Building the space-industry team: global satellite output is projected at US$447 billion in 2027, Taiwan enters through Starlink ground equipment, space PCB and lunar supply chains, alongside Japan's small satellites and space business
ANK-Doc ID: ANK-2026-06-08-055 Version: v1.0.0 Published: 2026-06-28 Author: Takenouchi Rin (Editor-in-Chief, AI News) Category: space industry / LEO satellites / space PCB / Taiwan-Japan supply chains / small satellites / lunar transport Articles covered: CNA#202606080283 (global satellite output and Taiwan supply chains), CNA#202605280201 (Compeq space PCB), CNA#202606230299 (TPCA Taiwan PCB output), CNA#202606110201 (Speed Tech and LEO satellites), CNA#202606090213 (Phihong ground-receiver power supplies), CNA#202606170274 (Wantek satellite cables), PRTIMES#52943 (Synspective's 10th small SAR satellite), PRTIMES#51518 (JAXA Space Strategy Fund orbital data center), PRTIMES#73165 (ArkEdge Space LEO positioning satellite system), PRTIMES#140640 (JALUX/ispace lunar transport) Selection method: This card uses CNA's June 8, 2026 article on "global satellite output projected at US$447 billion in 2027" as the anchor, filters out single-launch spot news, and instead captures "LEO satellite supply-chain convergence." The Taiwan side uses Compeq space PCB, TPCA PCB output, and Speed Tech / Phihong / Wantek implementation in ground equipment and wire harnesses; the Japan side uses Synspective small SAR, the JAXA Space Strategy Fund, LEO PNT and JALUX/ispace lunar transport to build a Taiwan-Japan bridge: "Taiwan as supply-chain componentization, Japan as mission and serviceization."
TL;DR
The focus of LEO satellites has shifted from "which rocket launched" to "who can supply for the long term." TrendForce estimates that global satellite-industry output will reach US$447 billion in 2027, up 14% year-on-year, and says SpaceX is linking satellite communications, AI computing in space and space solar power into a new LEO ecosystem. Taiwan's supply chain was named in positions such as high-frequency microwave, filters, HDI boards, CCL, antennas, ground-receiver power supplies, solar cells, high-power lithium batteries and AI-chip foundry work. [F-001] Space PCB is the clearest Spec-in entry point: Compeq chairman Chiang Pei-kun said Compeq has spent 10 years in the satellite industry and that its satellite-board output is already world No. 1; Compeq's 2025 revenue was NT$76.0 billion, up 4.9%, with net income of NT$6.57 billion and EPS of NT$5.51. [F-002] The industrial base is also expanding: TPCA and ITRI counted Taiwan PCB manufacturing output at NT$245.6 billion in Q1 2026, up 19.6% and a record for the same quarter, and estimated Q2 2026 at NT$256.1 billion, up 17.4%, and full-year 2026 at NT$1.0532 trillion, up 15.1%. [F-003] Implementation is not limited to PCB: Speed Tech entered the Starlink supply chain last year, with 2026 delivery value for LEO satellite products estimated to grow by more than 1x from 2025 and revenue share potentially reaching 5%; Phihong has entered the supply chains of three North American LEO satellite customers; Wantek expects 2026 capex of NT$300 million to NT$400 million, including about NT$250 million for phase 3 expansion of high-speed cable at its Thailand plant, after which total monthly capacity could reach 8 million to 10 million meters. [F-004][F-005][F-006] Japan is building a different kind of team: Synspective's 10th small SAR satellite reached orbit at 02:43 on June 27, 2026 and confirmed antenna deployment; the JAXA Space Strategy Fund supports an orbital data center and a LEO positioning satellite system; JALUX and ispace are also turning the 2028 lunar landing mission into a payload transport service purchasable by companies and municipalities. [F-007][F-008][F-009][F-010]
Body
Trigger: US$447 billion is not launch news, but a supply-chain map
This card does not focus on a single launch. It focuses on the "team building" of the LEO satellite industry: which materials, components, ground equipment and mission services are starting to be procured for the long term.
