Architecture All Access: Skymont E-core Microarchitecture Explained

Welcome to Season 4 of Architecture All Access!
Architecture All Access is a master class technology series, featuring Senior Intel Technical Leaders taking an educational approach in explaining the historical impact and future innovations in their technical domains.
For Season 4, we are diversifying the coverage of Architecture All Access by focusing on three separate content tracks:
1) Architecture All Access: IP Insights, where we will provide architectural animations to explain our main IPs.
2) Architecture All Access: Live Lectures, where we provide presentations from our Lunar Lake Intel Technology Tour.
2) Architecture All Access: Master classes. This is our usual educational content that helps connect architectures with the usage models they benefit in an easy to understand manner.
With our new E-core microarchitecture codename: Skymont, our goal was to match the general compute performance of today's Raptor Cove microarchitecture while maintaining E-core level efficiencies. In this episode we provide a flyover animation of the Skymont architecture. Learn about the increased workload coverage that Skymont provides for Lunar Lake, doubling of the vector and AI throughput, and the increased scalability of the new Skymont architecture.
Missed seasons 1,2, or 3? Over the past 3 seasons, we have covered topics like CPU and FPGA architectures, Quantum and Neuromorphic computing, transistor technology, Artificial Intelligence, Meteor Lake architecture and much more. Check them out here:
Season 1 Playlist: • Architecture All Acces...
Season 2 Playlist: • Architecture All Acces...
Season 3 Playlist: • Architecture All Acces...
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[@runninginthe90s75]

Intel Skymont is Chadmont.

[@hussienalsafi1149]

🥰🥰🥰🥰

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[@ItsAkile]

AVX10.2 when

[@KellyWu04]

Chadmont lore

[@user-kg5ut5fc1f]

1 THANK YOU 11

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NORTON

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1

[@netbat4399]

LUNAR LAKE MUST HAVE OVERCLOCKABLE. What I really love about unlocked Intel CPUs is that they give me the freedom to customize them to my liking even it don't give me any or few % gain perf. I don't like things that are limited or blocked. Easy to customize by using Intel cpu X or K, overclockable etc. ALL IGPUs MUST BE OVERclockedable. There is no danger whatsoever in limiting the voltage on locked CPUs to 1.36v, and with the built-in thermal throttling feature the CPU will always be safe. It also will turn off completely if the temperature is >~100°. Overclocking is completely safe anyway nowaday

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HP

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885

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Skymont >>>>>> Zen4 P-Core.

[@bhaveshsonar7558]

Zen 4c same ipc as zen 4>>>>>

[@AndrewMellor-darkphoton]

I don't think skymont can compete with zen 4.

[@shifu-mn6py]

​@@bhaveshsonar7558This doesnt have SMT tho. Zen4c is capable of HT. No miracle there.

[@shifu-mn6py]

​@@AndrewMellor-darkphotonNO. Skymont does not use as much power as zen4 core, or does not clock high as a zen 4 core. Peak performance always zen4 cores will be better. But when it comes to lower power envolops skymont will be way better than Zen4 cores.

[@santitabnavascues8673]

Starting to get really upset with AI

[@AndrewMellor-darkphoton]

Can't wait for the Great Depression from Ponzi scheme.