Intel has recently made significant changes to the naming structure of its processors, introducing new names like Intel Core and Core Ultra. This shift involves the removal of certain elements, most notably the disappearance of the letter i in the processor names. As a result, processors like Core i9 will now be known as Core 9 or Core Ultra 9.
One of the key distinctions between the Core and Core Ultra processors lies in the inclusion of neural processing units or NPUs, specifically tailored for artificial intelligence tasks. Intel emphasizes that NPUs play a crucial role in unleashing the power of AI, enhancing graphics experiences, and enabling high-performance, low-power processing.
The Core Ultra processors will also feature the AI Boost engine, designed to streamline artificial intelligence workflows and optimize overall computer performance by allowing other cores to focus on different tasks. Additionally, the Core Ultra lineup introduces LPE cores, energy-efficient cores ideal for mobile chips, although details about their capabilities are still limited.
Furthermore, the nomenclature for these new processors has been simplified, with names like Core Ultra 7 165H indicating the processor’s high-end status, efficiency for laptops, and series information. The specifications for these processors will also become more detailed, providing data on various aspects such as core types, frequencies, and the number of NPUs.
While transitioning to these new processor families may require some adjustment, the primary distinction lies in the presence of AI-specific components in Core Ultra processors. It’s important to note that both Core and Core Ultra processors are capable of handling AI tasks, but the latter dedicates resources specifically for this purpose, potentially impacting overall performance.
With these changes, users can expect more specialized processors catering to different needs within the same generation of chips. Understanding the differences between the Core and Core Ultra processors will be essential for making informed decisions based on individual computing requirements.