According to CNA citing TrendForce, as satellite broadband, direct-to-device satellite connections and AI computing demand grow quickly, global satellite-industry output is estimated to reach US$447 billion in 2027, with a 14% annual growth rate. [F-001] The article breaks the SpaceX supply chain into satellite antenna modules, RF front-end modules, printed circuit boards (PCB), beamforming ICs, solar cells, and compound-semiconductor materials such as gallium arsenide and gallium nitride. On the Taiwan side, it names Universal Microwave Technology for high-frequency microwave components and filters, Compeq for HDI boards, WNC for satellite terminal antennas and RF system integration, TSEC for solar cells, Molicel for high-power lithium batteries, Elite Material and Iteq for advanced CCL materials, and TSMC for manufacturing demand tied to space AI computing chips. [F-001]
This breakdown is more useful as the main body of an industry card than "SpaceX IPO" talk, because it translates LEO satellites from a capital-market theme into questions Taiwan companies can actually face: can they enter the BOM, pass reliability validation and deliver in volume?
First Taiwan side: ground equipment runs first, with Speed Tech, Phihong and Wantek each taking a section
The first landing point for Taiwan vendors is ground equipment and wire harnesses. Speed Tech chairman Tsai Chen-lung said Speed Tech entered the Starlink supply chain last year, providing wire-harness connectors for ground receiving stations; volume starts in 2026, with added items such as connectors and base mechanical parts. The company estimates 2026 delivery value for LEO satellite-related products will grow by more than 1x from 2025, and LEO satellites could reach 5% of revenue. [F-004] This is not a whole satellite; the ground receiving station and related connection parts are being Spec-in first.
Phihong places LEO satellites on the power-supply side. General manager Lin Kuan-hung said Phihong has entered the supply chains of three North American LEO satellite customers, all as one of the key suppliers, mainly providing ground-receiver power supplies, and hopes to move toward high-power supplies such as Gateways. The company also estimates that networking-communications products will rise from 27% of 2025 revenue to 40% in 2026. [F-005] Wantek enters through satellite cables and high-end wire. The company said Q1 2026 net income attributable to the parent was NT$79.23 million, EPS NT$0.43, and expects 2026 capex of NT$300 million to NT$400 million, including about NT$250 million for phase 3 expansion of high-speed cable at its Thailand plant. After completion, total monthly capacity could reach 8 million to 10 million meters. [F-006]
Second Taiwan side: space PCB is a high-reliability Spec-in path
The second landing point is space PCB. At the 2026 shareholders' meeting, Compeq chairman Chiang Pei-kun said the company has cultivated the satellite industry for 10 years and has been involved in almost all vendors' new product development projects. He said Compeq's satellite-board output is now world No. 1, the LEO satellite industry has moved from technology exploration into commercialization, satellite broadband terminal users exceed 10 million, and space PCB demand is limitless. [F-002]
The split here must be honest: "world No. 1" is the chairman's company statement for that year, not a third-party ranking. But Compeq's 2025 financial figures are citable: revenue of NT$76.0 billion, up 4.9%, net income of NT$6.57 billion and EPS of NT$5.51. [F-002] This card therefore does not write Compeq as the sole winner; it places the company within the industrial context of "PCB reliability upgrade."
That context is supported by TPCA and ITRI's industry survey: Q1 2026 Taiwan PCB manufacturing output was NT$245.6 billion, up 19.6% and a record for the same quarter; by application market, communications accounted for 28.9%, computers 26.5%, semiconductors 14.6%, consumer electronics 13.8% and automotive 9.4%. Q2 2026 output is estimated at NT$256.1 billion, up 17.4%, while full-year 2026 is estimated at NT$1.0532 trillion, up 15.1%. [F-003] TPCA also cautioned that although communications applications have support from satellite-communications demand, smartphone demand and memory prices may offset part of the momentum. This means satellite PCB cannot be treated as the only explanation for the entire PCB cycle.
