Pakistan 5G Speed Hits 127.74 Mbps, PTA Report Shows

Pakistan’s early 5G networks are delivering average download speeds of more than 127 Mbps, providing the clearest real-world indication yet of how much faster the country’s next-generation mobile networks could become.

According to the Pakistan Telecommunication Authority’s latest Mobile Network Experience Benchmarking Report, users connected to 5G recorded an average download speed of 127.74 Mbps during the second quarter of 2026.

The result is several times faster than Pakistan’s typical 4G experience.

However, there is an equally important number in the report:

3.95%.

That was the proportion of connected time users spent on 5G during the measurement period.

The two figures tell the real story of Pakistan’s 5G rollout.

When 5G is available, it can already provide a major improvement in speed.

The bigger problem is that users are still spending the overwhelming majority of their time outside 5G coverage.

Pakistan’s Average 5G Download Speed

The latest PTA benchmarking data puts Pakistan’s overall early-stage 5G download performance at:

The comparison demonstrates the potential performance improvement.

A 127.74 Mbps connection is roughly seven times faster than an 18 Mbps connection.

However, the comparison needs an important qualification.

Pakistan’s existing networks serve tens of millions of subscribers across an enormous geographical area, while 5G remains concentrated in relatively limited coverage zones with a much smaller user base.

PTA therefore cautions that current 5G results should be treated as indicative rather than a definitive nationwide performance benchmark.

How Fast Are Jazz, Ufone and Zong on 5G?

Earlier PTA data provided operator-specific 5G results.

The regulator reported average download speeds of approximately:

Jazz and Ufone were relatively close in those measurements, while Zong’s average was lower but still comfortably above 100 Mbps.

These numbers should not be interpreted as permanent rankings.

5G performance can change substantially as operators:

• Deploy additional sites
• Activate more spectrum
• Add users
• Improve backhaul
• Optimise networks
• Expand coverage

A network leading during an early deployment phase may not necessarily remain ahead after nationwide expansion.

Some 5G Tests Have Crossed 300 Mbps

Average speed also tells only part of the story.

Individual users can experience significantly higher speeds when close to a 5G site with good signal conditions and relatively little congestion.

ProPakistani previously conducted tests on Ufone’s 5G network in Islamabad and reported download speeds exceeding 300 Mbps while travelling.

Upload performance during those tests was much lower, generally remaining below 20 Mbps.

This illustrates an important point:

127.74 Mbps is an average — not Pakistan’s maximum possible 5G speed.

Individual speed tests can be much faster or slower.

What Does 127.74 Mbps Actually Mean?

Megabits per second can be difficult to translate into everyday use.

At a theoretical 127.74 Mbps, downloading a 1GB file would take roughly:

63 seconds.

A 5GB game or application download could theoretically take approximately:

5–6 minutes.

A 10GB download could take around:

10–11 minutes.

Real downloads will normally take longer because network overhead, server limitations, signal strength and congestion reduce practical transfer speeds.

Still, the difference compared with typical Pakistani 4G connections can be substantial.

5G Is About More Than Download Speed

The headline number attracts attention, but 5G was not designed simply to make speed tests look impressive.

Three major improvements are associated with next-generation networks:

Faster Data

5G can provide substantially higher download and upload capacity.

Lower Latency

Latency measures how long information takes to travel between a device and network.

Lower latency can improve:

• Online gaming
• Video calls
• Cloud applications
• Remote-control systems
• Industrial automation

Greater Network Capacity

5G can support large numbers of connected devices within relatively small areas.

That matters in:

• Stadiums
• Shopping centres
• Business districts
• Factories
• Universities
• Smart cities

The long-term economic value of 5G may therefore extend well beyond smartphone download speeds.

The Bigger Problem: 5G Availability Is Only 3.95%

This is arguably the most important finding in the latest report.

Users spent only 3.95% of their connected time on 5G during the measurement period.

That means the average user included in the measurements was connected to another network technology for more than 96% of the time.

This does not mean 3.95% of Pakistan geographically has 5G coverage.

“5G availability” measures how often compatible users are actually connected to a 5G network.

It is therefore a user-experience metric rather than a geographical coverage percentage.

