Tele2 confirmed on July 9 that it won three spectrum blocks in a Lithuanian national auction run by the Communications Regulatory Authority (RRT), committing €9.8 million for a combined low-band and mid-band portfolio that secures its network foundation until October 31, 2042 — and sets the stage for a race against Telia to bring 5G Standalone to Lithuanian consumers.
The win hands Tele2 a layered spectrum stack purpose-built for the next phase of 5G competition: 2×5 MHz at 700 MHz for rural coverage and indoor penetration, a 1×20 MHz supplemental downlink block at 1500 MHz for capacity augmentation, and a renewed 2×20 MHz license at 2100 MHz that keeps its legacy mid-band anchor intact through the same 2042 expiry. All three licenses share a unified termination date — a deliberate regulatory choice by the RRT that gives Tele2 a synchronized planning horizon for infrastructure decisions over the next 16 years.
What Each Band Does in a 5G Network
The three-band combination reflects how modern 5G networks are actually engineered: not as a single frequency but as a stack of layers, each performing a different function.
The 700 MHz allocation is the coverage layer. At this frequency, radio signals propagate over long distances and penetrate building materials with far less attenuation than higher bands — a direct consequence of physics: at lower frequencies, the relationship between wavelength and free-space path loss means each kilometer of distance costs less signal energy. For Lithuania, a country with substantial rural territory outside Vilnius and its secondary cities, 700 MHz is what makes genuine nationwide 5G reachable rather than a headline metric confined to urban cores. Tele2’s existing 4G network already reaches 99.9% of Lithuanian territory through more than 1,600 base stations, and the 700 MHz 5G layer integrates with that same infrastructure.
The 1500 MHz block is a supplemental downlink (SDL) band — it carries only download traffic, with no paired uplink spectrum. In a 5G network, it functions through carrier aggregation: a device simultaneously connects to a primary anchor carrier (typically 2100 MHz or 700 MHz for paired FDD service) and the 1500 MHz SDL block, combining them into a single logical channel that delivers substantially higher peak downlink speeds than either band could provide alone. Telia acquired two 20 MHz blocks in the same 1500 MHz auction — 40 MHz total — signaling how much competitive value operators place on this band for capacity augmentation in dense areas.
The 2100 MHz renewal is the mid-band anchor, the same frequency range that underpinned Tele2’s 3G and 4G rollout. Extending that license to 2042 removes the risk of an expiry cliff mid-cycle and ensures 2×20 MHz of paired spectrum continues to serve as the backbone of network capacity planning.
Telia’s 5G Standalone Head Start Is the Story Behind This Auction
Understanding why Tele2 competed aggressively for this specific combination of bands requires understanding what its rival did in December 2025.
Telia became the first operator in Lithuania to launch nationwide 5G Standalone consumer service on December 10, 2025. The technical distinction matters: 5G Non-Standalone (NSA), the architecture Tele2 currently operates, connects its 5G radio access network to a 4G core for control-plane functions. It delivers faster data rates than 4G but inherits the 4G core’s latency floor — typically 15 to 18 milliseconds — and cannot support the network slicing or quality-of-service guarantees that enterprise customers require. 5G Standalone decouples the 5G radio entirely from the 4G infrastructure, connecting it directly to a 5G core network. The result is sub-10-millisecond latency, true network slicing, and the full capability set defined in 3GPP’s Release 15 specification — the features that allow an operator to sell dedicated capacity to a port, a factory, or a private corporate network at a contractual performance level.
Only 11% of mobile operators worldwide had launched commercial 5G Standalone services as of Telia’s December 2025 announcement, making Lithuania an unusually early market for the technology. GSA data tracks these commercial launches globally.
Telia’s SA network uses a combination of its 3.5 GHz mid-band spectrum and 700 MHz for wide-area reach, running on a cloud-native 5G core with nodes distributed across Lithuania to minimize round-trip latency. Tele2 holds a 3.5 GHz license in Lithuania — won in the 2022 RRT 5G auction — but has not yet announced a 5G Standalone launch date. The spectrum secured in this July 2026 auction completes Tele2’s low-band and supplemental-downlink layers, but the SA race will ultimately be decided by how quickly Tele2 activates a 5G core on its existing 3.5 GHz Nokia RAN.
How Spectrum Licensing Shapes a 16-Year Capital Cycle
The 2042 expiry date is not merely an administrative detail.
Mobile network infrastructure is built to last. A base station deployed in 2026 is designed to operate through the early 2040s, and the investment decision that puts it in the ground depends on confidence that the underlying spectrum rights remain valid through the expected payback period. A license expiring in 2030 or 2033 introduces planning uncertainty that compresses investment horizons and raises the effective cost of capital for network buildout. A license valid through 2042 removes that uncertainty for the next investment cycle and the one after it.