Third Taiwan side: national teams and lunar supply chains do not mean production is already ramping
The third landing point is national missions and lunar supply chains. Taiwan already has academic and industrial energy in autonomous space propulsion, such as National Cheng Kung University's micro-satellite plasma thruster team, but this card avoids turning research results directly into revenue. A supply-chain card can cite disclosed corporate and industry figures; national teams and lunar activity belong in a forward-looking section until formal contracts, validation milestones or production orders upgrade them into hard facts.
This also avoids misreading a "lunar vision" as near-term revenue. Cases such as SpaceX, ispace and JALUX show that lunar activity is being productized into payload, data, transport and mission services, but schedules depend heavily on launch, landing, validation and regulatory processes. This article does not provide legal or investment advice; it separates citable facts from risk framing.
Japan side 1: small SAR is not a concept; Synspective has reached its 10th satellite
The first Japan line is the serviceization of small-satellite missions. Synspective announced that its 10th small SAR satellite was launched by Rocket Lab on an Electron rocket from the Mahia Peninsula launch site in New Zealand at 02:43 Japan time on June 27, 2026, successfully reached orbit and confirmed antenna deployment. Communications are normal and the satellite is controllable; over the next several months the company will validate functions such as observation and data acquisition. [F-007]
This is launch news, but it is not isolated spot news, because Synspective has already linked "small SAR satellite development and operation, SAR data sales and analytics solutions" into a service. When compared with the Taiwan supply-chain card, the point is not who is better at launching; it is that Japan's commercial satellite companies are closer to "mission and data service providers," while Taiwan vendors more often enter through BOM components, materials and ground equipment.
Second Japan side: the JAXA Space Strategy Fund pushes space business toward orbital data centers and LEO PNT
The second Japan line is JAXA and policy funding pushing the space industry toward new service formats. DigitalBlast announced participation in the second phase of the JAXA Space Strategy Fund theme "orbital data center construction technology," with SpaceBlast as the representative organization. The goal is to develop high-reliability edge-computing technology for processing space-generated data on orbit, and combine large terrestrial AI with small spacecraft AI to form a "space-version AI cloud" service. [F-008]
ArkEdge Space also announced completion of element-technology and system studies for JAXA's FY2025 commissioned project, the "Dedicated LEO PNT" low-orbit positioning satellite system. The concept uses a constellation of ultra-small satellites at about 500 to 1200 kilometers altitude, versus existing GNSS at about 20,000 kilometers, to provide more resilient positioning, navigation and timing services. The project period was September 2025 to March 2026. [F-009] These are not already commercialized revenue; they push Japan's space business from single satellites toward service layers such as data centers, positioning, interference resistance and safety resilience.
Japan side 3: lunar services are being packaged as payloads companies can buy
On the lunar side, Japan is also turning missions into purchasable services. JALUX and ispace announced that they signed a payload transport service contract for ispace's planned 2028 lunar landing mission. JAL and JALUX began selling payload transport slots to companies and municipalities on May 27, 2026. The dedicated lunar transport box "Mobius Ark" measures about 20cm x 20cm x 10cm. [F-010]
The citable value of this case is not "the Moon landing has already succeeded," but the business model. Airlines, trading companies and lunar-transport companies are packaging cultural preservation, corporate products and local goods as payload sales. If Taiwan wants to assemble a lunar national team, it does not need to write itself as a launch country in the short term. It can first ask which materials, communications systems, wire harnesses, batteries, PCB, image-data processing, ground stations and mission-integration capabilities can be procured by international lunar missions.
Risk factors
- Company statements and third-party statistics must be separated: Compeq's "world No. 1 satellite-board output" is the chairman's statement; TPCA's NT$245.6 billion output figure is an industry survey. They have different evidence levels.
