2026 MWC Shanghai Watch: 6G shifts to “how to do it,” and satellite internet scales up while cutting costs
Blue Whale News, June 27 (Reporter Zhai Zhichao) The 2026 MWC Shanghai opened as scheduled recently. Unlike last year’s upbeat atmosphere of dense 5G-A commercial orders, this year’s halls were filled with cautious pragmatism—although the newly independent “6G Industry Ecosystem Zone” and “Future Constellations” satellite area drew large crowds, industry players were more eager to gauge when technology could turn into real money.
Blue Whale Tech reporters found that in 6G, the three paths of integrated sensing and communications, AI-native design, and air-space-ground integration are already undisputed, and chipmakers have even started pre-research and stockpiling; in satellite internet, the “land grab” for orbital frequencies is basically over, and large-scale networking and cost reduction have become the new topics. However, consensus ends at the technical level—device makers and investors are largely holding back, with the former waiting for killer apps and the latter unable to figure out the payback period. Even profitable international satellite players are finding early-stage civilian market cultivation difficult.
As the financial books for 5G investment have yet to be fully closed, 6G and satellite internet are collectively entering a transition phase of “clear vision, hard monetization.” The technical paths are narrowing, but commercial exits look broader. Under the constraints of real-world ROI, the industry needs a more practical answer than a grand narrative.
6G technical paths converge, but the business loop is still being explored
Walking into the 6G Industry Ecosystem exhibition area in Hall N3 at MWC Shanghai, five sections—Beijing 6G Lab General Area, Communications Enhancement, Integrated Sensing and Communications, Integrated Communications-Computing-Intelligence, and Space-Air-Ground Integration—laid out the core 6G technology vision in a clear, tangible way. On-site staff told Blue Whale Tech reporters that this is the first time MWC Shanghai has set aside a hall exclusively for 6G, sending a very clear industry signal: 6G has moved from conceptual debate into the critical phase of system validation.
“If last year everyone was still arguing over what 6G should do, this year the debate has shifted to how to do it and what trade-offs to make,” a technician from the Beijing 6G Lab General Area told reporters. At present, the three enhancement paths of integrated sensing and communications, AI-native design, and air-space-ground integration have basically formed an industry consensus, and key technologies such as terahertz communications and intelligent metasurfaces are also moving into prototype verification.
Upstream moves in the supply chain are clearly accelerating. At this expo, Qualcomm showcased an end-to-end 6G prototype system, GalaxySpace publicly displayed its self-developed second-generation direct-to-cell phased-array antenna in the 6G Industry Ecosystem Zone for the first time, and vivo presented its 6G pre-research prototype and technology roadmap. According to reports, unlike Xiaomi, which focuses on underlying transmission algorithms, and OPPO, which concentrates on communication paradigm innovation, vivo’s showcase is more geared toward end-to-end systems and application rollout—its complete 6G test system includes MR terminals, 6G terminal prototypes (UE), 6G base stations (RAN), and the core network.
The on-site head of a domestic chipmaker told reporters that the company’s internal 6G pre-research team is now twice the size of last year’s, and the logic is very clear: “If you wait until the standard is frozen to start, it will be too late; we have to build up our technical reserves in advance.”
However, compared with the enthusiasm upstream, device makers are relatively cautious. Blue Whale Tech reporters asked several phone brands in the 6G zone about their 6G terminal plans, and most responses were “closely monitoring,” with few consumer-grade 6G product demos on display. A 6G pre-research head at a global top-five handset maker said in informal conversation that it is still difficult to produce a clear commercial roadmap for 6G phones. The core reason is not insufficient technical capability, but that the path for translating end-user needs and application scenarios on the device side is still under evaluation. 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 from the mass consumer market.
Investors are just as cautious. During a break at the expo, Blue Whale Tech reporters met an early-stage investor focused on the TMT sector. After observing several demos in the 6G zone, he said the technology’s direction of evolution is impressive, but from an investment perspective, 5G capital returns are still being digested. The scale of R&D and network deployment investment needed for 6G later on is enormous, and there is still not enough data to support the exit timeline and return expectations. He admitted that, for now, the plan is mostly to keep tracking and observing, and the right time to act will have to wait for clearer commercial signals.
“Future Constellations”: the layout is taking shape, but the profit path still needs validation
Unlike the 6G zone, which focused on validating key technologies, the newly established “Future Constellations” satellite industry zone showed a different tempo—the orbital layout has already begun to take shape, and participants are moving into a phase of refining resources and costs.
Geespace, Guodian Gaoke, Yuanxin Satellite, and other domestic LEO broadband and narrowband constellation operators, along with international players such as Iridium, all built sizable booths. Geespace showcased real low-orbit satellite internet terminal devices for scenarios such as ocean-going vessels and desert mining areas; Guodian Gaoke highlighted Tianqi Constellation deployment cases in the IoT field; Yuanxin Satellite engineers even made a live connection and played video-call test footage based on the “Qianfan Constellation.”
“The contest for satellite internet orbital and spectrum resources has essentially come to an end; the key now is large-scale deployment and cost control.” A Guodian Gaoke staff member at the booth told Blue Whale Tech reporters. He said the mass-production cost of the company’s narrowband communication payloads is continuing to fall, but also noted that the user scale of satellite internet services has not yet reached break-even. At least over the next few years, government and industry orders will remain the basic pillar supporting revenue.
Terminal cost is a link worth watching in the process of building a profit model. Blue Whale Tech reporters discussed the BOM cost of satellite communication terminals with antenna and module vendors. Interviewees generally said costs are falling rapidly and the hardware is already capable of being integrated into mainstream handset designs, but most companies declined to disclose specific figures.
An Iridium business manager at the booth told reporters that by relying on narrowband voice and low-speed data services, Iridium has already achieved positive cash flow, but the traditional market is nearing saturation, so future growth will need to expand into IoT and emergency communications. By contrast, domestic LEO broadband constellations are still in a catch-up phase that prioritizes scale, and reaching break-even will take time and user accumulation.
