Pakistan’s 5G spectrum auction, completed in March 2026, was one of the most closely watched events in the country’s telecom history. The conditions set by the Economic Coordination Committee (ECC) before bidding began determined not just who would win spectrum, but how quickly ordinary Pakistanis would actually see 5G on their phones. Here is what those conditions were, why operators cared so much about them, and what happened when the auction took place.
Why Pakistan Needed This 5G Spectrum Auction So Badly
For years, Pakistan’s mobile networks ran on just 274 MHz of spectrum. This is one of the lowest allocations in Asia, roughly one-third of what neighbouring Bangladesh holds, despite serving a population of nearly 240 million. The result was congested networks, slow speeds, and dropped calls.
The GSMA linked this spectrum shortage to economic losses of approximately $1.8 billion in GDP for each year of delayed spectrum release. With that kind of cost stacking up, the government finally moved in late 2025.
The Economic Coordination Committee approved the process of auctioning the 600 MHz spectrum, giving the green light for Pakistan’s first-ever 5G spectrum auction. Cabinet approval followed a day later, signalling that the political and economic leadership was aligned on moving ahead with the long-delayed shift to 5G.
What the ECC Set as Reserve Prices
Reserve prices, the minimum amounts operators must pay per block of spectrum, were a major point of tension. Operators had long argued that Pakistan’s spectrum was priced too high relative to their revenues. Sources indicate that the government planned to keep spectrum prices relatively affordable, following recommendations from its telecom consultants, with the goal of reducing financial pressure on operators and accelerating investment in network infrastructure.
The government set reserve prices in US dollars per MHz, to be converted into Pakistani rupees at the exchange rate on auction day. The 700 MHz band carried a reserve price of $6.5 million per MHz, the 1800 MHz and 2100 MHz bands were set at $14 million per MHz, the 2300 MHz band at $1 million per MHz, and the 3500 MHz band at $0.65 million per MHz. The 2600 MHz and 3500 MHz bands were made mandatory, requiring operators to collectively bid for at least 100 MHz in the first round to support 5G deployment.
This mandatory participation rule in key 5G bands was a firm ECC-backed condition. It meant no operator could simply skip 5G spectrum and focus only on cheaper 4G upgrades.
Payment Terms That Operators Watched Closely
How to pay was just as important as how much to pay. Telecom operators had asked for rupee-denominated pricing, long payment timelines, and interest-free plans. Their recommendations included setting reserve prices conservatively, lower than previous auctions, denominating fees in local currency, offering flexible payment options, and deducting the costs of license obligations from spectrum fees to ease financial pressures on operators.
The final framework offered some flexibility. Post-auction, winners pay initial fees with a one-year moratorium, then either 100% upfront or 50% down with a five-year deferred payment at KIBOR plus 3%. Performance Bank Guarantees are required to secure rollout commitments.
The one-year moratorium gave operators a breathing window before full payments began. The KIBOR-linked deferred option gave flexibility, but it tied costs to Pakistan’s local interest rate benchmark, meaning payments could rise if interest rates stayed high.
Rollout Obligations: The Real Test for Operators
Reserve prices matter at the bidding table. Rollout obligations matter on the ground. The auction’s design includes competitive safeguards and deployment obligations requiring operators to build out extensive network infrastructure. These include requirements for fiber-to-the-site connections and minimum rollout timelines that stretch into the early 2030s.
Winners face phased mandates over 2026 to 2035. In Phase 1, from 2026 to 2028, operators must build 1,000 sites per year with 20% of those being new sites, launch 5G in provincial capitals, reach 20% fiber-to-the-site connectivity, and meet quality targets of 20 Mbps downlink for 4G and 50 Mbps for 5G. Phase 2, from 2028 to 2030, raises the bar further with 5G expanding to ten more cities and fiber connectivity rising to 25%.
Under Phase 1, operators must deliver a median downlink speed of 20 Mbps for 4G and 50 Mbps for 5G. By 2030, the 5G speed requirement jumps to 100 Mbps.
Officials confirmed the policy would also include specific obligations to ensure early service deployment, with operators required to launch 5G in major cities within six months of winning spectrum licenses.
As of early 2026, only about 18% of Pakistan’s mobile sites are fiber-connected, making the Ministry of IT’s 80% target for 2029 the true benchmark for a genuine network upgrade. That gap between 18% and 80% is enormous, and it is the reason operators said rollout conditions were the hardest part of the framework to meet.
Operator Concerns and the ECC’s Response
Operators and GSMA further called for rollout obligations to account for challenging operating conditions, such as security concerns in FATA and Balochistan and damages caused by recent floods. They also wanted more time and lower financial pressure overall.
According to officials, the regulator incorporated feedback from telecom operators during the consultation process but maintained core elements such as quality of service standards, rollout obligations, base pricing, and payment terms without major revisions. Only limited technical changes were made.
Finance Minister Aurangzeb highlighted that the pricing and payment structures were designed with a ‘Pakistan-first’ approach to balance fiscal needs and the telecom sector’s investment capacity. That balance remained contested right until bidding day.
How the Auction Actually Turned Out
In March 2026, Pakistan concluded its most significant spectrum auction to date, with three major operators, Jazz, Zong, and Ufone, investing a total of $510 million to secure 480 MHz of spectrum out of 600 MHz offered.
This marks a near-tripling of the total spectrum assigned to mobile operators, expanding it from 274 MHz to over 750 MHz. The PTA launched the auction with affordable spectrum prices, significant structural reforms, and facilitations to ensure that spectrum acquisition translates into speedy site and fiber densifications.
Economic models project that a successful 5G rollout could inject an additional $4.7 billion into Pakistan’s GDP by 2035. But that will only happen if operators now deliver on their rollout commitments, which is exactly what the ECC-backed conditions were designed to enforce.
For more on how Pakistan’s financial policy is shaping the digital sector, see our coverage of how SBP digital banks are set to serve Pakistan’s 100 million unbanked citizens.
You can read the official PTA Information Memorandum and auction framework details directly on the Pakistan Telecommunication Authority website.
Frequently Asked Questions
What did the ECC approve for the 5G spectrum auction?
The ECC approved the process of auctioning around 600 MHz of spectrum across six bands. It set reserve prices, payment structures with a one-year moratorium and deferred options, and firm rollout obligations requiring 5G launches in major cities within six months of winning licenses.
Which operators took part in Pakistan’s 5G spectrum auction?
Only three established national operators stepped up: Pakistan Mobile Communications Limited (Jazz), CMPak Limited (Zong), and Pak Telecom Mobile Limited (Ufone). No new international operators applied, largely due to the challenging economic climate.
What are the rollout obligations after winning spectrum?
Winners must build 1,000 new cell sites per year in the first phase, launch 5G in provincial capitals, and meet speed targets of 50 Mbps for 5G by 2028 and 100 Mbps by 2030. They must also increase fiber connectivity at their sites to 20% in Phase 1 and 25% in Phase 2.
How were spectrum prices set and in which currency?
The government set reserve prices in US dollars per MHz, which will be converted into Pakistani rupees at the exchange rate on the auction day. Prices ranged from $0.65 million per MHz for the 3500 MHz 5G band up to $14 million per MHz for older 4G bands.
