Intel's next-gen 'Jaguar Shores' Gaudi AI accelerator rumored to use new HBM4E memory

Intel's next-gen Jaguar Shores data center AI accelerator platform, will reportedly use next-gen HBM4E memory says leaker, expected sometime in 2027.

Intel's next-gen 'Jaguar Shores' Gaudi AI accelerator rumored to use new HBM4E memory
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TL;DR: Intel's next-generation Jaguar Shores AI accelerator platform is expected to use advanced HBM4E memory, potentially launching in late 2027. This move aims to enhance performance amid fierce competition from NVIDIA and AMD, with HBM4E memory also debuting in NVIDIA's 2026 AI GPUs, highlighting a critical shift in data center AI technology.

Intel's next-generation Jaguar Shores data center AI accelerator platform is rumored to be using newer HBM4E memory, which could launch sometime in the second half of 2027.

Back at the Intel AI Summit Seoul in South Korea back in July 2025, the company seemed to be ready for HBM4 from SK hynix for Jaguar Shores, with a release in 2026. However, Intel hasn't had a stable or successful time with its Gaudi AI accelerators and its release schedule, and it knows it has almost insurmountable competition from AMD and more so NVIDIA, so timelines can change, and specifications -- like using faster HBM4E -- can change, too.

The new information regarding Intel's use of HBM4E on its next-gen Jaguar Shores AI platform is from leaker @Bionic_Squash on X, who replied to @harukaze5719 regarding Jaguar Shores using HBM4, with a simply reply of "Jaguar is HBM4E".

HBM4 will be rolling out in 2026 debuting with NVIDIA's next-gen Rubin AI GPUs and Vera Rubin AI platforms, with NVIDIA recently requesting that HBM suppliers SK hynix, Samsung, and Micron accelerate the development of 16-Hi HBM which should be HBM4E, for the second half of 2026.

NVIDIA will eat up most of that supply, and in the middle of a DRAM crisis that won't be ending for the foreseeable future, Intel securing bleeding-edge HBM4E memory chips seems a little odd, but I guess we'll see in the months ahead.