If there is no fibre cable on your street, you still have three realistic ways to get online: satellite internet through Starlink, a mobile 4G or 5G router (often sold as MiFi), or fixed wireless service from a local ISP.
Getting internet with no fibre in Nigeria is normal rather than exceptional, since most Nigerian streets, including many in Lagos, Abuja, and Port Harcourt, still have no fibre line running to the building.
The national fibre backbone stops well short of the last mile into individual homes. The right choice comes down to what already exists at your specific address: usable mobile signal, a clear view of the sky, or a fixed wireless tower nearby.
This guide compares the three, with real pricing, so you can pick one and get connected.
Why Fibre hasn’t reached most Nigerian streets
Nigeria has built out roughly 101,000 kilometers of fibre-optic backbone cable, which sounds like enough to reach almost anywhere.
In practice, only about 265,000 homes nationwide are connected via Fibre-to-the-Home (FTTH) as of 2026, because a national backbone and a wired connection into a specific living room are two different problems.
The backbone carries capacity between cities and major exchange points; getting it the last few hundred meters into a street, and then into a building, requires a separate and far more expensive stage of construction that most ISPs haven’t reached yet.
MTN’s fixed fibre product, MTN FibreX, illustrates the pattern well. It is live in only 15 states across 232 locations, and 77.6% of those locations sit in just Lagos, Rivers State, and the FCT.
Even a state that technically has FibreX coverage usually has it concentrated in a handful of neighborhoods rather than spread across the state.
Extending fibre to a new street is also slow because right-of-way fees vary widely: 13 states have waived them, 16 charge the NCC-recommended rate of 145 naira per meter, and the rest negotiate independently with each ISP.
On top of that, the industry recorded 27,685 fibre cuts in 2025, most caused by road construction, which makes ISPs cautious about extending lines into new, harder-to-service areas.
For a wider look at where fibre and other infrastructure actually stand nationally, see the national state of internet access.
The gap between the backbone map and why the fibre backbone hasn’t reached most streets is really a last-mile funding and logistics problem, not a lack of national capacity.
The three real alternatives when Fibre isn’t an option
When a street has no fibre and won’t get it soon, three technologies can realistically fill the gap: satellite internet, mobile broadband routers, and fixed wireless.
Each depends on a different piece of infrastructure already being in range, so the best fit changes street by street.
Satellite needs a clear view of the sky rather than a nearby tower. Mobile routers need a decent 4G or 5G signal, which already reaches far more of the country than fibre does.
Fixed wireless needs a nearby tower and a clean line of sight to it. None of them requires a buried cable running to the property.
Starlink (satellite internet)
Starlink works almost anywhere in Nigeria because it connects to satellites overhead instead of a local tower or a buried cable.
That makes it the single most reliable option for genuinely remote areas with no terrestrial infrastructure nearby at all, including agribusinesses, schools, remote workers, and rural households or businesses with no other realistic path online.
The Residential Plan costs 57,000 naira a month for unlimited data, while the Roam Plan costs 38,000 naira a month and works nationwide, including in areas where Residential is waitlisted.
Hardware is the higher up-front cost: the Standard Kit runs 590,000 naira, and the portable Mini Kit costs 318,000 naira. Typical speeds run from 50 to 220 Mbps with latency between 20 and 60 milliseconds, fast enough for video calls and streaming.
The one condition Starlink can’t get around is power. The dish and router need a stable electricity supply, and given how inconsistent grid electricity is across most of Nigeria, most households running Starlink pair it with an inverter, solar setup, or small generator to stay online during outages.
4G/5G routers and MiFi devices
A 4G or 5G router, often sold as a MiFi device, is usually the cheapest way online in any area with decent mobile signal.
Basic 4G MiFi units can be found from roughly 7,000 naira upward on the open market, though pricing swings a lot by retailer and promotion since there is no single fixed national price list.
Premium 5G indoor routers can cost well over 100,000 naira but deliver noticeably higher speeds where 5G is available.
