Intel Plans to Reintroduce Hyper-Threading Technology in Coral Rapids CPUs by 2028

• July 25, 2026

Intel has confirmed it will bring back its Hyper-Threading technology with the upcoming Coral Rapids processor family, scheduled for release in 2028. Hyper-Threading is Intel’s implementation of simultaneous multithreading (SMT), a technique that allows a single CPU core to handle two distinct software threads concurrently, enhancing overall performance in multithreaded workloads.

Return of Hyper-Threading After Recent Omission

Recently, Intel discontinued Hyper-Threading support starting with the launch of the Core Ultra 200 series chips. Additionally, the Xeon 7 Diamond Rapids processors, designed for high-performance server workloads, also lack this feature. This move notably marked a departure from Intel’s previous CPU designs, sparking discussions about the impact on computing efficiency and multitasking capabilities.

Despite the removal of Hyper-Threading in these recent models, Intel’s leadership acknowledges the importance of SMT technology. Lip-Bu Tan, a top executive at Intel, has publicly validated the decision to reinstate Hyper-Threading in the next-generation Coral Rapids CPUs. This signals a strategic reversal aimed at optimizing processor performance for varying workloads.

Hyper-Threading technology enables CPUs to utilize resources more efficiently by keeping execution units active during stalls and latencies, which is particularly beneficial in multitasking environments and parallel processing tasks. Intel’s temporary withdrawal from this feature suggests the company may have been exploring architectural adjustments or responding to thermal and power efficiency challenges observed in earlier iterations.

With the planned reintroduction of Hyper-Threading in Coral Rapids processors, Intel is addressing the growing demands for multithreaded processing in both consumer and enterprise segments. The Coral Rapids family is anticipated to target data centers and high-performance computing markets, where thread-level parallelism plays a critical role in maximizing throughput and reducing processing times.

Details regarding the specific architecture changes, core counts, or performance metrics for Coral Rapids remain limited. Likewise, pricing and exact availability dates have not been disclosed. However, Intel’s commitment to reviving Hyper-Threading underscores the ongoing importance of SMT in modern processor design to meet evolving application needs across various computing domains.

As the semiconductor industry continues to evolve, balancing single-thread efficiency with multithreading capabilities remains a priority for leading CPU manufacturers. Intel’s move to reintegrate Hyper-Threading demonstrates its responsiveness to market feedback and a focus on enhancing processor versatility for future workloads.

Intel will restore Hyper-Threading support with its Coral Rapids processors in 2028 after removing it from recent Core Ultra and Xeon Diamond Rapids models.