AMD is preparing new processors for its Medusa and Venice families, which promise a significant increase in core count and improved performance. According to insider Moore’s Law Is Dead, these processors will use new CCD crystals: 12-core for Medusa consumer models and 32-core for Venice server processors.
For Medusa consumer processors, which will include both desktop and mobile processors, including high-performance Halo APUs for workstations, AMD plans to increase the number of cores on desktop platforms from 16 to 24. It is expected that 12-core CCDs will run at 3nm are produced. technical process, and a combination of Zen 6 and Zen 6c cores will be used to optimize performance, without explicitly distinguishing between core types in marketing materials.
The Venice family, specialized in servers, will offer models with up to 256 cores, including CCDs with both 16 and 32 cores. In the most powerful configuration, the processors will include up to eight of these dies, each with 32 cores, which will deliver excellent performance. These CCDs will likely be manufactured using a 2nm process. Additionally, the new Venice processors support quad-channel DDR5-6400, PCIe Gen5 and Gen6 memory, with the ability to expand to 16 memory channels in SP7 models.
Medusa family processors won’t hit the market until late 2026 or even 2027. They are expected to be compatible with socket AM5, which AMD says will remain available until at least 2027.
😐 A visual guide on how to upgrade your computer at no extra cost
Source: VG Times
Gregory Robert is a sports aficionado and a writer for “Social Bites”. He provides in-depth coverage of the latest sporting events and trends, offering a unique and knowledgeable perspective on the world of sports.