The catch with most of these plans is the Fair Usage Policy, or FUP. Providers market them as unlimited or high-allowance, but speed typically drops sharply once a data threshold within the billing cycle is crossed, even though the connection stays technically active.
Nationally, 4G connections make up 54.31% of Nigeria’s telecom network mix, which already puts mobile broadband far ahead of fibre’s roughly 265,000 FTTH connections in terms of actual reach.
If there is usable 4G signal at a specific address, a MiFi or router is almost always the cheapest way to go online.
MTN, Airtel, Glo, and 9mobile all sell these devices and plans, but checking signal strength at the exact address, not just the general area, matters more than which network you pick.
Fixed wireless
Fixed wireless sits between mobile data and full fibre.
An ISP installs a radio receiver at the home that picks up a signal from a nearby tower, so there’s no buried cable running to the property, but the service still depends on being within range and in a clear line of sight of that tower.
Providers like Spectranet and Tizeti sell both fixed wireless and fibre products, and they often deploy fixed wireless first in areas where laying fibre cable isn’t yet commercially justified.
It can be a genuinely good deal where it’s available, sometimes undercutting both Starlink and premium mobile plans on price.
The catch is that availability is still hyperlocal and tower-dependent, so it needs the same kind of site-specific verification as fibre before you commit to it.
A local ISP’s sales team is usually the fastest way to confirm whether a tower actually covers your street.
Comparing the cost and performance of each option
Choosing between these three options mostly comes down to weighing upfront hardware cost against ongoing monthly cost, then matching both against the speed you actually need.
Starlink asks for the largest hardware investment but doesn’t depend on any nearby tower.
A 4G or 5G router costs the least to start but is capped by whatever signal already reaches your street.
Fixed wireless sits in between on price but only exists where a provider has already put up a tower nearby. The table below lines up typical costs and performance so you can compare them directly.
| Option | Hardware cost | Monthly cost | Typical speed | Best fit |
|---|---|---|---|---|
| Starlink | 318,000 naira (Mini Kit) to 590,000 naira (Standard Kit) | 38,000 naira (Roam) to 57,000 naira (Residential) | 50 to 220 Mbps | Remote areas with no tower or cable nearby at all |
| 4G/5G router or MiFi | Roughly 7,000 naira (basic 4G) to over 100,000 naira (premium 5G) | Varies by data plan and FUP threshold | Varies with signal strength and network generation | Areas with decent existing mobile signal |
| Fixed wireless | Usually low-cost with installation, set by the ISP | Varies by provider, such as Spectranet or Tizeti | Comparable to fibre where a tower is in range | Areas within range of a provider’s tower |
Since a coverage map cannot tell you whether Starlink, a 4G router, or a fixed wireless plan will actually perform well on your specific street, Arandmi lets residents in underserved areas rate the real internet and power reliability they get, so you can see what has actually worked nearby before you spend a naira.
A decision framework for choosing between them
Picking between the three doesn’t require guesswork if you check the right things in the right order.
Start with what you can verify directly at your address rather than a general coverage map, since maps for all three technologies tend to round up.
- Test mobile signal at the address itself, not just the neighborhood. Borrow a SIM, ask a neighbor what network they use, or check with a phone on site. If 4G or 5G signal is usable there, a MiFi or router is almost always the cheapest way to get online.
- If signal is weak or nonexistent, or the household or business needs consistently higher speed than mobile data reliably delivers, Starlink is the more dependable option despite the higher upfront hardware cost, since it doesn’t depend on any tower being nearby.
- Ask a local ISP directly whether fixed wireless is available. Providers such as Spectranet and Tizeti can sometimes undercut both alternatives on price where a tower is already in range, but availability can’t be assumed and needs direct confirmation before you commit.
This ordering matters most for households in the country’s more underserved clusters.