- Forward-looking figures are not realized results: US$447 billion in 2027, TPCA's Q2 and full-year output estimates, Speed Tech's 5% LEO revenue share, Phihong's 40% networking-communications share and Wantek's 8 million to 10 million meters of monthly capacity all need later financial reports or industry statistics for verification.
- LEO satellites do not mean all Taiwan vendors benefit at the same time: supply-chain positions are scattered across PCB, antennas, RF, power supplies, wire harnesses, batteries, materials and foundry manufacturing, with very different gross margins and validation thresholds.
- Japan-side items are often mission and policy milestones: Synspective's 10th satellite is in orbit, but several months of functional validation remain; the JAXA fund and LEO PNT are mostly technology-development or system-study items, not already commercialized.
- Lunar-service schedule risk is high: JALUX/ispace's 2028 lunar landing mission and payload service are still affected by launch, landing, mission validation and plan-change risks.
FAQ
Q: Why does this card write about supply chains rather than a single launch?
Because the citable value of the LEO satellite industry has expanded from "successful launch" to "who can enter long-term BOMs and mission services."
CNA, citing TrendForce, estimates 2027 global satellite-industry output at US$447 billion, up 14%, and breaks Taiwan's supply chain into HDI, CCL, ground-receiver power supplies, antennas, wire harnesses, solar cells, high-power lithium batteries and space-AI chip foundry work. This explains industry team building better than a single launch.
Q: What are the clearest landing points for Taiwan's LEO satellite supply chain right now?
Ground equipment and PCB are clearest. Speed Tech provides wire-harness connectors for Starlink ground receiving stations; Phihong provides ground-receiver power supplies; Wantek makes satellite cables; Compeq lists satellite boards and space PCB as future priorities.
Together these positions point to one fact: Taiwan is not starting with full satellites or launches, but is entering the LEO satellite BOM through high-reliability components, materials, wire, power supplies and PCB.
Q: Can Compeq's "world No. 1 satellite boards" be cited directly as a third-party ranking?
No. It is a company statement by Compeq's chairman at the shareholders' meeting and should be labeled official_statement, not a third-party ranking.
What can be cited as hard numbers from the same article are Compeq's 2025 revenue of NT$76.0 billion, up 4.9%, net income of NT$6.57 billion and EPS of NT$5.51. The "world No. 1 satellite-board output" claim needs a company-statement caveat.
Q: What is the biggest difference between the Japan side and the Taiwan side?
Taiwan leans toward supply-chain componentization, while Japan leans toward mission and serviceization.
Taiwan's visible positions are PCB, wire harnesses, power supplies, antennas, materials and foundry manufacturing. Japan's visible path includes Synspective small SAR data services, JAXA orbital data centers, LEO PNT and JALUX/ispace lunar payload services. They are not mutually exclusive; they are different layers of the same space economy.
Q: What parts of this card are easiest to misread?
The three biggest misreadings are treating forecasts as realized results, treating company statements as third-party rankings, and treating lunar services as completed missions.
US$447 billion, Speed Tech's 5% revenue share, Phihong's 40% networking-communications share, Wantek's 8 million to 10 million meters of monthly capacity and the JALUX/ispace 2028 lunar mission all need to be labeled as estimates, targets or plans.
