The Rural Broadband Initiative
The Rural Broadband Initiative (RBI) is bringing better broadband to rural schools, health providers, some libraries and to date, over 81,000 rural phone lines.
Distance is no longer a barrier to children going to rural schools as they'll get up to 100Mbps access to broadband.
RBI was conceived when the Government acknowledged the challenge of delivering better broadband to rural areas, with line distance and low population density making it difficult both technically and financially.
We're working with Vodafone to deliver the Government's RBI programme which will see much of rural New Zealand get better broadband.
RBI pulls together several elements to bring 87% of rural New Zealand ADSL2+ or VDSL broadband using copper, fibre and wireless networks to deliver better broadband. Where you live and work determines what solution we provide you - either fixed line broadband (over our copper and fibre networks) or fixed wireless broadband (over Vodafone's mobile network).
Our main focus is laying fibre to rural schools, medical facilities and some libraries, often to exchange areas with no fibre.
We're installing around 1,200 fibre-fed cabinets to rural areas to give fixed line broadband access to around 57% of rural New Zealand. Over 30% of homes, farms and businesses supplied via our new cabinets can now access a VDSL broadband service with speeds in excess of 20Mbps. This is the fastest service over our existing copper network.
We're also delivering fibre to new Vodafone mobile sites that'll be used to provide a fixed wireless broadband to rural communities.
We've made great progess and are now well past the halfway mark in our rollout of fibre and high speed broadband cabinets. As at 31 December 2014, a total of about 3,100km of fibre has been laid for the programme, with fibre extended to 965 schools. The rollout has also brought new or upgraded broadband coverage within reach of 81,000 rural lines with broadband uptake approximately 84%.
As at 31 December 2014, we've laid 3,100km of fibre, brought 81,000 lines within reach of better broadband and connected 965 rural schools to fibre.
By the end of 2015, we'll have:
- laid 3,350km of fibre
- installed or upgraded over 1,000 new broadband cabinets
- enabled over 40,000 lines in rural areas to access broadband services that had no previous access
- connected over 1,000 rural schools to fibre
- connected 154 new Vodafone cell sites to fibre
- given fibre access to 50 hospitals and integrated family health centres and 183 rural libraries
See what broadband services are currently available at your address with our Broadband Capability Map. This will also give you an idea of planned upgrades to improve your broadband services.
|Broadband speed (Mbps)||Rural lines within reach (%)
||Technology||Distance from cabinet/exchange|
|5||57||ADSL (copper)||Up to 6km|
|10||50||ADSL2+ (copper)||Up to 2.4km|
|20||34||VDSL (copper)||Around 800m|
|100||6||GPON (fibre)||Around 20km but eligibility criteria applies|
We're now offering fibre connections to eligible farms, businesses and homes where new duct infrastructure has been laid, in which fibre has been deployed as part of RBI, enabling broadband speed of up to 100Mbps. Check our Rural Fibre map which shows where new infrastructure ducts have been deployed. For more information including details of installation costs and plans, please contact your broadband provider.
Click on your region to see where we've delivered better broadband
We can't cover all areas
The challenge of distances and low population density means we can't deliver faster fixed line broadband to all of New Zealand. We've partnered with Vodafone to deliver fixed wireless broadband to 86% of rural households.
We use Digital Subscriber Line (DSL) technology to deliver broadband services over our copper network. Due to the resistence inherent in copper lines, the maximum distance we can push a broadband signal from an exchange or cabinet is around five to six kilometres. The closer you are to the cabinet or exchange, the faster your broadband speed. If you're within 800m of our fibre-fed cabinets, you could get broadband speeds in excess of 20Mbps but at five to six kilometres, you're likely to get around 1Mbps.
Read more about distance and the challenge of delivering broadband over copper.
We regularly review our investment plans but our capital expenditure only stretches so far. If you're unhappy with your broadband speeds or can't get broadband at all, you can:
- see if you can access Vodafone's RBI fixed wireless broadband service.
- Google your region and 'wireless broadband provider' as there are a number of regional wireless broadband providers who could help.
- consider a satellite broadband service such as Farmside or Wireless Nation.
- work with your local community to identify opportunities created by the fibre connection to your school.
In the meantime, please register your community's interest for the next round of rural broadband funding with The Ministry of Business Innovation and Employment (MBIE). Please note we have no indication from MBIE as to the likely policy settings, priorities or timing for the release of any funding to go towards improving rural broadband.
Click on "Pages" or "Next Page" to find information on trenching and telecommunications lead-ins.
Fibre to rural communities
Our main focus in RBI is delivering fibre to rural schools, libraries, cell sites, hospitals and medical facilities. To achieve this as efficiently as possible, we've leveraged our existing network and only built new duct infrastructure to reach these priority users.
Fibre is also available to eligible farms, homes, businesses and marae adjacent to new duct routes indicated on the below map. Search your address to see if you can access fibre and talk to a broadband provider about availability, plans and installation costs
The cost of the work involved in connecting you to fibre depends on:
- density of properties in an area
- distance from the exchange or cabinet
- distance of the premises from the road
You can only connect to RBI fibre in areas where we have dug trenches and installed new ducts. You'll need a trench dug from the road to your premises. If this is longer than 10 - 15 metres, you may prefer to do this yourself to an acceptable standard so we can place our fibre there.
