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Intel's ultra-large core revealed: Single-core performance takes off in a new chapter!

王林
王林forward
2023-06-03 18:41:531407browse

News on June 3, according to the latest news, Intel’s future product planning has undergone a series of changes. The previously high-profile codename was Panther Lake's 16th generation Core processor is scheduled to be released at the end of 2025 and uses the same LGA1851 packaging interface as the Arrow Lake 15th generation. However, after simulation testing, it was found that Panther Lake's IPC (instructions per clock cycle) performance improvement is less than 10%, and even if the frequency is further increased, it cannot reach the ideal state. As a result, the product has been canceled and Arrow Lake will be used on an interim basis Refresh instead. Such a move may feel familiar.

Intels ultra-large core revealed: Single-core performance takes off in a new chapter!

However, things have changed. Intel is currently developing a device called Cougar Cove's new large core architecture is expected to bring a 30-40% single-core performance improvement, which is undoubtedly a very ideal development. As far as the editor understands, compared with Arrow Lake, Cougar Cove can also provide 15-20% multi-core performance improvement with the same 8+32 core combination. In view of this, Intel may launch a generation called "Cougar Lake" to replace the canceled Panther Lake. The move is aimed at making Arrow Further improving performance on the basis of Lake provides support for Intel to regain its position as the performance king.

At the same time, Intel also launched another product code-named "Beast" in the early development stage. Lake" product. According to the editor's understanding, this product is committed to fully improving single-core performance, and the research team is exploring a variety of solutions. These include introducing a new "ultra-large core" architecture or using more than 8 large cores for the first time on a flagship desktop model. Core design. There are many possibilities for planning ultra-large cores, such as directly configuring 10 ultra-large cores, or using a combination of 4 ultra-large cores plus 32 small cores, although the latter is more likely to be realized.

It is worth noting that this information is only based on the latest news, and code names and plans may change in the future. Please pay attention to Intel's official product releases and announcements to obtain the most accurate and latest information.

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