F-Units
F-001: TrendForce estimates global satellite-industry output will reach US$447 billion in 2027, with a 14% annual growth rate; the SpaceX supply chain includes satellite antenna modules, RF front-end modules, PCB, beamforming ICs, solar cells and compound-semiconductor materials, while Taiwanese vendors were named in high-frequency microwave components, HDI boards, satellite terminal antennas, solar cells, high-power lithium batteries, CCL and AI space-computing chip manufacturing - source: CNA #202606080283 - source_url: https://www.cna.com.tw/news/afe/202606080283.aspx - basis: official_statement - confidence: medium - period: 2027 output estimate - caveat: US$447 billion and 14% are TrendForce estimates, not realized results; the named supply-chain positions are research and CNA relays, and do not mean each company has disclosed orders of equivalent size
F-002: Compeq chairman Chiang Pei-kun said Compeq has cultivated the satellite industry for 10 years and that its current satellite-board output is world No. 1; Compeq's 2025 revenue was NT$76.0 billion, up 4.9%, net income was NT$6.57 billion, EPS was NT$5.51, and he said satellite broadband terminal users exceed 10 million - source: CNA #202605280201 - source_url: https://www.cna.com.tw/news/afe/202605280201.aspx - basis: official_statement - confidence: medium - ticker: 2313 - period: 2025 financials and 2026-05-28 shareholders' meeting remarks - caveat: "World No. 1 satellite-board output" and "terminal users exceed 10 million" are the company chairman's statements, not third-party rankings; 2025 revenue, net income and EPS were disclosed by the company at the shareholders' meeting and relayed by CNA
F-003: TPCA and ITRI counted Taiwan PCB manufacturing output at NT$245.6 billion in Q1 2026, up 19.6% and a record for the same quarter; by application market, communications accounted for 28.9%, computers 26.5%, semiconductors 14.6%, consumer electronics 13.8% and automotive 9.4%; Q2 2026 is estimated at NT$256.1 billion, up 17.4%, and full-year 2026 at NT$1.0532 trillion, up 15.1% - source: CNA #202606230299 - source_url: https://www.cna.com.tw/news/afe/202606230299.aspx - basis: official_statement - confidence: high - period: Q1 2026 actuals / Q2 and full-year 2026 estimates - caveat: Q1 NT$245.6 billion and 19.6% are industry-survey actuals; Q2 NT$256.1 billion, 17.4%, full-year NT$1.0532 trillion and 15.1% are TPCA estimates; communications applications are only partly supported by satellite-communications demand and cannot all be attributed to LEO satellites
F-004: Speed Tech chairman Tsai Chen-lung said Speed Tech entered the Starlink supply chain last year, providing wire-harness connectors for ground receiving stations; 2026 delivery value for LEO satellite-related products is estimated to grow by more than 1x from 2025, and LEO satellites could reach 5% of revenue; Q1 2026 net loss attributable to the parent was NT$180 million, EPS was a NT$1 loss, and the company also recognized about NT$170 million of inventory valuation adjustments and about NT$97 million of foreign-exchange losses - source: CNA #202606110201 - source_url: https://www.cna.com.tw/news/afe/202606110201.aspx - basis: official_statement - confidence: medium - ticker: 5457 - period: Q1 2026 and 2026 outlook - caveat: LEO satellite delivery-value doubling and 5% revenue share are company outlooks; Q1 net loss, EPS, inventory valuation and foreign-exchange loss are company explanations relayed by CNA
F-005: Phihong general manager Lin Kuan-hung said Phihong has entered the supply chains of three North American LEO satellite customers, mainly providing ground-receiver power supplies; the company estimates networking-communications products will rise from 27% of 2025 revenue to 40% in 2026; Q1 2026 revenue was NT$2.095 billion, down 10.9% quarter-on-quarter and 7.2% year-on-year, with net loss attributable to the parent of NT$145 million and EPS loss of NT$0.35 - source: CNA #202606090213 - source_url: https://www.cna.com.tw/news/afe/202606090213.aspx - basis: official_statement - confidence: medium - ticker: 2457 - period: Q1 2026 and 2026 outlook - caveat: Three North American customers and 40% networking-communications share are company statements and outlooks; Q1 revenue and profit/loss are company investor-conference information relayed by CNA