More complex builds require a design and price on application approach. Your broadband provider can discuss these costs with you which can vary e.g. a rural town adjacent to the fibre will be cheaper to connect than a farm outside of town.
Search your address to see RBI fibre access
- The map gives an indication of our network capability so you'll need a broadband provider that offers services over our network.
- The map shows fibre currently available not the full fibre rollout under RBI.
- There will be installation costs which your broadband provider will provide. Work will not begin until you accept the costs. You can provide your own trenching but we need to inspect it before going ahead with the install.
- Installation involves getting fibre from the roadside into your property and includes an external termination point (ETP) outside and an optical network terminal (ONT) inside your property.
- The service and speed you'll get depends on your broadband provider and location.
Delivering fibre to schools
Under both the Rural Broadband Initiative (RBI) and the Ultra-fast Broadband (UFB) rollout, we're delivering fibre to New Zealand schools.
97.7% of schools and 99.9% of students will receive ultra-fast broadband capability by 2016.
This is an exciting development for Kiwi kids, particularly those at rural schools where good broadband access has been a challenge in the past.
We're delivering fibre to over 1,000 rural schools and more than 800 urban schools. Urban and most rural schools will have a broadband connection capable of delivering up to 100Mbps.
Around 2.3% of schools are in areas of New Zealand that are too remote for fibre, so they will receive improved access to broadband services via wireless. A small number of schools will receive satellite services.
More information on the fibre rollout programme for schools is available on the Ministry of Education website.
Connect your school
Getting fibre to your school often involves building a new connection to the school gate. In rural areas this can involve digging trenches and laying ducts over distances.
See our regularly updated list of schools and delivery dates:
- Schools fibre list - May 2015 [XLSB, 168kB]
Once your school has fibre, order a service with a broadband provider or Network for Learning.
Once we have fibre to the school gate, you can order a service from your broadband provider or Network for Learning. If your current provider is not offering fibre-based services, click on your region below for a list of providers offering solutions for schools.
Once you place an order with your provider, we send a service technician to look at the best way to get fibre from the gate to your school. The technician will work with the school's staff to come up with a plan which takes into account the school's current communications infrastructure and what type of service they'll use.
Service providers for schools
These telecommunications service providers offer fibre-based services to schools:
Auckland, Pukekohe, Waiuku and Waiheke
Bay of Plenty
Palmerston North & Feilding
Queenstown & Wanaka
Click on "Page" or "Next Page" to find out how we worked with the community in Okarito to deliver better broadband.
Kopu and better broadband
Those who live north of the Bombay Hills and holiday on the Coromandel Peninsula will know where Kopu is.
It is a small settlement just south of Thames (“Gateway to the Coromandel”) and for many years was the place where many travellers came to a halt in their holiday travels as many thousands of cars tried to cross a bridge designed to carry a couple of hundred vehicles a day.
We did want to find a solution for delivering better broadband to business in Kopu.
In late 2011 Kopu hit the national headlines with an infrastructure upgrade - there was a new bridge, a year or so later than anticipated but holidaymakers rejoiced.
Now there has been another important infrastructure upgrade, delivered earlier than anticipated, Kopu now has better broadband.
Under the Rural Broadband Initiative we were scheduled to upgrade the cabinet at Kopu around May 2016 but the Thames-Coromandel District Council approached us to see if we could reconsider the timing to aleviate the slow broadband problems that were plaguing local businesses.
The Council has been supporting an initiative to retain existing businesses, and encouraging new ones to establish in Kopu. They recognise the importance of good communication services, particularly broadband, in attracting and retaining these businesses.
Now all the businesses in Kopu have access to a VDLS broadband service delivering speeds in excess of 20 Mbps.
"We don't condone queue jumping," says Gerard Linstrom, Chorus' Industry and Communications Manager. "The RBI programme scheduling is based on a number of criteria including set funding for each year and the number of people or businesses waiting for a broadband service. Kopu had service - it was just slow."
We did want to find a solution for Kopu and in conjunction with the Council and the Ministry for Business, Innovation and Employment (MBIE) we came up with a cost of capital ($5,520) for bringing the cabinet build forward around 18 months which the council covered.
The new broadband cabinet goes live
On 1 April 2015 the cabinet containing the broadband equipment (known as an ISAM), a power supply and a cooling system went live. The businesses and residents within reach of this cabinet now have the choice of ADSL2+ broadband, delivering speeds of more than 10 Mbps, or VDSL broadband, with speeds faster than 20 Mbps.
VDSL for business
Even a business that has been in business since 1871, A & G Price, one of New Zealand's largest foundry and engineering companies, is based in Kopu and online.
VDSL broadband will better meet the requirements of the local businesses than ADSL2+ - whether they are running a website to profile their products, take online bookings, or sending large files of information.
VDSL at home
At home, VDSL will allow you to make the most of the new online TV offerings, download high definition movies or game in real time.