Still, it demonstrates how early Pakistan remains in its 5G deployment.

Why Is Availability So Low?

Pakistan only conducted its major 5G spectrum auction in March 2026.

Operators therefore have had only months to deploy infrastructure.

Building a nationwide 5G network requires far more than activating software.

Telecom companies need to:

Acquire spectrum

↓

Install or upgrade radio equipment

↓

Connect towers with sufficient backhaul

↓

Optimise the network

↓

Expand coverage

↓

Support compatible smartphones

↓

Add capacity as users migrate

This process takes years rather than months.

Pakistan Auctioned 5G Spectrum in March

Pakistan’s long-awaited Next Generation Mobile Services spectrum auction took place on March 10, 2026.

Jazz, Ufone and Zong acquired spectrum during the auction.

Approximately 480 MHz of spectrum was allocated out of the 597.2 MHz offered.

The auction generated roughly $510 million, equivalent to around Rs141 billion.

The additional spectrum is important not only for 5G.

Government officials said the auction would also improve existing 4G services by giving operators additional network capacity.

5G Is Expanding Across Pakistani Cities

The initial rollout has focused heavily on major urban centres.

Pakistan’s 5G deployment has already expanded into multiple cities, but coverage remains concentrated around selected locations rather than providing continuous city-wide service everywhere.

This explains why a 5G-compatible smartphone may frequently switch between:

5G

and

4G/LTE

while travelling through the same city.

Seeing a 5G icon in one neighbourhood does not necessarily mean every part of that city has next-generation coverage.

Karachi Already Has Hundreds of 5G Sites

Karachi provides a useful example of how quickly deployment is progressing.

By September, the number of operational 5G sites in Karachi had increased from around 90 to 279.

Reported deployment included:

Jazz — 130 sites

Zong — 122 sites

Ufone — 27 sites

Even 279 sites, however, represent only a fraction of the approximately 5,000 LTE/4G sites operating across Karachi.

That difference helps explain why 5G availability remains limited despite commercial service being active.

Operators Have Major Deployment Targets

Pakistan’s licensing framework requires operators to expand significantly over the coming years.

During the first rollout phase covering 2026–2028, each mobile operator is reportedly required to deploy at least:

2,000 5G sites

and upgrade at least:

20% of existing 4G sites

across major cities including Islamabad, Rawalpindi, Karachi, Lahore, Peshawar and Quetta.

Those are minimum requirements rather than limits.

Operators can deploy additional sites depending on demand.

PTA Has Set 5G Speed Targets

The regulator is also establishing performance expectations.

PTA has reportedly set an initial median 5G speed baseline of 50 Mbps, with a phased target of:

100 Mbps.

That distinction matters.

Average speed and median speed are different measurements.

An average can be distorted upward by a smaller number of extremely fast results.

The median represents the middle user experience and can therefore provide a useful indication of what a typical customer receives.

Why Your 5G Speed Could Be Very Different

A user seeing 127.74 Mbps in a national report should not assume their own phone will always reach that speed.

Mobile-network performance depends on several variables.

Distance From the Tower

Users closer to a 5G site generally receive stronger signals.

Buildings

Walls, concrete and other structures can weaken higher-frequency signals.

Number of Users

A crowded cell site distributes capacity among more devices.

Spectrum

More available spectrum generally allows higher network capacity.

Backhaul

A fast 5G radio connection is useful only if the tower has sufficient connectivity to the wider internet.

Smartphone

Different phones support different frequency bands, modem capabilities and carrier aggregation technologies.

Server

The server providing the file or speed test can itself become a bottleneck.

Consequently, two people standing in different parts of Lahore could experience dramatically different 5G performance.

Your Phone Must Support Pakistan’s 5G Bands

Owning a smartphone with “5G” printed on the box does not automatically guarantee access.

The handset must support the spectrum bands used by Pakistani operators.

Software support also matters.

Some international smartphones require manufacturer or carrier configuration updates before 5G becomes available on a particular country’s networks.

PTA previously warned that some compatible devices may require software updates before their 5G capability can be activated in Pakistan.

Pakistan Has Millions of 5G-Ready Phones

Device availability is improving rapidly.

