• How does the intensifying strategic competition between the US and China affect the security and economic decisions of countries in the Indo-Pacific, particularly in relation to Taiwan and the South China Sea?

    The intensifying strategic competition between the US and China forces countries in the Indo-Pacific to make complex choices that significantly affect their security and economic decisions.
    They must navigate a difficult path between their economic reliance on China and their security dependence on the US, a dynamic often described as "hedging".
    This balancing act is becoming increasingly difficult as both superpowers demand clearer alignment.

    Security Decisions-
    The military rivalry between the US and China directly influences regional security decisions, particularly regarding Taiwan and the South China Sea.

    Taiwan: The threat of a potential Chinese invasion of Taiwan has prompted the US and its allies to strengthen their military presence and cooperation in the region. This has led to:

    Increased Military Alliances: The US has revitalized existing alliances and created new security partnerships, such as AUKUS (Australia, UK, US) and the Quad (US, Japan, India, Australia). These alliances are designed to enhance collective security and deter Chinese aggression, but they're viewed by China as an attempt at encirclement.

    Taiwan's Defense Modernization: Taiwan itself is accelerating its own defense modernization efforts, acquiring advanced weaponry and training to strengthen its deterrence capabilities against a possible attack from China.

    South China Sea: China's expansive territorial claims and construction of military bases on artificial islands in the South China Sea directly challenge the maritime security of its neighbors. This has led to:

    Freedom of Navigation Operations (FONOPs): The US regularly conducts these operations to challenge China's claims and uphold international law, which is seen by some Southeast Asian nations as a necessary counterweight to Chinese assertiveness.

    Regional Military Spending: Countries with competing claims, such as Vietnam and the Philippines, are increasing their military spending and forging stronger security ties with the US and its allies. This creates an arms race dynamic in the region and raises the risk of accidental confrontation.

    Economic Decisions-
    Economically, the US-China rivalry is forcing a reassessment of global supply chains and trade relationships.

    Supply Chain Diversification: Many countries are re-evaluating their economic reliance on China, especially after the COVID-19 pandemic and the US-China trade war exposed the vulnerabilities of having concentrated supply chains.
    This has led to a "China-plus-one" strategy, where countries seek to diversify their manufacturing and production to other nations, with Southeast Asian countries often being the beneficiaries.

    Competing Economic Blocs: The US has launched initiatives like the Indo-Pacific Economic Framework for Prosperity (IPEF) to offer an alternative to China's economic influence, which is primarily driven by its massive Belt and Road Initiative (BRI).
    Countries are now faced with the choice of engaging with these competing economic frameworks, each with its own set of rules and benefits.

