MediaTek Expands Advanced Packaging Partnerships to Intel and TSMC
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MediaTek Expands Advanced Packaging Partnerships to Intel and TSMC

Business Reporter
2 min read

MediaTek announced new collaboration with Intel on advanced chip packaging while maintaining its existing tie‑up with TSMC, positioning the Taiwanese fabless firm to capture AI‑driven demand and broaden its foundry options.

Business news

MediaTek disclosed that it has begun a joint development program with Intel to use Intel’s Foveros 3D‑stacking and EMIB (Embedded Multi‑Die Interconnect Bridge) technologies for future system‑in‑package (SiP) solutions. The partnership joins MediaTek’s long‑standing relationship with Taiwan Semiconductor Manufacturing Co. (TSMC), which supplies its flagship 5‑nm and 3‑nm process nodes. MediaTek’s CEO stated the company is now “one of the few” designers capable of delivering products that combine TSMC’s leading‑edge logic with Intel’s advanced packaging.

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Market context

The AI hardware market is projected to exceed $250 billion by 2028, driven by data‑center accelerators, edge inference chips and next‑generation smartphones. Intel has been accelerating its packaging portfolio after the 2023 acquisition of Tower Semiconductor and the launch of its Intel 2.0 roadmap, aiming to win design wins beyond its own Xeon line. Meanwhile, TSMC’s 3‑nm N3 platform is already booked for most of 2026, leaving fabless firms to look for differentiated packaging to add value.

MediaTek’s 2025 revenue forecast of NT$1.2 trillion (≈ US$38 billion) includes a 20 % growth target for AI‑centric products. The company’s data‑center chip line, announced earlier this year, already ships on TSMC’s N5 node with InFO packaging. By adding Intel’s 3D‑stacking, MediaTek can target workloads that demand high bandwidth‑memory (HBM) integration and heterogeneous die stacks—areas where Intel’s EMIB has shown competitive latency.

What it means

  • Design flexibility: MediaTek can now offer customers a choice between TSMC’s leading logic density and Intel’s advanced interconnects, reducing reliance on a single foundry and mitigating supply‑chain risk.
  • AI edge advantage: Combining TSMC’s power‑efficient cores with Intel’s high‑density memory stacks enables thinner, cooler modules for smartphones, AR/VR headsets and autonomous‑vehicle processors.
  • Revenue upside: If MediaTek captures even 5 % of the projected AI‑accelerator market, it could add US$1.2 billion in annual sales, a material boost to its bottom line.
  • Strategic positioning for Intel: Securing a design win with a major fabless player helps Intel sell its packaging services to other customers that are already committed to TSMC, potentially expanding Intel’s foundry‑service revenue, which analysts expect to reach US$3 billion by 2027.
  • Competitive pressure: Samsung and GlobalFoundries are also expanding packaging portfolios. MediaTek’s dual‑foundry approach forces rivals to accelerate their own multi‑foundry strategies or risk losing AI‑focused design wins.

Overall, the MediaTek‑Intel‑TSMC trio illustrates a broader industry shift: as process scaling slows, value is increasingly created through heterogeneous integration. Companies that can stitch together the best logic, memory and interconnect technologies will likely dominate the next wave of AI hardware.

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