PTA reported in July that approximately 3.81 million 5G-compatible smartphones had already been registered in Pakistan.

Local manufacturing is also increasing.

By May 2026, nearly 961,000 locally manufactured 5G smartphones had reportedly been produced.

Major brands assembling compatible devices locally included:

• Samsung
• Vivo
• Infinix
• Tecno
• Oppo
• ZTE/Nubia

Increasing local production could gradually reduce one of the biggest barriers to adoption: handset affordability.

Why 4G Still Matters More for Most Pakistanis

Despite the attention surrounding 5G, Pakistan remains overwhelmingly a 4G mobile market.

For most users today, improvements to 4G may matter more than access to 5G.

The latest benchmarking data shows overall national download speeds remain relatively modest.

Zong averaged approximately:

18.55 Mbps

while Jazz averaged:

17.61 Mbps.

Ufone recorded:

12.82 Mbps

and Telenor:

7.50 Mbps.

These figures show why the government repeatedly argued that releasing additional spectrum was necessary even before widespread 5G adoption.

More Spectrum Can Improve 4G Too

Spectrum is effectively the wireless capacity available to telecom networks.

Imagine a motorway.

A network with limited spectrum is similar to a motorway with too few lanes.

As more users join, congestion increases.

Adding spectrum is like adding additional lanes.

Operators can use new spectrum to improve capacity and reduce congestion across existing services while simultaneously building 5G.

That means consumers without 5G smartphones could still benefit indirectly from the 2026 spectrum auction.

Fibre Is Critical to Fast 5G

A mobile tower needs a high-capacity connection to the rest of the internet.

This is known as backhaul.

The best option is often fibre-optic connectivity.

A tower may provide an excellent 5G radio signal to a smartphone, but if the connection behind that tower lacks sufficient capacity, users will still experience poor performance.

Pakistan has historically had relatively low fibre penetration among mobile sites.

The new rollout framework therefore includes requirements to increase the proportion of towers connected through fibre.

Operators are expected to raise their fibre-to-tower ratio to around 20% under the initial rollout requirements.

Microwave Backhaul Will Also Play a Role

Fibre cannot economically reach every tower immediately.

Telecom operators therefore also use high-capacity microwave links.

Pakistan has recently seen substantial improvements in microwave backhaul technology.

Jazz, for example, recently announced deployment of a 15.1 Gbps microwave backhaul link.

That does not mean customers receive 15.1 Gbps internet.

Instead, that capacity connects network infrastructure and can serve traffic from many users simultaneously.

Backhaul improvements like these will be important as 5G traffic increases.

5G Could Eventually Replace Some Home Broadband

One interesting consequence of faster mobile networks is Fixed Wireless Access, or FWA.

Instead of connecting a house through fibre or copper cable, an operator can provide a 5G router.

The router connects wirelessly to a nearby 5G site and distributes internet through Wi-Fi inside the home.

At speeds above 100 Mbps, this can compete with many existing Pakistani broadband connections.

For neighbourhoods where fibre installation is difficult, FWA could become one of the most important practical applications of 5G.

Gaming Could Benefit From Lower Latency

For gamers, raw download speed is not always the most important metric.

Latency matters more during gameplay.

A 500 Mbps connection with poor latency can provide a worse gaming experience than a 50 Mbps connection with stable low latency.

5G networks are designed to reduce latency compared with previous mobile generations.

However, actual gaming latency still depends on:

• Game server location
• International connectivity
• Network routing
• Local congestion
• Wi-Fi performance

5G therefore cannot eliminate every source of lag.

Streaming Will Require Less Bandwidth Than 5G Provides

A typical 4K video stream generally requires far less than 127 Mbps.

That means a stable 5G connection at Pakistan’s current average can theoretically support multiple high-resolution video streams simultaneously.

The benefit is not simply watching one YouTube video at higher speed.

The larger advantage is capacity.

Many users can consume high-bandwidth services in dense locations without overwhelming the network as easily.

5G Could Be More Important for Industry Than Smartphones

Some of the most important 5G applications may never appear on a consumer’s phone.

