SGX Perspective: 2026 MWC Shanghai Observations—6G and Satellite Internet Enter a Transition Phase of Monetization and Cost Reduction

Recently, MWC Shanghai 2026 opened as scheduled. Unlike last year’s intense atmosphere where 5G-A commercial orders were landing rapidly, this year’s exhibition hall carried a cautious, pragmatic vibe: the newly independent “6G Industry Ecosystem Zone” and the “Future Constellation” satellite section were both popular, but the industry was more eager to simulate “when technology can turn into real money.”

In the 6G direction, integrated sensing and communication, AI-native, and space-ground integration have already become undisputed paths, and chip makers have even started pre-research stockpiling ahead of time; in satellite internet, the land-grab for orbital frequencies is basically over, and large-scale network deployment plus cost reduction has become the new theme. However, consensus stops at the technical level—terminal makers and investment institutions are largely standing still, the former waiting for killer apps, the latter unable to calculate the return period. Even international satellite players that are already profitable are feeling the pressure in the early cultivation of the civilian market.

While the financial bill for 5G investment has not been fully settled, 6G and satellite internet are collectively entering a transition stage of “clear vision, hard monetization.” The technical routes are narrowing, but the commercial path is becoming broader. Under real-world constraints on investment returns, the industry needs a more practical answer than a grand narrative.

6G technical routes are converging, but the commercial loop is still being explored

Walking into the 6G ecosystem zone in Hall N3 at MWC Shanghai, five sections—the Beijing 6G Laboratory overall zone, communication enhancement, integrated sensing and communication, compute-network-intelligence integration, and space-ground integration—clearly break down the core 6G technical vision. On-site staff told Blue Whale Tech reporters that this is the first time MWC Shanghai has dedicated a separate hall to 6G, sending a very clear industry signal: 6G has moved from concept discussion into a critical stage of system validation.

“If last year people were still arguing about what 6G should do, this year the argument is already about how to do it—and what trade-offs to make.” A technical staff member from the Beijing 6G Laboratory told reporters. At present, the three major enhancement paths—integrated sensing and communication, AI-native, and space-ground integration—have largely formed an industry consensus, and key technologies such as terahertz communications and intelligent metasurfaces are entering prototype validation.

The upstream supply chain is accelerating noticeably. At this exhibition, Qualcomm displayed an end-to-end 6G prototype system, Galaxy Space publicly showcased its self-developed second-generation phone-to-satellite phased-array antenna for the first time in the 6G ecosystem zone, and vivo displayed its 6G pre-research prototype and technical roadmap. According to reports, unlike Xiaomi’s focus on underlying transmission algorithms and OPPO’s emphasis on communication-paradigm innovation, vivo’s display direction is more oriented toward end-to-end systems and practical deployment—it showcased a complete 6G test system covering MR terminals, 6G terminal prototypes (UE), 6G base stations (RAN), and the core network.

A person in charge from a domestic chip maker told reporters that the company’s internal 6G pre-research team has doubled in size compared with last year, and the logic is clear: “If we wait until standards are frozen to start, it’s already too late. We have to build up the technical reserves in advance.”

However, compared with the enthusiasm upstream, terminal makers are more cautious. Blue Whale Tech reporters asked several phone brands about their 6G terminal plans in the 6G zone, and most responses were “closely watching,” with very few consumer product demos for 6G on display. An R&D director for a top-five global smartphone maker said in off-the-record conversation that it is still difficult to present a clear commercial roadmap for 6G phones. The core reason is not lack of technical capability, but that the transformation path from terminal-side needs to user scenarios is still being assessed. In his view, the experience dividends of 5G have not yet been fully released, and the immersive holographic and multi-sensory scenarios imagined for 6G are still some distance away from mass consumer adoption.

The investment community is equally cautious. During a break in the exhibition, Blue Whale Tech met an early-stage TMT investor who had looked at several demos in the 6G zone. He said the technical direction is impressive, but from an investment perspective, 5G’s capital returns are still being digested, and the R&D and network-deployment scale required for 6G is enormous. Exit timelines and return expectations still lack enough data support. “He admitted that, at this stage, the plan is mostly to keep tracking and observing, and the right time to act still depends on clearer commercial signals.”

“Future Constellation”: the structure is taking shape, but the profit path still needs validation

Unlike the 6G zone’s focus on core technical validation, the newly established “Future Constellation” satellite industry section showed a different pace—orbital patterns are already emerging, and participants are entering a stage of meticulous refinement in resources and costs.

Domestic low-orbit broadband and narrowband constellation operators such as Galaxy Space, Geespace, GH K, and Yuanxin Satellite, along with international players like Iridium, all built sizable booths. Galaxy Space displayed real low-orbit satellite internet terminal devices for scenarios such as ocean-going vessels and desert mining areas; GH K focused on the deployment cases of the Tianki constellation in IoT; Yuanxin Satellite’s engineers even linked live and played a video-call test achieved via the “Qianfan constellation.”

“The battle for satellite internet orbit and frequency resources is basically over; the current key is large-scale deployment and cost control.” A person on site from GHK told Blue Whale Tech reporters. He revealed that the company’s mass-production cost for narrowband communication payloads is falling continuously, but he also pointed out that the user base for satellite internet services has not yet reached breakeven. At least for the next few years, government and industry orders will remain the basic revenue pillar.

In the process of forming a profit model, terminal cost is an area worth watching. Blue Whale Tech reporters discussed satellite communication terminal material costs at antenna and module makers’ booths, and respondents generally said costs are falling quickly and are already capable of being integrated into mainstream device designs, but most did not disclose exact figures.

An Iridium business manager told reporters that Iridium relies on narrowband voice and low-speed data services and has already achieved positive cash flow, but the traditional market space is approaching saturation. Future growth will need to expand into IoT and emergency communications. Meanwhile, domestic low-orbit broadband constellations are still in a catch-up phase that prioritizes scale, and breakeven will take time and user accumulation.