Pakistan mobile network speeds for the second quarter of 2026 put Zong first on 4G download at 18.55 Mbps, ahead of Jazz on 17.61, Ufone on 12.82 and Telenor on 7.5. The national average is given as 18.9 Mbps, which is higher than the fastest operator on the list.
That is not an error so much as a labelling problem, and it is worth sorting out before anyone quotes the number.
The table
- Zong — 18.55 Mbps down, 7.81 up
- Jazz — 17.61 down, 6.26 up
- Ufone — 12.82 down, 4.42 up
- Telenor — 7.5 down, 2.82 up
National averages are quoted at 18.9 Mbps down and 5.32 Mbps up, rising to 31.3 Mbps on high-end devices. The measurements come from Opensignal, collected over 90 days from real smartphone users indoors and outdoors, at busy and off-peak times, across 20 cities including Lahore, Karachi, Islamabad, Rawalpindi, Multan, Gujranwala, Sialkot, Hyderabad, Mirpur, Skardu and Muzaffarabad.
Why the average beats the leader
An average of four numbers cannot exceed the largest of them, so the two figures are not measuring the same thing. The operator speeds are described as 4G. The national figure almost certainly spans all technologies in use, which now includes 5G.
Jazz confirmed passing 1,000 active 5G sites this month with a target above 2,500 by December, so there is enough 5G traffic in the sample to lift a blended national number above any single 4G average. The reconciliation is straightforward.
The reporting is not. A reader who takes 18.9 Mbps as the typical Pakistani experience and 18.55 as Zong’s is comparing a blended figure with a technology-specific one, and will conclude that every operator underperforms the country — which is arithmetically impossible and will still be repeated.
The handset gap is the real divide
The most useful number in the release is the one that will get the least attention. The national average is 18.9 Mbps; on high-end devices it is 31.3 Mbps.
That is a 66 percent difference produced by the phone in your hand rather than the network you pay for. Modern handsets carry better modems, support more carrier aggregation and more antenna combinations, and hold a usable signal where a budget device drops to a slower band.
Two Pakistanis standing on the same street, on the same operator, paying the same tariff, get materially different internet depending on what they could afford to buy. HMD launched a handset in Pakistan this week at Rs3,250. The gap between that end of the market and the one Opensignal calls high-end is the gap between 18.9 and 31.3, and no amount of spectrum fixes it.
A different method from the PTA’s
Eight days ago this site examined the PTA’s own quality of service survey for Azad Jammu and Kashmir and Gilgit-Baltistan, which found 1,788 milliseconds of latency and a 13.4-second webpage load for one operator in Astore.
The two exercises are not competing and neither is wrong. The PTA runs controlled drive tests against mandatory benchmarks at chosen locations — that produces enforceable compliance findings and names operators that fail. Opensignal aggregates what actual handsets experience over 90 days — that produces a picture of the typical user and cannot be gamed by testing on a good day.
Crowdsourced data has its own bias, and it runs in one direction: it over-samples people who own smartphones and use data heavily, in places where coverage is good enough to generate measurements at all. A village with no usable service contributes almost nothing to a crowdsourced average, which is precisely why the regulator’s drive tests still matter.
Mirpur, Muzaffarabad and Skardu appear in the 20-city list, so there is overlap. Nobody has published the two side by side, and doing so would be more informative than either alone.
The spread between operators
Zong at 18.55 Mbps against Telenor at 7.5 is a 2.47-fold gap on download and 2.77-fold on upload. That is not a marginal difference in customer experience; it is the difference between a video call that holds and one that does not.
Consumers cannot act on it easily. Pakistani mobile number portability exists but switching remains friction-heavy, and tariffs are not published in a form that lets anyone compare rupees per megabit. A performance table is only a market signal if the market can respond to it.
What would make this actionable
Three additions. Latency, which matters more than raw speed for everything people actually do on a phone and appears nowhere in the download-and-upload framing. Sample sizes by city, without which a 20-city comparison cannot be weighted. And a technology split, so a 4G figure is never printed next to a blended one without saying so.
The underlying work is solid. The presentation invites exactly the misreading that produced this article’s headline.