Upgrading your broadband
If you are happy with speeds of around 10-15 Mbps on an ADSL2+ broadband service you don't have to do anything, but do check the back of your modem to ensure it states ADSL2+. If it just indicates ADSL you may have to get a new one.
Upgrading to VDSL broadband is straightforward. Give your broadband provider a ring and chose a VDSL-based plan that meets your needs. You will need a new modem which may be supplied by the service provider or can be purchased from an electronics store.
The tyranny of distance
We understand the importance of good broadband connections in rural New Zealand. The RBI gives us the opportunity to deploy around 1,200 fibre-fed cabinets to rural areas delivering fibre to over 1,000 rural schools.
Copper built for voice
Attenuation is the gradual loss in intensity of any kind of flux through a medium such as the reduction in signal strength due to length of your copper phone line.
Our copper network was designed to carry phone calls and has done the job well for over 100 years. The configuration of exchanges, cabinets and copper lines was focused on delivering a great phone call. One of the challenges of delivering phone and broadband services over copper lines is attenuation, meaning the further you're away from our exchange or cabinet, the poorer your phone service and broadband speed will be.
We've had to add components to our network, including loading coils, to deliver good voice services and we now use that network to deliver broadband services.
Loading coils were built into our copper network to amplify voice signals to travel further. These extend the reach of voice services on long cables from our exchange or cabinet to your property. However, they can't deliver a Digital Subscriber Line (DSL) broadband service over that line.
DSL broadband services can travel a max of 6km
We can push a broadband signal no further than five to six kilometres over a copper line.
Broadband allows us to send multiple signals and traffic types along the copper line simultaneously. So, we can receive a phone call while surfing the net!
We use a number of DSL technologies to deliver broadband signals over our copper network - ADSL, ADSL2+ and VDSL. The speed you receive using each of these technologies is very dependent on the distance you are from our exchange or cabinet:
|Technology||Distance from cabinet/exchange||Broadband speed||% rural lines within reach
|ADSL (copper)||up to 6km||up to 5Mbps||57%|
|ADSL2+ (copper)||up to 2.4km||10Mbps||50%|
|VDSL (copper)||around 800m||20Mbps||34%|
|GPON (fibre)||installation cost the limiting factor||100Mpbs||6%|
We've been able to rollout fibre-fed cabinets to rural areas due to RBI delivering fibre to the local school.
We use fibre to extend the reach of our copper network as it's not subject to the same distance constraints as copper. A key part of improving broadband services to 72,000 rural households has been to install fibre-fed cabinets deeper into rural areas allowing us to make the most of the five to six kilometre reach of DSL broadband. If you're close to one of our new cabinets, you can potentially access a VDSL service, with speeds faster than 20Mbps.
Installing fibre and cabinets is expensive and it wouldn't have been feasible without the RBI programme. Fibre has been delivered to most rural schools under RBI. There is extra capacity in the fibre cables that have been installed to the local school. Over time, we'll see different models emerge for using this capacity to deliver better broadband to more rural households.
Growing rural broadband capacity
As we install more cabinets, we also make available more broadband ports, the connection from your phone line to our network to deliver broadband services.
Older rural cabinets only have about half the number of broadband ports as phone lines serviced by the cabinet. Rural customers have been regularly told they are on the "waiters" list - you can't get a broadband service unless one of your neighbours relinquishes their service and the all important broadband port.
Our new cabinets have a broadband port for each phone line, and many have spare capacity or at least room for additional broadband equipment to meet increasing demand.
Do you hear a tick-tick-tick sound on your phone line? It could be interference from electric fences that are poorly constructed or not earthed correctly - a common challenge in rural areas. These cause noise, typically a clicking sound, on phone lines and can make broadband connections slow or cause disconnections.
When electric fences are installed correctly, there's minimal impact on phone services. Broadband is less affected than dial-up as it uses higher frequencies. Chat to your broadband provider if you'd like to upgrade.
Your electric fence could be interfering with your phone and broadband connections and causing similar problems for your neighbours.
It can be difficult to work out what or who is causing the problem as it can be anywhere along the line - from the exchange, cabinet, to the furthest connection on the line. An issue at your property could be impacting someone several kilometres away.
We, along with Gallaghers (world leaders in electric fencing), recommend the following approach. If this doesn't solve your problem, you need to arrange with your neighbours and others on the same phone line to turn off one fence at a time to identify where the interference is coming from.
1. Find the phone lines
Some phone lines are buried and others overhead but they usually run along roadsides and driveways so look for marker posts or grey connection pillars. We also provide a service called BeforeUdig to help find underground cables.
2. Find electric fences and connecting leads
These run parallel to phone lines or cables. A 'leaky' fence with high current can be a problem, even when 100m or more from the line.
3. Check the current in your electric fence near the phone line
This should be less than 2amps per kilometre of fence. Locate and fix any shorts if necessary.
4. If current is high, make sure the section of fence close to the phone cable is at tail-end of fence
Feed the main supply through sections of the fence further from the phone cable.
5. Check earthing system meets manufacturer instructions
It needs to be at least 10m from buildings or another earthing system. Check the energiser earth electrode connecting lead and output leads are well clear of phone lines.