    Taiwan's Economic Vulnerability: Taiwan is at the center of this economic competition due to its dominance in the semiconductor industry.
    The US is pressuring Taiwan to align with its policies to secure its supply of advanced chips, while China uses its economic leverage to isolate Taiwan.
    This makes Taiwan's economy a key strategic asset and a potential target in any future conflict.
    How does the intensifying strategic competition between the US and China affect the security and economic decisions of countries in the Indo-Pacific, particularly in relation to Taiwan and the South China Sea? The intensifying strategic competition between the US and China forces countries in the Indo-Pacific to make complex choices that significantly affect their security and economic decisions. They must navigate a difficult path between their economic reliance on China and their security dependence on the US, a dynamic often described as "hedging". This balancing act is becoming increasingly difficult as both superpowers demand clearer alignment. Security Decisions- The military rivalry between the US and China directly influences regional security decisions, particularly regarding Taiwan and the South China Sea. Taiwan: The threat of a potential Chinese invasion of Taiwan has prompted the US and its allies to strengthen their military presence and cooperation in the region. This has led to: Increased Military Alliances: The US has revitalized existing alliances and created new security partnerships, such as AUKUS (Australia, UK, US) and the Quad (US, Japan, India, Australia). These alliances are designed to enhance collective security and deter Chinese aggression, but they're viewed by China as an attempt at encirclement. Taiwan's Defense Modernization: Taiwan itself is accelerating its own defense modernization efforts, acquiring advanced weaponry and training to strengthen its deterrence capabilities against a possible attack from China. South China Sea: China's expansive territorial claims and construction of military bases on artificial islands in the South China Sea directly challenge the maritime security of its neighbors. This has led to: Freedom of Navigation Operations (FONOPs): The US regularly conducts these operations to challenge China's claims and uphold international law, which is seen by some Southeast Asian nations as a necessary counterweight to Chinese assertiveness. Regional Military Spending: Countries with competing claims, such as Vietnam and the Philippines, are increasing their military spending and forging stronger security ties with the US and its allies. This creates an arms race dynamic in the region and raises the risk of accidental confrontation. Economic Decisions- Economically, the US-China rivalry is forcing a reassessment of global supply chains and trade relationships. Supply Chain Diversification: Many countries are re-evaluating their economic reliance on China, especially after the COVID-19 pandemic and the US-China trade war exposed the vulnerabilities of having concentrated supply chains. This has led to a "China-plus-one" strategy, where countries seek to diversify their manufacturing and production to other nations, with Southeast Asian countries often being the beneficiaries. Competing Economic Blocs: The US has launched initiatives like the Indo-Pacific Economic Framework for Prosperity (IPEF) to offer an alternative to China's economic influence, which is primarily driven by its massive Belt and Road Initiative (BRI). Countries are now faced with the choice of engaging with these competing economic frameworks, each with its own set of rules and benefits. Taiwan's Economic Vulnerability: Taiwan is at the center of this economic competition due to its dominance in the semiconductor industry. The US is pressuring Taiwan to align with its policies to secure its supply of advanced chips, while China uses its economic leverage to isolate Taiwan. This makes Taiwan's economy a key strategic asset and a potential target in any future conflict.
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  • Market Penetration Rates: Automotive Semiconductors Europe 2027

    Automotive Semiconductor market in Europe is expected to grow from US$ 9,257.4 Mn in 2017 to US$ 17,613.0 Mn by the year 2027. This represents a CAGR of 6.6% from the year 2018 to 2027.

    Get Full Report: https://www.businessmarketinsights.com/reports/europe-automotive-semiconductor-market

