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Tag: electronics manufacturing

  • Philippines Unemployment Drops to 5.3% as Retail and Farming Add Jobs

    Philippines Unemployment Drops to 5.3% as Retail and Farming Add Jobs

    Philippine unemployment fell to 5.3 percent in August 2026. Retail trade and agriculture absorbed hundreds of thousands of workers.

    The jobless count dropped to 2.77 million from 3.14 million in July, according to preliminary Philippine Statistics Authority data.

    National Statistician Dennis Mapa said the monthly gain followed a drop in first-time jobseekers after July’s influx of fresh graduates. Around 897,000 people joined the workforce for the first time in August, down from 1.5 million the previous month. Of those new entrants, 470,000 secured work while 427,000 remained without jobs.

    Trade and farm sectors lead hiring

    Agriculture and forestry recorded the largest monthly employment gain, adding 847,000 workers primarily across rice and sugarcane operations. Construction added 390,000 positions. Wholesale and retail trade expanded payrolls by 227,000 workers as merchant activity picked up across regional hubs.

    For consumer brands and store operators, the pickup in retail headcounts shows distribution channels preparing for higher volumes after a sluggish mid-year. Sustained retail hiring hinges on whether consumer demand in secondary cities can match the inventory investments distributors are making.

    Electronics factory slump pulls manufacturing down

    Industrial employment went the opposite direction. Manufacturing headcounts slipped to 3.16 million in August from 3.43 million in July and 3.46 million in June. It was the third straight month of contraction.

    Mapa attributed part of the factory decline to headwinds in the electronics industry, pointing to volatile global demand and seasonal production shifts. Electronics remains the country’s biggest merchandise export pillar. That leaves component makers vulnerable to order swings from buyers across North America and East Asia.

    Weather cuts working hours and weekly earnings

    Underemployment also eased during the month, falling to 11.9 percent from 12.9 percent in July. That left roughly 5.9 million employed individuals looking for extra working hours or secondary employment.

    Severe weather disrupted job quality and attendance across several islands. Average weekly working hours declined to 39.2 hours from 40.6 hours in July as heavy rain and storms cut shift time for millions of hourly and self-employed workers. Reduced working time directly curbs disposable income for daily-wage households, limiting discretionary retail spending outside staple groceries.

    Holiday retail buildup expected in fourth quarter

    Still, the headline jobless rate remains higher than the 3.9 percent recorded in August 2025, when manufacturing output and agricultural conditions were stronger. Underemployment is also higher than the 10.7 percent measured twelve months earlier.

    The Philippine Statistics Authority will publish September labor force data next month, when logistics operators and shopping mall tenants traditionally start hiring temporary staff for peak fourth-quarter trading.

  • Samsung Electro-Mechanics Commits $5 Billion to Vietnam and Korean Substrates

    Samsung Electro-Mechanics Commits $5 Billion to Vietnam and Korean Substrates

    Samsung Electro-Mechanics will invest nearly $5 billion by 2028 in semiconductor substrate manufacturing across facilities in South Korea and Vietnam.

    The capital program targets high-end substrates for artificial intelligence servers and high-performance computing systems. Construction is underway in Thai Nguyen province. Samsung is building a dedicated chip testing and component facility there.

    Targeting AI server demand

    This outlay shifts Samsung’s manufacturing footprint in Southeast Asia toward higher-value component fabrication. Substrates connect bare silicon chips to printed circuit boards. Global capacity remains tight because orders for artificial intelligence hardware are surging.

    Data centres and generative model clusters require dense, multi-layer substrate packages that handle high heat and complex routing. Expanding in Vietnam allows the group to split lines between its South Korean base and lower-cost Southeast Asian hubs.

    Vietnam’s push into advanced packaging

    Hardware assemblers across the region are shifting capital away from standard consumer electronics assembly. They are focusing on advanced packaging, testing, and component fabrication. Other conglomerates are running similar programs, including LG with its $1 billion expansion in northern Vietnam.

    Major packaging and substrate plants anchor supply chains for materials suppliers, equipment vendors, and industrial park operators. Thai Nguyen and surrounding northern industrial corridors have evolved from handset assembly clusters into integrated electronics nodes.

    Upgrading from smartphone assembly

    Vietnam built its initial manufacturing base largely on final-stage assembly of consumer devices and mobile handsets. Samsung has long run major smartphone assembly plants in the country. Producing advanced semiconductor substrates represents a technical upgrade for local operations.

    Equipment installation and facility construction will proceed in phases through 2028. The five-year spending plan secures component capacity as enterprise computing demand outpaces consumer electronics.

    Capacity rollout schedule

    Suppliers must still navigate long equipment lead times and heavy utility demands. Substrate processing requires stable electrical grids and continuous cleanroom operations. These requirements will test regional infrastructure.

    Samsung Electro-Mechanics will ramp capacity across both South Korea and Vietnam over the next four years to meet target deployment deadlines by 2028.

  • TSMC to Build Five More Packaging Plants at Chiayi Science Park

    TSMC to Build Five More Packaging Plants at Chiayi Science Park

    Taiwan Semiconductor Manufacturing Co plans to build five additional advanced packaging plants at Chiayi Science Park in southwestern Taiwan, following the start of mass production at Phase I in June.

