Who won Pakistan’s 5G auction?

For most people, a spectrum auction sounds abstract, technical, and far removed from ordinary life. When in fact, it is not. Contrarily, it is the single most important step that will shape the telecom market dynamics, and also the future of whatever is left of the “Digital Pakistan” dream.

What Pakistan sold on Tuesday was not just frequency blocks on a regulator’s spreadsheet. It sold the future “road space” on which mobile internet will travel. In three rounds, the country raised $507 million by assigning 480 MHz of spectrum to Jazz, Ufone and Zong. Jazz bought 190 MHz, Ufone 180 MHz and Zong 110 MHz. But the detail is in the fine print.

Official auction documents had made 597 MHz available across multiple bands, and the blocks actually sold in this auction came from the 700 MHz, 2300 MHz, 2600 MHz and 3500 MHz ranges/bands. 

What does it mean and why does it matter?

Spectrum matters because it underpins the quality of everyday digital connectivity. It determines whether a WhatsApp call drops indoors, whether YouTube buffers during peak hours, whether mobile data slows to a painful crawl in basements, and whether a 5G service delivers real speed improvements rather than a cosmetic upgrade.

But beyond these mundane everyday experiences, spectrum also shapes the reliability and responsiveness of the digital economy. From locally housed global SaaS operations to small local businesses that rely on mobile internet to reach customers, effective connectivity depends on sufficient and well-managed spectrum. In that sense, spectrum is not merely a technical resource but a foundational input for sustained digital growth

Pakistan already has more than 200 million telecom subscribers, 150 million broadband subscribers and over 2 million FTTH users, which means the country is already deeply connected but still overwhelmingly reliant on mobile networks rather than fibre going into homes. For a country like that, spectrum is not even a luxury upgrade, it is a necessity for digital capacity. One that has already been delayed. 

To understand what happened at the auction, it helps to step away from technical jargon for a moment. Think of spectrum as different types of roads in a transport network built for airwaves that carry data. Some are long highways that stretch deep across the countryside. Like two-way roads carving mountains, villages and buildings, carrying cargo across all kinds of terrains. Others are dense 5-lane urban expressways that don’t move far, but let more traffic cover shorter distances at higher speeds.

In this network, Pakistan’s 700 MHz band functions like the long-distance highway, much like the Karakoram Highway. The World Bank-backed 5G readiness plan for Pakistan describes it as optimal for coverage, making it useful for extending both 4G and 5G services across large geographic areas. It takes 5G internet to tighter corners, vast areas and guarantees more coverage.

The 2300 MHz and 2600 MHz bands resemble busy city routes designed to handle heavy flows of mobile data in between populated areas. Think of the GT road in Punjab, running through all the major cities of Northern Punjab, providing a reliable transit across urbanised terrain. 

Meanwhile, the 3500 MHz band is the global backbone of early 5G deployments, offering a balance between reach and the capacity needed to deliver faster speeds in urban centers, much like the 10-Lane Islamabad Expressway. You do not go far on it, but you get to anywhere within the city in under 30 minutes. Speed is key with this one.

(Note: The analogy is an oversimplification of nuances that may categorise different spectrum bands and is meant for a cursory understanding of the concept)

Meanwhile, radio spectrum itself is used by mobile networks to transmit calls, messages and internet data between phones and telecom towers. Governments own this spectrum and allocate it to telecom operators through auctions. The amount of spectrum an operator holds is also measured in megahertz (MHz), which represents the width of radio frequencies it can use to carry signals. 

A larger amount of MHz means a wider “channel” for data traffic, allowing networks to support more users and faster connections. In Pakistan’s latest spectrum auction, operators purchased additional MHz of bandwidth across several frequency bands to expand their network capacity and prepare for next-generation services.

This is not to be confused with frequency bands, explained earlier, such as 700 MHz, 2300 MHz, 2600 MHz and 3500 MHz. Those numbers describe where the spectrum sits in the radio frequency range and each band behaves differently. Lower frequencies like 700 MHz travel longer distances and are useful for covering rural areas and penetrating buildings, while mid-range bands such as 2300 MHz and 2600 MHz balance coverage and speed. Higher bands like 3500 MHz carry larger amounts of data and are widely used internationally for 5G networks, although they cover shorter distances and require more towers.

It is important to note that while some of the existing spectrum in lower frequency bands can support 5G, telecom operators need to purchase additional spectrum because most of their existing frequencies are already being used to support current 2G, 3G and 4G services. New technologies such as 5G require wider blocks of spectrum to deliver higher speeds and handle increasing volumes of data as smartphone use, video streaming and digital services expand.

By acquiring more spectrum across different bands, operators increase the total capacity of their networks and create the technical foundation needed to roll out faster mobile services and improved connectivity for users. But which operator acquired how much? And what does it mean for the broader telecom infrastructure and market?