    #AutomotiveSemiconductors #AutoChips #EVTechnology #ADAS #VehicleElectronics #SemiconductorMarket #AutomotiveInnovation #ElectricVehicles #AutonomousDriving #ConnectedCars #CarTech #ChipSupplyChain #MobilityTech #STMicroelectronics #Infineon #NXP #2031Outlook #SmartVehicles #AutoIndustry #VehicleSafety
    Market Penetration Rates: Automotive Semiconductors Europe 2027 Automotive Semiconductor market in Europe is expected to grow from US$ 9,257.4 Mn in 2017 to US$ 17,613.0 Mn by the year 2027. This represents a CAGR of 6.6% from the year 2018 to 2027. Get Full Report: https://www.businessmarketinsights.com/reports/europe-automotive-semiconductor-market #AutomotiveSemiconductors #AutoChips #EVTechnology #ADAS #VehicleElectronics #SemiconductorMarket #AutomotiveInnovation #ElectricVehicles #AutonomousDriving #ConnectedCars #CarTech #ChipSupplyChain #MobilityTech #STMicroelectronics #Infineon #NXP #2031Outlook #SmartVehicles #AutoIndustry #VehicleSafety
    WWW.BUSINESSMARKETINSIGHTS.COM
    Europe Automotive Semiconductor Market to Reach US$ 17,613.0 Mn at CAGR of 6.6% in 2027 | Business Market Insights
    Europe Automotive Semiconductor Market is expected to grow from US$ 9,257.4 Mn in 2017 to US$ 17,613.0 Mn by the year 2027 and represents a CAGR of 6.6% from the year 2018 to 2027 segmented into by Component, Application, Vehicle Type.
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  • iPhone 17 Release Date Revealed – What Major Changes Are Coming to the Series?
    iPhone 17 release date– Apple’s iPhone lineup has long set the standard for innovation, design, and performance in the smartphone industry. With every new release, expectations reach new heights — and 2025 is no different. As rumors heat up, all eyes are on the upcoming iPhone 17 series, a lineup anticipated to redefine user experience through significant design changes, advanced chipsets, and impressive camera upgrades. The iPhone 17 release date is one of the most searched topics among tech enthusiasts and Apple fans alike. Expected to hit the markethttps://newstimeupdates.com/iphone-17-release-date-revealed/
    iPhone 17 Release Date Revealed – What Major Changes Are Coming to the Series? iPhone 17 release date– Apple’s iPhone lineup has long set the standard for innovation, design, and performance in the smartphone industry. With every new release, expectations reach new heights — and 2025 is no different. As rumors heat up, all eyes are on the upcoming iPhone 17 series, a lineup anticipated to redefine user experience through significant design changes, advanced chipsets, and impressive camera upgrades. The iPhone 17 release date is one of the most searched topics among tech enthusiasts and Apple fans alike. Expected to hit the markethttps://newstimeupdates.com/iphone-17-release-date-revealed/
    NEWSTIMEUPDATES.COM
    iPhone 17 Release Date Revealed – What Major Changes Are Coming to the Series?
    iPhone 17 release date- Apple’s iPhone lineup has long set the standard for innovation, design, and performance in the smartphone industry.
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  • Realme 15 Pro Launch Date Revealed- A Powerful AI Smartphone with Industry-First Features!
    Realme 15 Pro Launch Date- Realme is once again making waves in the Indian smartphone market. This time, the spotlight is on its much-anticipated Realme 15 Pro 5G, a successor to the Realme 14 Pro series. Designed for the tech-savvy Gen-Z and millennials who expect powerful AI features, superior performance, and exceptional camera capabilities, the Realme 15 Pro is poised to be a game-changer. Packed with a triple 50MP camera setup, the latest Snapdragon chipset, and a 6300mAh battery, the smartphone aims to deliver a performance-plus experience.https://newstimeupdates.com/realme-15-pro-launch-date-revealed/
    Realme 15 Pro Launch Date Revealed- A Powerful AI Smartphone with Industry-First Features! Realme 15 Pro Launch Date- Realme is once again making waves in the Indian smartphone market. This time, the spotlight is on its much-anticipated Realme 15 Pro 5G, a successor to the Realme 14 Pro series. Designed for the tech-savvy Gen-Z and millennials who expect powerful AI features, superior performance, and exceptional camera capabilities, the Realme 15 Pro is poised to be a game-changer. Packed with a triple 50MP camera setup, the latest Snapdragon chipset, and a 6300mAh battery, the smartphone aims to deliver a performance-plus experience.https://newstimeupdates.com/realme-15-pro-launch-date-revealed/
    NEWSTIMEUPDATES.COM
    Realme 15 Pro Launch Date Revealed- A Powerful AI Smartphone with Industry-First Features!
    Realme 15 Pro Launch Date- Realme is once again making waves in the Indian smartphone market. This time, the spotlight is on its much-anticipated
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  • OnePlus Nord 5 – A Power-Packed Mid-Premium Smartphone Arriving Date?
    OnePlus Nord 5– The OnePlus Nord series has consistently delivered a compelling blend of performance, features, and affordability. Now, OnePlus is set to elevate the game with its next big release – the OnePlus Nord 5 and OnePlus Nord CE 5. Scheduled for official launch on July 8 at 2 PM IST, this much-anticipated launch is already generating massive excitement among tech enthusiasts and smartphone buyers alike. With the Snapdragon 8s Gen 3 chipset powering the Nord 5, and a gigantic 7,100mAh batteryhttps://newstimeupdates.com/oneplus-nord-5-power-packed-premium-smartphone/
    OnePlus Nord 5 – A Power-Packed Mid-Premium Smartphone Arriving Date? OnePlus Nord 5– The OnePlus Nord series has consistently delivered a compelling blend of performance, features, and affordability. Now, OnePlus is set to elevate the game with its next big release – the OnePlus Nord 5 and OnePlus Nord CE 5. Scheduled for official launch on July 8 at 2 PM IST, this much-anticipated launch is already generating massive excitement among tech enthusiasts and smartphone buyers alike. With the Snapdragon 8s Gen 3 chipset powering the Nord 5, and a gigantic 7,100mAh batteryhttps://newstimeupdates.com/oneplus-nord-5-power-packed-premium-smartphone/
    NEWSTIMEUPDATES.COM
    OnePlus Nord 5 – A Power-Packed Mid-Premium Smartphone Arriving Date?
    OnePlus Nord 5- The OnePlus Nord series has consistently delivered a compelling blend of performance, features, and affordability.
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  • SUPPLY CHAIN TIMELINE: China’s Rise in Global Trade & Supply Chain Power.

