Intel Royal Core Leaks

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Intel CPUs will have +30% IPC in 2 years. Will they outperform AMD Ryzen?

In one of the latest Intel leaks to come out, it has been noted that Intel’s Royal Core future will start with Lunar Lake and extend to Nova Lake by 2025. Rumors of the Intel Royal Core era point to Lunar Lake and Nova Lake offering architectures that will stand up to AMD’s Zen 5 and are expected to double the IPC gain over what we have now. We tell you below everything that is known.

Previous leaks revealed the codenames and performance targets for Intel’s next-generation CPU families. The leak focused on three post-Meteor Lake lineups codenamed Arrow Lake, Lunar Lake, and Nova Lake. However, not much was explained about the features of the next generations other than their expected process nodes and launch timelines. A new leak has expanded on this information, and some interesting details have been added, which we discuss below.

Intel Royal Core will reach its peak with Lunar Lake

For starters, the source claims that Alder Lake and Meteor Lake are in the warm-up phase for Intel’s end game; with these, they intend to offer an advanced and refined tiled chiplet design that would use a 2.5D or even 3D stacking architecture. This is Intel’s objective and the vision of Jim Keller, who assisted Intel in developing these next-generation core designs.

Indeed, the post-Meteor Lake lineup would be in a completely different league, and Jim Keller has internally referred to the architecture as Royal Core. It means that it will be a step beyond the ordinary core architecture that has been used for more than a decade.

Lion Cove, the first “Royal Core” architecture, is slated to appear with the 15th Generation of processors, Arrow Lake, with a more polished version already incorporated in the 16th Generation, Lunar Lake. The 17th Generation, Nova Lake, will improve on the Royal Core design. The revised Lion Cove design in Lunar Lake, according to all leaks, will be what gives Intel its first win over Apple’s next-generation ARM architecture for the foreseeable future.

When compared to Golden Cove, Lion Cove will provide at least a 30% increase in IPC, likely to be the case with Intel Arrow Lake. To this, another 5-10% IPC performance boost in Intel Lunar Lake will have to be added, and this will be expanded even more with Panther Cove cores for Nova Lake.  

Intel’s upcoming generations of CPUs and their IPC

It is not specified which Generation, but Intel is also slated to adopt SMT4 for its CPUs, memory compatibility for up to DDR5 at 7,400 MHz, integrated machine learning cores, and other features by 2026. The timetable aligns with Nova Lake. Therefore, it appears that the most significant modifications to Intel’s CPU architecture will occur at that time.

Let’s take a look at everything that’s known about Intel’s next generations below.

The 15th Generation, Arrow Lake Intel 4

It is a new name to us, and it appears that it will be the architecture update to the Intel 4 process node. Arrow Lake CPUs feature better computing tile with 40 Lion Cove and Skymont cores (8 large and 32 small).

Although high-end Arrow Lake enthusiast products are referenced, they refer to the fundamental K-series components rather than the actual HEDT processors. The performance is believed to be on par with AMD and Apple processors, implying a double-digit improvement.

The 16th Generation, Lunar Lake Intel 3

The 16th Generation Intel Core processors will be known as Lunar Lake, and they may be the first CPUs produced on the Intel 3 node. It is said that these chips will outperform AMD and Apple. Now that we have learned about this architecture in leaked documents, we know it will be Meteor Lake’s successor. Still, since the rumor states that Arrow Lake will arrive earlier, we should not expect these CPUs to be available until late 2024 or early 2025.

The 17th Generation, Nova Lake Intel 3, the biggest IPC leap

Finally, the Nova Lake CPUs would introduce Panther Cove and Darkmont architectures. The range is Intel’s biggest architectural push in history, even bigger than the Core architecture itself, which was debuted in 2006.

The CPU IPC performance gain over Intel Lunar Lake devices is said to be more than 50%, so we’re talking about the levels of IPC improvement brought by AMD’s Zen 1; however, these processors are not scheduled to ship until late 2025 or early 2026 at the earliest.

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