Jazz: The leader buys insurance everywhere

Jazz entered this auction from a position of scale. VEON’s 2024 integrated report described Pakistan as its leading market, with 71.5 million mobile customers, a 37% subscriber share and 95.7% 4G population coverage. PTA’s Q3 2025 survey also places Jazz first in auto-mode mobile broadband download, second in 4G coverage and second in voice quality standings. 

And so, Jazz’s auction behaviour looked like what a market leader does when it wants both defence and expansion. It was the only company that bought something in every important layer: 20 MHz in 700 MHz range, 50 MHz in 2300 MHz range, 70 MHz in 2600 MHz range and 50 MHz in the 3500 MHz range. For the average user, the most important of those is probably the 700 MHz purchase. 

Jazz was the only winner to buy new low-band coverage spectrum, and low-band is what helps signals travel farther and get indoors more effectively. That means Jazz did not just buy more speed, rather it bought future reach. Over time, that should help it improve service in harder-to-cover places, strengthen indoor performance, and build a broader 5G layer rather than a patchy urban one. 

The 2300 MHz and 2600 MHz purchases tell a second story. Jazz is already large, and large operators suffer first when networks get congested. A smaller network can look quick on a light day. A large network has to stay usable when millions pile on at once. By buying extra capacity spectrum in both 2300 and 2600 MHz, it has prepared for exactly that problem. The everyday crowding that users feel in shopping districts, offices, campuses and dense neighbourhoods. The 3500 MHz purchase then gives it a credible 5G launch layer on top. Put simply, Jazz bought a full-spectrum strategy.

But that strategy can also be interpreted as ambitious. Jazz’s biggest problem is not lack of ambition, it is the burden of market leadership. A company with the largest base must improve the largest footprint, and it must do so while maintaining price discipline in a market where consumers are highly cost-sensitive.

Talking to Profit, a Jazz spokesperson said that it plans to invest $1 billion over the next three years to strengthen its network and digital infrastructure, supporting the gradual rollout of 5G service. Which means that they are already thinking in terms of how to get ahead of the competition in every way.

“This investment will allow us to support the rollout of 5G services, strengthen our network, and continue expanding reliable connectivity to millions of Pakistanis.”, said JazzWorld CEO Aamir Ibrahim, in a media statement.

While Jazz has over the years been able to achieve some level of segmentation and targeted customer plans, its spending burden is likely to be the heaviest as a result of this auction. Moreover, customers will judge it by the toughest standard, not whether it is fast in a few places, but whether it is dependable almost everywhere. 

For a Jazz user, then, this auction probably means the least dramatic but most broadly useful outcome. They may not always get the flashiest headline speed test, but are more likely to benefit from a steadier mix of better indoor coverage, fewer dead zones over time and smoother performance as traffic grows. 

Ufone: A big urban 5G gamble

Ufone’s pre-auction position was more complicated and, in some ways, more interesting. PTCL said Ufone crossed 26 million total users and 17 million 4G users in 2024. By September 2025, PTCL said Ufone’s 4G penetration had reached 69.2%, while 44% of its 3G network had been phased out and spectrum was being reallocated to strengthen 4G and VoLTE. 

At the group level, PTCL also completed the acquisition of Telenor Pakistan on December 31, 2025, though Telenor was to remain a separate legal entity during the transition before planned integration with PTML, subject to approvals. Ufone’s digital sub-brand Onic had also crossed 406,000 subscribers in 2025. 

Ufone’s auction choices were very different from Jazz’s. It bought nothing in 700 MHz and nothing in 2300 MHz. Instead, it concentrated heavily in the upper mid-bands: 60 MHz in 2600 MHz and a striking 120 MHz in 3500 MHz. That makes Ufone the boldest pure 5G-capacity buyer in the auction. 

Since 3.5 GHz is the main global 5G band, the company has positioned itself for very wide 5G channels in dense urban zones, where headline speed and network responsiveness matter most. In plain language, Ufone seems to have said: we are not buying the broadest coverage toolkit, we are buying the strongest urban 5G punch. 

For Ufone consumers, this could be the most dramatic upside of the entire auction. If Ufone executes well, city users with compatible phones may see the largest leap in peak performance, especially in areas where traffic is heavy and 4G networks currently feel crowded. And because Ufone sits inside PTCL Group, it has a clearer route than most to combine mobile upgrades with fixed-network assets, enterprise services and converged offers. Onic’s growth also suggests Ufone is already thinking in digital-first terms rather than only in traditional prepaid telecom terms. 

That combination of large 3.5 GHz holdings, group-level integration and a digital sub-brand, all point toward a future consumer strategy built around urban 5G, higher-value users and bundled digital experiences. 