    Year | Key Event | Impact
    1978 | Deng Xiaoping launches "Reform and Opening Up" | Shift from planned economy to market reforms; welcomes foreign investment.

    1980s | Special Economic Zones (e.g., Shenzhen) established | Factories explode in growth, becoming hubs for global export.

    1990s | Explosive growth in textiles, toys, electronics | Western companies begin outsourcing en masse to cut costs.

    2001 | Joined WTO (World Trade Organization) | China gets full access to global markets — boom in exports.

    2000s | "Factory of the World" status | Apple, Nike, Walmart and others shift most production to China.

    2010s | Moves up the value chain (tech, EVs, solar) | No longer just cheap goods — now high-tech industries flourish.

    2013 | Belt & Road Initiative (BRI) launched | Expands China’s trade routes via ports, railways, and pipelines.

    2018 | U.S.-China trade war begins | Tariffs reveal vulnerabilities in global overdependence on China.

    2020 | COVID-19 hits | Lockdowns in China freeze global supply chains. Wake-up call.

    2021–2024 | Push for “dual circulation” & self-reliance | China focuses on internal demand while still dominating exports.

    2024–2025 | U.S. and EU expand tariffs & decoupling efforts | Start of supply chain restructuring globally.

    SUPPLY CHAIN MAP: China’s Dominance by Industry:-
    Here’s how deep China is embedded in global supply chains:

    Batteries & EV Components-
    Control over 70–80% of global lithium-ion battery production.
    Dominates refining of critical minerals (cobalt, lithium, graphite).

    Solar Panels-
    Over 80% of global solar panel supply is Chinese.
    Controls polysilicon processing and solar cell manufacturing.

    Electronics & Consumer Tech-
    iPhones, laptops, and TVs are assembled or partially produced in China.
    Shenzhen = world capital of hardware production.

    Steel, Cement, Construction Materials-
    World’s largest producer of steel & cement.
    Heavily subsidized industries outcompete foreign competitors.

    Textiles & Apparel-
    Still one of the top 3 exporters of fabrics, clothing, and fast fashion components.

    Pharmaceuticals & Chemicals-
    Key supplier of Active Pharmaceutical Ingredients (APIs).
    Many generics and vitamins rely on China.

    Semiconductors (Assembly & Testing)
    Doesn’t lead in chip design, but dominates assembly, testing, and lower-end chip production.

    GLOBAL RESPONSES:- Who’s Doing What About China’s Dominance
    United States-
    CHIPS Act: $52B to boost U.S. semiconductor production.

    IRA (Inflation Reduction Act): Billions in clean energy & battery production.
    Tariffs & export bans: Restrictions on advanced chip exports to China.
    “Friendshoring”: Pushing allies to build supply chains in safer zones.

    India-
    “Make in India” campaign: Big incentives for electronics, chips, and auto.
    Attracting Apple, Samsung, and Foxconn for manufacturing shift.
    Strategic partnerships with U.S. for tech and defense supply chains.

    Vietnam-
    Becoming a major alternative in apparel, electronics.
    Samsung, Intel, and others now produce heavily there.

    Mexico-
    Rising as a nearshoring hub for the U.S.
    Especially strong in autos, electronics, and logistics proximity.

    Japan & South Korea-
    Japan is onshoring critical industries, especially semiconductors and pharma.

    Korea is expanding chip production globally (Samsung, SK Hynix) while also investing in allies.

    European Union-
    Launching “Net-Zero Industry Act” to scale solar, wind, and batteries.
    Considering tariffs on Chinese EVs.
    Focused on resilience, not full decoupling.

    Why It All Matters:-
    China’s rise was planned, strategic, and massive — and the world got hooked on cheap, fast production.

    Now, geopolitics + economic security are driving a major global shift.