    The project will bring TSMC’s total advanced packaging facilities at the Chiayi site to 10, creating the world’s largest packaging hub for high-performance semiconductor components.

    Taiwan’s National Science and Technology Council has opened a one-month public consultation for Phase II expansion at the park in Taibao City, which local industries view as the launchpad for Phase III development. The planned Phase III zone covers 198.65 hectares, primarily leased from Taiwan Sugar Corp, to support technologies related to artificial intelligence, heterogeneous packaging, silicon photonics, high-speed broadband networks, quantum technology and net zero emissions.

    Scaling Up Advanced Packaging Capacity

    TSMC already operates two advanced packaging lines in Phase I of the Chiayi park, where mass production began in June. Equipment installation is now underway in Phase II. The company intends to complete three packaging facilities in Phase II by 2031, while preliminary site preparation for Phase III has begun.

    Building out Chiayi links the location to existing science parks in Tainan, Kaohsiung and Pingtung County to the south, as well as hubs in Taichung and Hsinchu to the north. Together, the interconnected parks form an integrated manufacturing corridor across western Taiwan designed to keep advanced fabrication close to domestic engineering teams.

    CoWoS Demand From Global Chip Buyers

    Surging orders for chip-on-wafer-on-substrate packaging from Nvidia, Advanced Micro Devices and Apple serve as the primary commercial engine behind the Chiayi project. Advanced packaging binds multiple silicon dies onto a single substrate, giving AI accelerators and mobile processors the memory bandwidth required for high-density computing workloads without relying solely on smaller nanometer lithography.

    For hardware manufacturers and consumer electronics brands, packaging bottlenecks have dictated device delivery schedules for more than two years. Concentrating 10 packaging plants in Chiayi addresses that supply constraint directly, giving key enterprise and consumer hardware clients guaranteed assembly allocations through the end of the decade. The concentration of advanced packaging on the island also raises the operational stakes for global electronics supply chains, which remain heavily dependent on Taiwan’s local power grid, water supplies and regional transport networks.

    Taiwan Infrastructure and Regional Competition

    While TSMC expands fabrication operations overseas in the United States, Japan and Germany, its most advanced packaging processes remain anchored in Taiwan. Packaging clusters require tight proximity to the leading-edge wafer fabs that produce raw silicon slices, making domestic expansion far more cost-effective than duplicating complex multi-die assembly networks abroad.

    Competitors such as Intel and Samsung continue to build out proprietary advanced packaging services to win third-party foundry clients. TSMC’s accelerated buildout in Chiayi prevents rivals from capturing unmet packaging demand from top-tier chip designers who cannot secure sufficient domestic capacity elsewhere.

    What Comes Next in the Planning Process

    Capital spending supports the speed of the expansion. In July, TSMC lifted its full-year capital expenditure forecast to a band between US$60 billion and US$64 billion, up from an earlier estimate of US$52 billion to US$56 billion announced in April. The Ministry of Economic Affairs reports that TSMC operates 19 advanced wafer fabs and packaging plants across Taiwan, with 13 additional facilities under construction in Hsinchu, Taichung, Chiayi, Tainan and Kaohsiung.

    Following the conclusion of the public comment window for the Chiayi expansion, the National Science and Technology Council will complete a formal feasibility study for submission to the Executive Yuan. Once the central government approves the plan, the project will advance to statutory urban planning reviews and environmental impact assessments before Phase III construction contracts are awarded.

  • TSMC’s AI Chip Capacity Challenges Offer Samsung A Pricing Advantage

    TSMC’s AI Chip Capacity Challenges Offer Samsung A Pricing Advantage

    Taiwan Semiconductor Manufacturing Company (TSMC), a global leader in chip manufacturing, is reportedly struggling with production constraints for its advanced AI chips. These bottlenecks are primarily linked to the intricate Chip-on-Wafer-on-Substrate (CoWoS) packaging technology, which is critical for high-performance computing components used in artificial intelligence.

    This production challenge at TSMC presents a strategic advantage for its main competitor, Samsung. With demand for AI chips surging and TSMC’s capacity limited, Samsung finds itself in a stronger position to negotiate higher prices for its competing memory products, particularly High Bandwidth Memory (HBM). HBM is a vital component often bundled with AI chips.

    Market Dynamics and Pricing Power

    The current situation highlights the intense competition and intricate supply chain dynamics within the semiconductor industry. As AI development accelerates, the ability to produce these complex chips and their associated components at scale becomes a major determinant of market leadership. TSMC’s temporary hurdles with CoWoS packaging could give Samsung a window to capture a larger share of the lucrative AI hardware market, at potentially more favourable pricing. This rivalry extends beyond just the foundry business into memory and packaging, where both companies are significant players.

    Implications for Asia’s Electronics Supply Chain

    For Asia’s electronics and consumer tech sectors, this dynamic is crucial. Many consumer devices, from smartphones to smart home hubs, increasingly rely on AI capabilities, which in turn depend on advanced chips and memory. A shift in pricing power or supply availability from major manufacturers like TSMC and Samsung can ripple through the entire supply chain, affecting component costs and product development timelines for brands across the region. RetailNews Asia tracks how such foundational shifts in manufacturing impact the availability and pricing of critical components for major electronics brands and, ultimately, the consumer market.