell performance, and are affected by a number of factors including: the particular application being used and how each application manages packet loss, fixed wireless signal levels, demand from end users, end user equipment, nbn Fixed Wireless network design and management, and performance elsewhere on the nbn network.
- The calculation of busy hour cell performance accounts for throughput at the radio interface, which is one segment of the Fixed Wireless access network and does not account for impacts on throughput in other parts of the nbn Fixed Wireless network, including packet loss in the Fixed Wireless towers backhaul links, which is measured in the calculation of the Fixed Wireless Busy Hour Link Performance metric.
Fixed Wireless busy hour backhaul performance
100% of nbn Fixed Wireless cells connect via backhaul links with a 28 day busy hour link packet loss of less than 0.25%, compared with 100% in May 2024.
Important information
In its Fixed Wireless backhaul capacity upgrade program, nbn prioritises links operating with an Average 28 Day Busy Hour Link Packet Loss of 0.25% or greater (or that nbn forecasts to exceed this threshold). The metric is based on the data available to nbn and there may be some affected cells that are unable to be included in the metric, e.g. due to data issues such as data availability, changes in the way nbn collects backhaul data and configuration changes in the links servicing a given cell.
The Fixed Wireless Busy Hour Link Performance threshold is based on an Average 28 day Packet Loss of 0.25% or more during the busiest hour of the day (typically between 7pm and 11pm) for each backhaul link. The busy hour varies between backhaul links and associated fixed wireless cells.
Notes
- A link will be included in this metric if it has been recently upgraded but is still reporting an Average 28 Day Busy Hour Link Packet Loss of 0.25% or more. Note from June 2019 the Average 28 Day Busy Hour Link Packet Loss of links which have been upgraded during the 28 day reporting period will be calculated using data commencing the week following the upgrade (and so will be averaged over less than 28 days).
- Due to availability of data, the first month’s metric (April 2019) was calculated as an average of the available weekly busy hour packet loss figures from the 18th April to 1st May inclusive.
- The calculation of this metric accounts for packet loss in the Fixed Wireless towers’ backhaul links, which is one segment of the Fixed Wireless access network. It does not account for impacts on throughput from other parts of the Fixed Wireless network, including at the radio interface, which is measured in the calculation of busy hour cell performance.
- This metric is not reflective of actual end user speeds on the nbn Fixed Wireless network, which can be affected by a number of factors including: the particular application being used and how each application manages packet loss, fixed wireless signal levels, demand from end users, end user equipment, nbn Fixed Wireless network design and management, and performance elsewhere on the nbn network.
- The highest volume of data attempted to be transmitted over the active link is used as a proxy to identify the busiest hour.
- Each nbn-supplied Fixed Wireless service may rely on multiple backhaul links in sequence. This metric does not reflect any cumulative packet loss across multiple links. This metric measures the microwave and fibre links which connect Fixed Wireless towers and may not include all packet loss which may occur through other equipment in the nbn Wireless Network or fibre links in the nbn transit network that data may be routed across.
Sky Muster® Satellite Network Faults
17 nbn satellite network faults were identified which affected the supply of nbn Sky Muster and Sky Muster Plus services – compared with 8 in May 2024.
Important information
This metric describes the total number of nbn satellite network faults that impacted end user Sky Muster® and Sky Muster® Plus services.
- For the purposes of this metric only, a “network fault” means an incident on the nbn satellite network where one or more Sky Muster® and Sky Muster® Plus services degrades and does not meet NBN Co’s technical criteria and which: NBN Co is responsible; or is caused by a weather event.
- This metric indicates the number of incidents where NBN Co has raised an assurance ticket which categorises the incident as affecting multiple end user services for a duration of two or more minutes.
- This metric does not include network faults affecting the supply of products other than nbn Sky Muster® and Sky Muster® Plus.
- This metric does not include outages that are planned or in response to emergencies (and which NBN Co has notified phone and internet service providers), except for the following cases which are reported in this metric, being where the:
- duration of the outage is longer or the impact of the outage is more extensive than that described in the outage notice; or
- the outage is an emergency outage is required to fix a service fault.
Sky Muster Satellite Network Faults – Average Time to Restore
The average time to resolve nbn satellite network faults which affected the supply of nbn Sky Muster and Sky Muster Plus services and identified in May 2025 was 44 minutes, compared to 126 minutes in May 2024.
Important information
The Average Time to Restore measures the average time taken for NBN Co to resolve all nbn satellite network faults which affected the supply of nbn Sky Muster® and Sky Muster® Plus services.
- For the purposes of this metric only, a “network fault” means an incident on the nbn satellite network where one or more Sky Muster® and Sky Muster® Plus services degrades and does not meet NBN Co’s technical criteria and which: NBN Co is responsible; or is caused by a weather event.
- This metric measures the average time to resolve these incidents where NBN Co has raised an assurance ticket which categorises the incident as affecting multiple end user services for a duration of two or more minutes.
- This metric does not include network faults affecting the supply of products other than nbn Sky Muster® and Sky Muster® Plus.
- This metric does not include outages that are planned or in response to emergencies (and which NBN Co has notified phone and internet service providers), except for the following cases which are reported in this metric, being where the:
- duration of the outage is longer or the impact of the outage is more extensive than that described in the outage notice; or
- the outage is an emergency outage is required to fix a service fault.
- The time taken by NBN Co to resolve a network fault is measured from when NBN Co first raises an assurance case for the network fault, until the time NBN Co determines that the network fault has been resolved.
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