Okay. A big question. So, let me see if I can cover -- cover that. And well, if I look back, I mean, I understand you asked for 2026. But let me look back this. We have delivered a very solid 2025 performance with a 12.3% shipment growth and 5.3% revenue growth, which outperformed our addressable market. This result is supported by our differentiated 22-nanometer technology and other specialty offering across both 12-inch and 8-inch amid a world-class market, a broad-based market demand recovery. And building on the 2025, we do view 2026 as a year of both continuity and evolution. We believe the UMC will once again taking shares and outperform its addressable market, and we will also see several positive inflation. First of all, as our guidance suggests, we are seeing a more favorable pricing environment. This will result of tighter supply globally as well as our differentiated technology and geographical footprint, which will drive our growth for the next few years. We are on track with our 12-nanometer cooperation with Intel, which should start see tape-out in 2027. Now that's the existing one. And your question about silicon photonics and advanced packaging. Secondly, we see 2026 as a pivotal year for those high performance, high potential opportunities such like the silicon photonics and advanced packaging. And we are making those deliberate choice, working with INEX to invest and scale them into a significant driver for our future. If you ask specifically about the advanced packaging. And there are two distinct opportunities for advanced packaging. One, we call enablers, the other we call 10 extenders. Major to explain this. I know it's long, but bear with me. So the fourth enabler, we are seeing the 2.5D and 3D packaging as well as the chiplet move well beyond just the data center and ultra high-end chip and start to spread across the broader market. Over time, we expect that advanced packaging to be adopted even on mature nodes. A good example is RF SOI. We have mentioned many times where we're already in production. In addition to the RF SOI, we are also exploring other applications with leading partners and believe we are at least 2 to 3 years ahead of our competition. What this really means for customers is better power efficiency, small form factor, and differentiated products. And for UMC, it is a strategic win-win. We believe our leadership in advanced packaging will enable us to capture more shares, sustain our higher ASC and drive better margin in many of our already established business in the long run. On the 10 extenders, we also believe that advanced packaging will help UMC address new opportunities. For example, customers are coming to us for AI-related applications. This is not necessarily just the XPU related, but we are adding value by stacking memory with the logic, adding DTC to the stack or selling the discrete DTC. We are also working with our partners to enable a total solution. Meanwhile, we are working with more than 10 customers in advanced packaging currently and expand more than 20 new tape-outs in 2026. We foresee revenue in 2027 will be a significant year for us. And the capacity question you have that capacity plan will be aligned with the customer ramp plan and market outlook. You also asked about silicon photonics. For silicon photonics, we are developing solutions, which includes ASIC, OIO, OCS, and CPO. Our collaboration with INEX allow us to deliver industry standard PDK to our customers in 2027. In addition to platform preparation, we also work with the customer on captive technology of 12-inch PIC aiming for possible product, which is expected to ramp this year. We will also combine our advanced packaging know-how with the silicon photonics as many of the applications require the integration and different substrates, process, technology and materials. Looking ahead to achieve 1.6T bandwidth and beyond, we're working with both customers and vendors for the test finding on heterogeneous material such as the TFLM. Those technologies could also be used in additional applications such as quantum computing. Again, we hope to integrate the new material the advanced packaging technology as well. So those are all integrated altogether. That's why I gave you a bit of a longer answer. I hope that explains it.