    Countries are diversifying, investing at home, and building alliances to de-risk the future.

    By Jo Ikeji-Uju.
    sappertekinc@gmail.com
    https://afriprime.net/Ikeji
    *Share your comments positive or negative........
    SUPPLY CHAIN TIMELINE: China’s Rise in Global Trade & Supply Chain Power. Year | Key Event | Impact 1978 | Deng Xiaoping launches "Reform and Opening Up" | Shift from planned economy to market reforms; welcomes foreign investment. 1980s | Special Economic Zones (e.g., Shenzhen) established | Factories explode in growth, becoming hubs for global export. 1990s | Explosive growth in textiles, toys, electronics | Western companies begin outsourcing en masse to cut costs. 2001 | Joined WTO (World Trade Organization) | China gets full access to global markets — boom in exports. 2000s | "Factory of the World" status | Apple, Nike, Walmart and others shift most production to China. 2010s | Moves up the value chain (tech, EVs, solar) | No longer just cheap goods — now high-tech industries flourish. 2013 | Belt & Road Initiative (BRI) launched | Expands China’s trade routes via ports, railways, and pipelines. 2018 | U.S.-China trade war begins | Tariffs reveal vulnerabilities in global overdependence on China. 2020 | COVID-19 hits | Lockdowns in China freeze global supply chains. Wake-up call. 2021–2024 | Push for “dual circulation” & self-reliance | China focuses on internal demand while still dominating exports. 2024–2025 | U.S. and EU expand tariffs & decoupling efforts | Start of supply chain restructuring globally. SUPPLY CHAIN MAP: China’s Dominance by Industry:- Here’s how deep China is embedded in global supply chains: Batteries & EV Components- Control over 70–80% of global lithium-ion battery production. Dominates refining of critical minerals (cobalt, lithium, graphite). Solar Panels- Over 80% of global solar panel supply is Chinese. Controls polysilicon processing and solar cell manufacturing. Electronics & Consumer Tech- iPhones, laptops, and TVs are assembled or partially produced in China. Shenzhen = world capital of hardware production. Steel, Cement, Construction Materials- World’s largest producer of steel & cement. Heavily subsidized industries outcompete foreign competitors. Textiles & Apparel- Still one of the top 3 exporters of fabrics, clothing, and fast fashion components. Pharmaceuticals & Chemicals- Key supplier of Active Pharmaceutical Ingredients (APIs). Many generics and vitamins rely on China. Semiconductors (Assembly & Testing) Doesn’t lead in chip design, but dominates assembly, testing, and lower-end chip production. GLOBAL RESPONSES:- Who’s Doing What About China’s Dominance United States- CHIPS Act: $52B to boost U.S. semiconductor production. IRA (Inflation Reduction Act): Billions in clean energy & battery production. Tariffs & export bans: Restrictions on advanced chip exports to China. “Friendshoring”: Pushing allies to build supply chains in safer zones. India- “Make in India” campaign: Big incentives for electronics, chips, and auto. Attracting Apple, Samsung, and Foxconn for manufacturing shift. Strategic partnerships with U.S. for tech and defense supply chains. Vietnam- Becoming a major alternative in apparel, electronics. Samsung, Intel, and others now produce heavily there. Mexico- Rising as a nearshoring hub for the U.S. Especially strong in autos, electronics, and logistics proximity. Japan & South Korea- Japan is onshoring critical industries, especially semiconductors and pharma. Korea is expanding chip production globally (Samsung, SK Hynix) while also investing in allies. European Union- Launching “Net-Zero Industry Act” to scale solar, wind, and batteries. Considering tariffs on Chinese EVs. Focused on resilience, not full decoupling. Why It All Matters:- China’s rise was planned, strategic, and massive — and the world got hooked on cheap, fast production. Now, geopolitics + economic security are driving a major global shift. Countries are diversifying, investing at home, and building alliances to de-risk the future. By Jo Ikeji-Uju. sappertekinc@gmail.com https://afriprime.net/Ikeji *Share your comments positive or negative........
    AFRIPRIME.NET
    Ikeji
    "Those who believe they can do something and those who believe they can't are both right"
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  • What is the "Point Supply Chain" and Why Is It Often Mentioned?
    The term “point supply chain” is often used informally to refer to "single-point" or "choke-point" supply chains — meaning:

    A critical point in the global supply chain where one country (like China) dominates production or control of key components, materials, or processes.

