Intel claims hyper-threading has many of the advantages of multiprocessing but on a single chip -- and a substantial performance boost, here are the FAQs ...

Clearly Hyper-Threading works very well for this type of workload. Likewise we see a massive drop off for the 7700K, a 39% reduction in this case.

Hyper-Threading improves performance for certain workloads by 30 percent to 40 percent.” But Intel said that’s not necessarily the only answer for all PC users.

Hyper-Threading has been in Intel's processors for years. It's the main difference between the Core i5 and i7, and that many games don't use it explains why i5s power some serious gaming rigs.

Why ditching Hyper-Threading is the right call. By dropping Hyper-Threading from the Intel Core Ultra 200 series Arrow Lake processors, Intel has managed to speed up multithread processor performance.

Intel killed Hyper-Threading on its desktop CPUs. The new Arrow Lake range, called Core Ultra 200S, ditches the simultaneous multi-threading (SMT) feature that Intel has held onto for more than a ...

This may already be answered in another thread but here goes anyway. Suppose I have a 4 core processor with 8 threads of hyper threading. Let's take the Intel I7-4770K as an example.

Hyper-Threading is one of those concepts that's been around a long time, and which everyone takes for granted. Despite that, relatively few enthusiasts really understand how it works or what the ...

Without Hyper-Threading, this gives us the option of 24, 22, or 14 cores and the same number of threads. These are likely the old i9, i7, and i5 processors, which will then be rebranded for Arrow ...

Hyper-Threading and SMT technology tend to be less beneficial on processors that use a short pipeline, which is common on Arm-based processors. This is because the longer the pipeline is, ...