Toward a Single Part Numbering System for All Intel Nova Lake Chips

I'm not sure that this actually makes users' daily lives any easier.

Intel has hammered home the message so much about the small revolution awaiting us with its next-generation Nova Lake processors that it’s practically impossible not to have at least heard of this upcoming architecture. Nova Lake follows Arrow Lake but changes most of its fundamentals, starting with the introduction of a new socket, the LGA-1954. The new architecture is also expected to introduce a new manufacturing process, Intel 18A, which should allow Intel to get back on track and compete with the most advanced process currently on the market, TSMC’s N2.

While we await the official specifications released by Intel, we’re relying on some of the most reliable rumors to suggest, among other things, a significant increase in the number of cores—initially with chips featuring up to 28 cores, but later with models offering up to 52 cores. There is also talk of competing with AMD in the third-level cache arena with the introduction of bLLC (big Last-Level Cache) on certain Nova Lake models. This is essentially a response to AMD’s X3D, which has enabled AMD to dominate the gaming processor market.

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Today, however, we’re not here to discuss new technical specifications. No, all signs point toIntel planning to simplify the naming convention used for its future processor lineup. We already knew that the Nova Lake processors for desktop PCs were set to be named Core Ultra 4000… Well, the same will apply to models designed for laptops. The advantage is that we’ll be able to immediately identify which Intel chips belong to the Nova Lake lineup. The downside, however, is that we’ll have to rely on the likely lengthy suffixes that Intel will introduce to distinguish between each model. Only time will tell if this decision will make things easier for users.