    In simple terms:

    -Imagine you're making a phone.

    -90% of the screens come from one country.

    -If that country stops exporting, the entire phone supply chain halts.

    -This creates a single point of failure — and that’s what worries companies and governments alike.

    So when experts talk about the "point supply chain," they’re often warning about overdependence on one country or supplier, which makes the whole system fragile — especially in times of:

    1. Trade wars

    2. Pandemics

    3. Natural disasters

    4. Political tension

    China is that "point" for many industries, which brings us to your next question...

    How Did China Become the King of the Supply Chain?
    1. Massive Investment in Infrastructure
    China built world-class ports, rail, roads, and manufacturing hubs in record time.

    Ports like Shanghai and Shenzhen became the busiest in the world.

    2. Joined the WTO in 2001
    This gave China access to global trade networks.

    Western companies rushed in to build factories there for cheap labor and tax breaks.

    3. Skilled but Affordable Workforce
    China had hundreds of millions of workers — often more disciplined and skilled than other low-wage countries.

    Companies could scale production fast and cheap.

    4. Full Ecosystem in One Place
    You don’t just make a product in China — you make every part of it there.

    For example, Shenzhen isn’t just where your phone is assembled — it’s where:

    -Chips are made

    -Screens are produced

    -Batteries are tested

    -Packaging is printed

    -Shipping is arranged — all within 10–50 km

    This supply chain ecosystem is extremely rare — few places on Earth have it.

    5. Government Support
    China’s government heavily subsidized key industries (steel, solar, EVs, semiconductors).

    Made it easy for factories to get land, energy, and loans.

    6. The World Outsourced Everything
    The West prioritized cost savings over supply chain resilience.

    “Why make it yourself when China can do it cheaper?” was the mindset for decades.

    The result: concentration of global manufacturing in China.

    Why It’s a Big Deal Now?
    COVID-19 showed how vulnerable global supply chains are when China shuts down.

    Trade wars with the U.S. made people realize, “We can’t depend on one country.”
    The world needs to support Trump's tariffs idea and actions which can bring back manufacturing to their countries and avoid revolution caused by lack of jobs and poverty.

    Geopolitics — Taiwan tension, tech competition, etc. — are pushing countries to “de-risk” from China.

    New Trends-
    Companies are now looking at:

    -“China +1” strategy (diversify with India, Vietnam, Mexico)

    -Onshoring (bring production back home)

    -Friendshoring (move supply chains to allied nations)

