Is Nepal Ready for 5G? Rollout Delays, Trials, and the Road Ahead

The global telecommunications landscape has shifted heavily toward the fifth generation of wireless technology. With 5G Standalone (SA) deployments accelerating worldwide, the conversation surrounding high-speed, ultra-low latency connectivity has naturally taken center stage in South Asia.

Yet, as neighbors make strides in commercial rollouts, a critical question looms over the Himalayan nation: Is Nepal ready for 5G?

While the technical promises of 5G—such as peak speeds of up to 20 Gbps, massive machine-type communication (mMTC), and latency dropping as low as 1 millisecond—are highly appealing, the ground reality in Nepal tells a story of mixed progress, structural bottlenecks, and deep financial hesitation.

1. The Current State of 5G in Nepal: A Timeline of Trials and Pauses

Nepal’s journey toward 5G began with a great deal of optimism, but it has hit several regulatory and logistical speed bumps along the way.

2021: NTA grants free trial spectrum (60MHz in 2600MHz band) to Nepal Telecom (Ntc).
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2023: Ntc officially launches internal 5G trials across select hubs (Kathmandu, Pokhara, Birgunj).
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2025: NTA revokes the trial spectrum before public commercialization; Ncell aggressively seeks trial frequencies.
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2026 (Current): Government shifts policy toward a formal 5G spectrum auction and implements "technology neutrality."

The state-owned operator, Nepal Telecom (Ntc), completed internal testing across major hubs including Sundhara, Babarmahal, Pokhara, and Birgunj. However, the commercial transition stalled when the Nepal Telecommunications Authority (NTA) revoked the trial spectrum in the 2.6 GHz band (n41).

Meanwhile, private operator Ncell Axiata has aggressively pushed for its own trial frequencies across multiple bands to avoid falling behind. In response, the Ministry of Communications and Information Technology and the NTA have pivoted away from extended free trials toward a formal 5G spectrum auction. To offer a bridge, the regulator implemented technology neutrality, allowing operators to refarm existing frequencies for 5G usage if they choose.

2. Infrastructure Gaps: The Unfinished 4G Foundation

One of the main reasons why experts doubt whether Nepal is prepared for 5G is due to its unstable current infrastructure. 5G does not operate in isolation; at its first stage of introduction, it uses Non-Standalone Architecture (NSA), which depends entirely on the currently existing infrastructure of 4G LTE cores and transmissions.
The Problem of NSA: If there are bottlenecks within the 4G system, in terms of both backhaul congestion and inadequate coverage, the 5G technology will be greatly affected.
According to ITU figures, Nepal has made impressive mobile broadband achievements, with about 88 percent of people covered by the 4G service. Still, geographic coverage is predominantly concentrated in the urban areas.

Furthermore, NTA’s routine “drive tests” frequently reveal that both major telcos struggle to meet quality-of-service parameters for standard 4G voice and data. The network is plagued by:

• Inadequate fiber-optic backhaul connectivity to rural towers.

• Intermittent power supply issues at remote Base Transceiver Stations (BTS).

• High latency and dropped connections during peak traffic hours in urban zones.

Upgrading to true mid-band or high-band (mmWave) 5G requires dense small-cell deployment. Because higher frequencies have shorter wavelengths, antennas must be placed every 50 to 100 meters in urban areas—a feat requiring massive amounts of fiber footprint that Nepal currently lacks.

3. The Financial Dilemma: High Investment, Uncertain ROI

Even if the technical infrastructure could be rapidly upgraded, the financial math behind a 5G rollout in Nepal is highly challenging for telecom operators.

Telecom operators face a multi-sided economic squeeze:

• Declining Voice Revenues: The massive rise of Over-The-Top (OTT) platforms like WhatsApp, Viber, and Messenger has steadily eroded traditional voice revenues—the historical cash cow for local telcos.

• Massive Capital Expenditure (CapEx): An Ncell official noted that establishing a robust 5G ecosystem would require an upfront investment exceeding Rs. 70 billion. Without immediate monetization models, such capital expenditure is difficult to justify to shareholders.

• The Device Ecosystem: To use 5G, consumers must own 5G-compatible handsets. While mid-range and flagship 5G devices are common in tech-centric areas, the wider public still holds onto older 4G or 3G devices. Nepal Telecom even cited a lack of localized 5G devices as a primary reason for delaying public trials.

4. Policy, Bureaucracy, and Geopolitical Undercurrents

The question of readiness also extends to policy and governance. The NTA has historically faced delays in finalizing standard operating procedures for new technology deployment.

Furthermore, public sector procurement in Nepal is bound by the rigid Public Procurement Act, which slows down equipment acquisition for state-owned Nepal Telecom

There is also the matter of geopolitics at stake here. Most of Nepal’s current 4G network system is based on the technology provided by Chinese telecom giants such as Huawei and ZTE. Considering the global debate regarding 5G technologies entails heavy technological rivalries between western nations and China, the upgrade of infrastructure becomes all the more difficult.

5. The Silver Lining: Why Nepal Must Eventually Transition

Despite these massive hurdles, saying Nepal is completely unready ignores the long-term cost of digital stagnation. 5G is not merely about downloading movies faster on a mobile phone; it is a foundational layer for broader digital transformation.

• Relieving Network Congestion: In densely populated sectors like downtown Kathmandu, Lalitpur, and Bhaktapur, 4G towers face severe capacity limits. 5G’s advanced beamforming and spectral efficiency allow thousands of devices to connect simultaneously without speed degradation.

• Replacing Expensive Fiber (FWA): Fixed Wireless Access (FWA) powered by 5G can serve as a highly viable alternative to physical Fiber-to-the-Home (FTTH) lines in difficult mountainous terrains where laying physical cables is economically impossible.

• Enabling the Digital Economy: Sectors like precision agriculture, smart-city management, and telemedicine in remote Himalayan districts require the ultra-reliable, low-latency communications (URLLC) that only 5G can reliably provide.

Final Verdict: Is Nepal Ready?

No, but it must prepare anyway.

In case “readiness” refers to the existence of an optimal fiber backbone, coherent spectrum policies, cheap 5G devices available throughout the nation, and thriving telecom service providers financially, then Nepal is not yet prepared for a 5G commercial launch. The only focus at this point should be improving the deteriorating quality of 4G services and laying fiber optic cables in mid-hill areas as well as the highways of Nepal. That being said, the best course of action would be a targeted launch through NSA configuration within densely populated business districts, industrial estates, and educational institutions. In order for this to become successful, however, the government would need to take an optimistic stand by, for example, waiving expensive spectrum fees. Otherwise, 5G services will continue to be a costly luxury, while the rest of the world moves towards 6G.