Intel is currently developing a new generation of mobile processors called Nova Lake-H, which are expected to replace the existing Panther Lake chips in laptops within a few months. These new processors are anticipated to offer improved performance, particularly in graphics capabilities, with reports suggesting they may feature a powerful integrated graphics unit based on 12 Xe3P cores. This would mark a significant step forward in Intel’s efforts to enhance the performance of mobile computing devices. According to a recent report by Chinese leaker Golden Pig Upgrade on Weibo, Intel may support a new type of memory module called CSO-DIMM-8000 for its Nova Lake processors. These modules are replaceable and could offer higher bandwidth compared to standard DDR5 modules, which sometimes struggle to keep up with the demands of high-performance computing tasks. In addition to CSO-DIMM support, Intel may also include soldered LPDDR5X modules, which are typically used in thin and light laptops due to their compact design. The inclusion of CSO-DIMM modules could be particularly beneficial for high-performance mini-PCs, such as those used for running large language models locally. These modules could provide a scalable and powerful alternative to LPDDR5X, allowing for better performance in data-intensive applications. This approach might be influenced by experiments from ASRock, a Taiwanese motherboard manufacturer. Despite Intel’s initial recommendations, ASRock has already launched motherboards that pair over-volted SO-DIMM DDR5-7200 modules with Intel’s Core Ultra X7 and X9 chips, pushing the boundaries of what is possible with current technology. It is worth noting that the Panther Lake chips currently support LPCAMM2 modules, which have demonstrated high bandwidth capabilities, as seen in products from Samsung and Rayson. However, it is unclear whether the same support will be extended to the upcoming Nova Lake chips. For now, these details remain speculative, as Intel has not officially confirmed any of these plans. The information is based on leaks and industry insights, and the final specifications may differ as the company prepares for the launch of its new processors.