➀ FOPLP, which started in 2016 with TSMC's InFO technology, uses rectangular glass substrates, offering three times the usable area of a 12-inch wafer, potentially reducing packaging costs. ➁ Despite its advantages, FOPLP has faced challenges such as low yield and the need for new materials and equipment. ➂ The resurgence of interest in FOPLP is driven by AI GPU manufacturers like NVIDIA and AMD seeking larger, cost-effective packaging solutions.
Related Articles
- IDC’s Semiconductor Trends For 20257 months ago
- Rapidus Starts 2nm Gate All Around Prototype Production at IIM-11 day ago
- Composite Structures with Extremely Small Amounts of Single-Walled Carbon Nanotubes Show Multifunctionality Independent of Additive Defectiveness3 days ago
- Modular programmable power supply tests PV inverters3 days ago
- Japanese chipmaker Rapidus begins test production of 2nm circuits — company commits to single-wafer processing ahead of 2027 mass production target3 days ago
- Small, Fast, And Powerful Car Module4 months ago
- TSMC ceremony marks early move to 2nm mass production4 months ago
- Bellezza process could replace copper with graphene in ICs4 months ago
- Micron confirms memory price hikes as AI and data center demand surges4 months ago
- High-Precision Panel-Level Packaging System4 months ago