F-006: Wantek said Q1 2026 net income attributable to the parent was NT$79.23 million, down 20.5% quarter-on-quarter and 31.8% year-on-year, with EPS of NT$0.43; its five-year revenue CAGR target is up to 25%, and the long-term gross-margin target is 20%; 2026 capex is expected at NT$300 million to NT$400 million, including about NT$250 million for phase 3 expansion of high-speed cable at the Thailand plant, after which total monthly capacity could reach 8 million to 10 million meters - source: CNA #202606170274 - source_url: https://www.cna.com.tw/news/afe/202606170274.aspx - basis: official_statement - confidence: medium - ticker: 6190 - period: Q1 2026 and 2026 outlook - caveat: CAGR, gross margin, capex and capacity are company targets or plans; the outlook for satellite-cable revenue share doubling from last year needs later financial-report verification
F-007: Synspective announced that its 10th small SAR satellite was launched by Rocket Lab on an Electron rocket from the Mahia Peninsula launch site in New Zealand at 02:43 Japan time on June 27, 2026, successfully reached orbit and confirmed antenna deployment; it will spend several months validating functions such as observation and data acquisition - source: PRTIMES #52943 - source_url: https://prtimes.jp/main/html/rd/p/000000100.000052943.html - basis: official_statement - confidence: high - period: Post-launch announcement on 2026-06-27 - caveat: Orbit insertion and antenna deployment are company announcements; commercial service and data quality still require several months of functional validation
F-008: DigitalBlast announced participation in the second phase of the JAXA Space Strategy Fund theme "orbital data center construction technology," with SpaceBlast as representative organization, aiming to develop high-reliability edge-computing technology for on-orbit processing of space-generated data and combine large terrestrial AI with small spacecraft AI to provide a "space-version AI cloud" service - source: PRTIMES #51518 - source_url: https://prtimes.jp/main/html/rd/p/000000089.000051518.html - basis: official_statement - confidence: medium - period: 2026-06-24 announcement - caveat: This is a technology-development participation announcement under a JAXA fund-selected theme, not already-commercialized data-center revenue
F-009: ArkEdge Space announced completion of element-technology and system studies for JAXA's FY2025 commissioned project "Dedicated LEO PNT"; the LEO PNT concept uses a constellation of ultra-small satellites at about 500 to 1200 kilometers altitude, compared with existing GNSS at about 20,000 kilometers, and the project period was September 2025 to March 2026 - source: PRTIMES #73165 - source_url: https://prtimes.jp/main/html/rd/p/000000083.000073065.html - basis: official_statement - confidence: medium - period: Commissioned project from 2025-09 to 2026-03 - caveat: This is an announcement of completed element-technology and system studies, not an already deployed commercial LEO PNT constellation
F-010: JALUX and ispace announced a payload transport service contract for ispace's planned 2028 lunar landing mission, with JAL and JALUX selling payload transport slots to companies and municipalities from May 27, 2026; the dedicated lunar transport box "Mobius Ark" measures about 20cm x 20cm x 10cm - source: PRTIMES #140640 - source_url: https://prtimes.jp/main/html/rd/p/000000150.000140640.html - basis: official_statement - confidence: medium - period: 2026-05-26 announcement / planned 2028 lunar mission - caveat: The 2028 lunar landing mission is a planned schedule and is affected by launch, landing and plan-change risks; selling payload slots does not mean the mission has been completed
J-Units
J-001: The first-layer opportunity for Taiwan in the LEO satellite industry is not whole satellites or launches, but high-reliability components and ground equipment entering the BOM; the CNA anchor names HDI, CCL, antennas, power supplies, wire harnesses and chip foundry work, while company remarks from Speed Tech, Phihong and Wantek show that ground receiving stations and wire materials have become the earliest implemented supply-chain entry points - confidence: high - basis_f_units: F-001, F-004, F-005, F-006