    By Jo Ikeji-Uju.
    sappertekinc@gmail.com
    https://afriprime.net/Ikeji
    *Share your comments positive or negative........
    What is the "Point Supply Chain" and Why Is It Often Mentioned? The term “point supply chain” is often used informally to refer to "single-point" or "choke-point" supply chains — meaning: A critical point in the global supply chain where one country (like China) dominates production or control of key components, materials, or processes. In simple terms: -Imagine you're making a phone. -90% of the screens come from one country. -If that country stops exporting, the entire phone supply chain halts. -This creates a single point of failure — and that’s what worries companies and governments alike. So when experts talk about the "point supply chain," they’re often warning about overdependence on one country or supplier, which makes the whole system fragile — especially in times of: 1. Trade wars 2. Pandemics 3. Natural disasters 4. Political tension China is that "point" for many industries, which brings us to your next question... How Did China Become the King of the Supply Chain? 1. Massive Investment in Infrastructure China built world-class ports, rail, roads, and manufacturing hubs in record time. Ports like Shanghai and Shenzhen became the busiest in the world. 2. Joined the WTO in 2001 This gave China access to global trade networks. Western companies rushed in to build factories there for cheap labor and tax breaks. 3. Skilled but Affordable Workforce China had hundreds of millions of workers — often more disciplined and skilled than other low-wage countries. Companies could scale production fast and cheap. 4. Full Ecosystem in One Place You don’t just make a product in China — you make every part of it there. For example, Shenzhen isn’t just where your phone is assembled — it’s where: -Chips are made -Screens are produced -Batteries are tested -Packaging is printed -Shipping is arranged — all within 10–50 km This supply chain ecosystem is extremely rare — few places on Earth have it. 5. Government Support China’s government heavily subsidized key industries (steel, solar, EVs, semiconductors). Made it easy for factories to get land, energy, and loans. 6. The World Outsourced Everything The West prioritized cost savings over supply chain resilience. “Why make it yourself when China can do it cheaper?” was the mindset for decades. The result: concentration of global manufacturing in China. Why It’s a Big Deal Now? COVID-19 showed how vulnerable global supply chains are when China shuts down. Trade wars with the U.S. made people realize, “We can’t depend on one country.” The world needs to support Trump's tariffs idea and actions which can bring back manufacturing to their countries and avoid revolution caused by lack of jobs and poverty. Geopolitics — Taiwan tension, tech competition, etc. — are pushing countries to “de-risk” from China. New Trends- Companies are now looking at: -“China +1” strategy (diversify with India, Vietnam, Mexico) -Onshoring (bring production back home) -Friendshoring (move supply chains to allied nations) By Jo Ikeji-Uju. sappertekinc@gmail.com https://afriprime.net/Ikeji *Share your comments positive or negative........
    AFRIPRIME.NET
    Ikeji
    "Those who believe they can do something and those who believe they can't are both right"
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  • #Semiconductor_Manufacturing_Equipment (SME) refers to the specialized tools and machinery used in the production of semiconductor devices like microchips and integrated circuits (ICs).

    https://wemarketresearch.com/reports/semiconductor-manufacturing-equipment-market/1134

    #SemiconductorEquipment #WaferFab #Lithography #Etching #CleanroomTech #Microelectronics #NanoTech #SemiconductorTools #ICFabrication #TechManufacturing #SME
    #Semiconductor_Manufacturing_Equipment (SME) refers to the specialized tools and machinery used in the production of semiconductor devices like microchips and integrated circuits (ICs). https://wemarketresearch.com/reports/semiconductor-manufacturing-equipment-market/1134 #SemiconductorEquipment #WaferFab #Lithography #Etching #CleanroomTech #Microelectronics #NanoTech #SemiconductorTools #ICFabrication #TechManufacturing #SME
    Semiconductor Manufacturing Equipment Market Size, Share, Growth, Trends, Industry Analysis & Forecast
    Global Semiconductor Manufacturing Equipment Market size was valued at USD 91,200 million in 2022 and is projected to reach USD 149,700 million by 2033, growing at a CAGR of 10.5% during the forecast period.
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  • Experience unparalleled mobility with the #Apple #iPad #Mini #Space #Gray 256GB WiFi, crafted for efficiency and style. CHIPS delivers this compact powerhouse, engineered with advanced features to enhance productivity and entertainment for the modern digital lifestyle.
    Visit us - https://chipsorders.com/v1/public/product-detail/apple-ipad-mini-2024-256gb-wifi-space-grey/en
    Experience unparalleled mobility with the #Apple #iPad #Mini #Space #Gray 256GB WiFi, crafted for efficiency and style. CHIPS delivers this compact powerhouse, engineered with advanced features to enhance productivity and entertainment for the modern digital lifestyle. Visit us - https://chipsorders.com/v1/public/product-detail/apple-ipad-mini-2024-256gb-wifi-space-grey/en
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  • https://www.maximizemarketresearch.com/market-report/g-fast-chipset-market/11617/

    G.Fast Chipset Market is expected to reach USD 1832878.54 Mn. by 2030, at a CAGR of 114% during the forecast period.
    https://www.maximizemarketresearch.com/market-report/g-fast-chipset-market/11617/ G.Fast Chipset Market is expected to reach USD 1832878.54 Mn. by 2030, at a CAGR of 114% during the forecast period.
    WWW.MAXIMIZEMARKETRESEARCH.COM
    G.Fast Chipset Market - Global Industry Analysis and Forecast (2024-2030)
    G.Fast Chipset Market is expected to reach USD 1832878.54 Mn. by 2030, at a CAGR of 114% during the forecast period.
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