Samsung Expands Advanced Chip Roadmap With 1.4nm+ Process Planned for 2030
Samsung is pushing deeper into the race for next-generation semiconductor manufacturing, revealing fresh details about its advanced process roadmap during SAFE Forum 2026. The company confirmed that development of its 1.4nm process is progressing, while also introducing an upgraded version known as 1.4nm+ or SF1.4+.
The announcement signals Samsung’s determination to strengthen its foundry business and compete more aggressively with TSMC and Intel in cutting-edge chip production. While the company is still working to improve its position in the market, its latest roadmap shows a long-term strategy built around both 2nm and sub-2nm technologies.
Samsung’s 1.4nm+ Process Is Expected to Enter Production in 2030
Samsung’s standard 1.4nm process is expected to move into mass production in 2029, while the improved 1.4nm+ version is currently planned for 2030. This means Samsung is preparing a multi-year transition toward more advanced nodes designed for future mobile processors, AI accelerators, high-performance computing chips, and other demanding silicon products.
However, Samsung still appears to be trailing TSMC in the timeline for advanced manufacturing. The gap remains important because major chip customers typically make decisions years in advance, especially when planning flagship processors and AI hardware.
One of Samsung’s biggest challenges has been yield improvement. In semiconductor manufacturing, strong yields are critical because they determine how many usable chips can be produced from each wafer. Lower yields increase costs and make it harder to win large customers. Samsung has faced pressure in this area before, particularly as it worked to stabilize its newer process technologies.
To address this, Samsung is relying on a method called Semiconductor Design and Process Integration Optimization, also known as DTCO. This technique focuses on improving power efficiency, performance, and chip area while preserving existing intellectual property infrastructure. In simpler terms, it helps Samsung refine its chipmaking process without forcing customers to redesign everything from scratch.
Samsung says DTCO will become even more important as chip manufacturing moves to smaller process nodes. As transistors shrink, every gain in efficiency and design optimization matters. The company has already applied this approach to its first-generation and second-generation 2nm gate-all-around nodes, reportedly improving power consumption by 26 percent and clock speeds by 15 percent.
Samsung Is Also Strengthening Its 2nm Roadmap
Alongside its 1.4nm and 1.4nm+ plans, Samsung is placing major emphasis on 2nm technology. The company is developing its third-generation 2nm gate-all-around process, known as SF2P+, with mass production targeted for 2027 or 2028.
Samsung is also preparing a customized 2nm version called SF2X, aimed at artificial intelligence and high-performance computing customers. These markets are becoming increasingly important as demand for AI chips continues to rise across cloud computing, data centers, consumer devices, and enterprise applications.
By maintaining compatibility with existing IP, Samsung is trying to make its advanced nodes more attractive to customers that want performance improvements without unnecessary design complexity. This could help the company appeal to chip designers looking for faster development cycles and lower transition risks.
Why Samsung’s 1.4nm Push Matters for Apple and AI Chips
Samsung’s move toward 1.4nm may also be influenced by growing demand from major customers that want access to sub-2nm technology as quickly as possible. Apple is expected to continue pushing for more advanced manufacturing processes for its future chips, especially as performance and power efficiency become increasingly important in iPhones, iPads, Macs, and other devices.
The problem is that AI chip demand could create intense competition for advanced foundry capacity. As more companies move to smaller nodes for AI accelerators and high-performance processors, securing enough production supply may become difficult. For a company like Apple, having multiple manufacturing options could help prevent supply shortages from affecting annual product launches.
This creates an opportunity for Samsung. If the company can improve yields, meet production timelines, and deliver competitive performance, it could become a more appealing manufacturing partner for major chip designers.
Samsung’s Foundry Ambitions Are Growing
Samsung’s latest roadmap shows that the company is not stepping back from the advanced semiconductor race. Instead, it is pursuing a two-track strategy: continue improving 2nm gate-all-around technology while preparing for the next leap to 1.4nm and 1.4nm+.
The foundry market is becoming more competitive than ever, with TSMC, Intel, and Samsung all fighting for leadership in next-generation chip manufacturing. Samsung still has hurdles to overcome, especially in yield stability and customer confidence, but its roadmap suggests a clear commitment to remaining a major player.
If Samsung successfully executes its plans, its 2nm and 1.4nm technologies could become important options for future AI chips, mobile processors, and high-performance computing hardware. The next few years will be crucial, as customers decide which foundry partners can deliver the right balance of performance, efficiency, cost, and reliable supply.