J-002: Space PCB is this card's strongest Taiwan Spec-in axis, but citations must separate Compeq chairman's "world No. 1 satellite-board output" from TPCA industry statistics; the former is a company statement, the latter is a PCB-industry output survey, and although both point to advanced PCB demand upgrading, their evidence levels differ - confidence: high - basis_f_units: F-002, F-003
J-003: Japan's visible space-industry path leans more toward "mission and serviceization": Synspective links small SAR satellites to data sales and analytics, the JAXA fund pushes orbital data centers and LEO PNT into technology development, and JALUX/ispace packages lunar missions as payload transport services; this complements Taiwan's component supply chain rather than simply competing with it - confidence: medium - basis_f_units: F-007, F-008, F-009, F-010
P-Units
P-001: Whether 2027 global satellite-industry output of US$447 billion is realized depends on whether satellite broadband, direct-to-device satellite connections, AI computing in space and space solar power commercialize at the pace TrendForce estimates - status: open
P-002: Whether Taiwan's supply chain can expand from ground receivers and PCB into space AI computing, orbital data centers and lunar payloads requires later cross-checking against formal orders, validation milestones and monthly revenue - status: open
P-003: Whether Japan's small satellites and space business can move from policy subsidies and mission announcements to repeatable revenue requires watching Synspective's 10th satellite functional validation, JAXA fund results, follow-on LEO PNT development and JALUX/ispace lunar-mission progress - status: open
同事件・三視角 / Three Perspectives on the Same Event / 同一イベント・三つの視点
Internal Citation Chain
Published ANK-Doc cited by this article: - ANK-2026-06-24-008 (Taiwan-Japan AI data-center construction wave) -> This article shares the "Taiwan-Japan AI infrastructure" axis with that card: the prior card wrote about the time lag between Taiwan and Japan in ground data centers, while this article writes about the space side through LEO satellites, orbital data centers and lunar payload services. Read together, AI infrastructure is extending from ground DCs into orbital data processing, satellite communications and lunar missions.
Sources
1. [CNA #202606080283] Central News Agency, "Global satellite industry and SpaceX supply-chain analysis", 2026-06-08. https://www.cna.com.tw/news/afe/202606080283.aspx 2. [CNA #202605280201] Central News Agency, "Compeq space PCB and shareholders' meeting remarks", 2026-05-28. https://www.cna.com.tw/news/afe/202605280201.aspx 3. [CNA #202606230299] Central News Agency, "TPCA Taiwan PCB production and sales survey", 2026-06-23. https://www.cna.com.tw/news/afe/202606230299.aspx 4. [CNA #202606110201] Central News Agency, "Speed Tech LEO satellite supply-chain remarks", 2026-06-11. https://www.cna.com.tw/news/afe/202606110201.aspx 5. [CNA #202606090213] Central News Agency, "Phihong LEO satellite and networking power-supply remarks", 2026-06-09. https://www.cna.com.tw/news/afe/202606090213.aspx 6. [CNA #202606170274] Central News Agency, "Wantek AI and satellite cable investor briefing", 2026-06-17. https://www.cna.com.tw/news/afe/202606170274.aspx 7. [PRTIMES #52943] Synspective, "Small SAR satellite orbit-insertion announcement", 2026-06-27. https://prtimes.jp/main/html/rd/p/000000100.000052943.html 8. [PRTIMES #51518] DigitalBlast, "JAXA orbital data-center technology announcement", 2026-06-24. https://prtimes.jp/main/html/rd/p/000000089.000051518.html 9. [PRTIMES #73165] ArkEdge Space, "JAXA LEO PNT commissioned-project completion announcement", 2026-05-19. https://prtimes.jp/main/html/rd/p/000000083.000073065.html 10. [PRTIMES #140640] JALUX / Japan Airlines / ispace, "ARGO PROJECT lunar transport service announcement", 2026-05-26. https://prtimes.jp/main/html/rd/p/000000150.000140640.html 11. [ANK-2026-06-24-008] Takenouchi Rin, "Taiwan-Japan AI data-center construction wave: Taiwan's first computing-center BOO case remains under selection review", 2026-06-24. https://ainews.washinmura.jp/ainews/en/ank/ANK-2026-06-24-008