The payment structure reflects proportional commitment: of the €9.8 million total, €4.6 million is due in 2026, with the balance spread over subsequent years. For Tele2, which has been rolling out 5G infrastructure in the Baltics since 2022 in partnership with Nokia — its sole RAN vendor across Estonia, Latvia, and Lithuania under a long-term deal signed in 2022 — the license renewal and new acquisitions mean Nokia’s AirScale radio equipment can integrate the new spectrum blocks without a vendor transition or a full hardware replacement cycle. Nokia’s AirScale platform is engineered for plug-in upgrades from prior generations, meaning Tele2’s 1,600-plus existing base station sites become the physical foundation for activating the new 700 MHz and 1500 MHz allocations.
Lithuania’s RRT appears to be aligning with a broader European regulatory trend toward unified, extended license terms designed to give operators synchronized planning horizons. According to GSA’s April 2026 State of the Market report, the global 5G market is entering a phase defined less by headline service launches and more by network quality, architectural maturity, and service differentiation — a transition that requires the long-horizon investment certainty that multi-decade spectrum licenses provide.
Three Operators, One Race
Lithuania’s mobile market runs on three operators: Tele2, Telia, and Bite. That structure keeps all three investing aggressively, because market share in a three-player market is materially affected by quality differentiation in a way it would not be in a two-player duopoly.
Tele2’s 5G network currently reaches 90.2% of Lithuania’s population, and its 4G coverage at 99.9% of national territory sets a high baseline. The competitive challenge is no longer about coverage geography. Tele2 CEO of Baltics Petras Masiulis described the spectrum acquisition as focused on “improving connection quality throughout Lithuania, particularly in areas where customer demand is growing rapidly” — a signal that the next phase of competition is about capacity density and quality of service, not raw reach.
Telia has an early SA head start and, after acquiring 40 MHz in the same 1500 MHz auction band, a larger supplemental downlink capacity block. Bite holds mid-band 3.5 GHz spectrum from the 2022 auction. All three operators are investing in the infrastructure layers that SA requires.
Tele2 has also been phasing out its 3G network across Baltic operations to free spectrum for LTE and 5G refarming — a move that reallocates existing radio capacity toward higher-efficiency generations without requiring new spectrum acquisition. Combined with the July 2026 auction result, the operator now has the frequency assets needed to build a multi-band 5G SA architecture: 700 MHz for coverage, 1500 MHz for SDL capacity augmentation, 2100 MHz as the mid-band anchor, and 3.5 GHz as the high-capacity urban layer. What remains is the 5G core activation.
Frequently Asked QuestionsWhat is 5G Standalone, and why does it matter for Lithuanian consumers?
5G Standalone (SA) connects the 5G radio directly to a 5G core network, removing any dependency on 4G infrastructure. That architectural shift enables sub-10-millisecond latency — compared to 15 to 18 milliseconds on current non-standalone 5G — as well as network slicing, which allows operators to carve out dedicated capacity for specific applications or customers with contractual performance guarantees. Telia launched SA consumer service in Lithuania in December 2025. For consumers, the near-term difference is more predictable performance during peak hours; for enterprises and industrial customers, SA is what makes dedicated private connectivity commitments technically credible.
What does 700 MHz spectrum actually do for 5G coverage?
At 700 MHz, radio waves travel farther and penetrate buildings more effectively than at higher frequencies. A single 700 MHz cell site can cover a geographic radius many times larger than a 3.5 GHz site covering the same terrain, which is why low-band spectrum is the standard coverage layer for rural 5G deployment. For Lithuania, where Tele2 already covers 99.9% of territory with 4G, the 700 MHz 5G addition extends genuine 5G capability — not just claimed coverage — to areas where mid-band signals would require far denser infrastructure to reach.
Does winning this spectrum mean Tele2 has caught up with Telia on 5G Standalone?
Not yet. Spectrum is a necessary condition for 5G Standalone but not a sufficient one. Tele2 holds 3.5 GHz spectrum from the 2022 Lithuanian auction and has Nokia infrastructure deployed across its network, but launching SA requires activating a 5G core (5GC) — the network software layer that replaces the 4G core and enables all SA-specific capabilities. Telia already has that 5GC running. Tele2’s July 2026 spectrum additions complete the radio access layer for a full multi-band 5G architecture; the SA timeline will depend on when Tele2 activates its 5GC on top of that spectrum foundation.
Why do spectrum license terms matter — and what makes 2042 significant?
Spectrum licenses are the legal right to transmit on a defined set of frequencies for a defined period. Because mobile network infrastructure is expensive and designed to operate for a decade or more, an operator’s willingness to invest in a given site depends directly on how long its spectrum rights last. A license expiring in five to eight years produces a compressed investment calculus: the capital must pay back before the right expires. A license running to 2042 gives Tele2 16 years from today to recover infrastructure investments — enough to plan through one or two full network equipment refresh cycles — and aligns with the extended time horizon that 5G Advanced and early 6G planning requires.