But the weakness is equally clear. Ufone bought no 700 MHz coverage layer. That means it did not buy the strongest new tool for deep indoor reach or long-distance rural expansion. PTA’s Q3 2025 survey also showed that Ufone was not entering the 5G race from a position of across-the-board network superiority. It ranked fourth in voice, third in 4G coverage and behind rivals in several broadband categories, even though it performed better in webpage loading and some latency indicators. 

So Ufone’s spectrum win is powerful, but it is not forgiving. It gives the company less room to hide. If execution is good, users in big cities could be pleasantly surprised. If execution is slow, those huge 3.5 GHz holdings will look like a missed opportunity rather than a breakthrough. 

There is another clue in Ufone’s own consumer messaging. The company is already pushing VoLTE and telling users in some areas to move to 4G-compatible SIMs and handsets as 3G is suspended. That suggests its near-term consumer strategy is not simply “launch 5G.” It is “migrating the base upward” from 3G to 4G, from circuit-switched voice to VoLTE, from legacy users to more data-heavy digital customers. 

For ordinary subscribers, that may mean the first visible benefit of this auction is not 5G itself, but a stronger 4G network and clearer voice quality on modern devices. 

Zong: A bet on performance, not breadth

Zong’s starting point is different again. Its 2024 sustainability report says it serves over 50 million subscribers and has roughly 26% market share. The company has also said it has over 32 million 4G subscribers and more than 14,000 4G-enabled sites nationwide, and in the first half of 2024 it added more than 400 new 4G sites. Independent network studies line up with that performance-heavy identity: Opensignal’s February 2025 report said Zong users recorded the fastest average download speeds in Pakistan at 17.3 Mbps, while PTA’s Q3 2025 survey ranked Zong first in 4G coverage, third-party app download and upload, voice, and SMS. 

Zong’s auction behaviour was measured. It bought 60 MHz in 2600 MHz and 50 MHz in 3500 MHz, for a total of 110 MHz. It did not buy 700 MHz, and it did not buy 2300 MHz. For consumers, this suggests Zong is not trying to become all things to all people. It is reinforcing the network identity it already had: a strong data-performance operator that wants more capacity where users are already active, plus enough 3.5 GHz spectrum to launch real 5G services. This is not the spectrum portfolio of a company trying to rebuild its brand from scratch. It is the portfolio of a company that thinks its core strength already exists and now needs targeted reinforcement. 

For a Zong user in an area where Zong already performs well, that may be entirely sensible. More 2600 MHz should help relieve congestion, while 3500 MHz should support faster next-generation hotspots in cities and other high-traffic locations. Heavy data users may continue to like Zong for the same reason many already do: it often feels built for people who care more about raw data experience than about prestige branding. The risk, however, is that Zong bought less total spectrum than both rivals and skipped the new low-band layer entirely. If the market increasingly rewards “good almost everywhere” rather than “excellent where already strong,” that could become a constraint later. 

So Zong’s post-auction consumer strategy looks likely to remain disciplined. Expect it to defend its reputation for data performance, add capacity where it can make a visible difference, and avoid overpaying for broad spectral insurance. That is a rational strategy. It is also a revealing one. Zong seems to believe that its weakness is not performance, but portfolio breadth.

What this means for ordinary people

The simplest way to read the auction is this. Jazz bought the most balanced future. Ufone bought the biggest urban 5G opportunity. Zong bought the clearest continuation of a data-performance strategy. Those are not the same thing. And because they are not the same thing, there is no single winner for all consumers. 

If you are the kind of user who cares most about broad future coverage, indoor performance and a lower chance of being left behind outside city centres, Jazz’s auction looked strongest. 

If you are a city user who wants the biggest possible step-up when 5G appears and are willing to bet on a challenger with more to prove. Ufone may become the most interesting network to watch. If you already get strong Zong service where you live and mostly care about fast, stable data rather than the broadest possible coverage mix, Zong’s selective bet may suit you just fine. 

There is, however, one important reality that applies to all three operators. Spectrum alone does not create a better user experience. Towers and infrastructures matter. Things like fibre backhaul, devices, and pricing matter. 

That is why the PTA’s rollout conditions place so much emphasis on site deployment, coverage obligations and FTTS ratios. It is also why policy changes around fibre matter almost as much as the auction itself. Pakistan has removed right-of-way charges for fibre rollout as part of a broader push to reduce deployment barriers, and the government has tied the auction to a more fibre-heavy expansion path. In practice, this means that the real consumer story over the next year may not begin with a 5G icon. It may begin with whether 4G feels less congested and more consistent. 

The fact that 480 MHz sold out of the 597 MHz made available is revealing too. The operators were interested, but not reckless. They did not simply grab every block. They bought according to their identity. Jazz bought breadth. Ufone bought depth in 5G-friendly urban bands. Zong bought reinforcement. That selectivity is useful because it tells consumers what each company thinks it is selling in the coming decade. For the ordinary Pakistani mobile user, then, the right question is not “Who won the auction?” It is “Which company bought the future I actually need?”