Intels new CPU roadmap exposed: interfaces may be available
For Intel users, the most troublesome thing is the upgrading of chipsets. Generally, Intel's motherboard can only be used for two generations, and the Arrow Lake processor is even technically only one generation, which is not awesome compared with AMD's motherboard. However, Intel executives have also stated on multiple occasions that the lifespan of motherboards needs to be extended in the future. Currently, Intel's next-generation roadmap has been revealed, which will adopt the 14A process, and hyper threading will officially return in 2029. However, Intel will also use TSMC's process to handle core computing in the future.
Firstly, the technology that everyone is most concerned about is the manufacturing process. Intel will use TSMC N2 technology for outsourcing, while Tile's peripherals will use its own technology, which may be 18A or 14A technology. In addition, the 14A technology will be applied to Razor Lake UL, which will be introduced to everyone in 2028 and will use the most advanced EUV lithography machine. As for the mobile end, it is similar to Nova Lake changing its vest, and the performance should not be inferior. Of course, due to the latest technology, it is expected that there will be a huge improvement in energy efficiency. In addition, for gamers, Intel is expected to launch a pure P core, which can greatly improve the gaming performance of Intel processors. In addition, Intel will also launch the Ryzen X3D with bLLC cache to compete with AMD. Series processors.
In addition, the Razor Lake large core graphics version has also appeared on the roadmap, and there is an unknown processor in Intel's roadmap, most likely a processor developed in collaboration with NVIDIA, which will be equipped with NVIDIA's RTX GPU. As for Hammer Lake, which everyone expects to see in 2029, the biggest feature is the return to hyper threading technology.
The biggest good news for consumers is that LGA 1954 is expected to use at least three generations, significantly extending its lifespan compared to the previous two or even one generation. The first processor of LGA 1954 is Nova Lake, which means that consumers who purchase the next generation processor can enjoy the dividends brought by Intel's longer lifespan chipset.
Firstly, the technology that everyone is most concerned about is the manufacturing process. Intel will use TSMC N2 technology for outsourcing, while Tile's peripherals will use its own technology, which may be 18A or 14A technology. In addition, the 14A technology will be applied to Razor Lake UL, which will be introduced to everyone in 2028 and will use the most advanced EUV lithography machine. As for the mobile end, it is similar to Nova Lake changing its vest, and the performance should not be inferior. Of course, due to the latest technology, it is expected that there will be a huge improvement in energy efficiency. In addition, for gamers, Intel is expected to launch a pure P core, which can greatly improve the gaming performance of Intel processors. In addition, Intel will also launch the Ryzen X3D with bLLC cache to compete with AMD. Series processors.
In addition, the Razor Lake large core graphics version has also appeared on the roadmap, and there is an unknown processor in Intel's roadmap, most likely a processor developed in collaboration with NVIDIA, which will be equipped with NVIDIA's RTX GPU. As for Hammer Lake, which everyone expects to see in 2029, the biggest feature is the return to hyper threading technology.
The biggest good news for consumers is that LGA 1954 is expected to use at least three generations, significantly extending its lifespan compared to the previous two or even one generation. The first processor of LGA 1954 is Nova Lake, which means that consumers who purchase the next generation processor can enjoy the dividends brought by Intel's longer lifespan chipset.
Mariya R.
Mariya R.
Mariya R.