A 2022 USPF study identified 97 unserved and underserved community clusters across Nigeria, representing about 27.91 million people with little or no meaningful telecom access. Closing this gap is estimated to require roughly $461 million, with part of the funding expected to come from the Universal Service Provision Fund (USPF).
For a household inside one of these clusters, satellite is often the only genuinely viable option, since it doesn’t depend on any local tower or cable network being built first.
If you want to understand the wider rural-urban access gap in more detail, or see how Starlink compares with fibre for underserved areas specifically, those breakdowns go deeper into the tradeoffs.
How to check real coverage before you commit
Every option above can look available on a coverage map and still perform poorly at your actual address, so verification before you buy anything is worth the extra day or two it takes.
For Starlink, check whether your address currently shows as available or waitlisted directly on Starlink’s own ordering page, since coverage there updates as new capacity comes online in different regions.
Confirm you have an unobstructed view of the sky from wherever the dish will sit, since trees, tall buildings, or a covered balcony can block the signal even in an area with good general coverage.
For a 4G or 5G router, borrow a SIM on the relevant network and test it at the exact spot in the building where you’d use the router, not just outside on the street.
Signal strength can differ sharply between a ground floor and an upper floor, or between the front and back of the same house.
Ask neighbors which network gives them the most consistent service, since that answer is often more reliable than an operator’s own coverage map.
For fixed wireless, contact the ISP directly rather than relying on a marketing page, since these networks are built tower by tower and their maps often lag or overstate actual deployment.
Ask specifically whether a tower already covers your street, not just your general area, and whether a site survey is needed before installation.
Doing this legwork before paying for hardware or signing up for a plan avoids the common outcome of buying equipment that technically works but performs far below expectations once installed.
None of these three options is universally better than the others, since the right one depends entirely on what already exists near a given street, tower, or rooftop.
The questions below cover the practical details that come up most often once someone has narrowed their choice down to Starlink, a mobile router, or fixed wireless.
Frequently Asked Questions
Is Starlink better than a 4G router for areas with no fibre?
Neither is better in every situation, since the answer depends on what already reaches your address.
A 4G router is cheaper to start and works well if there is decent mobile signal nearby, while Starlink costs more upfront but keeps working in areas with no usable tower signal at all, because it connects to satellites overhead rather than local infrastructure.
Households with unreliable grid power should also weigh Starlink’s need for a stable electricity supply against a router’s lower power draw before deciding.
How much does Starlink cost in Nigeria compared to a MiFi device?
Starlink’s Standard Kit costs 590,000 naira, or 318,000 naira for the portable Mini Kit, plus 57,000 naira a month for the Residential Plan or 38,000 naira a month for the Roam Plan.
A basic 4G MiFi device, by contrast, can be found from roughly 7,000 naira upward, with monthly data plans that vary by provider and by how much data is used before the Fair Usage Policy throttles speed.
The gap in upfront cost is large, but a router’s usefulness depends entirely on the mobile signal already available at your address.
Can fixed wireless internet work if there’s no fibre on my street?
Yes, fixed wireless doesn’t need a fibre or cable line to the property at all.
An ISP installs a radio receiver at the home that picks up a signal from a nearby tower, so coverage depends on distance and line of sight to that tower rather than on any buried cable reaching your street.
Providers like Spectranet and Tizeti often roll out fixed wireless in areas before extending fibre there, since it’s cheaper and faster to deploy.
Confirming with the provider directly, rather than assuming from a coverage map, is the only reliable way to know if it’s available at your address.
How do I check if my area has any internet coverage at all before buying equipment?
Start by testing a SIM card on the relevant mobile network at the exact spot you’d use the connection, since signal strength can vary within the same building.
Ask neighbors which network and internet option actually works well for them, since lived experience is often more accurate than an operator’s coverage map.
For Starlink, check availability directly on its ordering page using your address.
For fixed wireless, contact the ISP directly to ask whether a tower already covers your street. Skipping this step is the most common reason people end up with equipment that technically works but performs poorly.