Industrial users can deploy private or specialised 5G networks for:

Factory automation

Warehouses

Ports

Mining

Smart grids

Agriculture

Logistics

Surveillance

and

Internet of Things devices.

These applications benefit from reliable wireless connections, low latency and the ability to connect large numbers of devices.

Pakistan’s long-term economic benefit from 5G will therefore depend partly on whether businesses adopt the technology for productivity rather than simply faster mobile entertainment.

Pakistan’s 5G Network Is Still Too Young to Rank Definitively

It is tempting to declare one Pakistani operator the “fastest 5G network.”

At this stage, that conclusion would be premature.

PTA itself has cautioned that the limited 5G footprint and relatively small user population mean early results should be treated as indicative.

Network rankings can change rapidly during rollout.

Imagine one operator initially activates 5G at 100 carefully selected high-capacity locations.

Its average could look excellent.

When it expands to 2,000 sites and millions of users join, the average can change.

Another operator could simultaneously add more spectrum or fibre and overtake it.

The more meaningful comparison will emerge once all three operators have substantial networks and large numbers of active 5G subscribers.

127 Mbps Today Does Not Tell Us Pakistan’s Final 5G Speed

Early networks are rarely representative of mature deployments.

Several competing effects will influence future performance.

More spectrum and network optimisation can increase speeds.

More towers can improve signal quality.

Better fibre can improve capacity.

But millions of additional users can increase congestion.

The eventual customer experience will depend on whether network investment keeps pace with traffic growth.

Pakistan’s current 127.74 Mbps average should therefore be treated as an early benchmark, not the country’s permanent 5G speed.

How Does This Compare With 4G?

Using the latest reported national figures, the difference is substantial.

A 1GB download at approximately:

18 Mbps 4G

could theoretically take around:

7.5 minutes.

At:

127.74 Mbps 5G

the same download could theoretically take approximately:

one minute.

Again, real-world performance will vary.

But the comparison illustrates why 5G becomes noticeable during large downloads, app updates and cloud-based work.

Should You Buy a 5G Phone Now?

For someone purchasing a new smartphone that they intend to keep for several years, 5G compatibility is increasingly useful.

Pakistan’s network will expand considerably over the lifetime of a modern phone.

But buying a new handset only to access 5G may provide limited immediate benefit if the user’s home, office and regular travel routes do not yet have reliable coverage.

Before upgrading specifically for 5G, users should consider:

Does my operator provide 5G where I live?

Does it cover my workplace?

Does my phone support the relevant bands?

Has the manufacturer enabled 5G for Pakistan?

Do I actually need speeds above my existing 4G connection?

Coverage matters more than the maximum number printed on a speed test.

What Pakistan Needs Next

The early speed figures suggest that Pakistan’s 5G technology itself can deliver meaningful improvements.

The challenge is now scale.

Operators need to build thousands more sites.

Pakistan also needs:

More fibre

Reliable electricity for telecom infrastructure

Affordable 5G smartphones

Improved international connectivity

More spectrum efficiency

and

Consistent network investment.

If those pieces develop together, today’s isolated high-speed 5G zones can gradually become a genuinely nationwide next-generation network.

The Bottom Line

Pakistan’s early 5G networks delivered an average download speed of 127.74 Mbps during Q2 2026, according to the latest PTA benchmarking report based on Opensignal measurements.

Earlier PTA figures showed individual operator averages of approximately:

Jazz — 135.42 Mbps

Ufone — 133.65 Mbps

Zong — 108.66 Mbps

Individual tests have gone substantially higher, including Ufone results above 300 Mbps in Islamabad.

But speed is only half of Pakistan’s 5G story.

Users spent just 3.95% of their connected time on 5G during the latest measurement period.

That demonstrates that coverage—not raw speed—is currently the biggest limitation.

Pakistan’s 5G rollout only began following the March 2026 spectrum auction, and operators are still building networks across major cities.

As thousands of additional sites come online, the percentage of time users spend connected to 5G should become a more important measure than isolated speed-test records.

For now, 127.74 Mbps demonstrates that Pakistan’s 5G networks can deliver a substantial performance improvement.

The next challenge is making those speeds available consistently to millions more users.